/// <summary>
/// Accessor for the full unified MeshGroup level Vertex list.
/// </summary>
/// <param name="id"></param>
/// <returns></returns>
public TTVertex GetVertexAt(int id)
{
if (Parts.Count == 0)
{
return(null);
}
var startingOffset = 0;
TTMeshPart part = Parts[0];
foreach (var p in Parts)
{
if (startingOffset + p.Vertices.Count < id)
{
startingOffset += p.Vertices.Count;
}
else
{
part = p;
break;
}
}
var realId = id - startingOffset;
return(part.Vertices[realId]);
}
/*private static float[] NewIdentityMatrix()
* {
* var arr = new float [16];
* arr[0] = 1f;
* arr[1] = 0f;
* arr[2] = 0f;
* arr[3] = 0f;
*
* arr[4] = 0f;
* arr[5] = 1f;
* arr[6] = 0f;
* arr[7] = 0f;
*
* arr[8] = 0f;
* arr[9] = 0f;
* arr[10] = 1f;
* arr[11] = 0f;
*
* arr[12] = 0f;
* arr[13] = 0f;
* arr[14] = 0f;
* arr[15] = 1f;
* return arr;
* }
*
* public Dictionary<string, SkeletonData> ResolveBoneHeirarchy(List<XivDependencyRootInfo> roots = null, XivRace race = XivRace.All_Races, List<string> bones = null, Action<bool, string> loggingFunction = null)
* {
* if (roots == null || roots.Count == 0)
* {
* if (!IsInternal)
* {
* throw new Exception("Cannot dynamically resolve bone heirarchy for external model.");
* }
*
*
* // We can use the raw function here since we know this is a valid internal model file.
* XivDependencyRootInfo root = XivDependencyGraph.ExtractRootInfo(Source);
*
* if (race == XivRace.All_Races)
* {
* race = IOUtil.GetRaceFromPath(Source);
* }
*
*
* // Just our one dynamically found root.
* roots = new List<XivDependencyRootInfo>() { root };
* }
*
* return TTModel.ResolveBoneHeirarchyRaw(roots, race, bones, loggingFunction);
* }
*
* /// <summary>
* /// Creates a row-by-row Matrix from a column order float set.
* /// </summary>
* /// <param name="data"></param>
* /// <returns></returns>
* private static float[] RowsFromColumns(float[] data)
* {
* var formatted = new float[16];
*
* formatted[0] = data[0];
* formatted[1] = data[4];
* formatted[2] = data[8];
* formatted[3] = data[12];
*
*
* formatted[4] = data[1];
* formatted[5] = data[5];
* formatted[6] = data[9];
* formatted[7] = data[13];
*
* formatted[8] = data[2];
* formatted[9] = data[6];
* formatted[10] = data[10];
* formatted[11] = data[14];
*
* formatted[12] = data[3];
* formatted[13] = data[7];
* formatted[14] = data[11];
* formatted[15] = data[15];
*
* return formatted;
* }
*
* /// <summary>
* /// Resolves the full bone heirarchy necessary to animate this TTModel.
* /// Used when saving the file to DB. (Or potentially animating it)
* /// </summary>
* /// <returns></returns>
* public static Dictionary<string, SkeletonData> ResolveBoneHeirarchyRaw(List<XivDependencyRootInfo> roots, XivRace race, List<string> bones = null, Action<bool, string> loggingFunction = null)
* {
* if (loggingFunction == null)
* {
* loggingFunction = ModelModifiers.NoOp;
* }
*
* var fullSkel = new Dictionary<string, SkeletonData>();
* var skelDict = new Dictionary<string, SkeletonData>();
*
* bool parsedBase = false;
* var baseSkeletonPath = "";
* var extraSkeletonPath = "";
*
* foreach (var root in roots)
* {
* // Do we need to get the base skel still?
* string[] skeletonData;
* if (!parsedBase)
* {
* try
* {
* baseSkeletonPath = Sklb.GetBaseSkeletonFile(root, race);
* skeletonData = File.ReadAllLines(baseSkeletonPath);
*
* // Parse both skeleton files, starting with the base file.
