/home/cvalencia/Documentos + /home/cvalencia/Documentos/scripts/subjects.txt + rest1 + 197 + 2.7 + /home/cvalencia/Documentos/scripts/templates/MNI152_T1_3mm_brain.nii.gz --------------------------------------- !!!! CALCULATING ALFF AND fALFF !!!! --------------------------------------- -------------------------- running subject Subj001 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are 197 vols Odd (1) or Even (0): 1 196 Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the 4 frequency point. There are about 49 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain 36813.494256 22448.399090 0.553464 0.051675 Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files + + rest1 + + + /home/cvalencia/Documentos/scripts/templates/MNI152_T1_3mm_brain.nii.gz --------------------------------------- !!!! CALCULATING ALFF AND fALFF !!!! --------------------------------------- -------------------------- running subject `G'ޕ9w( -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject H5h!;N)wB"š(_|mx/\nrsf=ggjy)dgoߣ6)^ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject I|&WOyg*߽y:Erol~L9jB7)XSi2PY/o%k&AvmF [6j\(U5JZ?( -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ɯ(EBr>.,~ A* TZԯߦ]"Z6o6ϙ?GO|#}uiܶ~Vgiԩseiզgȝ3r-52<P^vZr%3So -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ZOٓ`^79x͉]Af->\<L6m4CR"vqy:vq3n8\!DOqwkZ?$'};ELǢXDHiko=^CD0dF}Ns$qCbqb5lOUFh؀R -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject >g#̅h $ҏb3xtC-:ME#jx쎴~ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject %0sC}>zQ9g4$g?Y'CPM` to3vj0=HD8k)Qs'8d08 7E}?d8+%&|!Q;%-}ҧ{<#atck8ؗe\\T.("]*~T/&^5̆&"423XvA{ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject [}Xc OD]1`}x kE1?֙!&LN÷|:i.} -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject vmtA+^/u۸kD:hP Np6~mwE,,\# -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject !,@"g_IMKG+g72sy@W9@#@ J8P$ܗ=59q[Ý˕ÊB*BS-D$}FM +ƸlO+XfVROtDͣfmC'y-SB v2c({Q{{EZCEe[pʼnzwv09zyRw5f=뇌NmAG(KE-!Paq/戢PZ,~ei1V}OGYb9," -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -Q]@>ۣr -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject U C[1wWQg9x(k"JF"eO%n0,pU\Y#ےwύ"L@q%bLc}xOy`+˞RO!_i0'ǖS$b>.Ǣ2"rAT=faٕ~t&Ab@1XKD0TލAXH.EP45i' "kIDuCIHNSJ1WԂx?9SBf$tJ9qJK -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject b8bnx^4#'hQcQJYc5nkLbJIp( -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject mYosOϫv6+fC4?ҬL,w2MfpB4U$( V܂dF\J=,RO<.fG@,W m+K$pٌ.8!Z8ʊ 2Ѣkk1g~ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject g4\GZB9s62 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject N$y bn*[cNL*,Fes)L!tѬLIM.mD}d#܏X -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 8FQ[sg%YT[꣎Q# =4Aq -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject R<7V#t8)dDprjg{sFK8B~vv5ɐ"*'eg0)DH'z{y-j{g9k#q›R2<Fj^bѣ6cvtx ۟}B [& -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject qk߬'ʚjĔBDm^ҝHK>⃰<~Tj'ރ0Ķg=YB ߮e;d#=|5F.rbTvr0]H:4l͍\ɨWaHQMt,]JMQܰ`I~I72/5^(CW#/HYzQaɛ%=p8(N -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Hϊ{Ly֞P"ن~ְgJ6cqYߧu{/YٱVcyzjgY'b*o2N|\U97?h4y -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Co}g]GK)لe5S*Zue`BXZsIʒlӿ<̒f;yuB[aaig0SKi+@9r(rV -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject iiYw~\6J "w>8{0~ɨtz۵B}s͐ ]32w&(@K(Ln4&O{\O?Bn'zBgp6I/[XJH)IYx~LY:th(R3GY3.JS<?FabEKN|~,2įSUoy? -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject wy^fSifۖX 宫'B?VD\'ǧg~Fh1݁qI[e&qӅog@@q] x͵oZVck=c`(*z"oⳫh)2u~(oW h"bVKEBcQf ShSif vJ|cݟAG9+}%CDnbCyt?sy*`;C31ƶiqH+JfhGkB֊$/.1g]zb}3Bl?[7F0 Yy#q-VGwwes+rӲ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject gqעvL! jT}(',uǤ8͌^X|&7SANAJxm(>r35w -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *bah k -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject q˷><؆q,gp*Vk-5CUʪ'-']V&'q⩡$t_NVwd. -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject pAC"3dzD_Me5eSeKx\1o -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject a3Z+{Aq | [}u 5ҵ̲W oUX [WD:7Df| -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject n|8PW Kz@f#s+&F3^/P,@{UoCoNJ&OV{^Wo:ZdJ␹ ctDMHLiwv2XO)1wtf'Y -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ePz[R@3DoaEedw`|#`;2[һjb]SeK~">THR"n5Fe]lD_1%ь,1G -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 6x;{XC+K5ZfP*}>(8"L-j#A8R޷f{CI#vkL%kv;kxv._neu?=:xj-fYUa{d-2]+Ęmme!iZa4>al"K1G%^lM|S]=Vy!T45 X -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject KoyĤY\ØUmq]K -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Qc -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }AXA)d_JJeauUTMA{77,J;z6IrXvTR::Fi<"R..0^i$Ɣ>/LYBrEG&ǣ۳&NŮAq.;s B(b~g6^,3{n^A+~^s7d@^R Ev-q`,?W#_͇@-ͿvQ]|-AV?\`vJk.v#ܷg_恛fv3_=)m/yў3$R= -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject CoBǴ~[Em<ϸi;ZB?ukcݡl4r|NuW&c@ Of>w me"RvOb4!6I'5]I9}W''ykc5k#zC,8-VRN:$mv..O'lW%/džbNQ=7K/ņ<\c43o`xh~ZxGQZl61νF"=6He:2Kabuzèo18N:v}Y66ͼe\Ag`ߩZvfǝ2~1w{L>Ra\ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 8~VB4i%\Abm1 ii-6ܜo,Ӿ=\ŷٺ_-jsxR݇/{m/ϨxV{k-;w/DzJ}n3\HUU=D#1Tv:/sZic&S뢕ptx -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject b],sk72*rt2m{ 5(*XI8ߡ9˫LLˉH#7S5u;=uodjMd=JΒie:68kš&Ȳ%!|̎TҶi.Qyߨ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject #] Gc=f۾hojE0kfMkݯ-K+_$mZ[G!vϑze+De#c]E~qtSsq5ZS\o/\5ӧ3>2Z} w'>],?,5N,[<#;~`}ךp˿E_Ep+ʑ%F3a=mϾ2U4NZo[+`vs׷\\˃ŬƲ䏢ʼ%mN+ syOqព[m ]fn>7{Yt|mK; }9]6S ` FԟiLZpVfV} /6QG.,C -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject X}/{Qk CJ^ 7D -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ;|7y6>euJx -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject iͩp `ֲ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject f'9|&ʁ/bُGkP/ښ9 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *FV&Ƚy. -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject j49Dfұl$~F1̲<Py@lD?]%N[0.XdwdwUgJL -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject &_ZodW -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject D<; ((cTjiY<ޝ劦K_y?YkT7<b[( -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject _%Ej\یpv&XmQ^ n埋%TkȪl(WHT8@]> -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject EO!V5kLMxuc.ыb^ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject g`[c_&Ѿ}1 u#eE4V-F*y@qkjf8ej -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,u޴-A|yN<Ƃ CIk5:+K5ZF#1t7jZkopqA,c8 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject mwb -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject <VjkRU -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject j{ceZQMS q[ǭ"chA𮐞g3;TxSU^YU(vo[՝ͤ{OUa%pYokc1cєzcICIsRe;y_0R}_7e!Yܯ/?enUVf)# 4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Q -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject fr,Ϊ䏯 q(|)>Hla9L(qG(rXJ<^jdm{fjF@5$EFuV=gX|*;HJٟmzϫt=Ӷe&yQL?wpӿ&TG0=ʒ'r4>5]IExhLolOaݤkX˻m~sl1bbb3@42 2i&B|2 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject F&Gls1g+[̩5h%F -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject D;룏 2jM`YTؒ2zZ~ڟJڒt+uC/_6E!jC f'ºw?TW~B鰙-}lQZ4LO1M!&( +Ցw3\}QA8͆bjƶa=L/BtVy BVkNA!OUCSԷ2P -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ^oM㴨sXuj+r0UKMy!X,&R*>5H] -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -Ѿ/U#wP -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject UDQ\(lq2 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject j"~4$#@a% -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject :ͦTU"v -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 6PQmj(j,Gհ> B0~q}";m}A+ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }C "V^r܂%qr)e<m3S|Mw|&2/?lqMvT[`nTRGJNq=՗ T0c(`>Wm!*r6xcrGWTb$4c1͵ٽF'trl G2m@ʚtJ-DP({,~Bm^e̪qυqEA{<y)=\niF#L˿ј1ꙹ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ^lT.U8FUqͣC뼌=kd^LLV );M0[ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject VKgzyڸ0pFdi됆p;ʈ%%\ ~RlƓh9"pןjhXeO;Lb?2jziMP1}]Qhe_tcDYRO,.֊XM6Fa\e]gYV0?7𗐃@[Z]mo*1Wё$҉zhu -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject H?3BF"PL#Ak[h,jRIl3c~0.Zv/8Փ5dr[@7yVinZ~L-nڥ. 5]Eb6&veʥZ]*\m"aZz`>%4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 'DYuJZFYDޗʎF1-+v ? #0 HfۉJ(?eZk 3W8:s9K)M^XƱq|OAkmm_N/a8/#yFԗ6[i3%S:2ҫ=4V.#XO/ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /,Ѷe=/<;^-Qd'smGAApZSpMkk,ctz[\m@!r2=%x$Hr.5lݞ qNGx]2̄|\W/-Ǖwgy]y / -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject .3y'@y|0,pc*.0MIeY.u9@~/~3}i*WbSbα9 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 7<]LVQm -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject +x&"jդ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject dmj!XmΔnBC w Z -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject вw?20E' "uon<66' -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject iɧV_땫r&a}:-fhwZ"G$9sDRlh͡|~ʊ";QP9ۑ߳Umo|`~-5U,߫O5dU̎ D;]{<3y B-_bsdvh)PKUMjfs\U nk(Ohv,Lހb8\lUTlKbg$wVY`)+^Kȧ\+e0{u -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject PnK`5X5=T'rHOt% -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject )=c2vj)bu͵} -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject |{_z_X|Huk@nV@hU"ޗzCJY( -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject TA -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ނ$`2YTE -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject :W4d5 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject (-m]fj]UAkp wwOp!@ep.w޹wo!$wk k[}jwUmLGe6ZMr=ʖ$m3ǀisֻ\*ҼdV))bgv -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject p-`?5hq5؀7Y̨˦w!h.9E\mĹ3N22u*w=em06 CgHv\k fmmxp'_°6͒oܪ(v{݀(V -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject >x QaS{nA7ve(hiWBéh+R -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject :<&HJ/ZUz.XV%;d=S -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject jWÌܟ\ahV8B)T:g%Lv=bz1KdC}ԻkI((F -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 340>,½XmQ똯 텕aڟyn>NU^qO?mvb*F;eN _c$6ֱ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject m>f#2ܿ]шF4hD#шF4*ga4dW!k8?^<a)CBc~ϩ1-g)b,HSؕgƛxEOגяpaeAldJ1]<{\@5K D*1g#%.ŢtSO&S|'hr[((!%uCE4pf~3(H. I\LG':xJ/RfG;aX֐qTnZ!wc x -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }b(*_)&QLok/FCi-%IP0ѝ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject N -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Qj -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /` 91m#E<=Ep=jF$)A4f*Ms3qꊦ887@-@3X.h Okll`) -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 'vD(":"({_@tV;U~5M6 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Esap -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject )>cw1G&fx.#T;U -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject {=(+aC]UޭǨ*6x^/Nn-Y 1XYA]qL.cCBWMKuA}-O ⍻+86%>3y5{ިg|*<"BTf;J̪@I! oHb^:o<1P(.tyF"=/Tg5KUNFT=LnJ||eڅ(kL>OUQZb4mqZv].WJɒTܨB_<7G1%^S$ONEJs9L$>O&T3;%׋I [vPN,M-,NVF>sp'Y#Ė4Dv/.WWn(c,~ ԷK.82j\u}ΪE֭V6ٰjsu@L@ luE(ؽ5cf0SX$jcccqk -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject  h!qc/%36!