public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
float[] p_destScale = (float[]) para_prep.parameters[0];
float p_speedPerSec = (float) para_prep.parameters[1];
this.init(new Vector3(p_destScale[0],p_destScale[1],p_destScale[2]),p_speedPerSec);
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
int p_totNumFlashes = (int) para_prep.parameters[0];
float p_flashDelaySec = (float) para_prep.parameters[1];
init(p_totNumFlashes,p_flashDelaySec);
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
string p_childName = (string) para_prep.parameters[0];
bool p_reqEnableState = (bool) para_prep.parameters[1];
this.init(p_childName,p_reqEnableState);
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
float p_swingTotalAngle = (float) para_prep.parameters[0];
float p_frequency = (float) para_prep.parameters[1];
this.init(p_swingTotalAngle,p_frequency);
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
float[] p_destWorldSize = (float[]) para_prep.parameters[0];
float[] p_initObjSize = (float[]) para_prep.parameters[1];
this.init(p_destWorldSize,p_initObjSize);
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
float p_rotationsPerSecond = (float) para_prep.parameters[0];
float p_haltAtMaxRot = (float) para_prep.parameters[1];
string[] p_namesOfStabObjs = (string[]) para_prep.parameters[2];
this.init(p_rotationsPerSecond,p_haltAtMaxRot,p_namesOfStabObjs);
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
float[] p_destViewportVect = (float[]) para_prep.parameters[0];
float p_totTransitionTimeSec = (float) para_prep.parameters[1];
this.init(new Vector4(p_destViewportVect[0],p_destViewportVect[1],destViewportVect[2],destViewportVect[3]),
p_totTransitionTimeSec);
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
string p_targetObjName = (string) para_prep.parameters[0];
float p_distPerSec = (float) para_prep.parameters[1];
this.initScript(p_targetObjName,p_distPerSec);
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
float[] p_endColor = (float[]) para_prep.parameters[0];
float p_durationSec = (float) para_prep.parameters[1];
this.init(new Color(p_endColor[0],p_endColor[1],p_endColor[2],p_endColor[3]),
p_durationSec);
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
float p_growFactor = (float) para_prep.parameters[0];
float p_durationSec = (float) para_prep.parameters[1];
int p_endState = (int) para_prep.parameters[2];
this.init(p_growFactor,p_durationSec,p_endState);
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
float[] p_initialDir = (float[]) para_prep.parameters[0];
float p_initialSpeed = (float) para_prep.parameters[1];
float p_deceleration = (float) para_prep.parameters[2];
this.initScript(new Vector3(p_initialDir[0],p_initialDir[1],p_initialDir[2]),p_initialSpeed,p_deceleration);
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
if(para_prep.mode == 1)
{
float p_rotationsPerSecond = (float) para_prep.parameters[0];
float p_haltAtMaxRot = (float) para_prep.parameters[1];
this.init(p_rotationsPerSecond,p_haltAtMaxRot);
}
else if(para_prep.mode == 2)
{
float p_rotationsPerSecond = (float) para_prep.parameters[0];
this.init(p_rotationsPerSecond);
}
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
if(para_prep.mode == 1)
{
string p_aniName = (string) para_prep.parameters[0];
this.init(p_aniName,1);
}
else
{
string p_aniName = (string) para_prep.parameters[0];
float p_aniSpeed = (float) para_prep.parameters[1];
this.init(p_aniName,p_aniSpeed);
}
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
if(para_prep.mode == 1)
{
float[] p_worldInfluencePt = (float[]) para_prep.parameters[0];
float[] p_finalScaleVect = (float[]) para_prep.parameters[1];
this.init(new Vector3(p_worldInfluencePt[0],p_worldInfluencePt[1],p_worldInfluencePt[2]),
new Vector3(p_finalScaleVect[0],p_finalScaleVect[1],p_finalScaleVect[2]));
}
else
{
float[] p_worldInfluencePt = (float[]) para_prep.parameters[0];
float[] p_initWorldBounds = (float[]) para_prep.parameters[1];
float[] p_finalGUISize = (float[]) para_prep.parameters[2];
this.init(new Vector3(p_worldInfluencePt[0],p_worldInfluencePt[1],p_worldInfluencePt[2]),
new Vector3(p_initWorldBounds[0],p_initWorldBounds[1],p_initWorldBounds[2]),
new Rect(p_finalGUISize[0],p_finalGUISize[1],p_finalGUISize[2],p_finalGUISize[3]));
}
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
float[] p_destinationPt = (float[]) para_prep.parameters[0];
this.init(new Vector3(p_destinationPt[0],p_destinationPt[1],p_destinationPt[2]));
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
init();
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
if(para_prep.mode == 1)
{
float[] p_destinationVect = (float[]) para_prep.parameters[0];
float p_distPerSec = (float) para_prep.parameters[1];
this.initScript(new Vector3(p_destinationVect[0],p_destinationVect[1],p_destinationVect[2]),p_distPerSec);
}
else if(para_prep.mode == 2)
{
float[] p_destinationVect = (float[]) para_prep.parameters[0];
float p_timeToCompleteInSec = (float) para_prep.parameters[1];
bool p_dummyParam = (bool) para_prep.parameters[2];
this.initScript(new Vector3(p_destinationVect[0],p_destinationVect[1],p_destinationVect[2]),p_timeToCompleteInSec,p_dummyParam);
}
return true;
}
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
throw new System.NotImplementedException();
}
public abstract bool initViaCommandPrep(AniCommandPrep para_prep);
public override bool initViaCommandPrep(AniCommandPrep para_prep)
{
float p_dTimeSec = (float) para_prep.parameters[0];
this.init(p_dTimeSec);
return true;
}