* foreach (var b in skeletonData)
* {
* if (b == "") continue;
* var j = JsonConvert.DeserializeObject<SkeletonData>(b);
* j.PoseMatrix = RowsFromColumns(j.PoseMatrix);
* fullSkel.Add(j.BoneName, j);
* }
*
* } catch(Exception ex)
* {
* // If we failed to resolve the bones for some reason, log the error message and use a blank skel.
* loggingFunction(true, "Error Parsing Skeleton ("+ baseSkeletonPath.ToString() +"):" + ex.Message);
* }
* parsedBase = true;
* }
*
*
* extraSkeletonPath = Sklb.GetExtraSkeletonFile(root, race);
* // Did this root have an extra skeleton in use?
* if (!String.IsNullOrEmpty(extraSkeletonPath))
* {
* try
* {
* // If it did, add its bones to the resulting skeleton.
* Dictionary<int, int> exTranslationTable = new Dictionary<int, int>();
* skeletonData = File.ReadAllLines(extraSkeletonPath);
* foreach (var b in skeletonData)
* {
* if (b == "") continue;
* var j = JsonConvert.DeserializeObject<SkeletonData>(b);
* j.PoseMatrix = RowsFromColumns(j.PoseMatrix);
*
* if (fullSkel.ContainsKey(j.BoneName))
* {
* // This is a parent level reference to a base bone.
* exTranslationTable.Add(j.BoneNumber, fullSkel[j.BoneName].BoneNumber);
* }
* else if (exTranslationTable.ContainsKey(j.BoneParent))
* {
* // Run it through the translation to match up with the base skeleton.
* j.BoneParent = exTranslationTable[j.BoneParent];
*
* // And generate its own new bone number
* var originalNumber = j.BoneNumber;
* j.BoneNumber = fullSkel.Select(x => x.Value.BoneNumber).Max() + 1;
*
* fullSkel.Add(j.BoneName, j);
* exTranslationTable.Add(originalNumber, j.BoneNumber);
* } else
* {
* // This is a root bone in the EX skeleton that has no parent element in the base skeleton.
* // Just stick it onto the root bone.
* j.BoneParent = fullSkel["n_root"].BoneNumber;
*
* // And generate its own new bone number
* var originalNumber = j.BoneNumber;
* j.BoneNumber = fullSkel.Select(x => x.Value.BoneNumber).Max() + 1;
*
* fullSkel.Add(j.BoneName, j);
* exTranslationTable.Add(originalNumber, j.BoneNumber);
*
* }
* }
* } catch(Exception ex)
* {
* // If we failed to resolve the bones for some reason, log the error message and use a blank skel.
* loggingFunction(true, "Error Parsing Extra Skeleton (" + extraSkeletonPath.ToString() + "):" + ex.Message);
* }
* }
* }
*
*
* // If no bones were specified, include all of them.
* if(bones == null)
* {
* bones = new List<string>();
* foreach(var e in fullSkel)
* {
* bones.Add(e.Value.BoneName);
* }
*
* bones = bones.Distinct().ToList();
* }
*
*
* var badBoneId = 900;
* foreach (var s in bones)
* {
* var fixedBone = Regex.Replace(s, "[0-9]+$", string.Empty);
*
* if (fullSkel.ContainsKey(fixedBone))
* {
* var skel = fullSkel[fixedBone];
*
* if (skel.BoneParent == -1 && !skelDict.ContainsKey(skel.BoneName))
* {
* skelDict.Add(skel.BoneName, skel);
* }
*
* while (skel.BoneParent != -1)
* {
* if (!skelDict.ContainsKey(skel.BoneName))
* {
* skelDict.Add(skel.BoneName, skel);
* }
* skel = fullSkel.First(x => x.Value.BoneNumber == skel.BoneParent).Value;
*
* if (skel.BoneParent == -1 && !skelDict.ContainsKey(skel.BoneName))
* {
* skelDict.Add(skel.BoneName, skel);
* }
* }
* }
* else
* {
* // Create a fake bone for this, rather than strictly crashing out.
