1. Model 0, Moderate Reliability, Medium Effect
	
TITLE: Simulating Full Mediation with Continuous X Error Alpha .7 Medium Effect

MONTECARLO:
	NAMES = V1-V9;
	NOBS = 100;
	NREPS = 1000;
    REPSAVE = ALL;
	SAVE = Full70M*.dat;
    SEED=201001087;
    RESULTS=resfull70m.txt;

MODEL POPULATION:
	
	FX by V1@1 V2-V3*1;
	FM by V4@1 V5-V6*1;
	FY by V7@1 V8-V9*1;
!THE NEXT LINE ADJUSTS ALPHA FROM .9 TO .7;
!  USE 0.3333 FOR .9;
!  USE 1.2857 FOR .7;
	V1-V9*1.285714286;

    FY ON FM*-.548 FX*0;
    FM ON FX*.548;
    FX*1;
    FM*.7;
    FY*.7;

MODEL:	

	FX by V1@1 V2-V3*1;
	FM by V4@1 V5-V6*1;
	FY by V7@1 V8-V9*1;

    FY ON FM*-.548 FX*0;
    FM ON FX*.548;

MODEL INDIRECT:
  FY IND FX;

TITLE: OV Analyses for Full Mediation with Continuous X Error Alpha .7 Medium Effect
DATA: FILE=Full70MLIST.DAT;	
    TYPE = MONTECARLO;
SAVEDATA:
RESULTS are OVresfull70m.txt;

DEFINE: X=(V1+V2+V3)/3;
        M=(V4+V5+V6)/3;
        Y=(V7+V8+V9)/3;
VARIABLE: NAMES=V1-V9;
   USEVARIABLES X M Y;
MODEL:	
    Y ON M*-.548 X*0;
    M ON X*.548;

MODEL INDIRECT:
  Y IND X;



2. Model 1, High Reliability, Large Effect

TITLE: Simulating Partial Mediation with Continuous X Error Alpha .9 Large Effect

MONTECARLO:
	NAMES = V1-V9;
	NOBS = 100;
	NREPS = 1000;
    REPSAVE = ALL;
	SAVE = Partial90L*.dat;
    SEED=201001087;

MODEL POPULATION:
	
	FX by V1@1 V2-V3*1;
	FM by V4@1 V5-V6*1;
	FY by V7@1 V8-V9*1;
	V1-V9*.333333333;

    FY ON FM*-.707 FX*-.300;
    FM ON FX*.707;
    FX*1;
    FM*.500;
    FY*.110;

MODEL:	

	FX by V1@1 V2-V3*1;
	FM by V4@1 V5-V6*1;
	FY by V7@1 V8-V9*1;

    FY ON FM*-.707 FX*-.300;
    FM ON FX*.707;

MODEL INDIRECT:
  FY IND FX;