Variable	N	Mean	Std Dev	Minimum	Maximum	
V29PK1E
V29TR1E
V29PK2E
V47PK1E
V47TR1E
V47PK2E
V69PK1E
V69TR1E
V69PK2E
V79PK1E
V79TR1E
V79PK2E
V29PK1H
V29TR1H
V29PK2H
V47PK1H
V47TR1H
V47PK2H
V69PK1H
V69TR1H
V69PK2H
V79PK1H
V79TR1H
V79PK2H	26
26
26
25
25
25
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26	0.3461346
0.0143846
0.3669231
0.3163043
0.0409200
0.5148800
0.2380577
0.0157269
0.2981000
0.3476154
0.0155115
0.3203731
0.4923462
0.0432692
0.4397308
0.4151769
0.0496154
0.5569231
0.2725000
0.0213846
0.3181154
0.4438846
0.0574192
0.3750385	0.1733689
0.1614901
0.2077820
0.1628571
0.1630314
0.2198775
0.1614452
0.1481246
0.1558923
0.2538823
0.1702399
0.2268853
0.2280724
0.2100774
0.2144984
0.2470439
0.1887608
0.2250356
0.1556576
0.1646706
0.1502218
0.3247003
0.1485852
0.2112961	0.0210000
-0.2360000
0.0820000
0.0700000
-0.3170000
0.1260000
0.0350000
-0.4210000
0.0130000
0.0610000
-0.2950000
0.0050000
0.0850000
-0.4360000
0.1180000
0.0440000
-0.4510000
0.0460000
-0.0270000
-0.4070000
-0.0300000
0.0230000
-0.1620000
0.0460000	0.7940000
0.3830000
0.8650000
0.7916080
0.5260000
0.8880000
0.6390000
0.3648000
0.7030000
1.1580000
0.3760000
0.7190000
0.8660000
0.4190000
0.8950000
1.1130000
0.4230000
1.0560000
0.6630000
0.3480000
0.6690000
1.2850000
0.4030000
0.8820000	

Analysis Variable : amp	
diff	region	phase	N Obs	N	Mean	Std Dev	Minimum	Maximum	
easy	IFG	peak1	26	25	0.3163043	0.1628571	0.0700000	0.7916080	
		peak2	26	25	0.5148800	0.2198775	0.1260000	0.8880000	
		troug	26	25	0.0409200	0.1630314	-0.3170000	0.5260000	
	MFG	peak1	26	26	0.3461346	0.1733689	0.0210000	0.7940000	
		peak2	26	26	0.3669231	0.2077820	0.0820000	0.8650000	
		troug	26	26	0.0143846	0.1614901	-0.2360000	0.3830000	
	SMF	peak1	26	26	0.3476154	0.2538823	0.0610000	1.1580000	
		peak2	26	26	0.3203731	0.2268853	0.0050000	0.7190000	
		troug	26	26	0.0155115	0.1702399	-0.2950000	0.3760000	
	VIF	peak1	26	26	0.2380577	0.1614452	0.0350000	0.6390000	
		peak2	26	26	0.2981000	0.1558923	0.0130000	0.7030000	
		troug	26	26	0.0157269	0.1481246	-0.4210000	0.3648000	
hard	IFG	peak1	26	26	0.4151769	0.2470439	0.0440000	1.1130000	
		peak2	26	26	0.5569231	0.2250356	0.0460000	1.0560000	
		troug	26	26	0.0496154	0.1887608	-0.4510000	0.4230000	
	MFG	peak1	26	26	0.4923462	0.2280724	0.0850000	0.8660000	
		peak2	26	26	0.4397308	0.2144984	0.1180000	0.8950000	
		troug	26	26	0.0432692	0.2100774	-0.4360000	0.4190000	
	SMF	peak1	26	26	0.4438846	0.3247003	0.0230000	1.2850000	
		peak2	26	26	0.3750385	0.2112961	0.0460000	0.8820000	
		troug	26	26	0.0574192	0.1485852	-0.1620000	0.4030000	
	VIF	peak1	26	26	0.2725000	0.1556576	-0.0270000	0.6630000	
		peak2	26	26	0.3181154	0.1502218	-0.0300000	0.6690000	
		troug	26	26	0.0213846	0.1646706	-0.4070000	0.3480000	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	2	
Columns in X	180	
Columns in Z	26	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-127.55205299		
1	2	-364.21787642	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01564	
Residual	0.02219	

