public override void Import()
{
List <TRModel> levelModels = Level.Models.ToList();
int i = levelModels.FindIndex(m => m.ID == (short)Definition.Entity);
if (i == -1)
{
levelModels.Add(Definition.Model);
Level.Models = levelModels.ToArray();
Level.NumModels++;
}
else if (!_ignoreEntities.Contains(Definition.Entity))
{
// Replacement occurs for the likes of aliases taking the place of another
// e.g. WhiteTiger replacing BengalTiger in GW
Level.Models[i] = Definition.Model;
}
// If we have replaced Lara, we need to update models such as CameraTarget, FlameEmitter etc
// as these use Lara's hips as placeholders. This means we can avoid texture corruption in
// TRView but it's also needed for the shower cutscene in HSH. If these entities are found,
// their starting mesh and mesh tree indices are just remapped to Lara's.
if (Definition.Entity == TR2Entities.Lara)
{
foreach (TR2Entities dependent in _laraDependentModels)
{
TRModel dependentModel = levelModels.Find(m => m.ID == (short)dependent);
if (dependentModel != null)
{
dependentModel.MeshTree = Definition.Model.MeshTree;
dependentModel.StartingMesh = Definition.Model.StartingMesh;
}
}
}
}
private void DisguiseEntity(TR2CombinedLevel level, TR2Entities guiser, TR2Entities targetEntity)
{
List <TRModel> models = level.Data.Models.ToList();
int existingIndex = models.FindIndex(m => m.ID == (short)guiser);
if (existingIndex != -1)
{
models.RemoveAt(existingIndex);
}
TRModel disguiseAsModel = models[models.FindIndex(m => m.ID == (short)targetEntity)];
if (targetEntity == TR2Entities.BirdMonster && level.Is(LevelNames.CHICKEN))
{
// We have to keep the original model for the boss, so in
// this instance we just clone the model for the guiser
models.Add(new TRModel
{
Animation = disguiseAsModel.Animation,
FrameOffset = disguiseAsModel.FrameOffset,
ID = (uint)guiser,
MeshTree = disguiseAsModel.MeshTree,
NumMeshes = disguiseAsModel.NumMeshes,
StartingMesh = disguiseAsModel.StartingMesh
});
}
else
{
disguiseAsModel.ID = (uint)guiser;
}
level.Data.Models = models.ToArray();
level.Data.NumModels = (uint)models.Count;
}
public static TRMesh[] GetModelMeshes(TR2Level level, TR2Entities entity)
{
TRModel model = GetModel(level, entity);
if (model != null)
{
return(GetModelMeshes(level, model));
}
return(null);
}
public static TRMesh[] GetModelMeshes(TR2Level level, TRModel model)
{
List <TRMesh> meshes = new List <TRMesh>();
int meshPointer = model.StartingMesh;
for (int j = 0; j < model.NumMeshes; j++)
{
meshes.Add(GetMesh(level, meshPointer + j));
}
return(meshes.ToArray());
}
public static TRMeshTreeNode[] GetModelMeshTrees(TR2Level level, TRModel model)
{
List <TRMeshTreeNode> nodes = new List <TRMeshTreeNode>();
int index = (int)model.MeshTree / 4;
for (int i = 0; i < model.NumMeshes; i++)
{
int offset = index + i;
if (offset < level.MeshTrees.Length)
{
nodes.Add(level.MeshTrees[offset]);
}
}
return(nodes.ToArray());
}
private int GetModelAnimationCount(TR2Level level, TRModel model)
{
TRModel nextModel = model;
int modelIndex = level.Models.ToList().IndexOf(model) + 1;
while (modelIndex < level.NumModels)
{
nextModel = level.Models[modelIndex++];
if (nextModel.Animation != ushort.MaxValue)
{
break;
}
}
ushort nextStartAnimation = nextModel.Animation;
if (model == nextModel)
{
nextStartAnimation = (ushort)level.NumAnimations;
}
return(model.Animation == ushort.MaxValue ? 0 : nextStartAnimation - model.Animation);
}
public static TRMesh GetModelFirstMesh(TR2Level level, TRModel model)
{
return(GetMesh(level, model.StartingMesh));
}
