private bool IsPrimitiveNullOrEmpty(RadElement element)
{
if (element == null || element.Visibility == ElementVisibility.Collapsed)
{
return(true);
}
BasePrimitive basePrimitive = element as BasePrimitive;
if (basePrimitive != null)
{
return(basePrimitive.IsEmpty);
}
return(false);
}
private static void DecodeSource(
Source src,
ESemantic semantic,
int offset,
int set,
int maxSets,
BasePrimitive prim,
int[] indices,
Vertex[][] vertices,
InfluenceDef[] infList,
Matrix4 bindMatrix,
Matrix4 invTranspBindMatrix)
{
var acc = src.TechniqueCommonElement.AccessorElement;
int stride = (int)acc.Stride;
int startIndex, pointIndex;
float[] list = src.GetArrayElement <FloatArray>().StringContent.Values;
for (int i = 0, x = 0; i < prim.PointCount; ++i, x += prim.InputElements.Length)
{
if (vertices[i] == null)
{
vertices[i] = new Vertex[maxSets];
}
startIndex = (pointIndex = indices[x + offset]) * stride;
Vertex vtx = vertices[i][set];
if (vtx == null)
{
vtx = new Vertex();
}
switch (semantic)
{
case ESemantic.POSITION:
Vec3 position = new Vec3(
list[startIndex],
list[startIndex + 1],
list[startIndex + 2]);
position = Vec3.TransformPosition(position, bindMatrix);
vtx.Position = position;
if (infList != null)
{
vtx.Influence = infList[pointIndex];
}
break;
case ESemantic.NORMAL:
Vec3 normal = new Vec3(
list[startIndex],
list[startIndex + 1],
list[startIndex + 2]);
vtx.Normal = Vec3.TransformVector(normal, invTranspBindMatrix);
break;
case ESemantic.BINORMAL:
case ESemantic.TEXBINORMAL:
Vec3 binormal = new Vec3(
list[startIndex],
list[startIndex + 1],
list[startIndex + 2]);
vtx.Binormal = Vec3.TransformVector(binormal, invTranspBindMatrix);
break;
case ESemantic.TANGENT:
case ESemantic.TEXTANGENT:
Vec3 tangent = new Vec3(
list[startIndex],
list[startIndex + 1],
list[startIndex + 2]);
vtx.Tangent = Vec3.TransformVector(tangent, invTranspBindMatrix);
break;
case ESemantic.TEXCOORD:
vtx.TexCoord = new Vec2(
list[startIndex],
ImportOptions.InvertTexCoordY ?
1.0f - list[startIndex + 1] : list[startIndex + 1]);
break;
case ESemantic.COLOR:
vtx.Color = new ColorF4(
list[startIndex],
list[startIndex + 1],
list[startIndex + 2],
list[startIndex + 3]);
break;
}
vertices[i][set] = vtx;
}
}