*z0mz({o}0gGa_?EM0nXg^ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject s9 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject |^~|A6;<#XY[^8$S7Z%X%6f22EǾ3KUfE2*Q(eכ ^r"cdoyU|ivvhcYm08ңnf=fE7m ̏mx EuNŷozX6Ja8l.t7WX -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject v]x*yls]~ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ƏzUDeTn*i/P[huOO.I0 BU'9gD%dgB/b݁`Nb2k򟌴|:%˂ljOdyz%Z-"DvU؉I?cb28dc -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject `oĢZ+ USm%RUKDzv=&WެbZX, -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject RVmr, SiUGf%N"˘qw{[FBAs%gl\,8ZUdM5BmVo_ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject P{a=G2&%ˉnp[8n5hEq -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject čf{;4nLurL(`ٙGOfp_<: -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Q"QS-{x`ߠG* HR -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject D9gLjКiF2[_({źF g,mǃM;h8̍Dc{M$U9?q9zj nA8V5t G%PmUՀD\'GN\j~NlK1_e֫hGg__ëC;GWn߅ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject \p׸vvH3찋;R7oi䲋V\-ªhRi Ok/ړܶ!MgJi&̀Tj[7G[>/kUgf(woʮN[93Jp[>M+218͏!:}CƒF'w^c%ڰqOC1-"Нb -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject (쑖_3A5b\S͡>]0V+?B.{nVc"'Od;FOhѻNmq?c?L߆`iS}AF~18q߾,w>z@˾j?sb\_+M27Mǫ_|vԕ⋡♈+SƷ3 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject FLZN^p%7YMB&:Li&>"LeƛOp*b9tE -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ʂ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 9OգPS>"Hcpnjaf;l?ë@ %qBڟhn!Az{a\Di)qRu{h%\jB|#UdQ?PLgz5 prqC%aJw0}Ql+aY?W_kxz|r,;b1}p -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Oz~Zs|&^x^^9p6*?|Fp5'”W+jf24=^F6c|UT[Pv)V^b ŬV ^TEWSNzLEhVO)v<-?o[M&bNOZ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -%J ;z^PP3-OZQЋ"h"_ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ABgL2}$h~ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ]Pa=u"ʾgCv;RM:>ICDO-r%cZ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject V+ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject T/b2ߘX5>|f׭|V21C^zf-s E&.~^PT1y^"K}-zO@ <ºXVrS9qO["YLiU&,tN]~zZsz*ڪj,:54W*N@rِ`mZw%^$8D}8, Pvh d\G -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject IϨ"=SƉPAq; -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject _O`yewP7b8i=a[m?ɯm3ˡ=S"$!W*}C6v{| -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 1,+oT9F (K/WVkꋥ_fZc01ZnT<~[9VFW@qOy*ć2jrTtl8TBf|ƕn8ȿA{c4\Ìn{x-nWIEo>yS~ce(P!0rJi `y.θZFph&`H -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject WHˁincL.O -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject G2[ɝ~.tk;k\([`6Јnn*$߉鼋 I!'S]EQ;V`)eQ1 :࿈#sTJ'ӨYG -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject _=Er=F-GOwjjuyqJܠid|MA€y8yN7ރ g=w0`nqhC1)/`RR$.Z$4b;bLW&f͕l/)YpE<M;ڲAOր :ɘl.3#4OtՖGmv¿X "X\`}wqyYkMri;J/r.m:1}_T9,][eTؗqUPy-qyǿ5Iy9جį|ڢ# l*;@5yO67{{DžG:,nry\3nB:ژb'e)r4lWI>t8CttE˭G,a(g@dSM:" `i -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject LO'w8[xw"\7nc:FoH<ksA)KшF4hD#ʿ޷ -Fy9/uֺn&55:cFfWqXe,fNk*{˱,5uwnhC6Z^lsɎk61efP -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Ԋ|}<092ol0Ì_pHN?QZ˰j7*XҼ7 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject UWY鼮-`Z4癠 <t> a* -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject bF?!{5`Y6rhxE-拄|I@/!6<-ʊb'wyU_|Tξey -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject STtes1∯2EL(J)b%Te6#Fϲw9kUf6+(Z-~A.}/&aSO:nLOO˿aA -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject F")G%XVp(<)1T5U1yj7i-Z8P (oZ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject D`8]WLK,p.D1SvZ>1Ƥ2*>8 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ;mYXsG -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ^; -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 2%478g_q" -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject RNqrŞUi4kdk -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ]xQⲠX{h#B/L":z~T4Y+&NaV8\v#aH -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject s<y)'[aeh gl)Xz+m -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ?CCL-Jk m|3ŷxQSV"ASa}CZa2rB!63ɞ^~YCX(VƁp|x/jBs`?f“Hrxq+GBsle9%4Ϭ6YVEx):ql~/+pa]!F2.N1tr\,>Qzu^eoUa!}'b1U$[Q#+<!ޚ: -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject dV9J_N+ TRs<?Kd~MQOfDrخR.> u79-7Ӣ&_EUl`<_Z)xlUOmηO[\]]uD(p_5/'8h}ߪ/[7_q{l!2Vpоw+:'[9~".{ e -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Tqs(Ux,+SjA}*&Ȥjjmr~Er -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject :)|pKBelB5 󢦖z+ :{3BvT  -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject PԳA:XĿv냿/x=vS/&|:I7. V}Z,䬱&N)nt`"9v@Y\ ; moUϧ dS`4vKNzo.n.ܢ'猝M%{=Y>t)#C1tq2.a/f B̔CUҫj29c}o)t=!=LrrH&8Ϩ $8"E7[[Ʊ*i^0/)X J+5zY vZ'V9m/c)f LcT,mױ磴6L) -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject &Z9 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 9R^6TqE.0wan!1oީdղۊbd^*`:{# -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ̭L1LrK'ۈ7hEZ(\M -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject \T˒ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ¡C2~C/=M)+<%23{..шF4hD#Ms/D&_o^YleZq/ec)wn+j2lO,2jZ~A|t Uy+{"XZ+6[xXKTTSת )H}wHp2U|X*&{DUQO$}e3Kfiz^^J*.B) TXqgs5{pQ+d5q.bz>bQ :Kއ4|l1: CnzhYxo`,2@sF@/nXYL~y4^+w~ZbM[:پV`9RTBYj;6zc=F! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject $FR֒ aY"<́\PKheա/*POb/[8sPjçyMq} q+FX(+S -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject j:{m^Zn3Uc _`}^<'®xB$PB]VeyDHGUG%-^B5p/bGQ>תm6{| p -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject [Uo'`:bRV(Yޞ›%%x,5E&[E\ 8I><VRfO񩰸"PUJ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject .Q -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 9yFhE@h>ʼn^%>q֔5(bHk< -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject  EsqQ77x{ȏ+OiHs=Q8ŷ,/+fʜxß@lQJEz%Dq@4CγWPꎩ ; ! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject چo,P -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject N%ݎ]='A!4QӪuQy3R2yMLg9zuH$e2wCh(S? Bu2)x*on˃qe:zbNI~]U+]6%@8]BrTqS8KNJN埀ikUy -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject p{`2"8}T]<.)aR ӰTIC| k'"z -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject W}Q/d -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject {- A 8Ʒ`odKE:b,pɋA.?7M&pz"웘;#OS*" jIV5Yа˂KG/l#‰cJ{l -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject m|9hyyɯ6rxkzZ۔Ͻ$R7Q\snHHi(os8}nvn)s~cuh-+ߪP;MS |?`?߳B_D|%كU,E˪\nwpb|\o7\XLehx@Vf ]Fi54w1 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject VIq0-Wi!GU`q)R^sZaDNq56Ou3Q[t*z{-%!m!/"V%!Jj/5~3E)l0ËD?0C&W~Y>~=Ѓtfݙ+-GqCk4Ǫ+u xNeUdi -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject k!pTeVv>n#1̚c>=fogD:HERc)*)ZiyٳeC/:կ頌?dgc;dj; !+Cg^U-v+> Ju:el'PK -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject +-V-0V{,d5.~FZB=5ߊ]&i經go)| -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject o^|ZX.q'yl_Zʳvqw6:7xbQRɖqӤ;gtCrѐSjejqDjwPDr -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject kn%U}X{M_:%L>\VDǯ"GuL®ŭAXpVpV1ݒH'TNƧ.|(JL++HB -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 3q2 U81XFnS7iHo-nA5Ȫo_{zv&+mA8 =80ێﶡfwj10'dJf_k0Ho .NZcq:(DV-'cUţv@!i(OC/\VA*:5>{ybxllNXZwSi;V -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject {A͡L -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject < Uajn|*YO8j}1bγyB~rL; opބTvV4BϣkPOM߽4:EE -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject WZG`8P5䀝BY:ðSJHa9-!ݮrvT3V[]9skbX/1Gmjxه}B֒Ki=2^B8VaoVH2U5c}ZӍP.0v?Xbƻ{7wIF4hD#aX;cV4ñ2pVX  ?k1rE$&O:5ݢc6cwX":-%򌚡l]Վ)O~>yUD^,x!e1բdJWyl'/p:a)UD5Fg=kb>[鴘+aX.ʩ2*?-;s:"cdoy+|5Jh2HN],"n#ZU^ CV|[x -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,)"h}X{ګ(ӍVR**t!/KKĥ,> o=˞ x50=[$h8b'HЃ_ ܫ>ʽt%l&8ON 6Ea1O<AO-&p҉쓰.#Ɏԗv1-s,!ņH"΋=8RQGƫģ4JNtC!CHњ;aeMv6QE\h -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ͆=n ((rPhw& @Up=G3!-z6RC-4T@N!WGL)il#i0z9$*z@!#s! OpAv3{$^;9Fb7X -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject u>nS(=2Nb&fr3B#rOy?@Ma(cqUtt*SX -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject E,zjs_9hBSFZWM:XX4_ēd)'}xΨb+4>9w52›Ug XN!;6`SbeY9s*ojUOa'_ =9!Zatth,~I^IU5^3cdevyJ$YVU M?Ÿw]obƜ`pbXlRmp8eot¥J1G( M{T)`._K_FoiQa?0Q?<7x%9%f!bpu{^{>.yCLCj7$RxHe:L vW]H -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject %84Aa8wȩ 7hx$Vz3L>DGS35TV)Ohc9*sc3 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ;zjá3χ< -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 'a -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject A -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject #-ifea'?@e1^(@ujjpdc3sEgQeќ%DN!B5\HK{9/Lh]F1*=ZfI!&Onk_[.LixfW1TR|'ӪqqF܂9q> y($ޞ*[{VJ桫2-}YJ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject pαY|ٴv4tHVwə,P:Dlٙ4>D}a=Qĭ8(g|IIc^ğU{ WEY,-Ha{u"Y_6+X?2te -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }cgT6c[?g7k`ŗE?dNǼ~r -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject z̧H;{ ngY|[<e{y\mrɭ~KEݢT?) ||LA2:axR1̰ߠMIqpli -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 18t -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject [Pe(-:@f4K 7Qz{oմ"f^{Iwݝ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject n]{s{IrN]5 0{,=߁u Dg<աD"#Gq: E>UMg+t5jpu0iy 6+b( -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject '?3(hH9h닢i34+Xʉ.~UYZP(T%W6E6Te"J}3H|C@7@YRA56 킏Ӥf!@U(7H=MV(֎ Y -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 2 'dSȉ~׆r3?8XE+GժPQu'Ev阘 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject nf"EcYAzyY,q;eн`X -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ?$Ci(Wz4{/ʉ<q"`"ꝡXEL[+Xg%{]ozk)J:lLO7f4}C?9P -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 1dV.poWOxs.zZ/Y$|eD.䔗ho~\w vdM1oV责vz``Ü|gs53̓ϋdVRg$U:ֻYׁh)-dUY(Eԓ^6_ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject TIIʆ\kJ"]<jIj;-_q:tV׍>{\4v[6(!5Mo#oUsTo؀eSlT2+fRWmGC4e,ZEYpc8xFeW!J/TT /qucЃV^5&$_r,GWL(?δYWBqi, !RO.Z͡H4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject D7IԵd -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ~V<toC`N>P!~ԯhʧk(!>buQe< ñ8PrPL,&'`*H-p -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject dCqTO-kc -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject \7w30&󖒣E?q nAjzO_ve6'Uյ-eY -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 'HޑTSHg۬#"eg9VU{j&&T5Li:'@l|#ǑA.JHZ`9+K?b{=+rXoqb8f˘B|ωj1$/AdUkftWk4[!<;WwLkG<⺅GZfy/vRע{jyOXr"}T~Wm/)W=ČЊV!vgy(^jmUcJSץL -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject A|L@ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject NbUuj"ravZnm>ڰZ#|7XvU4٭a{}D=V>ZE3 Xnm؉ W>C)jƻZ`7 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject h/C{=W,ЉM|9UoJsů:*bYeQg3J[G-b?_iiDV;ݍ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject b%Y&~egOUIб{#ᢸl)ƾl.*SѤ^y>e1"O -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject :|g/ՂeSET 7M5./N#8ϻ7$L]NEg) EfkD;WȡD܆GYPGJa8C^B=gKןm4==yx^gYFT_ Tp}Ppf,"5^"zjA))%VSyu -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject WAuCOFфv!_pn9#NGf'X9RE׉zovpt&S {?dN[T5U0'}zXDĹq9ŜN:1cF"O[67 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject \ /Ǡ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject #_sc9I"%]^<%§t׼1Ƥqb;S -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject !_jEU4R -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject IuMWQ ȹfSRW\UG6IHLJ&$bʗrΧ|H=+R5`mSl"i5?RoEwM7uN:]uG%Um5Aoq5T*cVY,p;F -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ZtS9ZU+%2ќgTp]?KdL0r -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject _ ls_+݉'?%H/fvnN -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject g] a LpEćxKoh -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Jˉl qX^댭$XWy%W\YS&qE+сg,Ć!+ߡѣʷg&?=mmp˛x[p)\'J;k㢿#.Jܜ|[;_UBe+9ՄtTQm kdm͖Dc?>C.l9.98 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject {kb.D*6;Ž OcYmtfq0z&ۓ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ƴ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject P=Xb)/ϟy7zc*_  :y >Y1Tyk1)TU5**[Oz.[aZH7'i$g˲[}ʎ߭lۧ6nܥ N_*]Գe62*.c;rJQլikՁ11][N'YE!🴿s}` qu2!.袦X4QZq;*a 霕N``RW{('X,{?? 7qLr̵ N2QZgPS@K:rk/99;b ne⽸ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject rZ&IeU -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 1wi%^SZ,|m异}p;cqDwqJ>Lz4Ke6 .NEph+o;--_Mg@NՖ<+{LT*S=|+tUMa1.W+?5x1;ːXb2RSs Dd&OcΈH}ٰtwj^,=);k3:lhvℜbX*[41NAuRV㪽F -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject fNCU H{E􂻦SM踋5QsUل,z VN.8<r #H(Eѡ߃2rDB$)nT"(G܌u\αbS;wBډ@2N0Fv$4!Id"+cf'ӾLx!\XLg`-vXouAėh~2\OPgdpRDwUHQ];PүdOT -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject +Ljr-u9ǝA̧J4lBBgx3YUa1 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Zu/*~f]pwXj˗˛+4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject  uqbxQ'/"] c&]0b4S7=qXMX)^OaqxJFq@@?P_["|+KVMnZOk]^ w}oM7&ijop6$S]: ^_Kwueo,:ʴ?SaH[eWSxR+̞`Dz-[Ru*Imĥ%LHZ&+z(0Y[dvs(uKX(P+"R#0 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject NTRUP$lJ^ư -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject P/ח0tYoy*b%UJ-CtZx"RLY0EW2bLgSUZ.jLD83e8VUHq|Oi.e̘5%U*?a^gd41ULo$A0#PAi -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject S7 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ).ƧNSN?^;ZME -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject gAVV5.솷]MJMFqHTj -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject JC] :vr -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ^X/~҉p?x4K@tw=bk'ʨ?חBқҺu"T0W+|YYkk4*)Y nDl,OBpuSݑ?k 6#|tA4W+&1r0mP9M?U Vɹ>nE*S8AIZr#W -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject oS˵VXk`c5=s5afV=o䎯ƕ"{ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject HMktC:uus50Sn3'1GdOǪXm5& bxKL2T ɛ1|)QZ"i=4(LeM gUDrq3-o -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject W8tM0z\,΋s8e|lLETz;r#+)oslȞlhE"DSF|%dksL|,z)b!Dn,%RfȦ8Kem_$( RU6]r(粵f #Q֍/XUۼ4"`ʩ/oU/uೕ,!vzDk:g8;ނDNbY/K,Dވ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject nbNqr2<Lt>NBm,H!SiD+.2zr{x -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject +Uռ/l哵yM;4M EMVc1/?SC'K"MĤ ~;ŵjy6;OX]Uܑή, +ur:i9S:!}!%wELԄtJ9 ͯy+~ITe7QxϚ<9<yLq''r'tRGs8u{LO>,RXCքp:O+'|80Y>!%NYgI䜀h0Htg<6m8J޴&8#n1UtiXbb8)1Ϻ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ''Vv~&׉w;]5|(4TI z~b'$صqi2^311'}z8kys٤w,q*g>b"ʹ;<;Gq_%)-2#[6^%PuUOm8´*.~2 D-3EVrQtxlM]('G-8E~=#Pdk 5 K<3!t0IYk^wHOjjyh -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Do󳺺~+zLgp9Ti8ަAŊzYvHb;I XQL @ҝ&YtГtWSTQ}`X*_5&S$ hhI kjwuq+Cz벛iom.dQK:-V.FF(D)7vŤNd5}sMx2^˛]p#q#hO*-avx.JyA\1y -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /j -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject J Hqqq~)RP4"vB _-2"AED%Z9Z/D,"OAuQiU=Cp*Nj -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ;:->KWd"vbg3*&p{N*ujRE-Qʠ-0Tfs]_Ve{]Ql=mzO"RX2`W{5ծTc͠HX@/R -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject jJkD -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 렵Em-V׎E,"|Y=*a|xM(S&Z@U<-ʻ~]}aG.UX6*k -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /ƹ{H*fsJ|x8;1 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ǭNΆ:Y! j~1;Jqv{ɺ^^@=CNr+Rl+빇8Uuey{ޗd뷇ڣD%#ݱ6 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ѳqNȜ.*TC#1~D̗;eaEGNʸ};EÚ+j'1Xb/A.^o&T? -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject \*c_ejo= =rlJTG|'|{&[ȱvl)CTyn]vv'qos -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject L0C]2VvPt羯[txϷƱvM:G3 םtVP( -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject N/`S2u5O55h4RnUN+F*ug(*wirFqg< -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject T43;Qk*[>:} ي"d3Gor -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject t]y(0!j> MJyLm'y=ybUIX -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject t D^gO}cw-|8&Qƍ~.URg72*;u~_ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject },R%WO) kxUbZ;>"|3?V[kC7K@%P".TYUYO;5PT,-y]L?4aYSTMZ6ʎo./_+z? ؞l߆`8|GUi53~T| -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -W?I@Y [5_E kBgj6Ʊ{sXAz -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *n&<9b0SWCuy('{.zRԪ+ۉpDՠi0kS])WV!1/a-<=oU&4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject i䣒ǝX.T)=ԇ0Q~:S*(+A%0_g.4JT>JJl XRmP^N;_U=8lWy2z@zoe#">hESquX|_n -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject F_x΅ /&eI"u]8U -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 2~ǭIϕ GiF\b)žT,NQMV7Ͱcg7#^SCU q#eY9a*C:ئfj$V s~TYH%gˤb?k8i|c)9% JuDpnـ߱vf;j,F2.kȹxLYk!)+4\.3u'՜iȢxlow":Ve=Qq!\, -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject uV0*m8dY} -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject uwWoj@1/`z'HEĂZ!&8%3X -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject T!+8',yCg!gzSԡzA<0JvjE27*^0Zp -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *9-CBCyB\H##a; -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject M7U7bi]Jv4M``j5"5pcm@W -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject PKg.8BBCJEb;#۹W-rp|hj(Yd0V/ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject  -v`/j8=)6t-t)4%[p|/Z!cćB&Dˆi衘OXrQZ_XM "<cCs]Sx (fۡI̺i -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject (GC،v_F䉀 #^FxG:qD!"F#'0(@oB" -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ňh/y40חϪ3Xi1*bhDܤK0o2}9gS,]<O -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject d,Q}iG w^8:zAK:o^R; U@ya 2t[k #NfK(ZD*g*7{ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject yzr>BQG {v;>̧HHw]Otﯝl$.CU<+d3Kp; d~1ĺEbCGȩҩL>ؓɊ;rY ]Fɏ{^M{U%S ((DyqkAq!! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject j粌·_7&_%YKD³8LMTGQO׉fIj2Zu6:KYF P]E]vףu>[WA617H CWNB8n*2&pv}:yn*x -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject RBhgee3ŀ2ZASt ]t/|#xUI'yYt!:#1k;VS -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject T3|:[;7ol(Br -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 0+Vh84 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Vi2W -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject \I\V)50o`23Ś֚NWlicnb:UsubU1MuS]u\5ʖ^\T0uεz3m~uk8Ⱦ*SQ;uDMV^N)c) -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ]QB{(iISR- -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 0#cLd7P6+NmxLSuw -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject mrQV gDB%5gA'WW\R:\YDUXer?6 Jn[j2L#=8u*謺 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject =SO,cs<*eT=T5Ԁ^3?(;ODv(Kzc0Z3k0qj[!ԔI&rDljER_eg[֠_$ЉU!mX}>QΏa8{8hX(Ƚ2֊e7'`.ǴG2GE3 ,sk/vYSj1^o*c@X%A, JP+ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject +GtSy'e6ZzPL|%| +=o"X-ΈJ4\V%E7-lE{q.K2E5[GW:*։TǎpC!(w{_+{=~?)'ByJ6WUYnj.WiUUՌ>Š/ ps!UoؗڦW<o!+ؾeG[|pJk3<8$̒E!YEu2>SJ0&,=٬{t=U`gȬr8 M|Y+#c&-O˩T9Ls8|$pl6Vwoj7S\Ӱ$ufHuۍ  -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject X"p/E6~Ey S۹`N@̧.*<8JTeB L>㦲SN=}bBze7F`?}χ[A&@;Y֋U&Ikv\/aH Ri'40qͷ >5mtbU PYYM?:Vr~ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject _cQ 6D-.1E+}V6MFgZrX p'F\{>E>}1W])SIgٯ>3nd+3>O.ĆXC&ߨe]M7ܷ.7ȏlr&1?xGbUݑo1OuG~Ȕ=ARQEڏ hʫ6ieޛfc -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject =g؏|'p#γƬ+`il&Yw[C"J[=T -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 9Koґ_';t^2\UAcm>o<,VB,vNC$Q014SUNS]ڛB&KQ۩Z.^)߰f0iD=31%;ǻp -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }XbY":NWQT\j -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject +чUE h;5u|K^A73TK(1A {8A=m.\Zh7eQ',^V=T)jz^OjL-j*X᪫YƑ, -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ݐgWJ.2GUc}L ҉wΨ2Q~wnz꠫Fuٟ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject h,ŧ0 [sCp&N[dOX]Q T]-s9\|nkUe4W -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject h8> -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject wwP^F_ige7Tg= xПIUl*.cՌ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Թw*pwf/%/B}r7>+TUWB3h:IN0 YSf򋓰j -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject _{˓[`#5PN+Nv?r~*%,/~ug.pLɷ{o]U \;gkm9';4ݝ! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject A 4h3{{3k7|un]ڵM` -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject w1UM$]i_5-i -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Ȉ[$ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ʁ;xc~-,*^^M|wEShL2xh0vJ;G8 m^IG$Ͳ]2ͬ=FXU*J -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject VGfez%8;MNh;Ai;"A;@3`eVs0":ښf׋ad!LDq<Μ?*gIpQVf]NdͰZk}+"enzny*˒,ygN9$*vvv1=ߎlv/Bj03!Xv{naZWs/l!;k=c95;Y|[ρl7d$F%y{Fgc'z{b/YeĹ#6)2͟{lt -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject \?0r_ԄKx@|$idz yP&Y/ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ܚ-~v3Q!mq!70bErȀv15A/^ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ϋNˬVU=s'K\sd*F -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject H -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ?k@ɳMmUG,--`WD3G˝QvEJ ]Y1砌AW[^">..9P@+hJTvq,>6uEX+5ɒK!2?'KyݏxA\N@b% A+w<s*)"=AvS䝩 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject srU3bgM )pOd9`<"9;HqEuG%^ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject mQn넮;Paܟb} -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject \OAz*ǎF e5Qcf;i{& -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,'I:'lWh5 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject !~#9$%4D7ck+=2.ߩjU*F͐/Ͻ0CH'Tj21I -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -ɦN]hLw$fbk)hj,,NɣJ4mHu>ΈW-1rzeN.wjS<԰| -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ]|PSyLHvjShu4AߌQu<類:j]P7m63נl6')YZO1w]Fu|^fd';;8}MҪgRhW/RK%oK-oJ҂M["|0ǻ7 J:>HS`Mfy+`/dSguu\b4r򴓗F9PT'י$@CC2n2O\DQʳ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /ʍXf<# -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject . -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject d>]ˉ]_Cy&@k9<7i6ŝ|wtүT+>6y@ё>+ϸ5ECH{ҁ!yF&,ަ6i\o -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject J6Pwb+ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ^ mFX<+ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject @Nkx.2V&Ձ}fA d۳މM=-Z燭bh;W -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Dzquûpn[>=μ8/k663S]tFu`!bd xwa޳f&Ѫ.7].:9Eah<"cʏnHĝP^ep|H_"xȏBySyBre5]H-w$İ1NNiM7"*"bF524"{N -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject R;蹺 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /bl y줱bxVH%:*>oOB -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject HTK‹1:!:ju*[/SX{U:@iq\TX'SSP]7ѳT x>gxj<ȅ_ g:NyAe ;h -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ul'W\a/Y!