private void Start()
{
if (definitions == null)
{
List<Mesh> meshes = GetMeshes(transform);
definitions = new FoxMeshDefinition[meshes.Count];
for(int i = 0; i < meshes.Count; i++)
{
definitions[i] = new FoxMeshDefinition();
definitions[i].mesh = meshes[i];
definitions[i].meshGroup = meshes[i].name.Substring(4);
definitions[i].material = "fox_3ddf_skin_tension_dirty";
definitions[i].materialType = "fox3DDF_Skin_Tension_Dirty";
} //for
} //if
} //Start
public GameObject GetDataFromFmdl(OldFmdl fmdl)
{
meshes = new UnityMesh[fmdl.section0Block3Entries.Count];
GameObject fmdlGameObject = new GameObject();
fmdlGameObject.name = fmdl.name;
GameObject[] subFmdlGameObjects = new GameObject[fmdl.objects.Count];
Transform[] bones;
//Matrix4x4[] bindPoses;
Bounds[] bounds = new Bounds[fmdl.section0BlockDEntries.Count];
FoxModel foxModel = fmdlGameObject.AddComponent<FoxModel>();
foxModel.meshGroups = new FoxMeshGroup[fmdl.section0Block1Entries.Count];
foxModel.meshDefinitions = new FoxMeshDefinition[fmdl.objects.Count];
Material[] materials = new Material[fmdl.section0Block4Entries.Count];
if (fmdl.bonesIndex != -1)
{
bones = new Transform[fmdl.section0Block0Entries.Count];
//bindPoses = new Matrix4x4[fmdl.section0Block0Entries.Count];
} //if
else
{
bones = new Transform[0];
//bindPoses = new Matrix4x4[0];
} //else
//Mesh Groups
for (int i = 0; i < fmdl.section0Block1Entries.Count; i++)
{
FoxMeshGroup foxMeshGroup = new FoxMeshGroup();
if (fmdl.stringsIndex != -1)
foxMeshGroup.name = fmdl.strings[fmdl.section0Block1Entries[i].stringId];
else
foxMeshGroup.name = Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block1Entries[i].stringId]);
foxMeshGroup.parent = (short)fmdl.section0Block1Entries[i].parentId;
if (fmdl.section0Block1Entries[i].invisibilityFlag == 0)
foxMeshGroup.visible = true;
else
foxMeshGroup.visible = false;
foxModel.meshGroups[i] = foxMeshGroup;
} //for
//Materials
for (int i = 0; i < fmdl.section0Block4Entries.Count; i++)
{
if (fmdl.stringsIndex != -1)
materials[i] = new Material(Shader.Find($"FoxShaders/{fmdl.strings[fmdl.section0Block8Entries[fmdl.section0Block4Entries[i].materialId].typeId]}"));
else
materials[i] = new Material(Shader.Find($"FoxShaders/{Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block8Entries[fmdl.section0Block4Entries[i].materialId].typeId])}"));
//materials[i].material = new Material(Shader.Find("Legacy Shaders/Transparent/Cutout/Bumped Diffuse"));
//materials[i].material = new Material(Shader.Find("Standard"));
if (fmdl.stringsIndex != -1)
{
materials[i].name = fmdl.strings[fmdl.section0Block4Entries[i].stringId];
for (int j = fmdl.section0Block4Entries[i].firstTextureId; j < fmdl.section0Block4Entries[i].firstTextureId + fmdl.section0Block4Entries[i].numTextures; j++)
{
string textureName = "";
string textureType = fmdl.strings[fmdl.section0Block7Entries[j].stringId];
int extensionLocation;
textureName = fmdl.strings[fmdl.section0Block6Entries[fmdl.section0Block7Entries[j].referenceId].pathId] + fmdl.strings[fmdl.section0Block6Entries[fmdl.section0Block7Entries[j].referenceId].stringId];
//materials[i].textureType = fmdl.strings[fmdl.section0Block7Entries[fmdl.section0Block4Entries[i].firstTextureId].stringId];
extensionLocation = textureName.IndexOf('.');
textureName = textureName.Substring(0, extensionLocation);
if (File.Exists(Globals.texturePath + "\\" + textureName + ".dds"))
{
Texture2D texture = LoadTextureDXT(Globals.texturePath + "\\" + textureName + ".dds");
texture.name = textureName + ".dds";
materials[i].SetTexture(textureType, texture);
} //if
else
{
Debug.Log("Could not find: " + Globals.texturePath + "\\" + textureName + ".dds");
} //else
} //for
