public void ReadXML(XmlNode node)
{
MTD = node.Attributes["mtd"].InnerText.ToLower();
AcceptableVertexBufferDeclarations.Clear();
var vertBufferDeclarations = node.SelectNodes("acceptable_vertex_buffer_declarations/vertex_buffer_declaration");
foreach (XmlNode vbnode in vertBufferDeclarations)
{
var vb = new VertexBufferDeclaration();
vb.ReadXML(vbnode);
AcceptableVertexBufferDeclarations.Add(vb);
}
TextureChannels.Clear();
var texChannelNodes = node.SelectNodes("texture_channel_list/texture_channel");
foreach (XmlNode tcn in texChannelNodes)
{
var texChannelSemanticIndex = tcn.SafeGetInt32Attribute("index");
string semanticAttribute = tcn.SafeGetAttribute("semantic");
var texChannelSemantic = (TextureChannelSemantic)Enum.Parse(typeof(TextureChannelSemantic), semanticAttribute);
// Try to figure out at runtime.
if (texChannelSemantic == TextureChannelSemantic.Unknown)
{
texChannelSemantic = GetTexChannelTypeFromName(tcn.InnerText).Semantic;
}
// See if runtime check passed.
if (texChannelSemantic == TextureChannelSemantic.Unknown)
{
throw new Exception($"Semantic of texture channel '{tcn.InnerText}' not defined.");
}
var chanTypeKey = new FlverTextureChannelType()
{
Semantic = texChannelSemantic,
Index = texChannelSemanticIndex,
};
if (!TextureChannels.ContainsKey(chanTypeKey))
{
TextureChannels.Add(chanTypeKey, tcn.InnerText);
}
//ErrorTODO else print warning maybe
}
GXItems.Clear();
var gxItemNodes = node.SelectNodes("gx_item_list/gx_item");
foreach (XmlNode gin in gxItemNodes)
{
var g = new GXItemDef();
g.ReadXML(gin);
GXItems.Add(g);
}
}
public string GetTexChannelName(string mtd, FlverTextureChannelType channelType)
{
//ERRORTODO you know the drill
return(MaterialDefs[mtd].TextureChannels[channelType]);
}
public static FlverTextureChannelType GetTexChannelTypeFromName(string name)
{
FlverTextureChannelType t = new FlverTextureChannelType();
t.Semantic = TextureChannelSemantic.Unknown;
bool Check(params string[] check)
{
foreach (var s in check)
{
if (name.Contains(s))
{
return(true);
}
}
return(false);
}
if (Check("Diffuse", "Albedo"))
{
t.Semantic = TextureChannelSemantic.Diffuse;
}
else if (Check("Specular", "Reflectance"))
{
t.Semantic = TextureChannelSemantic.Specular;
}
else if (Check("Shininess"))
{
t.Semantic = TextureChannelSemantic.Shininess;
}
// Check before normals because this contains "Bumpmap"
else if (Check("DetailBumpmap", "DetailBumpMap", "DetailNormal"))
{
t.Semantic = TextureChannelSemantic.DetailNormals;
}
else if (Check("AdditionalBumpmapTexture"))
{
t.Semantic = TextureChannelSemantic.AdditionalNormals;
}
// Check before normals because this contains "Bumpmap"
else if (Check("BreakBumpmap", "DamageNormal", "DamagedNormalTexture"))
{
t.Semantic = TextureChannelSemantic.EquipmentBrokenNormals;
}
else if (Check("NormalMap", "Bumpmap"))
{
t.Semantic = TextureChannelSemantic.Normals;
}
else if (Check("EmissiveMask"))
{
t.Semantic = TextureChannelSemantic.Emissive;
}
else if (Check("Emissive"))
{
t.Semantic = TextureChannelSemantic.Emissive;
}
else if (Check("BlendMask", "Blendmask", "BlendMap"))
{
//TODO: Double check if "Blendmask" is used
t.Semantic = TextureChannelSemantic.Blendmask;
}
else if (Check("Vector"))
{
t.Semantic = TextureChannelSemantic.Vector;
}
else if (Check("_MaskTexture"))
{
t.Semantic = TextureChannelSemantic.Mask;
}
else if (Check("BlendEdge"))
{
t.Semantic = TextureChannelSemantic.BlendEdge;
}
else if (Check("BloodMask"))
{
t.Semantic = TextureChannelSemantic.BloodMask;
}
else if (Check("Displacement"))
{
t.Semantic = TextureChannelSemantic.Displacement;
}
else if (Check("ScatteringMask", "SSSMask", "g_Subsurf"))
{
t.Semantic = TextureChannelSemantic.ScatteringMask;
}
else if (Check("HighLight", "Highlight"))
{
t.Semantic = TextureChannelSemantic.Highlight;
}
else if (Check("OpacityTexture"))
{
t.Semantic = TextureChannelSemantic.Opacity;
}
else if (Check("_MetallicMap"))
{
t.Semantic = TextureChannelSemantic.Metallic;
}
else if (Check("_Mask1Map"))
{
t.Semantic = TextureChannelSemantic.SDTMask1;
}
else if (Check("_Mask3Map"))
{
t.Semantic = TextureChannelSemantic.SDTMask3;
}
else if (Check("_Ripple"))
{
t.Semantic = TextureChannelSemantic.SDTRipple;
}
else if (Check("_AmbientOcculusionMap")) // Typo everywhere it's found in SDT
{
t.Semantic = TextureChannelSemantic.AmbientOcclusion;
}
else if (Check("_Star")) // Typo everywhere it's found in SDT
{
t.Semantic = TextureChannelSemantic.SDTStar;
}
else if (Check("FlowMap", "_FlowTexture"))
{
t.Semantic = TextureChannelSemantic.Flow;
}
else if (Check("_アルファマップ")) // Lit. "ALPHA MAP"
// Going to guess alpha map is opacity
{
t.Semantic = TextureChannelSemantic.Opacity;
}
else if (Check("HeightMap", "g_SnowHeightTexture", "g_Height"))
{
t.Semantic = TextureChannelSemantic.Height;
}
else if (Check("_Foam1"))
{
t.Semantic = TextureChannelSemantic.SDTFoam1;
}
else if (Check("_BurningMap"))
{
t.Semantic = TextureChannelSemantic.DS3Burning;
}
else if (Check("_DOLTexture1", "g_Lightmap"))
{
t.Semantic = TextureChannelSemantic.Lightmap1;
if (name.EndsWith("_DOLTexture1"))
{
t.Index = 0;
}
}
else if (Check("_DOLTexture2"))
{
t.Semantic = TextureChannelSemantic.Lightmap2;
if (name.EndsWith("_DOLTexture2"))
{
t.Index = 0;
}
}
else if (Check("GITexture"))
{
t.Semantic = TextureChannelSemantic.GlobalIllumination;
}
//if (t.Semantic == TextureChannelSemantic.Unknown)
// throw new NotImplementedException($"Texture channel type '{name}' not recognized.");
if (char.IsDigit(name[name.Length - 1]))
{
t.Index = int.Parse(name.Substring(name.Length - 1));
}
return(t);
}