%g>+KNΣ?ةX3W]'ѓ*i CX6hMuA3~wB*^@Î}&>xjQNJll7eURod2{`Raũxi8'DvDܐXt=5=x!)ʷ#;+B8BZG<#|T[ol<,-G򐸋{⡩ a.ɒ*,B K͞IʢyL+x5DeWGTfdNgV{d`x: -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ro -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject )踛6w,"icdjydou}ǎYq=s[֐u_6|hJ->Fk -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject (n!g% $kәWOfi$4"W*gp?w~±^V<@A\ŷ٢x-|qS6z??qSz/ZDKm4xOӍlj'e6qP=:Apu8poYf,%Yi$7Kq}L֣N+C4 OHdwd>ojOup -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,(+m2!IVR]el1ב ,}+Q?gw^|bUCtwU$wf3&u}#WK F^K2 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }%#}FmY_,"z;aq%@)|G{{*;q-K(܌"~Gs516KȪm"O%Ce=C!/E>V=8\FEq6ҷ3N{J]C(nC,Ykl&HZ~38 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject [2@@TC3,T -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject nnì)np)Z%1<+fN!e]kj*y-dy.*'椙QĜG+p\Owx)N,C73#­'јV#OVW.i׬lԉm~?n8/cձ{;o5qrB'~Z&X?k;.bډm|a_X8w:5&{IlW0R+ceom*!wZvvYSA0$]'fgYz'*؛b)VOo'.R(P\e!2,/ x}``F6oZH붌"q%T,"pNiѽ`{H6'D~bY:hCEVMf78 "u&Ȃ`2{5tB{V x;;Դ=l$P>K_t>)k;*lkIf|̏з5.ݤ.~n\goR*lTd6_) -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject p,@|JcQx]v!7dif87Eֳlt2ۮ*Y(Bx&]bv6e!2 /Ã~UgwEԇox7f+&t"0QHn{ߟ*=4'9>x6}_iBfolj2t}7%uG/EmiktOmx>qL -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject g-3`!:xq7Dd]ݖiBxc cSpe| SWu%TI -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject "rh_# -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject EQI[IKNt -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,=jީʱ#WlO'X_.Yg7,YX"͉^f4h((gQbGpc6#he?S[ʞzߩOr|.wb5^ucG8@;"FbrgOC1?0Rۛv6AbYLC~H5AlD5K#yL*z(&S:5aa^~VCt>UJc`TQ( 1y"Ftm/mO2i3Ә#;y|0T)+V -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject $Q^mRZ\%żq* -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject CTƼ0O&o嚩 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject |.n ';{k -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject SҤHgg(OyT{)m<_NP & -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject <-{Ǧ諪3MNcwGs1 p5H5> *:PAe ;> fle!|dlkǖ~]MŪ|& 25@;\, d׀:`Sb<^qsuZ&JvLg:?qptS,&eXG^KC zH~)%wL~'$.RcT9G~7xY%m.G{w}%F?$m0HLI'tب6#zNOM'~h gI!<=2OTngn -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Y"Yh,yF;zbc47,|mǒ)~*\5Qlm -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject nz|-_Hf`6Æ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ONevx%h> gdOSYzs_\ë@mLFcCǧvڼn"8HJI2ڏX^ԃ :YFS?:^`9u.̪ ":kc)KD;\8,W2/#HBr$ q7[C]'ʇ#I-5VYs|=6#Z4 ''Ȑʯ"PYtt쫫笼9rV LXK)YD(-ꈞf̢b^5kPepO[Ubya*Ŗ(cq-]dMHRyu9Ɛzd.2(mf73;H۬SljDnevN1Aa$tZqYD`oeGTx"J$t:O~lHx#eg^Fa7qUEe$)kK91H/"{AG~!VG<>YteU3 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject =Z2Ia -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 9cx͋| ";dߏd=,4!YIq9)Kjf<+ꆚ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject e65= ^0ANuJNy1 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject AF3k$; -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Z,Gi(Z.D| -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ]ԪakcE2NΚ$;KũS3( ].n|<`M -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 9CFmQjizY}p=9YC_$D -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject h89G Ҫ^8w-SǴ'[Yq-V4;[׭AVuz`v){@>eU %Tϱj|JoI>of#':R4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject +(VuN묷rVC]΢SYVẢ#GE:h䆬Ʊ[O^Z1+]6N>F7~Lm/ev 4$Zv2)5H[8hO9 !my]=ΎE8SD(_CgӹcHavڌr. -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject g\w[INVV -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 1zvA39/g>XA~%B2F9Fw ~P`h<gOd)9GFM(N_Uh -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject pHVnSt0ȂyB@'Y?^j3|ջWQ,_1,p}Fky>Sx'@/$dv.^ZJ~_G؈rL.y°Rr]ԤI~v0ː|2`D;_~xfkOWѥx(jޡl2SHCɨNS04rN, -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ); -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 3?Ļn&I,.:Aev|KKјLAaf< 7VUm@U]VX?W$%yf+4\TR:# -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject #]bsyzƋ=~C4?A4oqWeX"Ө2Vި=Iȃ@EVϘm8nsgdz..lES~t'5gy+()2XY*HbDZ2L2t?& 4AzN"8g!)ġc?/Ng#iB6ЏlQ$6bŽQ%^75EC.ʮK˹G䇎"Rgaw]oo?GsΠ;o? "M hz}T%PWcMj[F`?bV U2 cʸ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Aa.ĔI^ΡXg_ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ]J2*KӡL xpIT '}(cyl0xD?Ё8BRS#QYgznwdU 1$ ~\H]IoҞ""< ‹Z@2fWUzmj+7ٜjN>ާg"WR2tYk'5h~<d/\:?d/_T?\9]p3CԒ4ƻފSjvxbDݑ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *o{Fl6KC;>X/֩:KxYe%_S /yԀbE}ݛ]z5[UoTt&I\ll@ceY}x -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject .HIkУ8Yjˊ} -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject <ț3ɺ L0AxDzz }Peyo<وƢ (K7 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject d!]κՂmG젌g|'t-KFlr~zƪpu[%M Dgjc#VͦUiuzds7T.KHFc炷6} -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject M -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject (#c^uLWcecKV!8c;)HCNDeAPUA]Hg z~*i _@l=IQ]g?]UVEt*=+&J!W;:.irNP5 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject UDZ8_M#u6(K@I*Z75 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject @W-ܕUX1(,>ȭ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject QrODZ"FUңu.8Z:eab f)$9ԍG6B^๬G3Jʎx%A¡,aW!jb#=B̧n64lkC&Nxb/m\iy(BڦAX95lj/C?TP1x{O -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject o8}$ud)+w7&Xt/' -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Ou$(ap3HI̚| )X`S14̧6l j:s-:iyAzMrRt'TU1[㒬1x78%Ȗ2\r 6){rM;~DcS5EhemXNsy-.ԝWl6OwHv&@sa9BhC6Y(-">G/BVQ3#4tΓ(!f.:͔ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }Q%!VF&'A!6u8s8Di~jUXWaz#h5qZ)&@ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject J6JN"A$=0L%tY{{g%;Rݤc[t,eX66qF1(M2*?KՁ/aEi4*LSWIҝ,(Q{#+ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject \dT( -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject M7j h -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject doxWT}AF䖫f}҇e -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ROg)75%wH9V -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject NML&R>hլJU<OuZu<ᾔLAš/ikʊ08NQZUK}J`{5J$+dUNl[WUv[#t -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject êz5ʬ@G1NݩIb]Xt_Zv]iJXURчwUv+;aųZyIY 㹛hR=f+hw`gOZu}4B+rEԕ1{=.n˭b(CN^'L4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Sͭva;vu\5SehWTЈWl' g_G3v9]Édx887f$!.kw0Y/t_$1_H=TJ{v -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject SC4D?4OhL-zC]r=ݑu;0 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,)KaSo4To#U|VP9;DSI0. -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject [u^fvM+8%_FzLxt`;Z)Op\i -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 2l00dzr_^ݝ)]??;9܎wfjZ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject )J"!A>^d?,uw:k{T%Nj -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ]e etUbHI<*ޢ3/ fa( mߟ;{E\3jH^63xfgq%fOzirwOCzHyZ|xHSHL䅙 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject c~|}ުר-WC$Ub93V -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject T383}=+s G擳(,?he<³P999O W[jk[U -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject T"Г6.JEN0,PW{%ÙE\CGa -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject b8/3[^,4 x׈tEep3Z -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject qrE-p4] P fr۸o 2um-l^Y<=BhpDP]PO -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject @ɯ껪<+R˙b!))=#epOR8]?\c\F},> -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /*+p}$}#p1w$"Rf"N\ Y(LICf -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 'ڎzG.^F2Ft4uQ^s!X*zjjYz㋢)?@?C#罶\41â(' 'R_OT)G)|2^"iZ:V6q&MR/WA7= -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Ɗ]"X#8VSIiYYGOrz:,htet,:"?#e3STo,-T;5\Z/<']|EJyŸfCUyA;YC4V\5HHGdPZ{NDLlvuw]]K -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject K~|.)`rQ@%qHS=Wocٛ_bYjv -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 5qBdvt$KG)j X\]+ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject "6b -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /N(n4^*2ӪDn_h&U%,v#_8YNo.M -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject AlL(/PWPBl1ދ5CRr,trSU!ytO -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject B dwY($\IG -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject x< )9h -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject jN -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject W8vj>><^2H<ګ&*J {rUDut$c\13?f%cU[UE;RlrBҷUx+djڥ6"L&:E0kHz˸ F B"O-Pen>ExUT -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject XX[L{'ޅ0ұl*^t))OV8mA'{=$-}6,qMzjw„!9b?gEzme!BB擦0%eY}D6RO&F!2\vS_80ix$|EvxDK( -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ٗfEcI2, -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ;SraxE#a|#rk7@Odix#V./\34݉NH߱PZhuv&tQBnrs.AK yNN*%f.snfDA, -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 5`ﭣ:vQ浽ۻ{N``-![=8u@?= f֚aO=U]̩z /  8T?50NAJ./(doˣvvk+wUZc8v}>_J^Т|\+X0S5y.DuixA7!N!.N*"QB }F -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 'ZVXCoq16Al#WIpE.jSXy%Y'.քyPPSLU"O{1` -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 'q>h^1 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject GrY*Rk:2y J -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject C{z.T%3il)x}QO|%YsTt38 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject >(Sv -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ixk>E ]]xn(uŦH%[''+NWm[ˏˆHq:xoqBx"cϳ~| -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject #ޛJ,k"ȍ~Z@A4ԍ8Dev -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 3Eoޟ5@gJSz*,&KR><ʪi$.JO),KbjQH#bx-XpϾC!]Cӧ }v;,W)ƋQ-b)Jbciw5վL bFmrN0BGc2.Dꤋn&QIljDY\t?FglAp -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 3UTIxboa -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Tiʪ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject HMg`&yg$gOo-X8;nXz>oCXsI{ɞ`ގ+ш?r/ u9ޕ$q{~X'sE \ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject I:Ynn#h'7ύ^w]y;#Ҹ"A]CUKSLa -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject L{u'I%IF<ѭT6ܝE9]!=Io 4h ? -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ||H2:F4/ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject d4[Tx}&eU:HDYEqRuVEskz.h`C!cʛs.'p&.m~3LnuQ3I,j:E}CrJUgfyffdV"{p|vg8nj~&sF_$u/V\] /fyD\OK$vfIH~FIj-g3uJ8,Ec߱6I߳h -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ᕷe -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }x[f9jқEt#` Jv:6UE"+=zMߠKbX!9N -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 3~ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject $ ZvpNIN7N:z=$-[a&H̗ѧt\U$hp8s/"ʺ@*T4e'H=py.ڠԨNo▤&UWmYF -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject mljjj|[d At" qœ?}ޒu[p+ܦ;V+塽 y~R17+-J:~\$ys5ߙ҅;[nrꜲ;傏MA-X%ܝoSȗ?@O]\ZTm7|-DSּҍLeݣ"VSUGZ_tU=+!П'sQl/lT͔N5"{)!=)}~1YJ4pY]O@kܟyRco@ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject kǷNoM7&#oBڝaW=t3buTd0Nӫjӻz",60^/tX9*V*Kd&=VZX ٘ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject zUi?