for (int j = fmdl.section0Block4Entries[i].firstParameterId; j < fmdl.section0Block4Entries[i].firstParameterId + fmdl.section0Block4Entries[i].numParameters; j++)
materials[i].SetVector(fmdl.strings[fmdl.section0Block7Entries[j].stringId], new Vector4(fmdl.materialParameters[fmdl.section0Block7Entries[j].referenceId].values.x, fmdl.materialParameters[fmdl.section0Block7Entries[j].referenceId].values.y, fmdl.materialParameters[fmdl.section0Block7Entries[j].referenceId].values.z, fmdl.materialParameters[fmdl.section0Block7Entries[j].referenceId].values.w));
} //if
else
{
materials[i].name = Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block4Entries[i].stringId]);
if (fmdl.texturePathsIndex != -1)
{
for (int j = fmdl.section0Block4Entries[i].firstTextureId; j < fmdl.section0Block4Entries[i].firstTextureId + fmdl.section0Block4Entries[i].numTextures; j++)
{
string textureName = Hashing.TryGetPathName(fmdl.section0Block15Entries[fmdl.section0Block7Entries[j].referenceId]);
string textureType = Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block7Entries[j].stringId]);
if (File.Exists(Globals.texturePath + "\\" + textureName + ".dds"))
{
Texture2D texture = LoadTextureDXT(Globals.texturePath + "\\" + textureName + ".dds");
texture.name = textureName + ".dds";
materials[i].SetTexture(textureType, texture);
} //if
else
{
Debug.Log("Could not find: " + Globals.texturePath + "\\" + textureName + ".dds");
} //else
} //for
} //if
for (int j = fmdl.section0Block4Entries[i].firstParameterId; j < fmdl.section0Block4Entries[i].firstParameterId + fmdl.section0Block4Entries[i].numParameters; j++)
materials[i].SetVector(Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block7Entries[j].stringId]), new Vector4(fmdl.materialParameters[fmdl.section0Block7Entries[j].referenceId].values[0], fmdl.materialParameters[fmdl.section0Block7Entries[j].referenceId].values[1], fmdl.materialParameters[fmdl.section0Block7Entries[j].referenceId].values[2], fmdl.materialParameters[fmdl.section0Block7Entries[j].referenceId].values[3]));
} //else
//Have to flip textures here because Texture2D.LoadRawData is bugged an imports DDS files upside down.
for (int j = 0; j < ShaderUtil.GetPropertyCount(materials[i].shader); j++)
if (ShaderUtil.GetPropertyType(materials[i].shader, j) == ShaderUtil.ShaderPropertyType.TexEnv)
materials[i].SetTextureScale(ShaderUtil.GetPropertyName(materials[i].shader, j), new Vector2(1, -1));
} //for
for (int i = 0; i < bounds.Length; i++)
{
bounds[i].SetMinMax(new Vector3(-fmdl.section0BlockDEntries[i].minX, fmdl.section0BlockDEntries[i].minY, fmdl.section0BlockDEntries[i].minZ), new Vector3(-fmdl.section0BlockDEntries[i].maxX, fmdl.section0BlockDEntries[i].maxY, fmdl.section0BlockDEntries[i].maxZ));
} //for
Transform rootBone = new GameObject("[Root]").transform; //From what I can tell, the real name is "". But it looks kinda dumb having "" as its name; so using "[Root]" as a placeholder seems better.
rootBone.parent = fmdlGameObject.transform;
{
BoxCollider collider = rootBone.gameObject.AddComponent<BoxCollider>();
collider.center = rootBone.InverseTransformPoint(bounds[0].center); //Have to convert these to local positions. They're stored as world positions.
collider.size = bounds[0].size;
} //code block
for (int i = 0; i < bones.Length; i++)
{
bones[i] = new GameObject().transform;
bones[i].position = new Vector3(-fmdl.section0Block0Entries[i].worldPositionX, fmdl.section0Block0Entries[i].worldPositionY, fmdl.section0Block0Entries[i].worldPositionZ);
BoxCollider collider = bones[i].gameObject.AddComponent<BoxCollider>();
collider.center = bones[i].InverseTransformPoint(bounds[fmdl.section0Block0Entries[i].boundingBoxId].center); //Have to convert these to local positions. They're stored as world positions.