Fit Statistics	
-2 Res Log Likelihood	-364.2	
AIC (Smaller is Better)	-360.2	
AICC (Smaller is Better)	-360.2	
BIC (Smaller is Better)	-357.7	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.79	0.1079	
diff	1	549	18.72	<.0001	
DXDICH*diff	1	549	0.70	0.4027	
region	3	549	19.20	<.0001	
DXDICH*region	3	549	1.12	0.3417	
diff*region	3	549	1.20	0.3084	
DXDICH*diff*region	3	549	0.70	0.5508	
phase	2	549	369.07	<.0001	
DXDICH*phase	2	549	15.68	<.0001	
diff*phase	2	549	3.01	0.0499	
DXDICH*diff*phase	2	549	0.51	0.6030	
region*phase	6	549	8.35	<.0001	
DXDICH*region*phase	6	549	0.49	0.8178	
diff*region*phase	6	549	0.20	0.9764	
DXDI*diff*regi*phase	6	549	0.45	0.8455	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	3	
Columns in X	180	
Columns in Z	78	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-127.55205299		
1	2	-368.23098471	0.00000001	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01501	
diff(ID)	0.001294	
Residual	0.02151	

Fit Statistics	
-2 Res Log Likelihood	-368.2	
AIC (Smaller is Better)	-362.2	
AICC (Smaller is Better)	-362.2	
BIC (Smaller is Better)	-358.5	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.78	0.1082	
diff	1	24.2	11.29	0.0026	
DXDICH*diff	1	24.2	0.41	0.5267	
region	3	526	19.74	<.0001	
DXDICH*region	3	526	1.16	0.3251	
diff*region	3	526	1.24	0.2961	
DXDICH*diff*region	3	526	0.73	0.5362	
phase	2	525	380.66	<.0001	
DXDICH*phase	2	525	16.18	<.0001	
diff*phase	2	525	3.11	0.0455	
DXDICH*diff*phase	2	525	0.52	0.5935	
region*phase	6	525	8.61	<.0001	
DXDICH*region*phase	6	525	0.50	0.8063	
diff*region*phase	6	525	0.21	0.9745	
DXDI*diff*regi*phase	6	525	0.46	0.8354	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	3	
Columns in X	180	
Columns in Z	104	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-127.55205299		
1	2	-407.19167400	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01402	
phase(ID)	0.005324	
Residual	0.01849	

Fit Statistics	
-2 Res Log Likelihood	-407.2	
AIC (Smaller is Better)	-401.2	
AICC (Smaller is Better)	-401.1	
BIC (Smaller is Better)	-397.4	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.79	0.1078	
diff	1	501	22.45	<.0001	
DXDICH*diff	1	501	0.84	0.3587	
region	3	501	23.05	<.0001	
DXDICH*region	3	501	1.34	0.2608	
diff*region	3	501	1.44	0.2295	
DXDICH*diff*region	3	501	0.84	0.4709	
phase	2	48	134.61	<.0001	
DXDICH*phase	2	48	5.82	0.0055	
diff*phase	2	501	3.73	0.0248	
DXDICH*diff*phase	2	501	0.56	0.5692	
region*phase	6	501	10.18	<.0001	
DXDICH*region*phase	6	501	0.59	0.7354	
diff*region*phase	6	501	0.25	0.9587	
DXDI*diff*regi*phase	6	501	0.53	0.7882	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	3	
Columns in X	180	
Columns in Z	130	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-127.55205299		
1	2	-422.64706987	0.00000017	
2	1	-422.64719213	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01433	
region(ID)	0.006594	
Residual	0.01705	