+~rRI Bv]cmRAꡘ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject X"$܈ftIWErXuNb6Sh-r$3IЩ]t9rvhjXFtgq0%3x^W}CgKrqb+Z/a~jHxcMϑ6etORUhnjz'PD})_/."G^AatYLՄdD%s}} -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject V -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject GsYw]ޥ{=Wt;9(SU74,Yx33 + -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject #U"87 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject z!SE:dĝ0t.P4%7eJܔ 8RRl*fyޣd -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject IB&TU7^B 'j_K#Lt5Lޑlޣ^Gv\Tx]AS>ZuV9+tX/%YQ့ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject GZb2%:kbpk?IE½.RwBZCW#a8z(DQ1]F_(VNR -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject V{v_>uSU>{{O UFt`Xj^w+y;Z$Q R׶OH\"anAyAr)`#8jZޝɡީp@4qXPc]geN{Zta]zj/' zn.fF iʐ_V[]] _lT"X]< -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject jN{W7N""H09_{Pw5MN,F`)ÿ!jڪ橻-;o}ɪ"hH] mSIIsxaX>/5_CeduuJ6^y[5pƍ^J3Z? -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /\X/QNWe -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *![ɷKE6kuK۱xRmB>ɀP2*'(ZD~WD=γt)fW -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject IJ;QE%GXJ]Y(6ڌ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Lh -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject C$5B]XJ>eN5Ysg:Z0i -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Thm@?NѬHeYa X ذEZ<"޼(:A7"E񲅬2j3Z4UDOvr\u:oIK<ϒἊ;e1\u-ޅ#PZ=DWS*ڶ_ Hi\>Z>%i"G++:*\Ց-aޏdA̯G<\UȚ$'niDQ.n/ǻD۷#bMs?yԎ,bP(u\x3u7(\d,RS dA*9%ZeǙI3ZXuw6OE@@;rSJ\Uǥ^J^5L~!Fr~5P L -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject \V]tO*y|1o'zmHJ2'xjReWhbcַ~$Vܤ3 hҾ-sBgM}b;I^oQ`$gdfЁ3 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject eUo{0hBI/>ύ>2RkG E~>k>_Y3~Zrmz-KqЃǖNs ~{`쮞r.'q>[g\y*=Datj%oty5&7Y5]\\/ݜ.yvm_ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject o -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ;LEk{$f%]dT0GT]UF&qyzcqR6! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject YWg+-uЁ 4e5f9S֩4)LaM]v6$>!o)\4L9G_Poqo"NIw; p:\֔Imjf-y.fG~Ul3T`q6k3^!3:mՒ6wuZcץ"Qm@UH:G$uǵ̴Pњ''qU3SY4dmW!I72I.z;,lTGgs3f8U]Ʋ-t4i9Nad}Ik̂8 jKl2C)HΪK2+N:NS޹9{֝UdQ~8^Mfŕ$H7T5CSɝm9}_k;]ˇ1^@N>9Fx>N_&OrogeAї儝] F//Ea<8s"7lAw@7i -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject "uy虯{vujm2;b 7$}Jt` y75vsz/ﲦI-A#QEՉ\:20B.Pl[iI;۩ I=;wk?z~'=N8.obɋr{@͂ȇeϪ܇lVwPWoZ_['a*k7 oOq'foM7&>*T=_,k!.BRp[?ɒ@%2"=;kŊR˒Fl5_ԩpZTSHVp{<";d:!|'vnު{KrrP!مp -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject R- -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject YVJHʹC-lW6i- eSh"s.c-tPxnV|(+okr"pMvCֽ_E -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject &ʳ/ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject %SNaobw?bzz3C"ՂSgX^U# -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject X,.}w#uB -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject [zΧ$W6*򌲵ԥ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *UД9U~txvڵ UIDy>Eb^ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject &4LkD6zO߉rluFKq vz<|a.z/E#!}q'KcҘ1l#'XgDg0X$S~@DcZ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject RA!=G7ܔ)ecuQSdvӲHGl{g:\ DXx0%\jpEjX /PK:YZ5H2/52  -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject E.,)).bI:_$=JaSpX#Onkt -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject b#D-Inc,'4r\?JX]Q=V.l'O3%jHWh -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject xO -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject e,#^l1B8LwXb\'AAuH'b%2T=ķ:"'ߩы,="OjԉR;:/=<? aT -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject yEDPƒz|A'?!LuN!J]㡙VN4<}@;y'~3Եcb>+p_f9O>+7dOiuZ|"ޙQ5&>֖EB'd&.{{µz'.@ս!O -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 5a v=g]4*"4T4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Gv -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ڎ˓ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 8PZwWs%Jw=)5<%Qă"^fY`3rt:N6ڪJn| Gݨ^7 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject jjoš2d ޫ}IYi׵G\(Rꀚ[JY7J'rjzG(:BtW;9n#s(LOQ/QZ{ Z/j}a}J<)ozPD:~P"+s3ځqi1VvQg~󢌋d1wwɉ0S}P٠6#EtBiF7Wfx.Ӓ,Ugs2IyOmYË́r: -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Ɯ\suE5QpʓxYtP!6Sj#-Ӡ42֪Nr;pd+H -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject O/kϑ RqFuVgȳqx8{-~8&r *܎TR&đ+Mvy0!;_kTIF­-/ݍsXQb\v:W5t)2Ĩ_7HRCyh -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject r&=\qpY^qXܪ9W̄>U0?" -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 4FҖeryڴ1(&I -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject :^FjGD>@ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject :OZYsftU8Qjn>h1b3bB !GQMKY{x\> {>0_Ku9jT5Ezhg^-īPh*[EP!ڝ˅˲2ަ;0d: L!Mv -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 6ӗu\EUyݢc9}&B2}Q]~4gmU=BDK{gR27YX5{s=VQqU/YN鄊,ԉL{J_uo:P:C]f;ZOv^{ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject b;WMUu7FbKʲ1VKssf&`hZs6.?yLePSd5y4MBuob}[z.Y,Kqf>s!ӫU%ucS0sR0[L/<3)7h_TҫJCzlW%37IΉwZ^[]O -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 3yh;8 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Drl._KKVC$UT:=ִ3b~5n&a@*I w8OLW'Ė+EZ&I Chat -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject iު -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject +SiL6qSy<.0̌pf9S%%S\ iCr/uSv62MGFNgQT'H\46#Nigy6`@t6O%, -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject r~j&&*4ܬ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ϫB'acS@#%uq*qu;T:.aVTe Xɯg#ûG|3bw++z8?Y}'NJ'Kk*uruő{o_2f52E'ju|oM7&ߗ_d=jj-GF˿GK4LqA֕xMD)t$U]D&w68gL &V26Zc,X,Gz,ѝ4/Ū j*(ɝ"Mzd*T)ʻzC%xqWvUD&QUV)Mr% /YYRQBI sDj¼l -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject d-UFn(FƊ::Wv[(Kl -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ǽX05+,תP?Z 7HV[4[2DzLWB_=}4HD"V`X:ޮ!fyD02b')o6_ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject q'f|ʬ5;8Gu{el0ڱereEi^[?ūl} "YfdjZp@9zZ뮤|}r]":y2L*ZX|a5 % Hl0_"ˋOUSd/qFMȖS(93TȾbV6Ns\ hRu~Oqg"r=Zo}*j@==\'0E"ƻqN2V紙|)kFO2x!yyt%.j&MV8!ꨫ.OG0A?HdckbHo^tUȩf~rqv/m -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject $yJa>ZQ8u?Oghy@䇈w1ԝ^q5Q -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject W!:$>9,ʲ$i"qj#z!˪KA -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 5gHiMH2SEuHOi5U!g7B%Hu, -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject r}:L7Ph>Z'0A-w|]Jcd'#`M+>}UM $wdP߀ŰH6zNRo7?|[kk>⁨,+*Z-JX7}j+]O|'9Kv1\[7T[]?=z$ iyc]V2,2)KÍ-#`k띮(FAVT{Y+]w`A  \B0p ir(-6+ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *ϻ7cuA}_Ċ$茪 _pXBFOʫVJr#u&Y߳y,kʶOf:κ"Sxz&6>{ІIy-UdgK -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ^GS,t_VgeDuR]Cwب(҃o"o:t'>űaQدt6⺤4IL&ฤ3w'z -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,YjC?^*VE4KVNM?ߪ&B"X?kGs -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject zڅ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Q;]/&rH@Ƹ=gG(crё[.;ꩆ4;3.@X–݁7~VFQ*3[_mPGR*JUq!ߊH7&-vQOwb.ʣ EA!25Ed7k3?I:XIILCr,5YMqJee\V~Ѣh=NsWdvSb#$2 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject iiYNrbj,IBKVDUthj^uN'X( -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject P? -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject yo}W~(R Ru>$=.ɮw]0U"ZjRH -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject {q-ҕw5UEl1>.KY ?sb(3l:/ἼGǹ#rDj7@Kd9FpED0YF;se<PH{_SCti4fޫ{.}}.Sڧ#++PT2Bs\3s]+51yt J+c."q{e`Y1ׄ+lfs6nRvǴ3%A3MSHOrTqF籺dNUQOTyo朩k: -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject [SĔ1 wvLNFLXAU e -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Uɏ'fo9 7@>ϳTjd -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject uIl0e,W#GD^m$ah:)¦iZ1D -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject m8;|b8DNgN&fJ"29$ gZTIEQH8a -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject w0:r MagS̩TsNBR%h(TvV:Q,g) eoy{?Y`aX"~ԧY<`֘jHb>P?Vz8!NIgyW]aJXI>Dd0ZLESH E-lwuUMԫ#_;-TrYOkL3񸲧ɏzIwh˾/K(:,}Xy~N?5CuT}hM-*dLS8LmZ)!gjȻ."~EUeFM8UVN'M/,uczZ5q=?,˴&h* -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject :B R2m`1_K0ʧ#Gg^%Ф4Ijv"JΑ 9lP6 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject y_u=[>e -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject X -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ( zRz`!9 fn{MO'2<1HcۻV㘯U;0z -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 'Gh{(|oMur۳G}Wݶd߿}q\7Ѯl(&+-/ȓ }42SU -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ;Jd5ZDc;.r@55gђr\ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject NPV<$ &Ҁ쭒itf=5C>Cnt))ϓryRU^їbDVowqJMekۊ䪤N -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject e$3Lu଼LבCQ[0:jɻ--ZƊi%zB1#`<\=yFBxn8'_tW{(.cBA3Mֳ0$Y$|zzLc tu5#qhz:&14Ѫ oEYZ2pEn`UsT(!Zb*UlTV/>cZ_ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ^'sܹnA~HxZZ <3)0NFՐSkEuV@?aqĎ:tqu}nV7{"oOqbZJj:VW4_[Zh+Q:y ,4mQnPbt)q_]@"5LN~_@ Eȃ25ϯir3#;]ER -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject eƱb2N@XA9'38'j6zd;zxF>ƨqG$TPڼ;]ʅ٧ftHbwaT]4yY̭tRy+=GL@ z7-$'NcΥo:_*1{7/ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject itGMuiLnv-5hw|!۪wTu ѺNHTeX8+9m̤:m|krP,k刖|X>K,։pyJ^+>@ Ww^i -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject |s:SM -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ',x@T`8:MEtMop=A/ȶר;]ipV~+7Id YfA G"|}N߰'f0izit#+31r=47Cy*D4A-zdi\'Y2O[Qqw5v?a.d"Tb^w.GxayE DߧGl('"#oZejo/۪0ԅPp}1O^f$Wz?F/n` Z@Z uBQ;U$V^ ADX&<{$v4.8Mú"/ d"{ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject U+6wF/$e1Ww<?2Y&j͇,yL#bJϢ/Yc_N -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject rtf:4GhXDB& {j:.hQ5@CJuC+stGZ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject $HG]=j] &h/BȢgWgSaZ)4^yxL( {&8ir\ϫI-y8wgH`:sNv0]k09|'ٺb9!Gawՠ&|ͷ05 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject hp;Ӷަv[u$ٔzEF1<ʸc{ BT(O~KDIJxۀ0yf 4Zw -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject uV̅79Mu%!: -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject o*K(j<ƍ45(vmiwN`4)YmΙzXPߢ9Yiu>_--y]æPSÁVΤ8gY<$ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject M -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 3t5/M櫬cztn -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ozԅ-Os`I -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ϔ7Zٌlo>,tW%z61L_-2[nn)Ο2%~j>Ҏk=.a]S\3ݳ.)q [Q-01}>vlZO%.q6ށy2چ.Dw1L&gBQX$`ORCeq}}}U||'`[bc^gJ&ش]J#j5և`l)tg5/23M) d*`{ͿrNw -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,nRfn*XM<3u%2n%Y]۷[^w?0'/Eu`fjy`ҙ'Y.ԓ#iI}}͟^̶}?oTǖ-ꨰX{Pq: -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ܜ$@vh[>q#!l\Kdqqy&@.I-ʾUoQQ 9q8NP U{&٬E9GYnz{1P`m 63xL SluѢjj$7- ^;-b6Dl9Nl*TUQpUYz<x>x}01eqW}Qe(ZzJZ*3ƛWt%.X=()a<swݳd>]!Tg`9,rW]t -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject .DseYh}Vhn<~:C{=,UKOL-,:`}lM~f/؜H|/; \^{b3b9\i8 K&Tbͧ oBbރ+/Sw}eoHW:$Ҩ}n-39@ 3q6ٿa -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject A";酠.$>%[zԃX0;.+z褠OFXgL|e -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject o'.,$2ǭ!cxkT^^ wM+LAjomGz{K8m`֞##M%r :Fҙq^?h%_bR -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject a0,{j/QX ^.}}"I"61.nHIz+≃nXJ@\}YNE/CV' -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 7+SzܫBH%H!y[v -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject @ l -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *~ڀX6ܓ:A[,k -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject r>.' 