collider.size = bounds[fmdl.section0Block0Entries[i].boundingBoxId].size;
if (fmdl.stringsIndex != -1)
bones[i].name = fmdl.strings[fmdl.section0Block0Entries[i].stringId];
else
bones[i].name = Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block0Entries[i].stringId]);
if (fmdl.section0Block0Entries[i].parentId != 0xFFFF)
bones[i].parent = bones[fmdl.section0Block0Entries[i].parentId];
else
bones[i].parent = rootBone;
} //for
for (int i = 0; i < fmdl.objects.Count; i++)
{
int lod = 0; //Temporary solution. 0 loads the normal faces. 1 loads the first set of LOD faces. 2 loads the next set. Etc....
meshes[i].vertices = new Vector3[fmdl.objects[i].vertices.Length];
meshes[i].normals = new Vector3[fmdl.objects[i].additionalVertexData.Length];
meshes[i].tangents = new Vector4[fmdl.objects[i].additionalVertexData.Length];
meshes[i].colour = new Color[fmdl.objects[i].additionalVertexData.Length];
meshes[i].uv = new Vector2[fmdl.objects[i].additionalVertexData.Length];
meshes[i].uv2 = new Vector2[fmdl.objects[i].additionalVertexData.Length];
meshes[i].uv3 = new Vector2[fmdl.objects[i].additionalVertexData.Length];
meshes[i].uv4 = new Vector2[fmdl.objects[i].additionalVertexData.Length];
//meshes[i].faces = new int[fmdl.objects[i].faces.Length * 3];
meshes[i].faces = new int[fmdl.objects[i].lodFaces[lod].Length * 3];
meshes[i].boneWeights = new BoneWeight[fmdl.objects[i].additionalVertexData.Length];
//Position
for (int j = 0; j < fmdl.objects[i].vertices.Length; j++)
meshes[i].vertices[j] = new Vector3(-fmdl.objects[i].vertices[j].x, fmdl.objects[i].vertices[j].y, fmdl.objects[i].vertices[j].z);
//Normals, Bone Weights, Bone Group Ids and UVs
for (int j = 0; j < fmdl.objects[i].additionalVertexData.Length; j++)
{
meshes[i].normals[j] = new Vector3(-fmdl.objects[i].additionalVertexData[j].normalX, fmdl.objects[i].additionalVertexData[j].normalY, fmdl.objects[i].additionalVertexData[j].normalZ);
meshes[i].tangents[j] = new Vector4(-fmdl.objects[i].additionalVertexData[j].tangentX, fmdl.objects[i].additionalVertexData[j].tangentY, fmdl.objects[i].additionalVertexData[j].tangentZ, fmdl.objects[i].additionalVertexData[j].tangentW);
meshes[i].colour[j] = new Color(fmdl.objects[i].additionalVertexData[j].colourR, fmdl.objects[i].additionalVertexData[j].colourG, fmdl.objects[i].additionalVertexData[j].colourB, fmdl.objects[i].additionalVertexData[j].colourA);
if (fmdl.bonesIndex != -1)
{
meshes[i].boneWeights[j].weight0 = fmdl.objects[i].additionalVertexData[j].boneWeightX;
meshes[i].boneWeights[j].weight1 = fmdl.objects[i].additionalVertexData[j].boneWeightY;
meshes[i].boneWeights[j].weight2 = fmdl.objects[i].additionalVertexData[j].boneWeightZ;
meshes[i].boneWeights[j].weight3 = fmdl.objects[i].additionalVertexData[j].boneWeightW;
meshes[i].boneWeights[j].boneIndex0 = fmdl.section0Block5Entries[fmdl.section0Block3Entries[i].boneGroupId].entries[fmdl.objects[i].additionalVertexData[j].boneGroup0Id];
meshes[i].boneWeights[j].boneIndex1 = fmdl.section0Block5Entries[fmdl.section0Block3Entries[i].boneGroupId].entries[fmdl.objects[i].additionalVertexData[j].boneGroup1Id];
meshes[i].boneWeights[j].boneIndex2 = fmdl.section0Block5Entries[fmdl.section0Block3Entries[i].boneGroupId].entries[fmdl.objects[i].additionalVertexData[j].boneGroup2Id];
meshes[i].boneWeights[j].boneIndex3 = fmdl.section0Block5Entries[fmdl.section0Block3Entries[i].boneGroupId].entries[fmdl.objects[i].additionalVertexData[j].boneGroup3Id];
} //if
meshes[i].uv[j] = new Vector2(fmdl.objects[i].additionalVertexData[j].textureU, -fmdl.objects[i].additionalVertexData[j].textureV);
meshes[i].uv2[j] = new Vector2(fmdl.objects[i].additionalVertexData[j].unknownU0, -fmdl.objects[i].additionalVertexData[j].unknownV0);
meshes[i].uv3[j] = new Vector2(fmdl.objects[i].additionalVertexData[j].unknownU1, -fmdl.objects[i].additionalVertexData[j].unknownV1);
meshes[i].uv4[j] = new Vector2(fmdl.objects[i].additionalVertexData[j].unknownU2, -fmdl.objects[i].additionalVertexData[j].unknownV2);
} //for
//Faces
/*for (int j = 0, h = 0; j < fmdl.objects[i].faces.Length; j++, h += 3)
{
meshes[i].faces[h] = fmdl.objects[i].faces[j].vertex1Id;
meshes[i].faces[h + 1] = fmdl.objects[i].faces[j].vertex2Id;
meshes[i].faces[h + 2] = fmdl.objects[i].faces[j].vertex3Id;
} //for*/
for (int j = 0, h = 0; j < fmdl.objects[i].lodFaces[lod].Length; j++, h += 3)
{
meshes[i].faces[h] = fmdl.objects[i].lodFaces[lod][j].vertex1Id;
meshes[i].faces[h + 1] = fmdl.objects[i].lodFaces[lod][j].vertex2Id;
meshes[i].faces[h + 2] = fmdl.objects[i].lodFaces[lod][j].vertex3Id;
} //for
//Render the mesh in Unity.
