public void AssignFrom(Pattern3D pattern, bool fromShape2Pattern = false)
{
constraintSize = pattern.constraintSize;
geo = pattern.geo;
sizeZ = pattern.sizeZ;
layer = pattern.layer;
offset.content = pattern.offset;
scale.content = pattern.scale;
rot.content = pattern.rot;
pivot.content = pattern.pivot;
deltaAmp.content = pattern.deltaAmp;
deltaOffset.target = pattern.deltaOffset;
deltaSpeed.target = pattern.deltaSpeed;
deltaPivot.content = pattern.deltaPivot;
tex = pattern.tex;
alpha = pattern.alpha;
fn = pattern.fn;
enable = pattern.enable;
antiShadow = pattern.antiShadow;
flip = pattern.flip;
solid = pattern.solid;
fullWarp = pattern.fullWarp;
CastShadow = pattern.CastShadow;
ReceiveShadow = pattern.ReceiveShadow;
if (fromShape2Pattern)
{
TagStr = pattern.TagStr;
sizeZ = Mathf.Min(pattern.sizeZ, MAX_ZSIZE);
Build();
}
else
{
refPattern3D = pattern;
tagStr = pattern.tagStr;
tags = pattern.tags;
linkedScript = pattern.linkedScript;
}
}
public void Reset()
{
refPattern3D = this;
geo = Geo3DType.CUBE;
layer = ZLayer.UNIDENTIFIED;
scale.content = Vector3.one;
offset.content = Vector3.zero;
rot.content = Vector3.zero;
pivot.content = Vector3.one / 2;
for (int i = 0; i < 4; i++)
{
for (int j = 0; j < 4; j++)
{
deltaSpeed[i, j] = DefaultSpeed;
deltaOffset[i, j] = DefaultOffset;
}
}
deltaAmp.content = Vector3.zero;
deltaPivot.content = Vector3.one / 2f;
alpha = 1;
tex = null;
fn = false;
enable = true;
antiShadow = false;
flip = false;
solid = false;
fullWarp = false;
CastShadow = true;
ReceiveShadow = true;
tagStr = string.Empty;
linkedScript = null;
tags = null;
}