14dEý@ΐJwau̎~'asM&om-J4hb'x~gQ7*{7wP1J_>>LLv9 (ծ x\: 0iJ`AsB-| -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 3 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 7bNY$Sae6k'5Tz`kf(UṠme(!ߴklg$5u)Ļ8s]ZU3`܂Вo&A 8B<md1`q9JpwڧӫN[7Wzp -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject l}D?%SLh<57&!O}bb&ل}mGyfy$,aYPբst uϷuQ^  jA_⺙IG;(Mus|:>4hЉݦڢOyE7zx{Z("()˙vf?$b0{ `2~iVf -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ki~Dz{ ݱd?תs0fͥ/#U{@OWr\4&x|N5en"$Y$7OI;C6t/*>1aYfTY=f񔏓#;aMnkBsm6w[6dYGľAgu:"6)fQItu0SǓ$Wz:rⓠ&1rs1MM*6M"{6na -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 2}}]R$kpA- -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject D:l|Mq3^t*m)f& 65ml7lQ(q|U`'qZM0UXФ56Y1v/H@PyoAR.,:p bw梋gĞjbR6|I愩b =@mE|M;I^OU3ݞ_p.O^vJ֖Dg' -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 7ߤjyg-kǧp0'R -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject j0G+/V+4iöbQ*fرڝ+r,RSQCS.O[Gc*d[Cqj ?Nn~eQk4Wc @8 Gun*iIOxqhkMexyLW"vSMMyz#(V1L' tr2]n3 ICHJ|c67fGLdމo&%_ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject &AbnbLPX2-E)"=_Y墏k4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject DK˲Yc$ڸ{|'YCRewcU!r -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Lp'^ P]iK9T_(;FVV2$JkҚQ8ga܃0C -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,,9Fʦf”xo`#L E^^?o! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ̑0Ku%h" -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject h4T"n#7CP`y\T=dٓ>Q9tR8!N#[asp9RiE4Q -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ؊o\YsQMkXt`,0N;ak}0x܋`hq4a vaX6qG/7c8g'܇w$7 QMXl-bC0-gE4Jh)R]~\Aىe5Hh6l-"lǭwOyP âe&qfni"ȓWE -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject aoi[·1v:դ+B1OG@lg=*&Q{G֑)Bх:7z$7*'Vg8o0,xA&x}:pz3,b{Xz,Db?<<櫸b:sјsFy8UM@uǶ&qvU6Q]g:!D3:K -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject UbX -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ";Ԇ0aVR,z)u:1ޒ'N:҇v"bSl^$pF7hjg"9&7zwX<LJ8= -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }yHߊ/Fpc Z?Y_RՉD!l.: b3l% t +̏G"sQ\Uk,Y܉.&4^ڱ/=Emu?-DkVzGWx nELzk -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject YfݒdllS-9l><5m$ sKvF3xz:-駱+p<&k&Ψ*,N$>>:8&1m{t[CnwSYTt -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject u֍Ǽ>9SÎFy-[8 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject є01V ~ǩ$K|:(X=Wl>Kj%lc^*ۈ Hs1LtƤXzwt=@-eT -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 6{ O蟅W@ jjkA |tlYlsÝ+([a44e\Ͻtn|cokG5| U8fsj(O:9RT2 Z*4+z*5ć&0L bf -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject y21֙Dsy -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /(0P99mb#zK#'jP <,c}Nzxf6!*E+BjN* SF۬4T5e= -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject `^@?Kf'-e~"!d\&'G -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject tqB5a|?o.r⹊1 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *b$1SOcØFRU46A'K壄ePUMda- -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject "6KgA2C.yh65|XحnQSvL`+h]ցSG2Eq5 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject zz9/t6;z^3Y9fe}oj7Ain#{O">T'N~hWk8yN*җuq&~5N15lNf9O"WU#1gYE?!DM}Xx'-gX""n,4߀ł,y1ͷzV( -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject $Ƨ(ZO9 dTe TW#fu{SGmA3 ;Y _Kf_6srCVnZĀnNRR* A& -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 1)L5cq'۱u$Mfj6 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,|MwwLuj -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject TSd9wd{&g/=%x\0ﬦfF -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject L+~`vjw莘zm퉗#rg[Φ[<;ܛk@RԽǤ3qp^?hoQzJa -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /̤&i4ݻϙ&=1&oDRHiR0KVtҦ̏"6"Uu7'0+n )IjdTyӳB -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ' KCkIhezS⦣/]eP*}|?] -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Nh\æ3և5>ۻVP=2η\Iڡi ;Jv,\%XI=r*DG)cr??ceoeKUZ8oH -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject l?~g3PrN YMzIoVr𖯟7=U-(>Df~[ߨ[J߳nm&w%d -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject )Y {I]NE_~/ܳÓ_>& -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject p7ҍ:$it_|9h[^ܔAS~cG:$*|tcy<ܦ7w4;Ƌ;ARd$k%*s|-?]sIr_bES]G]&vjz%T"`ǒ!eP#UbFz(BFC -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject X=";V'T`x]A: -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject COU*rs?'Jb=)8<[PuBUB~RV1ULz)Al\ѓt.V>tcwZSV1@PNE^2W>ܮ6-$sy_'7EeJ9H+2G#ӹމXƺr,J>F]# sZvpBx1U_xmrPq[U{+?o˓$D`_SDgw -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject n9yUҙp*Hr@v#̹Ȏ=f+UkV&8"&<4tZ>ǂ>FSa[fF67t%ղ3auu֣CmNC1AXc`FC -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject wP` xgSn0Fc 3L1|j'֕%@Y׆GpjAOxűbr]:HH{S"$X3 0q19b<;Uj@';c-iehOs;Y:Gܵd|3#Ymvq񭬦a,\2fMHub}*3<iIK`+he5 |-&תڱ# UJ"JwCк-Q ,8+fn;ЛzLO_╃ms1l,Y5a//no@r_Mt -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }RIc5FcmqO xoI-Fؾ/3sN/"_Me*V#Tg6+ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject wA[0Ozl̓e~ۊ-r>lgV&id -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ;*cQڒetF~ ^؜rr[ޛd\/o1IkYlqRMn&Ngӻ,MoOhUB(eޣdK]0ihI 6t6}D&cn}'7|m~PL+*e%gxIsG7{v"nfV&pA)FN3fnt>:JmOD"/+=V*OҔ7K9$35kl -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 1sn>y*@YQC3 7kL[CFcvZeX砊#cc\R;o`ȵ=Wv -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ]S=9oNeXL4\se\OgayiRfkQ)J~,aUQ@.hK -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject G0C؞]`)ygZ7D7 08?UZUT}RTYL/u -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject kdaދTsx9|(U 54D$z^Ӈ<&L˖{ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ]P#DB:}vp~.8dr%eLfH(6"bV -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ]lu&jDr"{5@ovE6%med\WgDlʡGяA>YmuQiI{%"R/1s{J( K/אxrz 0'So3^M,} clgݨnm__ybNj?eY3nMǰ=. KYxGLsz3'忊.>U0L>f Gpq>˫ :'6{+wl쐻^|:k}⛻"1R5/wOcƞ*'Ah^ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject yOnmoGAYIM+Ot -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Lx];_~/E0u7o4W8Ky=D ogwGldִ>o"b: ?rLmx86/ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject :Tx-,)x T-Xrw`OـuyL: -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject `"G:1dt]F\e1w? p]nC0f&R8"d!Y=]NGQ_W $Щ݉0QME>5Oӏxk0ڊvSKw礔7%|j-?;mPU -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /e`8gKE@6cgz yUqǑ20ԣy3Aa,7FmRBȮP׉)Ϫu2s*b}&AUUgx8O~|KϖNmROq\lz* v[u&7]n.:\fdACkXKVPA@Ձb>^r?utCiګ3.hJksr47&)Jw^xg+y5qCk\?qd3(L)t^{ԃdj -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject b#lv,ѽtqeswWΦM'-/RbuSGKn`"Cl-A]+ƨ0j2l -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject SO=^7ifђ) -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject &5tgay$ODv5aS<˭O0 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject T4P&e.t -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject rQEPjTfe\sY-JO -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ̈D3G᲌%spLvao񯞳" i~2]L_,6q&3kkҍtN8btsaV%=@.e0= -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 7CIY7&f*X q0xR2=o$c.Vg/@ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *#΢d30;03ߌ2cOڈoa5ơi^WhJg00#vjM/s#fp_\͑i~XsExZy ?y NBoX4}<ͷʝNJS7܀S8֬?s< -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject wJlCvۑ7l[am-Oon+AQvxa"]-+ʫkg:iexWcme%u ƧKlTg0V`,l{1hBHs -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject fsi7M1K$Յ)9WWf5=3pâ6'`! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject c:{5cڵN,icFf>XMɤH9Ey;IKaY;QfX=;X7&_^hf5FU6S(isʏdžүngpw2)?b73L2* @a:l.`'77+pP)fo&7IZmnIꂼͺGy;j,06wǬcve3L6xDN& u -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject =,ӸF+kJ*ɎF -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject z[ 3a&Y^AF$ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,0bC2 +`5R^H:UpYHr~Hn^e|7oc0`qhfbCKkN;H 11x*z":+Kkv\%aU8|$(z .x8BU,`?:༤bHu.;pW,9T^XD4ޕUZDyXS^e!\ $*<,ت^[(a?HCz+n{?|)eu|9,(;C}5 N脰 3۸K[5Weqcwh*:`,EꔍSvÑ?np *|͞+ҿ}=6s;ڊ9g@W$ox^_X -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject tFA,[עǜ$H5 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject |9}Zp1^^xc0S/Г`%r?>ruz:)z -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ?o}lA[Ka;Yqvl><Qhn#ZWTm-=U+bt[Jb~W|mm'@k83˗ _u >0F,?8w`e"v52y%7]pϗy"X$ymh -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ﲔlb;誳Gy?IN*?X1e$R]q8,u^ػCP10ɵ|*[I5%&Q^fZm2F1_fسKQ=Bݧ'=I!Xlꡬ'r{"w -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,\n ITd,oV3t5AY=/ވ%`IL/S ?b/n].9272.-Ӱ{F犮ۄuV0Ѥ4g{YDs8;N)Z#濾eXÌٴ4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject A՜nw6m o~VV -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject xG.' UKC/8;1aΪ%mҘ|YAZenkp*L%[3%NG%>7cӿ,d -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject :MEQ1- -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Y RCa2QȚ%dcB`j(P]\բ,mr{fr{KԓjUowcAbdSԲ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 4uz4̬ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ąIJ'Sȑ$IA%|5+aoo}yl#Ș&גּ<śdpˡ[Fi[ha9pݽqhܭiݡqw -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ww/\ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject wwwýΛ{C3k֪]_|cGfduDlޚ8PݜFHJ!sfPUuZpx -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject f(w3W"۹EkU¼{g=哂Oj2=hοwmU -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject =Nr} .-(IлYK*|iVԬ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Me'9 4ed_/gd%6|"ugUulTyꉘ,lK/ n{3[E%uBuK&D+LLQ^_vEq˘Ue!~},y7*kRX\tQ'[67hHX+,E"䬿= HgV̮/P=mj_G*@2{.ڹK^6?һ_~m6ކ t+bB(D! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject QoEfvo"d0kH}oR69k-`KD7uZ#5Ng`#-TO5Hnj??^T)!%ts">':ffqvmUWb]4W1YJb2W -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Tynk=e9BRgAe0eZq[^"cv!Uژ,r -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 2{[}@U"UO"m0kjY##;ީݞg)dAw5v疞5+jy9ڙ1>/c -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject AM1g kRM ['IK7Iވ#El!aYȁ^ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject _T.I7^6!PDdeP[t_䙨$2"6xP_$KZ^0teHg}6OIe -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }uF[%<"JY9SXԐAN`q#k6MK[l>z&L&ԩEe55V<1keY+诬1&fѹE{ޅczf`-ŤHL3; -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject C^zx\/'CY\ ! ` -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject َoء##VMSl[W9B1Tz&~8 b贃,(b34ˠo ?N5)|VYW]ST&&z|_w;pIV}}gi[^u>PlT_1M'FL" dG\oF#*L@EXT7zɣ+;.xọb8\pwLi,MXeL5dbñ'ԁzYXK-*4>Xʺo%IYzߋ$QC05:&FJ||-Gt 71/X0s_ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject B>'KBW뉋`M^ )L-]7uf(qɫ7iry}nztto8IEڑuӂ'daXDu1 :#z)k=:tIe)+@ehѰNR=D Z}T7n< ģSvDTl8Z*-uL7Pxc闬n2 t+Δ:Hs=f3sTAkVÊG`igVRH]Υ]~5j>@| bpf^Ҏƾ]z]j싷!