subFmdlGameObjects[i] = new GameObject();
FoxMeshDefinition foxMeshDefinition = new FoxMeshDefinition();
foxMeshDefinition.alpha = (FoxMeshDefinition.Alpha)fmdl.section0Block3Entries[i].alphaEnum;
foxMeshDefinition.shadow = (FoxMeshDefinition.Shadow)fmdl.section0Block3Entries[i].shadowEnum;
//Get the mesh name.
for (int j = 0; j < fmdl.section0Block2Entries.Count; j++)
{
if (i >= fmdl.section0Block2Entries[j].firstObjectId && i < fmdl.section0Block2Entries[j].firstObjectId + fmdl.section0Block2Entries[j].numObjects)
{
if (fmdl.stringsIndex != -1)
subFmdlGameObjects[i].name = i + " - " + fmdl.strings[fmdl.section0Block1Entries[fmdl.section0Block2Entries[j].meshGroupId].stringId];
else
subFmdlGameObjects[i].name = i + " - " + Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block1Entries[fmdl.section0Block2Entries[j].meshGroupId].stringId]);
foxMeshDefinition.meshGroup = fmdl.section0Block2Entries[j].meshGroupId;
break;
} //if
} //for
subFmdlGameObjects[i].transform.parent = fmdlGameObject.transform;
SkinnedMeshRenderer meshRenderer = subFmdlGameObjects[i].AddComponent<SkinnedMeshRenderer>();
meshRenderer.sharedMaterial = materials[fmdl.section0Block3Entries[i].materialInstanceId];
Mesh mesh = new Mesh();
mesh.vertices = meshes[i].vertices;
mesh.uv = meshes[i].uv;
mesh.uv2 = meshes[i].uv2;
mesh.uv3 = meshes[i].uv3;
mesh.uv4 = meshes[i].uv4;
mesh.normals = meshes[i].normals;
mesh.tangents = meshes[i].tangents;
mesh.triangles = meshes[i].faces;
mesh.boneWeights = meshes[i].boneWeights;
//Sets up the model to only use weighted bones.