Fit Statistics	
-2 Res Log Likelihood	-422.6	
AIC (Smaller is Better)	-416.6	
AICC (Smaller is Better)	-416.6	
BIC (Smaller is Better)	-412.9	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.84	0.1051	
diff	1	478	23.33	<.0001	
DXDICH*diff	1	478	1.11	0.2933	
region	3	71.6	7.77	0.0001	
DXDICH*region	3	71.6	0.42	0.7421	
diff*region	3	478	1.62	0.1828	
DXDICH*diff*region	3	478	0.89	0.4439	
phase	2	476	480.35	<.0001	
DXDICH*phase	2	476	20.41	<.0001	
diff*phase	2	476	3.92	0.0204	
DXDICH*diff*phase	2	476	0.66	0.5179	
region*phase	6	476	10.86	<.0001	
DXDICH*region*phase	6	476	0.63	0.7026	
diff*region*phase	6	476	0.26	0.9544	
DXDI*diff*regi*phase	6	476	0.58	0.7424	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
region	4	IFG MFG SMF VIF	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
phase	3	peak1 peak2 troug	
idtime	78	e5330_peak1 e5330_peak2 e5330_troug e5484_peak1 e5484_peak2 e5484_troug e5616_peak1 e5616_peak2 e5616_troug e6480_peak1 e6480_peak2 e6480_troug e6599_peak1 e6599_peak2 e6599_troug e6646_peak1 e6646_peak2 e6646_troug e6684_peak1 e6684_peak2 e6684_troug e6773_peak1 e6773_peak2 e6773_troug e6778_peak1 e6778_peak2 e6778_troug e6895_peak1 e6895_peak2 e6895_troug e6953_peak1 e6953_peak2 e6953_troug e7058_peak1 e7058_peak2 e7058_troug e7118_peak1 e7118_peak2 e7118_troug e7153_peak1 e7153_peak2 e7153_troug e7202_peak1 e7202_peak2 e7202_troug e7203_peak1 e7203_peak2 e7203_troug e7299_peak1 e7299_peak2 e7299_troug e7403_peak1 e7403_peak2 e7403_troug e7416_peak1 e7416_peak2 e7416_troug e7442_peak1 e7442_peak2 e7442_troug e7543_peak1 e7543_peak2 e7543_troug e7584_peak1 e7584_peak2 e7584_troug e7628_peak1 e7628_peak2 e7628_troug e7709_peak1 e7709_peak2 e7709_troug e7756_peak1 e7756_peak2 e7756_troug e7834_peak1 e7834_peak2 e7834_troug	

Dimensions	
Covariance Parameters	5	
Columns in X	180	
Columns in Z	260	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-127.55205299		
1	2	-531.90869581	0.00000039	
2	1	-531.90900396	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01117	
region(ID)	0.007683	
phase(ID)	0.006307	
diff(ID)	0.002162	
Residual	0.01070	

Fit Statistics	
-2 Res Log Likelihood	-531.9	
AIC (Smaller is Better)	-521.9	
AICC (Smaller is Better)	-521.8	
BIC (Smaller is Better)	-515.6	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.85	0.1045	
diff	1	24.2	10.82	0.0031	
DXDICH*diff	1	24.2	0.54	0.4697	
region	3	71.6	7.80	0.0001	
region*DXDICH	3	71.6	0.41	0.7460	
region*diff	3	407	2.61	0.0509	
region*DXDICH*diff	3	407	1.42	0.2357	
phase	2	48	134.55	<.0001	
DXDICH*phase	2	48	5.83	0.0054	
diff*phase	2	405	6.48	0.0017	
DXDICH*diff*phase	2	405	0.96	0.3837	
region*phase	6	405	17.65	<.0001	
region*DXDICH*phase	6	405	1.03	0.4051	
region*diff*phase	6	405	0.44	0.8531	
regi*DXDI*diff*phase	6	405	0.91	0.4901	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	4	
Columns in X	180	
Columns in Z	286	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-127.55205299		
1	3	-392.37684242	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01501	
diff(ID)	0.000339	
region(ID*diff)	0.005274	
Residual	0.01720	

