/// <summary>
/// Creates info classes for a structure BSP
/// </summary>
void GenerateInfoListBsp()
{
string bsp_name = Path.GetFileNameWithoutExtension(tagManager.Name);
int vertex_count, triangle_count;
BSPInfoInternal bsp_info_internal;
// create an info object representing the render mesh
vertex_count = BSP.GetVertexCount(tagManager, BSPObjectType.RenderMesh);
triangle_count = BSP.GetTriangleCount(tagManager, BSPObjectType.RenderMesh);
bsp_info_internal = new BSPInfoInternal();
bsp_info_internal.SetType(BSPObjectType.RenderMesh);
BSP.AddShaderDatums(bsp_info_internal, tagManager);
internalInfoList.Add(bsp_info_internal);
Add(new ColladaHalo1BSPInfo(internalInfoList.Count - 1,
bsp_name,
vertex_count,
triangle_count,
BSPObjectType.RenderMesh));
// create an info object representing the portals mesh
vertex_count = BSP.GetVertexCount(tagManager, BSPObjectType.Portals);
triangle_count = BSP.GetTriangleCount(tagManager, BSPObjectType.Portals);
if ((vertex_count > 0) && (triangle_count > 0))
{
bsp_info_internal = new BSPInfoInternal();
bsp_info_internal.SetType(BSPObjectType.Portals);
internalInfoList.Add(bsp_info_internal);
Add(new ColladaHalo1BSPInfo(internalInfoList.Count - 1,
bsp_name,
vertex_count,
triangle_count,
BSPObjectType.Portals));
}
// create an info object representing the fogplane mesh
vertex_count = BSP.GetVertexCount(tagManager, BSPObjectType.FogPlanes);
triangle_count = BSP.GetTriangleCount(tagManager, BSPObjectType.FogPlanes);
if ((vertex_count > 0) && (triangle_count > 0))
{
bsp_info_internal = new BSPInfoInternal();
bsp_info_internal.SetType(BSPObjectType.FogPlanes);
internalInfoList.Add(bsp_info_internal);
Add(new ColladaHalo1BSPInfo(internalInfoList.Count - 1,
bsp_name,
vertex_count,
triangle_count,
BSPObjectType.FogPlanes));
}
}
/// <summary>
/// Creates info classes for a structure lightmap
/// </summary>
void GenerateInfoListBSP()
{
string name = Path.GetFileNameWithoutExtension(tagManager.Name);
int vertex_count, triangle_count;
BSPInfoInternal info_internal;
vertex_count = BSP.GetVertexCount(tagManager, BSPObjectType.RenderMesh);
triangle_count = BSP.GetTriangleCount(tagManager, BSPObjectType.RenderMesh);
if ((vertex_count > 0) && (triangle_count > 0))
{
info_internal = new BSPInfoInternal();
info_internal.SetType(BSPObjectType.RenderMesh);
BSP.AddShaderDatums(info_internal, tagManager);
internalInfoList.Add(info_internal);
Add(new ColladaHalo2BSPInfo(internalInfoList.Count - 1,
name,
vertex_count,
triangle_count,
BSPObjectType.RenderMesh));
}
vertex_count = BSP.GetVertexCount(tagManager, BSPObjectType.Portals);
triangle_count = BSP.GetTriangleCount(tagManager, BSPObjectType.Portals);
if ((vertex_count > 0) && (triangle_count > 0))
{
info_internal = new BSPInfoInternal();
info_internal.SetType(BSPObjectType.Portals);
internalInfoList.Add(info_internal);
Add(new ColladaHalo2BSPInfo(internalInfoList.Count - 1,
name,
vertex_count,
triangle_count,
BSPObjectType.Portals));
}
}
void ExportBSP(string file_name)
{
BSPInfoInternal bsp_info = new BSPInfoInternal();
BSPObjectType bsp_type = BSPObjectType.None;
// create an info object with all of the registered infos combined
foreach (int index in registeredInfos)
{
BSPInfoInternal info = internalInfoList[index] as BSPInfoInternal;
if (info.IncludeRenderMesh())
{
bsp_type |= BSPObjectType.RenderMesh;
}
if (info.IncludePortalsMesh())
{
bsp_type |= BSPObjectType.Portals;
}
if (info.IncludeFogPlanesMesh())
{
bsp_type |= BSPObjectType.FogPlanes;
}
for (int i = 0; i < info.GetShaderCount(); i++)
{
bsp_info.AddShaderDatum(info.GetShaderDatum(i), info.GetShaderName(i));
}
}
bsp_info.SetType(bsp_type);
ColladaExportArgs arguments = new ColladaExportArgs(Overwrite, RelativeFilePath, BitmapFormat);
var exporter = new Halo1.ColladaBSPExporter(arguments, bsp_info, tagIndex, tagManager);
ExportSave(exporter, RelativeFilePath + file_name + ".dae");