Transform[] boneArray = bones;
List<Transform> usedBones = new List<Transform>(0);
BoneWeight[] weightArray = meshes[i].boneWeights;
int boneCount = boneArray.Length;
int weightCount = weightArray.Length;
for (int j = 0; j < boneCount; j++)
{
bool found = false;
for (int h = 0; h < weightCount; h++)
{
if (weightArray[h].boneIndex0 == j)
{
found = true;
if (!usedBones.Contains(boneArray[j]))
weightArray[h].boneIndex0 = usedBones.Count;
else
weightArray[h].boneIndex0 = usedBones.IndexOf(boneArray[j]);
} //if
if (weightArray[h].boneIndex1 == j)
{
found = true;
if (!usedBones.Contains(boneArray[j]))
weightArray[h].boneIndex1 = usedBones.Count;
else
weightArray[h].boneIndex1 = usedBones.IndexOf(boneArray[j]);
} //if
if (weightArray[h].boneIndex2 == j)
{
found = true;
if (!usedBones.Contains(boneArray[j]))
weightArray[h].boneIndex2 = usedBones.Count;
else
weightArray[h].boneIndex2 = usedBones.IndexOf(boneArray[j]);
} //if
if (weightArray[h].boneIndex3 == j)
{
found = true;
if (!usedBones.Contains(boneArray[j]))
weightArray[h].boneIndex3 = usedBones.Count;
else
weightArray[h].boneIndex3 = usedBones.IndexOf(boneArray[j]);
} //if
} //for
if (found)
if (!usedBones.Contains(boneArray[j]))
usedBones.Add(boneArray[j]);
} //for
mesh.boneWeights = weightArray;
meshRenderer.bones = usedBones.ToArray();
boneCount = usedBones.Count;
List<Matrix4x4> bindPoses = new List<Matrix4x4>(0);
for (int j = 0; j < boneCount; j++)
{
bindPoses.Add(usedBones[j].worldToLocalMatrix * subFmdlGameObjects[i].transform.localToWorldMatrix);
} //for
mesh.bindposes = bindPoses.ToArray();
meshRenderer.sharedMesh = mesh;
foxMeshDefinition.mesh = meshRenderer.sharedMesh;
foxModel.meshDefinitions[i] = foxMeshDefinition;
subFmdlGameObjects[i].AddComponent<MeshCollider>();
} //for
return fmdlGameObject;
} //GetDataFromFmdl
public GameObject GetDataFromFmdl(Fmdl fmdl)
{
Globals.ReadTexturePath();
meshes = new UnityMesh[fmdl.section0Block3Entries.Count];
GameObject fmdlGameObject = new GameObject();
fmdlGameObject.name = fmdl.name;
GameObject[] subFmdlGameObjects = new GameObject[fmdl.objects.Count];
Transform[] bones;
Matrix4x4[] bindPoses;
Bounds[] bounds = new Bounds[fmdl.section0BlockDEntries.Count];
fmdlGameObject.AddComponent <FoxModel>().definitions = new FoxMeshDefinition[fmdl.objects.Count];
UnityMaterial[] materials = new UnityMaterial[fmdl.section0Block4Entries.Count];
if (fmdl.bonesIndex != -1)
{
bones = new Transform[fmdl.section0Block0Entries.Count];
bindPoses = new Matrix4x4[fmdl.section0Block0Entries.Count];
} //if
else
{
bones = new Transform[0];
bindPoses = new Matrix4x4[0];
} //else
for (int i = 0; i < fmdl.section0Block4Entries.Count; i++)
{
materials[i].material = new Material(Shader.Find("FoxShaders/Base"));
//materials[i].material = new Material(Shader.Find("Legacy Shaders/Transparent/Cutout/Bumped Diffuse"));
//materials[i].material = new Material(Shader.Find("Standard"));
if (fmdl.stringsIndex != -1)
{
materials[i].material.name = fmdl.strings[fmdl.section0Block4Entries[i].stringId];
materials[i].materialName = fmdl.strings[fmdl.section0Block8Entries[fmdl.section0Block4Entries[i].materialId].stringId];
materials[i].materialType = fmdl.strings[fmdl.section0Block8Entries[fmdl.section0Block4Entries[i].materialId].typeId];
for (int j = fmdl.section0Block4Entries[i].firstTextureId; j < fmdl.section0Block4Entries[i].firstTextureId + fmdl.section0Block4Entries[i].numTextures; j++)
{
string textureName = "";
int extensionLocation;
textureName = fmdl.strings[fmdl.section0Block6Entries[fmdl.section0Block7Entries[j].referenceId].pathId] + fmdl.strings[fmdl.section0Block6Entries[fmdl.section0Block7Entries[j].referenceId].stringId];
//materials[i].textureType = fmdl.strings[fmdl.section0Block7Entries[fmdl.section0Block4Entries[i].firstTextureId].stringId];
extensionLocation = textureName.IndexOf('.');
textureName = textureName.Substring(0, extensionLocation);
if (File.Exists(Globals.texturePath + "\\" + textureName + ".dds"))
{
Texture2D texture = LoadTextureDXT(Globals.texturePath + "\\" + textureName + ".dds");
texture.name = textureName + ".dds";
if (fmdl.strings[fmdl.section0Block7Entries[j].stringId] == "Base_Tex_SRGB")
{
materials[i].material.mainTexture = texture;
}
else if (fmdl.strings[fmdl.section0Block7Entries[j].stringId] == "NormalMap_Tex_NRM")
{
materials[i].material.SetTexture("_BumpMap", texture);
}
else if (fmdl.strings[fmdl.section0Block7Entries[j].stringId] == "SpecularMap_Tex_LIN")
{
materials[i].material.SetTexture("_SRM", texture);
}
else if (fmdl.strings[fmdl.section0Block7Entries[j].stringId] == "Layer_Tex_SRGB")
{
materials[i].material.SetTexture("_LayerTex", texture);
}
else if (fmdl.strings[fmdl.section0Block7Entries[j].stringId] == "LayerMask_Tex_LIN")
{
materials[i].material.SetTexture("_LayerMask", texture);
}
//_MainTex = Diffuse. _BumpMap = Normal Map. _Color = Main Colour. _SpecColor = Specular Map. _Shininess.
