private Mesh setMeshUV(Vector2 _uvPos, Vector2 _size, FLIP _flip, bool _scaleAtUv)
{
Mesh nowMesh = getMesh();
if (nowMesh != null)
{
Vector2[] tmpUv = new Vector2[mDefUvs.Length];
if (!_scaleAtUv)
{
_size.Scale(mTexSizeInv);
}
if ((_flip == FLIP.LR) || (_flip == FLIP.LRUD))
{
_uvPos.x += _size.x;
_size.x *= -1.0f;
}
if ((_flip == FLIP.UD) || (_flip == FLIP.LRUD))
{
_uvPos.y += _size.y;
_size.y *= -1.0f;
}
_size *= (1.0f - EDGE_CLIP_RATE);
_uvPos += _size * (EDGE_CLIP_RATE * 0.5f);
for (int ii = 0; ii < mDefUvs.Length; ++ii)
{
tmpUv[ii] = Vector2.Scale(mDefUvs[ii], _size) + _uvPos;
}
nowMesh.uv = tmpUv;
nowMesh.Optimize();
}
return(nowMesh);
}
protected override void ApplyProperty()
{
if (this.TEX?.FileName?.Length != 0)
{
FLIP?.ApplyTo(RenderedObject, Property.FLIP);
}
else
{
throw new MissingTEXPropertyException(this.RenderProperty.ElementName);
}
BLEND?.ApplyTo(RenderedObject, Property.BLEND);
}
public Mesh SetMeshUV(Vector2 _uvPos, Vector2 _size, FLIP _flip, bool _scaleAtUv = true)
{
return(setMeshUV(_uvPos, _size, _flip, _scaleAtUv));
}
private Mesh setMeshUV(Vector2 _uvPos, Vector2 _size, FLIP _flip, bool _scaleAtUv)
{
Mesh nowMesh = getMesh();
if(nowMesh!=null){
Vector2[] tmpUv = new Vector2[mDefUvs.Length];
if(!_scaleAtUv){
_size.Scale(mTexSizeInv);
}
if((_flip == FLIP.LR)||(_flip == FLIP.LRUD)){
_uvPos.x += _size.x;
_size.x *= -1.0f;
}
if((_flip == FLIP.UD)||(_flip == FLIP.LRUD)){
_uvPos.y += _size.y;
_size.y *= -1.0f;
}
_size *= (1.0f-EDGE_CLIP_RATE);
_uvPos += _size*(EDGE_CLIP_RATE*0.5f);
for(int ii = 0; ii< mDefUvs.Length; ++ii){
tmpUv[ii] = Vector2.Scale(mDefUvs[ii],_size) + _uvPos;
}
nowMesh.uv = tmpUv;
nowMesh.Optimize();
}
return nowMesh;
}
public Mesh SetMeshUV(Vector2 _uvPos, Vector2 _size, FLIP _flip, bool _scaleAtUv=true)
{
return setMeshUV(_uvPos, _size, _flip, _scaleAtUv);
}