}
void ExportBSP(string file_name)
{
BSPInfoInternal bsp_info = new BSPInfoInternal();
BSPObjectType bsp_type = BSPObjectType.None;
// create an info object with all of the registered infos combined
foreach (int index in registeredInfos)
{
BSPInfoInternal info = internalInfoList[index] as BSPInfoInternal;
if (info.IncludeRenderMesh()) { bsp_type |= BSPObjectType.RenderMesh; }
if (info.IncludePortalsMesh()) { bsp_type |= BSPObjectType.Portals; }
if (info.IncludeFogPlanesMesh()) { bsp_type |= BSPObjectType.FogPlanes; }
for (int i = 0; i < info.GetShaderCount(); i++)
bsp_info.AddShaderDatum(info.GetShaderDatum(i), info.GetShaderName(i));
}
bsp_info.SetType(bsp_type);
ColladaExportArgs arguments = new ColladaExportArgs(Overwrite, RelativeFilePath, BitmapFormat);
var exporter = new Halo1.ColladaBSPExporter(arguments, bsp_info, tagIndex, tagManager);
ExportSave(exporter, RelativeFilePath + file_name + ".dae");
}
/// <summary>
/// Creates info classes for a structure BSP
/// </summary>
void GenerateInfoListBsp()
{
string bsp_name = Path.GetFileNameWithoutExtension(tagManager.Name);
int vertex_count, triangle_count;
BSPInfoInternal bsp_info_internal;
// create an info object representing the render mesh
vertex_count = BSP.GetVertexCount(tagManager, BSPObjectType.RenderMesh);
triangle_count = BSP.GetTriangleCount(tagManager, BSPObjectType.RenderMesh);
bsp_info_internal = new BSPInfoInternal();
bsp_info_internal.SetType(BSPObjectType.RenderMesh);
BSP.AddShaderDatums(bsp_info_internal, tagManager);
internalInfoList.Add(bsp_info_internal);
Add(new ColladaHalo1BSPInfo(internalInfoList.Count - 1,
bsp_name,
vertex_count,
triangle_count,
BSPObjectType.RenderMesh));
// create an info object representing the portals mesh
vertex_count = BSP.GetVertexCount(tagManager, BSPObjectType.Portals);
triangle_count = BSP.GetTriangleCount(tagManager, BSPObjectType.Portals);
if ((vertex_count > 0) && (triangle_count > 0))
{
bsp_info_internal = new BSPInfoInternal();
bsp_info_internal.SetType(BSPObjectType.Portals);
internalInfoList.Add(bsp_info_internal);
Add(new ColladaHalo1BSPInfo(internalInfoList.Count - 1,
bsp_name,
vertex_count,
triangle_count,
BSPObjectType.Portals));
}
// create an info object representing the fogplane mesh
vertex_count = BSP.GetVertexCount(tagManager, BSPObjectType.FogPlanes);
triangle_count = BSP.GetTriangleCount(tagManager, BSPObjectType.FogPlanes);
if ((vertex_count > 0) && (triangle_count > 0))
{
bsp_info_internal = new BSPInfoInternal();
bsp_info_internal.SetType(BSPObjectType.FogPlanes);
internalInfoList.Add(bsp_info_internal);
Add(new ColladaHalo1BSPInfo(internalInfoList.Count - 1,
bsp_name,
vertex_count,
triangle_count,
BSPObjectType.FogPlanes));
}
}
/// <summary>
/// Creates info classes for a structure lightmap
/// </summary>
void GenerateInfoListBSP()
{
string name = Path.GetFileNameWithoutExtension(tagManager.Name);
int vertex_count, triangle_count;
BSPInfoInternal info_internal;
vertex_count = BSP.GetVertexCount(tagManager, BSPObjectType.RenderMesh);
triangle_count = BSP.GetTriangleCount(tagManager, BSPObjectType.RenderMesh);
if ((vertex_count > 0) && (triangle_count > 0))
{
info_internal = new BSPInfoInternal();
info_internal.SetType(BSPObjectType.RenderMesh);
BSP.AddShaderDatums(info_internal, tagManager);
internalInfoList.Add(info_internal);
Add(new ColladaHalo2BSPInfo(internalInfoList.Count - 1,
name,
vertex_count,
triangle_count,
BSPObjectType.RenderMesh));
}
vertex_count = BSP.GetVertexCount(tagManager, BSPObjectType.Portals);
triangle_count = BSP.GetTriangleCount(tagManager, BSPObjectType.Portals);
if ((vertex_count > 0) && (triangle_count > 0))
{
info_internal = new BSPInfoInternal();
info_internal.SetType(BSPObjectType.Portals);
internalInfoList.Add(info_internal);
Add(new ColladaHalo2BSPInfo(internalInfoList.Count - 1,
name,
vertex_count,
triangle_count,
BSPObjectType.Portals));
}
}