public void Reflect(float AxesAngle, float time, int isConjugate)
{
float axesAngle = 360.0f / (float)ThetaMod;
axesAngle *= (float)relativeTheta;
relativeTheta = DiskUtility.GetConjugateTheta(relativeTheta, ThetaMod);
mSegment.DoReflect(axesAngle, time, relativeTheta, isConjugate);
}
void Normalize(int angle = -1)
{
transform.position = Vector3.zero;
transform.localScale = Vector3.one;
int targetY = -1;
if (angle == -1)
{
targetY = DiskUtility.GetDegreeTheta(theta, 8); //8 here should be temporary
}
else
{
targetY = DiskUtility.GetDegreeTheta(angle, 8);
}
Quaternion target = Quaternion.Euler(0, targetY, 0);
transform.rotation = Quaternion.Slerp(transform.rotation, target, 1);
}
void SetReflection(int i)
{
int conjugateI = DiskUtility.GetConjugateTheta(i, mRelativeSegments [0].ThetaMod);
MacroDiskReflectCmd macroCMD;
ArrayList dsList = new ArrayList();
ArrayList conDsList = new ArrayList();
foreach (RelativeDiskSegment DS in mRelativeSegments)
{
if (DS.theta == i)
{
if (!DS.IsBusy)
{
dsList.Add(DS);
}
else
{
return;
}
}
if (DS.theta == conjugateI)
{
if (!DS.IsBusy)
{
conDsList.Add(DS);
}
else
{
return;
}
}
}
macroCMD = new MacroDiskReflectCmd(dsList, rotateSound, transform);
//macroCMD.SetVerificationCondition (i);
//macroCMD.Verify ();
//macroCMD.AddConjugate (conDsList, conjugateI);
macroCMD.AddConjugate(conDsList);
diskController.AddCmd(macroCMD);
}