Fit Statistics	
-2 Res Log Likelihood	-392.4	
AIC (Smaller is Better)	-384.4	
AICC (Smaller is Better)	-384.3	
BIC (Smaller is Better)	-379.3	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.78	0.1081	
diff	1	24.2	11.23	0.0026	
DXDICH*diff	1	24.2	0.41	0.5259	
region	3	144	12.88	<.0001	
DXDICH*region	3	144	0.75	0.5222	
diff*region	3	144	0.81	0.4926	
DXDICH*diff*region	3	144	0.47	0.7015	
phase	2	382	476.16	<.0001	
DXDICH*phase	2	382	20.23	<.0001	
diff*phase	2	382	3.89	0.0213	
DXDICH*diff*phase	2	382	0.65	0.5209	
region*phase	6	382	10.77	<.0001	
DXDICH*region*phase	6	382	0.63	0.7070	
diff*region*phase	6	382	0.26	0.9553	
DXDI*diff*regi*phase	6	382	0.58	0.7464	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	4	
Columns in X	180	
Columns in Z	234	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-127.55205299		
1	3	-387.46872270	0.00000001	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01501	
diff(ID)	0.000126	
phase(ID*diff)	0.004276	
Residual	0.01840	

Fit Statistics	
-2 Res Log Likelihood	-387.5	
AIC (Smaller is Better)	-379.5	
AICC (Smaller is Better)	-379.4	
BIC (Smaller is Better)	-374.4	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.78	0.1082	
diff	1	24.2	11.30	0.0026	
DXDICH*diff	1	24.2	0.41	0.5269	
region	3	430	23.07	<.0001	
DXDICH*region	3	430	1.35	0.2561	
diff*region	3	430	1.44	0.2294	
DXDICH*diff*region	3	430	0.85	0.4670	
phase	2	96.2	231.15	<.0001	
DXDICH*phase	2	96.2	9.91	0.0001	
diff*phase	2	96.2	1.92	0.1521	
DXDICH*diff*phase	2	96.2	0.30	0.7383	
region*phase	6	430	10.13	<.0001	
DXDICH*region*phase	6	430	0.59	0.7348	
diff*region*phase	6	430	0.25	0.9602	
DXDI*diff*regi*phase	6	430	0.53	0.7825	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	5	
Columns in X	132	
Columns in Z	260	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-135.53962277		
1	2	-543.59806216	0.00000038	
2	1	-543.59836710	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01116	
region(ID)	0.007686	
phase(ID)	0.006314	
diff(ID)	0.002164	
Residual	0.01068	

Fit Statistics	
-2 Res Log Likelihood	-543.6	
AIC (Smaller is Better)	-533.6	
AICC (Smaller is Better)	-533.5	
BIC (Smaller is Better)	-527.3	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.85	0.1045	
diff	1	24.2	10.82	0.0031	
DXDICH*diff	1	24.2	0.54	0.4697	
region	3	71.6	7.80	0.0001	
DXDICH*region	3	71.6	0.41	0.7460	
diff*region	3	413	2.62	0.0507	
DXDICH*diff*region	3	413	1.42	0.2351	
phase	2	48	134.41	<.0001	
DXDICH*phase	2	48	5.84	0.0054	
diff*phase	2	411	6.52	0.0016	
DXDICH*diff*phase	2	411	0.95	0.3881	
region*phase	6	411	17.68	<.0001	
DXDICH*region*phase	6	411	1.04	0.3969	
diff*region*phase	6	411	0.52	0.7942	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	5	
Columns in X	108	
Columns in Z	260	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-152.67186259		
1	2	-565.99142192	0.00000037	
2	1	-565.99172509	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01116	
region(ID)	0.007698	
phase(ID)	0.006317	
diff(ID)	0.002170	
Residual	0.01061	

Fit Statistics	
-2 Res Log Likelihood	-566.0	
AIC (Smaller is Better)	-556.0	
AICC (Smaller is Better)	-555.9	
BIC (Smaller is Better)	-549.7	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.85	0.1045	
diff	1	24.2	10.82	0.0031	
DXDICH*diff	1	24.2	0.54	0.4695	
region	3	71.6	7.80	0.0001	
DXDICH*region	3	71.6	0.41	0.7461	
diff*region	3	419	2.64	0.0494	
phase	2	48	134.55	<.0001	
DXDICH*phase	2	48	5.84	0.0054	
diff*phase	2	417	6.54	0.0016	
region*phase	6	417	17.79	<.0001	
DXDICH*diff*region	3	419	1.43	0.2322	
DXDICH*diff*phase	2	417	0.97	0.3817	
DXDICH*region*phase	6	417	1.04	0.3964	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	5	
Columns in X	84	
Columns in Z	260	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-168.90489190		
1	2	-585.22752066	0.00000035	
2	1	-585.22781730	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01116	
region(ID)	0.007697	
phase(ID)	0.006311	
diff(ID)	0.002169	
Residual	0.01061	

