public void LoadFormatsNode(FormatsNode verticesNode)
{
foreach (var vertex in verticesNode.Properties)
{
vertices.Add(vertex.Attributes);
}
}
public void LoadFormatsNode(FormatsNode shaderNode)
{
spsName = shaderNode.Name;
foreach (var shaderParam in shaderNode.Properties)
{
}
}
public void LoadFormatsNode(FormatsNode indicesNode)
{
//int alignment = 15;
foreach (var indicesLine in indicesNode.Properties)
{
foreach (var index in indicesLine.Attributes)
{
indices.Add(ushort.Parse(index));
}
}
}
public void LoadFormatsNode(FormatsNode lodNode)
{
drawDistance = float.Parse(lodNode.Attributes[1]);
foreach (var pairNode in lodNode.Properties)
{
Model model = new Model();
model.LoadFormatsFile(Path.Combine(Path.GetDirectoryName(lodNode.FileName), pairNode.Attributes[0]));
byte boneIndex = byte.Parse(pairNode.Attributes[1]);
models.Add(new Tuple <Model, byte>(model, boneIndex));
}
}
public void LoadFormatsNode(FormatsNode lodGroupNode)
{
center = Formats.GetVector3Property(lodGroupNode, "Center");
radius = Formats.GetFloatProperty(lodGroupNode, "Radius");
aabbMin = Formats.GetVector3Property(lodGroupNode, "AABBMin");
aabbMax = Formats.GetVector3Property(lodGroupNode, "AABBMax");
var lodHighNode = lodGroupNode.Properties.FirstOrDefault(n => n.Name == "High");
if (lodHighNode != null)
{
lodHigh = new Lod();
lodHigh.LoadFormatsNode(lodHighNode);
}
var lodMedNode = lodGroupNode.Properties.FirstOrDefault(n => n.Name == "Med");
if (lodMedNode != null)
{
lodMed = new Lod();
lodMed.LoadFormatsNode(lodMedNode);
}
var lodLowNode = lodGroupNode.Properties.FirstOrDefault(n => n.Name == "Low");
if (lodLowNode != null)
{
lodLow = new Lod();
lodLow.LoadFormatsNode(lodLowNode);
}
var lodVLowNode = lodGroupNode.Properties.FirstOrDefault(n => n.Name == "Vlow");
if (lodVLowNode != null)
{
lodVlow = new Lod();
lodVlow.LoadFormatsNode(lodVLowNode);
}
}
public void LoadFormatsNode(FormatsNode geometryNode)
{
ShaderIndex = Formats.GetUshortProperty(geometryNode, "ShaderIndex");
Flags = Formats.GetFlagsProperty(geometryNode, "Flags");
VertexDeclaration = Formats.GetStringProperty(geometryNode, "VertexDeclaration");
var indicesNode = geometryNode.Properties.FirstOrDefault(n => n.Name == "Indices");
if (indicesNode != null)
{
var count = Formats.GetIntProperty(geometryNode, "Indices");
Indices = new IndexBuffer(count);
Indices.LoadFormatsNode(indicesNode);
}
var verticesNode = geometryNode.Properties.FirstOrDefault(n => n.Name == "Vertices");
if (verticesNode != null)
{
var count = Formats.GetIntProperty(geometryNode, "Vertices");
Vertices = new VertexBuffer(count);
Vertices.LoadFormatsNode(verticesNode);
}
}
public void LoadFormatsNode(FormatsNode boundNode)
{
min = Formats.GetVector3Property(boundNode, "Min");
max = Formats.GetVector3Property(boundNode, "Max");
}
