public graphtex()
{
texMeth = textureMethE.none;
texGeom = textureGeomE.none;
scale = Vector3.zero;
rotate = Vector3.zero;
translate = Vector3.zero;
}
public graphtex(graphtex gt)
{
this.texMeth = gt.texMeth;
this.texGeom = gt.texGeom;
this.bitmapName = gt.bitmapName;
this.materialName = gt.materialName;
this.bitmapXpix = gt.bitmapXpix;
this.bitmapYpix = gt.bitmapYpix;
this.aspectXoY = gt.aspectXoY;
this.scale = gt.scale;
this.rotate = gt.rotate;
this.translate = gt.translate;
}
public void SetMaterialPlane(string matname, int xpix, int ypix, Vector3 sca, Vector3 rot, Vector3 trn)
{
// here we store the bitmap values for possible future reference, but we do not use them
this.texMeth = textureMethE.material;
this.texGeom = textureGeomE.plane;
this.materialName = matname;
this.bitmapXpix = xpix;
this.bitmapYpix = ypix;
this.aspectXoY = xpix * 1f / ypix;
this.scale = sca;
this.rotate = rot;
this.translate = trn;
}
public void SetMaterialPlane(string matname, int xpix, int ypix, Vector3 rot, Vector3 trn, float scalefak = 1)
{
// here we calculate the scale factor from the aspect ratio
this.texMeth = textureMethE.material;
this.texGeom = textureGeomE.plane;
this.materialName = matname;
this.bitmapXpix = xpix;
this.bitmapYpix = ypix;
this.aspectXoY = xpix * 1f / ypix;
var sca = new Vector3(10 * aspectXoY, 1, 10);
this.scale = sca * scalefak;
this.rotate = rot;
this.translate = trn;
}