Fit Statistics	
-2 Res Log Likelihood	-585.2	
AIC (Smaller is Better)	-575.2	
AICC (Smaller is Better)	-575.1	
BIC (Smaller is Better)	-568.9	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.85	0.1045	
diff	1	24.2	10.82	0.0031	
DXDICH*diff	1	24.2	0.54	0.4695	
region	3	71.6	7.80	0.0001	
DXDICH*region	3	71.6	0.41	0.7461	
diff*region	3	425	2.63	0.0495	
phase	2	48	134.80	<.0001	
DXDICH*phase	2	48	5.82	0.0055	
diff*phase	2	423	6.47	0.0017	
region*phase	6	423	18.10	<.0001	
DXDICH*diff*region	3	425	1.43	0.2325	
DXDICH*diff*phase	2	423	0.99	0.3714	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	5	
Columns in X	72	
Columns in Z	260	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-175.21657012		
1	2	-592.66405135	0.00000035	
2	1	-592.66434773	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01116	
region(ID)	0.007697	
phase(ID)	0.006317	
diff(ID)	0.002169	
Residual	0.01061	

Fit Statistics	
-2 Res Log Likelihood	-592.7	
AIC (Smaller is Better)	-582.7	
AICC (Smaller is Better)	-582.6	
BIC (Smaller is Better)	-576.4	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.85	0.1045	
diff	1	24.2	10.82	0.0031	
DXDICH*diff	1	24.2	0.54	0.4695	
region	3	71.6	7.80	0.0001	
DXDICH*region	3	71.6	0.41	0.7461	
diff*region	3	427	2.63	0.0495	
phase	2	48	134.65	<.0001	
DXDICH*phase	2	48	5.83	0.0054	
diff*phase	2	425	6.94	0.0011	
region*phase	6	425	18.11	<.0001	
DXDICH*diff*region	3	427	1.43	0.2324	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	5	
Columns in X	56	
Columns in Z	260	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-183.67934545		
1	2	-601.87989323	0.00000034	
2	1	-601.88018130	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01116	
region(ID)	0.007693	
phase(ID)	0.006313	
diff(ID)	0.002166	
Residual	0.01065	

Fit Statistics	
-2 Res Log Likelihood	-601.9	
AIC (Smaller is Better)	-591.9	
AICC (Smaller is Better)	-591.8	
BIC (Smaller is Better)	-585.6	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.85	0.1045	
diff	1	24.2	10.82	0.0031	
DXDICH*diff	1	24.2	0.54	0.4690	
region	3	71.6	7.80	0.0001	
DXDICH*region	3	71.6	0.41	0.7462	
diff*region	3	429	2.77	0.0412	
phase	2	48	134.65	<.0001	
DXDICH*phase	2	48	5.83	0.0054	
diff*phase	2	428	6.92	0.0011	
region*phase	6	428	18.06	<.0001	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	5	
Columns in X	48	
Columns in Z	260	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-195.47049619		
1	2	-613.34094284	0.00000023	
2	1	-613.34113966	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01122	
region(ID)	0.007472	
phase(ID)	0.006313	
diff(ID)	0.002166	
Residual	0.01064	

Fit Statistics	
-2 Res Log Likelihood	-613.3	
AIC (Smaller is Better)	-603.3	
AICC (Smaller is Better)	-603.2	
BIC (Smaller is Better)	-597.1	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.85	0.1045	
diff	1	24.1	10.82	0.0031	
region	3	74.6	8.00	0.0001	
phase	2	48	134.65	<.0001	
DXDICH*diff	1	24.1	0.54	0.4686	
DXDICH*phase	2	48	5.83	0.0054	
diff*region	3	430	2.77	0.0412	
diff*phase	2	428	6.92	0.0011	
region*phase	6	428	18.06	<.0001	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	5	
Columns in X	44	
Columns in Z	260	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-200.25258382		
1	2	-617.92594292	0.00000023	
2	1	-617.92613907	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01124	
region(ID)	0.007466	
phase(ID)	0.006313	
diff(ID)	0.002110	
Residual	0.01065	

