/// <summary>Close the resources used by this library</summary>
public static void Close()
{
if (isInitialized)
{
Stubbs.Close();
#if NO_HALO4
Halo4.Close();
#endif
#if NO_HALO_REACH
HaloReach.Close();
#endif
#if NO_HALO_ODST
HaloOdst.Close();
#endif
#if NO_HALO3
Halo3.Close();
#endif
#if !NO_HALO2
Halo2.Close();
#endif
Halo1.Close();
Debug.Exceptions.Dispose();
Debug.Trace.Close();
Debug.LogFile.CloseLog();
isInitialized = false;
}
}
public MapNames()
{
InitializeComponent();
listH1c.ItemsSource = Halo1.Where(e => e.Type == MapType.Campaign);
listH1m.ItemsSource = Halo1.Where(e => e.Type == MapType.Multiplayer);
listH2c.ItemsSource = Halo2.Where(e => e.Type == MapType.Campaign);
listH2m.ItemsSource = Halo2.Where(e => e.Type == MapType.Multiplayer);
listH2a.ItemsSource = Halo2A;
listH3c.ItemsSource = Halo3.Where(e => e.Type == MapType.Campaign);
listH3m.ItemsSource = Halo3.Where(e => e.Type == MapType.Multiplayer);
listOdstc.ItemsSource = HaloODST.Where(e => e.Type == MapType.Campaign);
listOdsts.ItemsSource = HaloODST.Where(e => e.Type == MapType.Survival);
listReachc.ItemsSource = HaloReach.Where(e => e.Type == MapType.Campaign);
listReachs.ItemsSource = HaloReach.Where(e => e.Type == MapType.Survival);
listReachm.ItemsSource = HaloReach.Where(e => e.Type == MapType.Multiplayer);
listH4c.ItemsSource = Halo4.Where(e => e.Type == MapType.Campaign);
listH4s.ItemsSource = Halo4.Where(e => e.Type == MapType.Survival);
listH4m.ItemsSource = Halo4.Where(e => e.Type == MapType.Multiplayer);
}
public static void Initialize()
{
if (!isInitialized)
{
//if(System.Diagnostics.Debugger.IsAttached)
/*{ // HACK: to make the LoaderLock message appear as soon as possible.
* // This is only needed during VS debugging. Won't get it during non-debug runtime.
* // SlimDX doesn't have these issues.
* var t = typeof(Microsoft.DirectX.UnsafeNativeMethods);
* t = typeof(Microsoft.DirectX.Direct3D.Device);
* t = null;
* }*/
Debug.Exceptions.Initialize();
System.Windows.Forms.Application.ApplicationExit +=
new EventHandler(Application_ApplicationExit);
Halo1.Initialize();
#if !NO_HALO2
Halo2.Initialize();
#endif
#if NO_HALO3
Halo3.Initialize();
#endif
#if NO_HALO_ODST
HaloOdst.Initialize();
#endif
#if NO_HALO_REACH
HaloReach.Initialize();
#endif
#if NO_HALO4
Halo4.Initialize();
#endif
Stubbs.Initialize();
TagInterface.DefinitionStatePool.PostProcess();
isInitialized = true;
}
}
public bool Convert(Halo1.Tags.gbxmodel_group.model_geometry_block h1)
{
this.Section.Value.Convert(h1);
return true;
}
public bool Convert(Halo1.Tags.model_group.model_region_block.model_region_permutation_block h1)
{
string name = h1.Name.Value;
if (name == "__base") name = "base";
this.Name.ResetFromString(name);
this.L1.Value = (short)h1.SuperLow.Value;
this.L2.Value = (short)h1.Low.Value;
this.L3.Value = (short)h1.Medium.Value;
this.L4.Value = (short)h1.High.Value;
this.L5.Value = (short)h1.SuperHigh.Value;
this.L6.Value = this.L5.Value;
return true;
}
public bool Convert(Halo1.Tags.model_group.model_region_block h1)
{
this.Name.ResetFromString(h1.Name.Value);
this.NodeMapOffset.Value = -1;
this.NodeMapSize.Value = 0;
this.Permutations.Resize(h1.Permutations.Count);
for (int x = 0; x < h1.Permutations.Count; x++)
this.Permutations[x].Convert(h1.Permutations[x]);
return true;
}
public bool Convert(Halo1.Tags.model_group.model_geometry_block.model_geometry_part_block.model_vertex_uncompressed_block h1)
{
return true;
}
public bool Convert(Halo1.Tags.gbxmodel_group.model_geometry_block h1)
{
return true;
}
public bool Convert(Halo1.Tags.gbxmodel_group h1)
{
int x;
this.Regions.Resize(h1.Regions.Count);
for (x = 0; x < h1.Regions.Count; x++)
this.Regions[x].Convert(h1.Regions[x]);
this.Sections.Resize(h1.Geometries.Count);
for (x = 0; x < h1.Geometries.Count; x++)
this.Sections[x].Convert(h1.Geometries[x]);
this.InvalidSectionPairBits.Resize((this.Sections.Count / 4) + 1);
this.SectionGroups.Add();
this.SectionGroups[0].DetailLevels.Value = 0x3F;
this.Nodes.Resize(h1.Nodes.Count);
for (x = 0; x < h1.Nodes.Count; x++)
this.Nodes[x].Convert(h1.Nodes[x]);
this.MarkerGroups.Resize(h1.Markers.Count);
for (x = 0; x < h1.Markers.Count; x++)
this.MarkerGroups[x].Convert(h1.Markers[x]);
// TODO: this kind of logic with tag references b/w two engines doesn't work anymore, fix this
//this.Materials.Resize(h1.Shaders.Count);
//for (x = 0; x < h1.Shaders.Count; x++)
// this.Materials[x].Shader.Value = h1.Shaders[x].Shader.Value;
return true;
}
public bool Convert(Halo1.Tags.model_group.model_markers_block h1)
{
this.Name.ResetFromString(h1.Name.Value);
this.Markers.Resize(h1.Instances.Count);
for (int x = 0; x < h1.Instances.Count; x++)
this.Markers[x].Convert(h1.Instances[x]);
return true;
}
public bool Convert(Halo1.Tags.model_group.model_markers_block.model_marker_instance_block h1)
{
this.RegionIndex.Value = (byte)h1.RegionIndex.Value;
this.PermutationIndex.Value = (byte)h1.PermutationIndex.Value;
this.NodeIndex.Value = (byte)h1.NodeIndex.Value;
this.Translation.Value = h1.Translation.Value;
this.Rotation.Value = h1.Rotation.Value;
return true;
}
public bool Convert(Halo1.Tags.model_group.model_node_block h1)
{
this.Name.ResetFromString(h1.Name.Value);
this.ParentNode.Value = h1.ParentNode.Value;
this.FirstChildNode.Value = h1.FirstChildNode.Value;
this.NextSiblingNode.Value = h1.NextSiblingNode.Value;
this.ImportNodeIndex.Value = -1;
this.DefaultTranslation.Value = h1.DefaultTranslation.Value;
this.DefaultRotation.Value = h1.DefaultRotation.Value;
this.DistFromParent.Value = h1.NodeDistFromParent;
return true;
}
public bool Convert(Halo1.Tags.gbxmodel_group.model_geometry_block h1)
{
this.SectionInfo.Value.Convert(h1);
this.SectionData.Add();
this.SectionData[0].Convert(h1);
return true;
}
