GLM error

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otobias
Posts: 1
Joined: Thu Jan 19, 2012 12:01 pm

GLM error

Postby otobias » Thu Jan 19, 2012 12:20 pm

Hi,
I have been trying to figure out why a GLM code of mine runs in one case, but not the other. To my eyes, everything is the same but for the actual data, but I get an error message that I don't understand: "No values has been specified for the SPECIAL contrast metric. There should be as many values as squared number of levels. This command is not executed."
I am attaching two sets of files: dataset1 and dataset2. The first one (dataset1) gives me this error message, the second one (dataset2) doesn't, even though both are 4-way repeated-measures ANOVAs.
I am pasting the syntax for dataset1 and dataset2 below since it doesn't allow me to upload/attach .sps files.
Any thoughts/suggestions are much appreciated.
Thanks,
Tobias


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dataset1 syntax:
GLM
LROI1Sp1S30 LROI1Sp1S60 LROI1Sp1S120 LROI1Sp1S240 LROI1Sp1S480 LROI1Sp1S960 LROI1Sp2S30 LROI1Sp2S60 LROI1Sp2S120 LROI1Sp2S240 LROI1Sp2S480 LROI1Sp2S960 LROI1Sp3S30 LROI1Sp3S60 LROI1Sp3S120 LROI1Sp3S240 LROI1Sp3S480 LROI1Sp3S960 LROI1Sp4S30 LROI1Sp4S60 LROI1Sp4S120 LROI1Sp4S240 LROI1Sp4S480 LROI1Sp4S960
RROI1Sp1S30 RROI1Sp1S60 RROI1Sp1S120 RROI1Sp1S240 RROI1Sp1S480 RROI1Sp1S960 RROI1Sp2S30 RROI1Sp2S60 RROI1Sp2S120 RROI1Sp2S240 RROI1Sp2S480 RROI1Sp2S960 RROI1Sp3S30 RROI1Sp3S60 RROI1Sp3S120 RROI1Sp3S240 RROI1Sp3S480 RROI1Sp3S960 RROI1Sp4S30 RROI1Sp4S60 RROI1Sp4S120 RROI1Sp4S240 RROI1Sp4S480 RROI1Sp4S960
LROI2Sp1S30 LROI2Sp1S60 LROI2Sp1S120 LROI2Sp1S240 LROI2Sp1S480 LROI2Sp1S960 LROI2Sp2S30 LROI2Sp2S60 LROI2Sp2S120 LROI2Sp2S240 LROI2Sp2S480 LROI2Sp2S960 LROI2Sp3S30 LROI2Sp3S60 LROI2Sp3S120 LROI2Sp3S240 LROI2Sp3S480 LROI2Sp3S960 LROI2Sp4S30 LROI2Sp4S60 LROI2Sp4S120 LROI2Sp4S240 LROI2Sp4S480 LROI2Sp4S960
RROI2Sp1S30 RROI2Sp1S60 RROI2Sp1S120 RROI2Sp1S240 RROI2Sp1S480 RROI2Sp1S960 RROI2Sp2S30 RROI2Sp2S60 RROI2Sp2S120 RROI2Sp2S240 RROI2Sp2S480 RROI2Sp2S960 RROI2Sp3S30 RROI2Sp3S60 RROI2Sp3S120 RROI2Sp3S240 RROI2Sp3S480 RROI2Sp3S960 RROI2Sp4S30 RROI2Sp4S60 RROI2Sp4S120 RROI2Sp4S240 RROI2Sp4S480 RROI2Sp4S960