Fit Statistics	
-2 Res Log Likelihood	-617.9	
AIC (Smaller is Better)	-607.9	
AICC (Smaller is Better)	-607.8	
BIC (Smaller is Better)	-601.6	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.85	0.1046	
diff	1	25.1	11.49	0.0023	
region	3	74.7	8.00	0.0001	
phase	2	48	134.65	<.0001	
DXDICH*phase	2	48	5.83	0.0054	
diff*region	3	430	2.77	0.0414	
diff*phase	2	428	6.92	0.0011	
region*phase	6	428	18.06	<.0001	

Model Information	
Data Set	WORK.LONGR	
Dependent Variable	amp	
Covariance Structure	Variance Components	
Estimation Method	REML	
Residual Variance Method	Profile	
Fixed Effects SE Method	Model-Based	
Degrees of Freedom Method	Satterthwaite	

Class Level Information	
Class	Levels	Values	
DXDICH	2	0 1	
ID	26	e5330 e5484 e5616 e6480 e6599 e6646 e6684 e6773 e6778 e6895 e6953 e7058 e7118 e7153 e7202 e7203 e7299 e7403 e7416 e7442 e7543 e7584 e7628 e7709 e7756 e7834	
diff	2	easy hard	
region	4	IFG MFG SMF VIF	
phase	3	peak1 peak2 troug	

Dimensions	
Covariance Parameters	5	
Columns in X	44	
Columns in Z	260	
Subjects	1	
Max Obs per Subject	621	

Number of Observations	
Number of Observations Read	624	
Number of Observations Used	621	
Number of Observations Not Used	3	

Iteration History	
Iteration	Evaluations	-2 Res Log Like	Criterion	
0	1	-200.25258382		
1	2	-617.92594292	0.00000023	
2	1	-617.92613907	0.00000000	

Convergence criteria met.	

Covariance Parameter Estimates	
Cov Parm	Estimate	
ID	0.01124	
region(ID)	0.007466	
phase(ID)	0.006313	
diff(ID)	0.002110	
Residual	0.01065	

Fit Statistics	
-2 Res Log Likelihood	-617.9	
AIC (Smaller is Better)	-607.9	
AICC (Smaller is Better)	-607.8	
BIC (Smaller is Better)	-601.6	

Type 3 Tests of Fixed Effects	
Effect	Num DF	Den DF	F Value	Pr > F	
DXDICH	1	24	2.85	0.1046	
diff	1	25.1	11.49	0.0023	
region	3	74.7	8.00	0.0001	
phase	2	48	134.65	<.0001	
DXDICH*phase	2	48	5.83	0.0054	
diff*region	3	430	2.77	0.0414	
diff*phase	2	428	6.92	0.0011	
region*phase	6	428	18.06	<.0001	

Least Squares Means	
Effect	phase	DXDICH	Estimate	Standard Error	DF	t Value	Pr > |t|	
DXDICH*phase	peak1	0	0.3543	0.04265	39.1	8.31	<.0001	
DXDICH*phase	peak2	0	0.4716	0.04265	39.1	11.06	<.0001	
DXDICH*phase	troug	0	0.1068	0.04265	39.1	2.50	0.0166	
DXDICH*phase	peak1	1	0.3643	0.03947	39	9.23	<.0001	
DXDICH*phase	peak2	1	0.3397	0.03947	39	8.61	<.0001	
DXDICH*phase	troug	1	-0.02883	0.03947	39	-0.73	0.4694	

Tests of Effect Slices	
Effect	phase	Num DF	Den DF	F Value	Pr > F	
DXDICH*phase	peak1	1	39.1	0.03	0.8631	
DXDICH*phase	peak2	1	39.1	5.15	0.0288	
DXDICH*phase	troug	1	39.1	5.45	0.0248