void TransformChanger ()
{
InvertedEffector = theEffector.Inverted;
Refinecurve = theEffector.FallOffCurve;
EffectorDistance = theEffector.EffectorDistance;
EffectorRecoverySpeed = theEffector.EffectorRecoverySpeed;
for (int i = 0; i < originalObjects.Length; i++) {
float x, y, z;
Vector3 posstatic = new Vector3 (OriginalX [i], OriginalY [i], OriginalZ [i]);
float dist = Vector3.Distance (posstatic, Effector.transform.position);
normalizedCurve = (dist - rangeSmallest) / (EffectorDistance - rangeSmallest);
curveValue = Refinecurve.Evaluate (normalizedCurve);
x = OriginalX [i] + TranslateX*curveValue;
y = OriginalY [i] + TranslateY*curveValue;
z = OriginalZ [i] + TranslateZ*curveValue;
float new_x = x;
float new_y = y;
float new_z = z;
newObjectPos = new Vector3 (new_x, new_y, new_z);
displacedObjects [i] = newObjectPos;
}
if (!InvertedEffector) {
for (int x = 0; x < originalObjects.Length; x++) {
OriginalsPos.Set (OriginalX [x], OriginalY [x], OriginalZ [x]);
if (Vector3.Distance (OriginalsPos, Effector.transform.position) <= EffectorDistance) {
movedObjects [x].position = Vector3.Lerp (movedObjects [x].position, displacedObjects [x], EffectorRecoverySpeed * Time.deltaTime);
} else {
originalsLerper.Set (OriginalX [x], OriginalY [x], OriginalZ [x]);
movedObjects [x].position = Vector3.Lerp (movedObjects [x].transform.position, originalsLerper, EffectorRecoverySpeed * Time.deltaTime);
}
}
}
else {
for (int x = 0; x < originalObjects.Length; x++) {
OriginalsPos.Set (OriginalX [x], OriginalY [x], OriginalZ [x]);
if (Vector3.Distance (OriginalsPos, Effector.transform.position) > EffectorDistance) {
movedObjects [x].position = Vector3.Lerp (movedObjects [x].position, displacedObjects [x], EffectorRecoverySpeed * Time.deltaTime);
} else {
originalsLerper.Set (OriginalX [x], OriginalY [x], OriginalZ [x]);
movedObjects [x].position = Vector3.Lerp (movedObjects [x].transform.position, originalsLerper, EffectorRecoverySpeed * Time.deltaTime);
}
}
}
}
void TransformChanger()
{
InvertedEffector = theEffector.Inverted;
Refinecurve = theEffector.FallOffCurve;
EffectorDistance = theEffector.EffectorDistance;
EffectorRecoverySpeed = theEffector.EffectorRecoverySpeed;
for (int i = 0; i < originalObjects.Length; i++)
{
float x, y, z;
Vector3 posstatic = new Vector3(OriginalX [i], OriginalY [i], OriginalZ [i]);
float dist = Vector3.Distance(posstatic, Effector.transform.position);
normalizedCurve = (dist - rangeSmallest) / (EffectorDistance - rangeSmallest);
curveValue = Refinecurve.Evaluate(normalizedCurve);
x = oriRotX [i] + RotateX * curveValue;
y = oriRotY [i] + RotateY * curveValue;
z = oriRotZ [i] + RotateZ * curveValue;
float new_x = x;
float new_y = y;
float new_z = z;
newObjectPos = new Vector3(new_x, new_y, new_z);
displacedObjects [i] = newObjectPos;
}
if (!InvertedEffector)
{
for (int x = 0; x < originalObjects.Length; x++)
{
OriginalsPos.Set(OriginalX [x], OriginalY [x], OriginalZ [x]);
if (Vector3.Distance(OriginalsPos, Effector.transform.position) <= EffectorDistance)
{
float xLerp = Mathf.LerpAngle(movedObjects [x].transform.eulerAngles.x, displacedObjects [x].x, EffectorRecoverySpeed * Time.deltaTime);
float yLerp = Mathf.LerpAngle(movedObjects [x].transform.eulerAngles.y, displacedObjects [x].y, EffectorRecoverySpeed * Time.deltaTime);
float zLerp = Mathf.LerpAngle(movedObjects [x].transform.eulerAngles.z, displacedObjects [x].z, EffectorRecoverySpeed * Time.deltaTime);
RotationVector.Set(xLerp, yLerp, zLerp);
movedObjects [x].eulerAngles = RotationVector;
}
else
{
originalsLerper.Set(oriRotX [x], oriRotY [x], oriRotZ [x]);
float xLerp = Mathf.LerpAngle(movedObjects [x].transform.eulerAngles.x, originalsLerper.x, EffectorRecoverySpeed * Time.deltaTime);
float yLerp = Mathf.LerpAngle(movedObjects [x].transform.eulerAngles.y, originalsLerper.y, EffectorRecoverySpeed * Time.deltaTime);
float zLerp = Mathf.LerpAngle(movedObjects [x].transform.eulerAngles.z, originalsLerper.z, EffectorRecoverySpeed * Time.deltaTime);
RotationVector.Set(xLerp, yLerp, zLerp);
movedObjects [x].eulerAngles = RotationVector;
}
}
}
else
{
for (int x = 0; x < originalObjects.Length; x++)
{
OriginalsPos.Set(OriginalX [x], OriginalY [x], OriginalZ [x]);
if (Vector3.Distance(OriginalsPos, Effector.transform.position) > EffectorDistance)
{
float xLerp = Mathf.LerpAngle(movedObjects [x].transform.eulerAngles.x, displacedObjects [x].x, EffectorRecoverySpeed * Time.deltaTime);
float yLerp = Mathf.LerpAngle(movedObjects [x].transform.eulerAngles.y, displacedObjects [x].y, EffectorRecoverySpeed * Time.deltaTime);
float zLerp = Mathf.LerpAngle(movedObjects [x].transform.eulerAngles.z, displacedObjects [x].z, EffectorRecoverySpeed * Time.deltaTime);
RotationVector.Set(xLerp, yLerp, zLerp);
movedObjects [x].eulerAngles = RotationVector;
}
else
{
originalsLerper.Set(oriRotX [x], oriRotY [x], oriRotZ [x]);
float xLerp = Mathf.LerpAngle(movedObjects [x].transform.eulerAngles.x, originalsLerper.x, EffectorRecoverySpeed * Time.deltaTime);
float yLerp = Mathf.LerpAngle(movedObjects [x].transform.eulerAngles.y, originalsLerper.y, EffectorRecoverySpeed * Time.deltaTime);
float zLerp = Mathf.LerpAngle(movedObjects [x].transform.eulerAngles.z, originalsLerper.z, EffectorRecoverySpeed * Time.deltaTime);
RotationVector.Set(xLerp, yLerp, zLerp);
movedObjects [x].eulerAngles = RotationVector;
}
}
}
}