LROI3Sp1S30 LROI3Sp1S60 LROI3Sp1S120 LROI3Sp1S240 LROI3Sp1S480 LROI3Sp1S960 LROI3Sp2S30 LROI3Sp2S60 LROI3Sp2S120 LROI3Sp2S240 LROI3Sp2S480 LROI3Sp2S960 LROI3Sp3S30 LROI3Sp3S60 LROI3Sp3S120 LROI3Sp3S240 LROI3Sp3S480 LROI3Sp3S960 LROI3Sp4S30 LROI3Sp4S60 LROI3Sp4S120 LROI3Sp4S240 LROI3Sp4S480 LROI3Sp4S960
RROI3Sp1S30 RROI3Sp1S60 RROI3Sp1S120 RROI3Sp1S240 RROI3Sp1S480 RROI3Sp1S960 RROI3Sp2S30 RROI3Sp2S60 RROI3Sp2S120 RROI3Sp2S240 RROI3Sp2S480 RROI3Sp2S960 RROI3Sp3S30 RROI3Sp3S60 RROI3Sp3S120 RROI3Sp3S240 RROI3Sp3S480 RROI3Sp3S960 RROI3Sp4S30 RROI3Sp4S60 RROI3Sp4S120 RROI3Sp4S240 RROI3Sp4S480 RROI3Sp4S960
LROI4Sp1S30 LROI4Sp1S60 LROI4Sp1S120 LROI4Sp1S240 LROI4Sp1S480 LROI4Sp1S960 LROI4Sp2S30 LROI4Sp2S60 LROI4Sp2S120 LROI4Sp2S240 LROI4Sp2S480 LROI4Sp2S960 LROI4Sp3S30 LROI4Sp3S60 LROI4Sp3S120 LROI4Sp3S240 LROI4Sp3S480 LROI4Sp3S960 LROI4Sp4S30 LROI4Sp4S60 LROI4Sp4S120 LROI4Sp4S240 LROI4Sp4S480 LROI4Sp4S960
RROI4Sp1S30 RROI4Sp1S60 RROI4Sp1S120 RROI4Sp1S240 RROI4Sp1S480 RROI4Sp1S960 RROI4Sp2S30 RROI4Sp2S60 RROI4Sp2S120 RROI4Sp2S240 RROI4Sp2S480 RROI4Sp2S960 RROI4Sp3S30 RROI4Sp3S60 RROI4Sp3S120 RROI4Sp3S240 RROI4Sp3S480 RROI4Sp3S960 RROI4Sp4S30 RROI4Sp4S60 RROI4Sp4S120 RROI4Sp4S240 RROI4Sp4S480 RROI4Sp4S960
LROI5Sp1S30 LROI5Sp1S60 LROI5Sp1S120 LROI5Sp1S240 LROI5Sp1S480 LROI5Sp1S960 LROI5Sp2S30 LROI5Sp2S60 LROI5Sp2S120 LROI5Sp2S240 LROI5Sp2S480 LROI5Sp2S960 LROI5Sp3S30 LROI5Sp3S60 LROI5Sp3S120 LROI5Sp3S240 LROI5Sp3S480 LROI5Sp3S960 LROI5Sp4S30 LROI5Sp4S60 LROI5Sp4S120 LROI5Sp4S240 LROI5Sp4S480 LROI5Sp4S960
RROI5Sp1S30 RROI5Sp1S60 RROI5Sp1S120 RROI5Sp1S240 RROI5Sp1S480 RROI5Sp1S960 RROI5Sp2S30 RROI5Sp2S60 RROI5Sp2S120 RROI5Sp2S240 RROI5Sp2S480 RROI5Sp2S960 RROI5Sp3S30 RROI5Sp3S60 RROI5Sp3S120 RROI5Sp3S240 RROI5Sp3S480 RROI5Sp3S960 RROI5Sp4S30 RROI5Sp4S60 RROI5Sp4S120 RROI5Sp4S240 RROI5Sp4S480 RROI5Sp4S960
/WSFACTOR = ROI 5 Hem 2 Speaker 4 TWI 6
/METHOD = SSTYPE(3)
/EMMEANS = TABLES(ROI*Hem*Speaker*TWI) COMPARE(ROI) ADJ(bonf)
/EMMEANS = TABLES(ROI*Hem*Speaker*TWI) COMPARE(Hem) ADJ(bonf)
/EMMEANS = TABLES(ROI*Hem*Speaker*TWI) COMPARE(Speaker) ADJ(bonf)
/EMMEANS = TABLES(ROI*Hem*Speaker*TWI) COMPARE(TWI) ADJ(bonf)
/CRITERIA = ALPHA(.05)
/PRINT = ETASQ
/WSDESIGN = ROI Hem Speaker TWI ROI*Hem ROI*TWI Hem*TWI ROI*Hem*TWI.