} //if
else
{
UnityEngine.Debug.Log("Could not find: " + Globals.texturePath + "\\" + textureName + ".dds");
} //else
} //for
} //if
else
{
materials[i].material.name = Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block4Entries[i].stringId]);
materials[i].materialName = Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block8Entries[fmdl.section0Block4Entries[i].materialId].stringId]);
materials[i].materialType = Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block8Entries[fmdl.section0Block4Entries[i].materialId].typeId]);
if (fmdl.texturePathsIndex != -1)
{
for (int j = fmdl.section0Block4Entries[i].firstTextureId; j < fmdl.section0Block4Entries[i].firstTextureId + fmdl.section0Block4Entries[i].numTextures; j++)
{
if (File.Exists(Globals.texturePath + "\\" + Hashing.TryGetPathName(fmdl.section0Block15Entries[fmdl.section0Block7Entries[j].referenceId]) + ".dds"))
{
Texture2D texture = LoadTextureDXT(Globals.texturePath + "\\" + Hashing.TryGetPathName(fmdl.section0Block15Entries[fmdl.section0Block7Entries[j].referenceId]) + ".dds");
texture.name = Hashing.TryGetPathName(fmdl.section0Block15Entries[fmdl.section0Block7Entries[j].referenceId]) + ".dds";
//materials[i].textureType = Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block7Entries[fmdl.section0Block4Entries[i].firstTextureId].stringId]);
if (Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block7Entries[j].stringId]) == "Base_Tex_SRGB")
{
materials[i].material.mainTexture = texture;
}
else if (Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block7Entries[j].stringId]) == "NormalMap_Tex_NRM")
{
materials[i].material.SetTexture("_BumpMap", texture);
}
else if (Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block7Entries[j].stringId]) == "SpecularMap_Tex_LIN")
{
materials[i].material.SetTexture("_SRM", texture);
}
else if (Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block7Entries[j].stringId]) == "Layer_Tex_SRGB")
{
materials[i].material.SetTexture("_LayerTex", texture);
}
else if (Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block7Entries[j].stringId]) == "LayerMask_Tex_LIN")
{
materials[i].material.SetTexture("_LayerMask", texture);
}
} //if
else
{
UnityEngine.Debug.Log("Could not find: " + Globals.texturePath + "\\" + Hashing.TryGetPathName(fmdl.section0Block15Entries[fmdl.section0Block7Entries[j].referenceId]) + ".dds");
} //else
} //for
} //if
} //else
} //for
for (int i = 0; i < bounds.Length; i++)
{
bounds[i].SetMinMax(new Vector3(fmdl.section0BlockDEntries[i].minZ, fmdl.section0BlockDEntries[i].minY, fmdl.section0BlockDEntries[i].minX), new Vector3(fmdl.section0BlockDEntries[i].maxZ, fmdl.section0BlockDEntries[i].maxY, fmdl.section0BlockDEntries[i].maxX));
} //for
Transform rootBone = new GameObject("[Root]").transform; //From what I can tell, the real name is "". But it looks kinda dumb having "" as its name; so using "[Root]" as a placeholder seems better.
rootBone.parent = fmdlGameObject.transform;
{
BoxCollider collider = rootBone.gameObject.AddComponent <BoxCollider>();
collider.center = rootBone.InverseTransformPoint(bounds[0].center); //Have to convert these to local positions. They're stored as world positions.
collider.size = bounds[0].size;
} //code block
for (int i = 0; i < bones.Length; i++)
{
bones[i] = new GameObject().transform;
bones[i].position = new Vector3(fmdl.section0Block0Entries[i].worldPositionZ, fmdl.section0Block0Entries[i].worldPositionY, fmdl.section0Block0Entries[i].worldPositionX);
BoxCollider collider = bones[i].gameObject.AddComponent <BoxCollider>();
collider.center = bones[i].InverseTransformPoint(bounds[fmdl.section0Block0Entries[i].boundingBoxId].center); //Have to convert these to local positions. They're stored as world positions.
