public void AddModel(string internalPath, List <int> skins = null)
{
// adds mdl files and finds its dependencies
string externalPath = FindExternalFile(internalPath);
if (AddFile(internalPath, externalPath))
{
mdlcount++;
foreach (string reference in AssetUtils.findMdlRefs(internalPath))
{
string ext_path = FindExternalFile(reference);
AddFile(reference, FindExternalFile(reference));
if (reference.EndsWith(".phy"))
{
foreach (string gib in AssetUtils.findPhyGibs(ext_path))
{
AddModel(gib);
}
}
}
var mdlMatsAndModels = AssetUtils.findMdlMaterialsAndModels(externalPath, skins);
foreach (string mat in mdlMatsAndModels.Item1)
{
AddTexture(mat);
}
foreach (var model in mdlMatsAndModels.Item2)
{
AddModel(model);
}
}
}
public void AddModel(string internalPath, List <int> skins = null)
{
// adds mdl files and finds its dependencies
string externalPath = FindExternalFile(internalPath);
if (AddFile(internalPath, externalPath))
{
mdlcount++;
foreach (string reference in AssetUtils.findMdlRefs(internalPath))
{
string ext_path = FindExternalFile(reference);
AddFile(reference, FindExternalFile(reference));
if (reference.EndsWith(".phy"))
{
foreach (string gib in AssetUtils.findPhyGibs(ext_path))
{
AddModel(gib);
}
}
}
Tuple <List <string>, List <string> > mdlMatsAndModels;
try
{
mdlMatsAndModels = AssetUtils.findMdlMaterialsAndModels(externalPath, skins);
}
catch (Exception e)
{
ExceptionHandler.LogException(e, false);
CompilePalLogger.LogLineColor($"Failed to read file {externalPath}", Brushes.Red);
return;
}
foreach (string mat in mdlMatsAndModels.Item1)
{
AddTexture(mat);
}
foreach (var model in mdlMatsAndModels.Item2)
{
AddModel(model);
}
}
}