###################################################################################################
dataset2 syntax
GLM
IC_L_NB_AM0 IC_L_NB_AM3 IC_L_NB_AM29 IC_L_NB_AM57 IC_L_BB_AM0 IC_L_BB_AM3 IC_L_BB_AM29 IC_L_BB_AM57
IC_R_NB_AM0 IC_R_NB_AM3 IC_R_NB_AM29 IC_R_NB_AM57 IC_R_BB_AM0 IC_R_BB_AM3 IC_R_BB_AM29 IC_R_BB_AM57
MGB_L_NB_AM0 MGB_L_NB_AM3 MGB_L_NB_AM29 MGB_L_NB_AM57 MGB_L_BB_AM0 MGB_L_BB_AM3 MGB_L_BB_AM29 MGB_L_BB_AM57
MGB_R_NB_AM0 MGB_R_NB_AM3 MGB_R_NB_AM29 MGB_R_NB_AM57 MGB_R_BB_AM0 MGB_R_BB_AM3 MGB_R_BB_AM29 MGB_R_BB_AM57
PAC10_L_NB_AM0 PAC10_L_NB_AM3 PAC10_L_NB_AM29 PAC10_L_NB_AM57 PAC10_L_BB_AM0 PAC10_L_BB_AM3 PAC10_L_BB_AM29 PAC10_L_BB_AM57
PAC10_R_NB_AM0 PAC10_R_NB_AM3 PAC10_R_NB_AM29 PAC10_R_NB_AM57 PAC10_R_BB_AM0 PAC10_R_BB_AM3 PAC10_R_BB_AM29 PAC10_R_BB_AM57
PAC11_L_NB_AM0 PAC11_L_NB_AM3 PAC11_L_NB_AM29 PAC11_L_NB_AM57 PAC11_L_BB_AM0 PAC11_L_BB_AM3 PAC11_L_BB_AM29 PAC11_L_BB_AM57
PAC11_R_NB_AM0 PAC11_R_NB_AM3 PAC11_R_NB_AM29 PAC11_R_NB_AM57 PAC11_R_BB_AM0 PAC11_R_BB_AM3 PAC11_R_BB_AM29 PAC11_R_BB_AM57
PAC12_L_NB_AM0 PAC12_L_NB_AM3 PAC12_L_NB_AM29 PAC12_L_NB_AM57 PAC12_L_BB_AM0 PAC12_L_BB_AM3 PAC12_L_BB_AM29 PAC12_L_BB_AM57
PAC12_R_NB_AM0 PAC12_R_NB_AM3 PAC12_R_NB_AM29 PAC12_R_NB_AM57 PAC12_R_BB_AM0 PAC12_R_BB_AM3 PAC12_R_BB_AM29 PAC12_R_BB_AM57
PT_L_NB_AM0 PT_L_NB_AM3 PT_L_NB_AM29 PT_L_NB_AM57 PT_L_BB_AM0 PT_L_BB_AM3 PT_L_BB_AM29 PT_L_BB_AM57
PT_R_NB_AM0 PT_R_NB_AM3 PT_R_NB_AM29 PT_R_NB_AM57 PT_R_BB_AM0 PT_R_BB_AM3 PT_R_BB_AM29 PT_R_BB_AM57
/WSFACTOR = ROI 6 Hem 2 BW 2 AM 4
/METHOD = SSTYPE(3)
/EMMEANS = TABLES(ROI*Hem*BW*AM) COMPARE(BW) ADJ(bonf)
/EMMEANS = TABLES(ROI*Hem*BW*AM) COMPARE(AM) ADJ(bonf)
/CRITERIA = ALPHA(.05)
/WSDESIGN = ROI Hem BW AM ROI*BW ROI*AM ROI*BW*AM.
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