collider.size = bounds[fmdl.section0Block0Entries[i].boundingBoxId].size;
if (fmdl.stringsIndex != -1)
{
bones[i].name = fmdl.strings[fmdl.section0Block0Entries[i].stringId];
}
else
{
bones[i].name = Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block0Entries[i].stringId]);
}
if (fmdl.section0Block0Entries[i].parentId != 0xFFFF)
{
bones[i].parent = bones[fmdl.section0Block0Entries[i].parentId];
}
else
{
bones[i].parent = rootBone;
}
} //for
for (int i = 0; i < fmdl.objects.Count; i++)
{
int lod = 0; //Temporary solution. 0 loads the normal faces. 1 loads the first set of LOD faces. 2 loads the next set. Etc....
meshes[i].vertices = new Vector3[fmdl.objects[i].vertices.Length];
meshes[i].normals = new Vector3[fmdl.objects[i].additionalVertexData.Length];
meshes[i].tangents = new Vector4[fmdl.objects[i].additionalVertexData.Length];
meshes[i].colour = new Color[fmdl.objects[i].additionalVertexData.Length];
meshes[i].uv = new Vector2[fmdl.objects[i].additionalVertexData.Length];
meshes[i].uv2 = new Vector2[fmdl.objects[i].additionalVertexData.Length];
meshes[i].uv3 = new Vector2[fmdl.objects[i].additionalVertexData.Length];
meshes[i].uv4 = new Vector2[fmdl.objects[i].additionalVertexData.Length];
//meshes[i].faces = new int[fmdl.objects[i].faces.Length * 3];
meshes[i].faces = new int[fmdl.objects[i].lodFaces[lod].Length * 3];
meshes[i].boneWeights = new BoneWeight[fmdl.objects[i].additionalVertexData.Length];
//Position
for (int j = 0; j < fmdl.objects[i].vertices.Length; j++)
{
meshes[i].vertices[j] = new Vector3(fmdl.objects[i].vertices[j].z, fmdl.objects[i].vertices[j].y, fmdl.objects[i].vertices[j].x);
}
//Normals, Bone Weights, Bone Group Ids and UVs
for (int j = 0; j < fmdl.objects[i].additionalVertexData.Length; j++)
{
meshes[i].normals[j] = new Vector3(fmdl.objects[i].additionalVertexData[j].normalZ, fmdl.objects[i].additionalVertexData[j].normalY, fmdl.objects[i].additionalVertexData[j].normalX);
meshes[i].tangents[j] = new Vector4(fmdl.objects[i].additionalVertexData[j].tangentZ, fmdl.objects[i].additionalVertexData[j].tangentY, fmdl.objects[i].additionalVertexData[j].tangentX, fmdl.objects[i].additionalVertexData[j].tangentW);
meshes[i].colour[j] = new Color(fmdl.objects[i].additionalVertexData[j].colourR, fmdl.objects[i].additionalVertexData[j].colourG, fmdl.objects[i].additionalVertexData[j].colourB, fmdl.objects[i].additionalVertexData[j].colourA);
if (fmdl.bonesIndex != -1)
{
meshes[i].boneWeights[j].weight0 = fmdl.objects[i].additionalVertexData[j].boneWeightX;
meshes[i].boneWeights[j].weight1 = fmdl.objects[i].additionalVertexData[j].boneWeightY;
meshes[i].boneWeights[j].weight2 = fmdl.objects[i].additionalVertexData[j].boneWeightZ;
meshes[i].boneWeights[j].weight3 = fmdl.objects[i].additionalVertexData[j].boneWeightW;
meshes[i].boneWeights[j].boneIndex0 = fmdl.section0Block5Entries[fmdl.section0Block3Entries[i].boneGroupId].entries[fmdl.objects[i].additionalVertexData[j].boneGroup0Id];
meshes[i].boneWeights[j].boneIndex1 = fmdl.section0Block5Entries[fmdl.section0Block3Entries[i].boneGroupId].entries[fmdl.objects[i].additionalVertexData[j].boneGroup1Id];
meshes[i].boneWeights[j].boneIndex2 = fmdl.section0Block5Entries[fmdl.section0Block3Entries[i].boneGroupId].entries[fmdl.objects[i].additionalVertexData[j].boneGroup2Id];
meshes[i].boneWeights[j].boneIndex3 = fmdl.section0Block5Entries[fmdl.section0Block3Entries[i].boneGroupId].entries[fmdl.objects[i].additionalVertexData[j].boneGroup3Id];