+Re)s,yk| I%uwSe @̏il -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject mmL10;S\MPKфV Wگ{Af:m[W]HrQ1Pk*-OqW?1ǹ!hx -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject A"{!mg -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ڻ6ns#p,3g]eiZXۡ*laHW::FDE9eôP]eqQ5t%']h4HgNS(7tjT/SEVVq{=5nI1҉ cF]\8Nc܀]E\KU?7@ l ͝@s*cljT5D -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject RM#;:?c%^@B3h*i'uc{1A7'Yvƺ, -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject =[tb1# |e<ˁ8#= 3:]NJ9k+cOړEEt6;ם!Nr3|Pn:XI)|?DމL|CO'&:eԕsv`XBح%k5}'OteBrwdl7wJ91<>w8ɢG*6_:2* -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ۊdk";0,4Ic˲{jr0LDT[UZdyU2r  HJGW/0DZsUH6Qm,O$l/&[ńfeGIddu9e yEчO*rH32ܾtGw:,}?NK{NZUN*W=lpD6e9=yzHؼ:l'3n%1AP-jI}‬+}3voAnWyc1n'4w8 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Ywa2e -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject  -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject DC{骪l$弃DuF2zrŮ(%-γkĤ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ڃTvZ̧b/(үӤMDxbʞIy.gȞt]ɍ3ɏ_{ DL.4_LQ$39L}YXI6޿G5;76wMeYYKZ;;ߑZFG6M~mq+%bTM-_Oॶ-;ooTgūHg{?xxStXz' -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject QB(D! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ek& 8wb3X%堋Z,fhGUeKy[9Bo`FAGsz+_:ChA*& ``gGЌQf(iV 2 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject =JFb)fe2sܵs4 2 OOf%ې ->ҫvykٟzf. wtk -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 5_:M^_9:;Zv+W`A-j(v2$U<'e)fGN26~1s>b1mQ3D[)0{۩~H/6kMw* B]K[m$̗ue vP{d.\搹XŧojO -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject B;2~&|ML[9[1 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }QdϠ.ZU5; -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject fK+ҫbM#f|o2(į*b)Z7PZ)cCa%Qis&dyq J ;.25 T&0,Ѽ. ]p0iFcJ|&%ұHҏZZ$Ζ}aTO*[0N -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject g'vs8|h#vbҋV(@pj/Tk`b|nu0*JzH-F\3ș -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject KX2ε~wnYqބGb>k%ۛXB,((AFrJ0>#Ʋ~Q0CN:'UEχb˂ܙq ,Jqp' -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject eM5h6!K1a'x,LiFd m,S SG󼹹e0R'} HL -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject S]-4)k墂p#k ÈݝTW=Q׃8 5ZGC`{D/iaXӛ,1E.םҎ c3ٔiKUxwc-d;p*V \UxO:?)2$2p]G2מ\'jfOA- U,G$#I,z+)йjʨz?|uqjKc -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ]NX_v9 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 켕ݕ@2>!;5!rk/=vX\ҶC2UH=_K/v`H;,ȯ`f+d>l0|RY.3SJaT,6V>qc\^P LUYi^Pbɛ7n|L3R\b!tޮoP{[k6*w:a_vAtLkngV"6MXƹk^TR"=#[sɢ梗~+7Ư.nZK:WI)@*F溺DyΪFH7$9T>5(eA}&^RWUuD2pܣU%3lEEoLq -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject F>`fg/ƂbS*:R*/C7` -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject oc{~N=`q.BeQY8wq'Įx:zn-GTyܵ׺̺;7mX}L;&a͟TG"a+޼"ȣ;3۪)8sa^GGO -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 9\e?L3OSa]Ӻ@D*i8[\?^(8lEƯš7 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Vw{(AR,r9x^Y:J76Y%-XҴ+Xt['zN*g8pY -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 7pJW$R_9 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject sZAwŒpb8q$*k2OܚQ3nͺyT|<s:Lgl~i`$TCE%K@b7? ߜ/h:Ip38Z)곿y.7캿˩6h umbb:9'WjFb -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject sf3B˫Sz;(QEkg.ZL^cSyI4Ui:nFelt5.Zꁾvz|ɋ_MFɿxoF( qh -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject '&6y~Kȱ&KP&g JY_^/L#+ƪNgt,2T[6Hl-u󅉉j/'ZHXopzyU,~ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject {o -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject s"j/ZHg^Mt^x^!*;Y-65}GƵޙt&MjM*b'"]9zd}3 `cW4\+эpZ yZPqe ٿTҞ`]+URgXo8)t"Ų-?s]cO5Z<4Z'uV5%M-)ki_a_R( -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject QB(D! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Qߍi -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ?VyNZ]R_WN -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ~j}"hi^,KfU$\,mM*jY;hx6yi%Q@7ZlYxw'UzmS;m+{]%nM -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject `2ß?m15ddURK~z5@Tbe?7'6{?Ǐ&xfg-VC{oΪ/z.)|i7W&/Ѣ\`m@va7UJxYU/{!Ph*jOEWrc2c~$lm0LY1Eeyhgd8 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ryKj1} -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ôudI}᧍r*O -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject TJo&'j -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject I"]Vɧj@gTfv8\e$YVoCU z&/%B֓DP$[/pjZϫ"zer;Up*۝F=kY/؎_zK?-tk8rU,Muiy]]NkN$!-!ۦ.Nb3FedQ)UK#,ϡ`T׭يSRC |]Y?Jt=9`.b -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject $aVlgcx`A6@:cN)$z -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject PJx|h,ZM܀٘ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Id:T -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject J+z^#VA4 S)tݺ<·8KY.փ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject w1e9ރӒ|/::!Z vKE[F\Mk=ASLdv9ΐ]+{FsrN -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject q5VpZq~C*XEeN"es -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject  B!yb.L#`N"JMLyx]lj>dYsJM5!5B;g"$&x?j י.ߢ)Y5N}PNӿ)URlgea3SXkȪT|bV -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject NcqVQ_y(Y$e[1Pݘ 9b>81_&NJF -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject "5eTiUeF -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject WQ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 6ibU퐱Es -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ڨ|-²jUb;':>YU8? }G'/inAp{{dk+Ctim:Hts@f!gm^]Vхf!mY"qR -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 7bs,6ZBj,5MT$dƗpe;8󤄝>r[MXS * -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ^&䃮gD,CI7)#iaWn+(Ø<5BI{KdE_tϦ^&+( &se-ad)Zc+폴X XKt6ڬN&NQ.҉vKHՃ@(op܆2PIه)NWv}Urdp\k>y˟x2'Xl!/Ռ'aEYZo1Rht7okXb{0=Ki-B*؝[ITs#l(?q2pLDϰ2)pn{aUI -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject  -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject D< %^qL77#{,/VY;C'V@jTvwd<)^m0"X_Z#nFX̷N"5*>x$}q1FXOOXlYiKݞnG+N^/ʘbnz.h^K׫G&b -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject hJE 1Bm]Gp*(zlvL]1GlOyJAª@cvϜsK|q0 Z0ESCI䏄{ł$N.VYs&܌s?5byg'vj4Թ0?^07k[9 "cX!l -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject IҬ|+(n*LO+ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject NS!^x:ɜ4x\7T9u&Dj]`c#h\EW'sGe',%G,c s9e%: A ۱5"+x!r/߉Jz9ǣ.Ni9b$(!AwL,}z^ Txx#{]`=Uz[<*p,ѥ/]uԍ'𗜢R80P:!@OŒ%SZKrfj,!b\W.יNdrO9Oۆ0\-7LU嗶 A>sE#ǬXۙg6Z΀㥾A?6$Yxhrz`\SMWUUe2g|}yލ+]%8wsz?]MZLxu:ݤu.3L9|YHzfJ#RC>YWyf!Ptu&%Y2m6]ztYU} -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *QG wEIf7Sݡ}GIW,؁_7hb77j9\O>ӿ=1)ׯ|?o7hD~Nvz <-<g2/+2|/n|o!k cs\>>Jmd5|U= -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject hO.f8A~cd+AAo;{kIjo_ N V7ȿtn7woUU!yR3d$Zvw&@o ~/)KXzM'VP;;QB(D! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject QM?ۼK}9|%SbʃDWn#|˭t&>[(fP3X< |Y=/uQ ܟ?m]kϧF;ui>}w'SvP+i%"W#4'ffKn2̪cV^Lob0X߲JwdsJuI_:Tu6bM!W1WEU%Ҝy -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject '' \-0TLOx.;Kr#?#cǼ Z739L)U䪝ԾM8O2|b,gYbCƮ<_BiJ{p׹ e,;De1RŀxP<^bUdeJǣ1y'#*y+9VULQS\U$օbOpYsYQ|EX.YXOq<.f -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject #&jV| D7\ f4.#Ezˊ8"o˜I d*ho=ͯ#UG -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject R7hx N6wDny3ycuUp(g!j*+ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject !dPx4' -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject B0p92hSM?vJ8Z%$/ZfAv< -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ̇DڛG;3r4̀|: -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject `Fd-Nv"oB\M2P}s+=@L\>OYf%i>1CR|Ӻv9hL>%IFڽ%qPAFt -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,^)Nn>̤B -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 8:BF -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject "}a,c7T_h s@,ҊFR$2KgP!tX:*BD"^^)zCLi -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject gI7:eeg}uKVMy 4•4V؝3{t**7DV,xdB-sG#1ik2dhюßǸnסΆ0,7J fI!ª$VۃHj'!4+0za@t>o##ҚTt^5pJ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject zOeIgM]TVyPYG)/U;;)%{.o'9㝋j)F zɆ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject eubݓ\&.o.L$N=,wlG:Inފܯ˹$GM[rDZ&p6S2Iij^g^b"/9nj;If1oH zy$tbI"&e}h7d錙lڬu07K? !U:#Zú,n:+Xz]*%4X!5j.5sHKkåVQ[6_RyфzR9X@ߤ,[O҉jR>]ӛH%Uz9)T@7s_SJ(r2]uJZ43Bw'IDuL=JT|^m G>ޟ2ns^\F@>-degSB}_eyDs̃9; YpST\HuPO̴x,q~_LU4p@ߐe/Wl:^x >jްo -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject cR֓HfH^S5 L*3BW6x\^MfSQd`L?UzxxL$f"fо 19:WIXYT)HG^X&0ў|,#e;0@3E 5js; -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject X,VS~f1qńaF\F𶤩ag&˓@ugUsJP͑8uhaiWҙBF?`KS-gM++vt98}}z'{RAzd7 dh+;y!++tȭȸNa橶nurǻ5dHg֚¸:- -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject _ܾ~JX#vK;uQ¤٬S"MgAz-պvt6XT.Ɖu,^`cr9X;5 8}T7]ڑ03-$bI˙sa;;X fwZAj`\lW&%yOkb'bGWlzCcEh{¦ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ?owip -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ~Ø(C Yq,>E .W+mME3Oi/VZ]?5!t11ačXd>'γb.km,.z,{EkL%1!σE/]Ƣno~jƏ?<J7 i -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject l> -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject TUvU-:,?'B1kVt r:kʯ%v15Qy_{lpsSO~Yu'Ȁ7!{Y"bsT4ٰXBct' -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -$VY `N&69Hj5#lyO&PhWVӺ#kx -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject  -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject l[#EVHv+\`HbLLL;d8) -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject U9k2Lm{=ߙ$:`sJl1e-ayx/Q]t9h !LRIr~DFS>SPROM-!E|g5>L4Et:]"+n%:SEfՉaԆɦ%ovnbAa,J|M:1O13;l&<:һ֊RDT"lNrα2h -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject fUtki_]&J'_m(l7d ʭrzЃlr=]48_B]fi}H}~{1LiY -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject q8ᑞƒb;I¿Z,6BTb7H<\WV"X>Oӹ0fg0~2\ЋPuv|NkRzC3wmXD됟$)v>PwW6ׁj1|MnE#>Ӻ&2$:<2kG!="JDIɵTQδ88?P}_|?K֚w%qOJ׫;(; -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject iI)oM'EMuBa@,+A2/VÇ>|Çu^oٸn~6Ou -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject XW`9΁<(>!)'+]F^p6dQo"}Oy{t -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 'œl V“N7WyXb+xdDeyoBrd(BG||_4"Je۞ot] -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject #- -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject X|'ne,WDGZ izVvI>?:]4͞FvB_p]FLчAbs`@N-{:Ȏ?_>&p -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject kHo%-@\S|?X.`עy{HuS} -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject #dUF4zIBJr -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 'y"24+J-U=U%cm#ñ ,· -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject S -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 47bDQv!|l({~WcT;HU&m8J5ޮj&Q3<Jg5D' -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,!~K, P?yڅLtT}Ľ[;0b[pMQWS~zvuje~A4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }n"`"|wTPtK::6Gu]YMhIƮȏ< -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject (0>T_!z{=ESd1|pwe"w/U]ЉJb, -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject [>\M.<ҹy)XCrqO2XWƵQ%f9nkQv71 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject eee_q~5 fI/t sj;Lt2:ǘ 5B Moօu%ULIE -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject `F{.ސr "ϱe tB`N:LQUiM<섞MY`aVXA괺"!oL/5˩ZFrB -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject u^N"\I4Wp֑%Q$9t3=@DWޞ3=Z8-'^*.|+Ӈ4(ml~B@HURǧ7Ynv|1<K$k)^\eG)mY3j0vRD6PnMv)eN$.Xo#[4j9D=PyuW]E'џ 9G"2*ϯU̒W+D-3x=\З$]Dgi1m4*,t.{wSiV+)~Rw8 n&,voT t)f̭ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject i&z.լ,+ڿRL']߄gP)RAz@CpZMF]aHG&^*r/-=*Hs}@YrXW1- -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Og]eu^/ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Xek=wB+Ecq<{x!KV3?$Ήh1J$ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ~"K 󜲫l6.Mw_SŪ@<5*3A1Q'L:C|/Cr@=f'LX/X{'XzCHТs~I]+sD݃AO5Y...4o*/&{@cNY-U7:%IjLVZ|)YZr5=I'Ќt850a<//r]ұ(fޤ*m5FvzJ VHVҤLwx8Yq.2>;?@ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject jF6Rq$J]ջ8>O\Q vZtl]G.FcT"5SnFXڂ7`XURAuWLn'G`S Oh^@RMX) άZm$;6f:!R\gpcq4%zx>z㗕M|lS -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 8Jҭ*t0vE}Q^Zr_s'ݴ-sǢ>9W~2(k7MmOpsy$!>Yfq!T,/h5-6ɞ 6@wt*{$0B|W(}Q9Z#YWR/yN[T -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject F -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ԃ=^4kGN[ḍ8|z4HIDr?U΢X3ce)QN%N.Y Wۼ^ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject gx 4%x/ј>j)q;9e,#oY -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject NW -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject :Ly~" -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Yqgcq6ݏRM|Ç>|dm@Uv}zF.'X] -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 5faԝ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject x#;NGԮG,ܵӰ}ݘob/J/e/C){z: f$'|4#p'%^^G8n=T=RX!x,Kt)Hrga_ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject XyzXLRgH}+!>K1!Wq7CvЮ:’?su\y@~R!%%Z*5'{+[-Cje(3L;b g p9[WE5ΝڽͥgE ۺ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject >Lҩo8 Pch_Z -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ƾ< ABU/QF -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject w/=զSj|rA";LBH)T 5/mhzVь_rZ\\`gxN)xc-Q1Ψ$֫~,K68)F20 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject yL@ktt{d\уrJ!e ݂a^)PN2ީ*;M//-? ɤK288 h# IGO=DuRGxi aG辬Ÿv,/yK;g| e__`{"SIJ $#u]F]\QZaUOeo_*7-YOtgT.]IGRiqz ;o0Z9H[/PA -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ;@JD28/3۵Y_ѬJmb;:.+%z:.p ϒp~ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 0s5P:ai Z젳j+'A& 'ʼ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject /Hl6*,L>#p!`VڰI@gϮK Ꝫ面؍'sA_H9ؖ \}weKQ\Vkte=CE mc]6Je}h)(Cu<=.q?iaŪN -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Z"'d*iΪk(B? -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject j)3C™/A؀*UM֝i(ϿsVtSq_8d.yWğvz^+&:dzC4jlj⡴7nO~"[d1(; ꐹޫ|]OgxDWUxbM 1ff:~|hq̏qW-L}\OT$4yY 9;яAn -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject "ᬸ|;R=*rA?dZ=Yrr6N2lّ'$6O;p< -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject G>b3mPL<*fs&]'SQl\Fr~9\p5HÈ(;9Oӱ̲Z0A4ߢjN7Q! -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject xr$-ܴj(#J_ٛchG̤9{Fzz)$S:VhtLF飼 ̲>[4=y$T\TY3ق+zw=q -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Dz`/ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject D:D?s -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject NbځeS%tWu}WQ{3}G9J&UOMⅳDe;t]B,hIڢ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject )ˬ(++R9zx~vc"gxtssα2=*:>ɋ9l#`6LB}%ep;$lL_ҧe3^Ls,&魼$1`Qhi%xb#xlp9F^4װq9=_`f2Va]KE -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }I'LgF[όk;ZdI!+$zx=>GnY۽ e -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject gd}$XPqȳGU4:,tdl,9nCބxW{;ۍZvRP$Lgu5h7IA0|: -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject oFk -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject !XÎ>|Ç>|/=`L,ja-;z pڍ<@?y셿>gy=cfASH=Z#9A=SRVebm)`^YzQ!uAp$Fy0Di9:s|Mte9Da1L%;3xZ{% -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -IːbXgHd%u5VcTy]=Ent.j.n.^+Cܲw;pj7aNhּZډ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject uLS/=3zA|>!*VeOΖ(*5x -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject yV594e -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 1"sIA֔5sqKZ"FZV=Ec<}>dyD Jěm -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject L/^O_HGQ; Jgplgrc]L^&5'l7ϧJj,0 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 4(1&'3:{ٯ#i1UP ^oWzwĠYM-*=[Od]ͦp8A͢.LYLb-.9#v2tXYbj]QT -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject h8wD?俱y4:[NE9{gnJ:g-ask\R* GF!᫨3)eZ1:6ApڃK7eY3jpI.T]9 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject I5drzP^+.Inr6&!" a1 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }ݘzd"+ȌjګZN|X%ҽD0 98/Cը60zl(ˏ1mG<*TǓ~2r -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ݪrzqCc%N@sTsfvw؞GF,? 'eEcI<,],ݡu2H*P baHytr%TeXL?paN~y:pOW{·,"?@/c$E9?NB4GqFT7]`(n$@zs -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject scl}>5΃U4!On-4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject J/лa9&ĵIK2aN@OYiENsr]Uֵy>A 7,O3IWj5KWNz53XWy ұ*bzʞb;TVpZ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject VCS -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject QY}KתO6Դ'igxgs? s*Ƿɞj* Ẑ OhU'0Kɒd ܜxSFFuXUYSU*s<y=Y>HN -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject XU9y -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject zyCp3s -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject LU!zV)Ze')K0lBeb'mVه!AsEOG 4L0+L2g,D$e.7poÃ0u4l)fhG+Qgv 2[W5WۓVfy9,1MY,>|Ç>|Ç/؜f[FuuĬE:Tx9J't7.[Л3$<O =.ފ`^ ܴCԒDF7@$^]X崢e*Bi0^3,_+ljph5J\NJHY_d)/P"Q"vh$(Sk/GV Ѽ:ǢI)\5g|+%É shNq1֙Cc(g3I -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Áj '-cHԞy3;_m+4}ĵ|k?ׁ#ZT<3YJ&aWFayAtѪ +y(+ f''x쬪]$M<Y>~NWOu15VnxA3618`_XEVbeeU_%zZVc0)$y<;eb1B3DyUgf|U֒MERU~n1Ԣ6є o#ћDw*O4jzKͬ{|wJvW-֢pɧΓWi_ڃ%)k؈i(|ҳ4l_t -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 6j ;ɺN*v't1jm[#E"YC}RUG M|D*n6LtT9TV_Hl -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Z.&Ҋcⴴ@9wam&{Wg[Ubs~Dzi˻1 d3:puCbP/+n&77fJYIj/m\Q#|/ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -#eEO<".}0DWsH*',,PAS; -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject {OPDUD"q>y1P\d?AO슁d?dl% 8/rb< -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject lwMw^ avBhi`3i+VⲛȲaͶeplQ>\m޲@М, J/~nO8w[k-CG:˫ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 9C(`haXKv100xʖT/G;VۉhӴ!l.ng~Bw>&%0't r;C]7Dof 7/oYMX狫J bk%8ᆱLqKŬnwmsaRsԅ匑F_V>|Ç>|k#3pF -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject K7?T!dfhO-q;q'y1]c23'V_.X>E]t %Ɖ1iZ[oxE}fځyŷOy -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject +y0C> ',f.Q9צq3ɹfG&UVNoAET7N_㻘 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject -&3Hƣ/xN}0dae'(RtFё0eeP8)pF\Ϧ7x&Tf$cQR"J8;I"p%9-uߠ͉!9IR&tIN2ZG>Pr+QL$u/9n]`!bx0(*k?#K`^53RzgxCNmx9c<4HD>OD/ARW8ץ9W?$DuM@~Eϟf8<&d{ M޺Nꫪ kow#DܧB*ڪrڙbA[w͞:*'sʍ"X: -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject v+˫2L,zGG1OEky\9/a,&d2fl1dQs= -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject d!$9+?I7c:"ȁdidiiM;Iq$ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 2 N;lY9[LZ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject z@4~|c -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject `c')<]bMm`;Ȭ߾lcg8n  :؅^|hU1K[qrqY&sYi~I9lqݲc#a!4*'x1@ډ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject MTEu>D0HRzLc鴈awfo 04M)"j,_ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject :)H:7Nv}!;!ҳ<*)IkAFLSެC0 ')$-}9m"JۉI;Hq>W{). -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject *vQ`Ӝb'OF[0D]VL|c;\zuhlZavV0wf4ψgQ1se^9Hn&h  -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject O<(i8 S>3K0zzmJ6'iSa -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject xD)Rlk_ yEZiTkЄt3) 2xi?)l_p&[k\,:;][dWl3bv=3~*>|Ç>|Ç9NoёAF8)$Gp< G ѹ,pZ [;ߤk뼂ϝg<;\Yrm܎uA$ff6jHkr?7c7J@īϛkg-!*zuڪnݣ9{Hm:vM& XduJC0!%|^l$p CIkO6g$ҙNlTC]B 9繣Y)aqF*<"&ThwUr7"1l,Qf]I) -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject p0Q]-#aN^\r ;M%LXF={;&=yFt%^VB,lNGࣰ /EMg4'***+M(%YB>gqFG536՝"΋*Kgٴߨ!D⛘ڠ*\~rي<ֳ22\.`5J5|= Ѳlm'EEdsW#֚䪽Dob&IL|Ç>|#nrSf1双^ˬpX/9}5K:&qsk -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject irp2Xcj% -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Zdp"(UiNGsg"8ycI}p7=r6-)ثA&VSMl5-b&t"$֒qԜt -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject }B>촹/OBYTdz2${P ;pݰ,X'DMqC~T7@V@ܗkE X8pw/HZ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject kZVYjꠂyxO&C)9^T&, -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject F' -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Ke;KEY@)%;ʴ'ω #T!oHNj$6 ceI<+|8Ik<Mʰ,p|Gϼd#4 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject !t$" -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject @ X{H -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ړh<{Q@s -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject V)N_Fmk 8ޑ.r yqUגt럿Y>4tUda0}%X<ÿ-h'i<1֊hj"抢&BK.,39˒ٽHeWfC#)>St9̎t'],q9GfDM=;{G^v9xQ"N߱hx/YޔnGG\n_q -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject NWh|'u$`Yȋ)f3XoQ`=BMsA3S3JHi)qq:vpMu.oFMk]\? 1eʿEYo'Ç>|Ç>|Ç孫P^r:֡83Ҭ$Epg  -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject R31| (};QQw3آ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject 5/D k^ %XZЪa kq]XlQWo"2U<-ɺoXż*{QFGHQuhtq?FmS v6V5eB~ȳ϶Є(i/ySX4^>5Pxu̺KYMNhyAwYyq<x.o8ivpX$o^l41Z-=g&'^0 -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject =JQ(Ybʆ&ќ41Zi -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject e?`"^Pkb4N:RF䐳6=Oay= ''Eb -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject Z׀xқVF'Z><<˂A%lOyqPFOQTM6(/b=ư< -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject (O;]h=B9Gu -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ԈٸKW+T⛘&׼ZՒ8frH(WWDħA*jEx땵l>!Kpp͜娻;`N -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject fDwQ.߽]nj0%*$uBqpGo!C!p -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject s}tUv;gJc,d'/rd=oW]᧯c5NʼnU?;Ȏ=g}a7·!GaCe%Z=zRG=rð8f1=B79A+E`{S=IJ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ,c6A'͋8'][)ũÇ>|Ç>|Ç>O$Lo-Vݜ1>3u<\Vd4afYY5`i8qrb2It+5ǘoeD_񐕵"1*F#g/{=tՈ٩5RbS?s?\s5ђ"=.AdhB7P$ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject y:2n>7^Xh$ˆyҜ}P]'g~V!AWw/Vq-aYy>2,A FMH-äلKhHd[!+CkLS6fAFgz}Y~~ss^6zٕn^t0=9j<f$&}uN Q8xr+15Os+L9fw2 ]d~EVnY?,,Qh^ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject rLMw6{t7ywFt8_tGgJ[W{[:Uk:jAj) -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ~*x#t۽b`St5hw]+x#jsz:Kѻ#r];Ua_Wk8E9hg(poFUOm><VK}9/ػR8q[ȹ*NED%a{3bWe#X}ho~.SVksVOoo-Gy?/'/M)k8+t^- jy8SdF -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject NT(Г*'2+Ԥkfav-"+w6]elu7E}RMǔ+:7A P3ZĢS|f<^" 论5Yg g%,K[ -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject a(pyO,9A廳D'N~~Vek^:ý#_ޘ`P+`O̮AOʂ *1*Z'7{щ^O^Uk;;,{;RsE}ԔsZ3dS}b5]g`y^̖墄"c>pgqؾ+Ѯ\yU/jHΦet9f:ەw;|X۵rtԡC٭MkƜb>u6q -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files -------------------------- running subject ';i3EڭN&yn}haWGDjDfuz˰&ZEj^sC㪰 n2Vݫ5CH^q:6IȩKf-˞^;*S -------------------------- Despiking Removing linear trend in timeseries Spatial smoothing Global intensity normalisation Clean temporal files there are vols Odd (1) or Even (0): Deleting the first volume from bold data due to a bug in fslpspec Computing power spectrum Computing square root of power spectrum Extracting power spectrum at the slow frequency band 0.01 Hz is around the -1 frequency point. There are about 0 frequency points before 0.1 Hz. Computing amplitude of the low frequency fluctuations (ALFF) Computing amplitude of total frequency Computing fALFF Normalizing ALFF/fALFF to Z-score across full brain Registering Z-transformed ALFF to standard space Registering Z-transformed fALFF to standard space Clean up temporary files