} //if
meshes[i].uv[j] = new Vector2(fmdl.objects[i].additionalVertexData[j].textureU, fmdl.objects[i].additionalVertexData[j].textureV);
meshes[i].uv2[j] = new Vector2(fmdl.objects[i].additionalVertexData[j].unknownU0, fmdl.objects[i].additionalVertexData[j].unknownV0);
meshes[i].uv3[j] = new Vector2(fmdl.objects[i].additionalVertexData[j].unknownU1, fmdl.objects[i].additionalVertexData[j].unknownV1);
meshes[i].uv4[j] = new Vector2(fmdl.objects[i].additionalVertexData[j].unknownU2, fmdl.objects[i].additionalVertexData[j].unknownV2);
} //for
//Faces
/*for (int j = 0, h = 0; j < fmdl.objects[i].faces.Length; j++, h += 3)
* {
* meshes[i].faces[h] = fmdl.objects[i].faces[j].vertex1Id;
* meshes[i].faces[h + 1] = fmdl.objects[i].faces[j].vertex2Id;
* meshes[i].faces[h + 2] = fmdl.objects[i].faces[j].vertex3Id;
* } //for*/
for (int j = 0, h = 0; j < fmdl.objects[i].lodFaces[lod].Length; j++, h += 3)
{
meshes[i].faces[h] = fmdl.objects[i].lodFaces[lod][j].vertex1Id;
meshes[i].faces[h + 1] = fmdl.objects[i].lodFaces[lod][j].vertex2Id;
meshes[i].faces[h + 2] = fmdl.objects[i].lodFaces[lod][j].vertex3Id;
} //for
//Render the mesh in Unity.
subFmdlGameObjects[i] = new GameObject();
FoxMeshDefinition foxMeshDefinition = new FoxMeshDefinition();
//Get the mesh name.
for (int j = 0; j < fmdl.section0Block2Entries.Count; j++)
{
if (i >= fmdl.section0Block2Entries[j].firstObjectId && i < fmdl.section0Block2Entries[j].firstObjectId + fmdl.section0Block2Entries[j].numObjects)
{
if (fmdl.stringsIndex != -1)
{
subFmdlGameObjects[i].name = i + " - " + fmdl.strings[fmdl.section0Block1Entries[fmdl.section0Block2Entries[j].meshGroupId].stringId];
foxMeshDefinition.meshGroup = fmdl.strings[fmdl.section0Block1Entries[fmdl.section0Block2Entries[j].meshGroupId].stringId];
} //if
else
{
subFmdlGameObjects[i].name = i + " - " + Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block1Entries[fmdl.section0Block2Entries[j].meshGroupId].stringId]);
foxMeshDefinition.meshGroup = Hashing.TryGetStringName(fmdl.section0Block16Entries[fmdl.section0Block1Entries[fmdl.section0Block2Entries[j].meshGroupId].stringId]);
} //else
break;
} //if
} //for
subFmdlGameObjects[i].transform.parent = fmdlGameObject.transform;
SkinnedMeshRenderer meshRenderer = subFmdlGameObjects[i].AddComponent <SkinnedMeshRenderer>();
meshRenderer.material = materials[fmdl.section0Block3Entries[i].materialInstanceId].material;
foxMeshDefinition.material = materials[fmdl.section0Block3Entries[i].materialInstanceId].materialName;
foxMeshDefinition.materialType = materials[fmdl.section0Block3Entries[i].materialInstanceId].materialType;
Mesh mesh = new Mesh();
foxMeshDefinition.mesh = mesh;
mesh.vertices = meshes[i].vertices;
mesh.uv = meshes[i].uv;
mesh.uv2 = meshes[i].uv2;
mesh.uv3 = meshes[i].uv3;
mesh.uv4 = meshes[i].uv4;
mesh.normals = meshes[i].normals;
mesh.tangents = meshes[i].tangents;
mesh.triangles = meshes[i].faces;
mesh.boneWeights = meshes[i].boneWeights;
for (int j = 0; j < bones.Length; j++)
{
bindPoses[j] = bones[j].worldToLocalMatrix * subFmdlGameObjects[i].transform.localToWorldMatrix;
} //for
mesh.bindposes = bindPoses;
meshRenderer.bones = bones;
meshRenderer.sharedMesh = mesh;
fmdlGameObject.GetComponent <FoxModel>().definitions[i] = foxMeshDefinition;
subFmdlGameObjects[i].AddComponent <MeshCollider>();
} //for
return(fmdlGameObject);
} //GetDataFromFmdl