* var skel = new SkeletonData();
* skel.BoneName = s;
* skel.BoneNumber = badBoneId;
* badBoneId++;
* skel.BoneParent = 0;
* skel.InversePoseMatrix = NewIdentityMatrix();
* skel.PoseMatrix = NewIdentityMatrix();
*
* skelDict.Add(s, skel);
* loggingFunction(true, $"The base game skeleton did not contain bone {s}. It has been parented to the root bone.");
* }
* }
*
* return skelDict;
* }*/
/// <summary>
/// Performs a basic sanity check on an incoming TTModel
/// Returns true if there were no errors or errors that were resolvable.
/// Returns false if the model was deemed insane.
/// </summary>
/// <param name="model"></param>
/// <param name="loggingFunction"></param>
/// <returns></returns>
public static bool SanityCheck(TTModel model, Action <bool, string> loggingFunction = null)
{
if (loggingFunction == null)
{
loggingFunction = ModelModifiers.NoOp;
}
loggingFunction(false, "Validating model sanity...");
bool hasWeights = model.HasWeights;
if (model.MeshGroups.Count == 0)
{
loggingFunction(true, "Model has no data. - Model must have at least one valid Mesh Group.");
return(false);
}
var mIdx = 0;
foreach (var m in model.MeshGroups)
{
if (m.Parts.Count == 0)
{
var part = new TTMeshPart();
part.Name = "Part 0";
m.Parts.Add(part);
}
// Meshes in animated models must have at least one bone in their bone set in order to not generate a crash.
if (hasWeights && m.Bones.Count == 0)
{
m.Bones.Add("n_root");
}
mIdx++;
}
return(true);
}
/// <summary>
/// Loads a TTModel file from a given SQLite3 DB filepath.
/// </summary>
public static TTModel FromDb(FileInfo file, Action <bool, string> loggingFunction = null)
{
if (loggingFunction == null)
{
loggingFunction = ModelModifiers.NoOp;
}
string connectionString = "Data Source=" + file + ";";
TTModel model = new TTModel();
model.Source = file.FullName;
// Spawn a DB connection to do the raw queries.
using (SqliteConnection db = new SqliteConnection(connectionString))
{
db.Open();
// Load Mesh Groups
string query = "select * from meshes order by mesh asc;";
using (SqliteCommand cmd = new SqliteCommand(query, db))
{
using (CacheReader reader = new CacheReader(cmd.ExecuteReader()))
{
while (reader.NextRow())
{
int meshNum = reader.GetInt32("mesh");
// Spawn mesh groups as needed.
while (model.MeshGroups.Count <= meshNum)
{
model.MeshGroups.Add(new TTMeshGroup());
}
model.MeshGroups[meshNum].Name = reader.GetString("name");
}
}
}
// Load Mesh Parts
query = "select * from parts order by mesh asc, part asc;";
using (SqliteCommand cmd = new SqliteCommand(query, db))
{
using (CacheReader reader = new CacheReader(cmd.ExecuteReader()))
{
while (reader.NextRow())
{
int meshNum = reader.GetInt32("mesh");
int partNum = reader.GetInt32("part");
// Spawn mesh groups if needed.
while (model.MeshGroups.Count <= meshNum)
{
model.MeshGroups.Add(new TTMeshGroup());
}
// Spawn parts as needed.
while (model.MeshGroups[meshNum].Parts.Count <= partNum)
{
model.MeshGroups[meshNum].Parts.Add(new TTMeshPart());
}
model.MeshGroups[meshNum].Parts[partNum].Name = reader.GetString("name");
}
}
}
// Load Bones
query = "select * from bones where mesh >= 0 order by mesh asc, bone_id asc;";
using (SqliteCommand cmd = new SqliteCommand(query, db))
{
using (CacheReader reader = new CacheReader(cmd.ExecuteReader()))
{
while (reader.NextRow())
{
int meshId = reader.GetInt32("mesh");
model.MeshGroups[meshId].Bones.Add(reader.GetString("name"));
}
}
}
}
// Loop for each part, to populate their internal data structures.
for (int mId = 0; mId < model.MeshGroups.Count; mId++)
{
TTMeshGroup m = model.MeshGroups[mId];
for (int pId = 0; pId < m.Parts.Count; pId++)
{
TTMeshPart p = m.Parts[pId];
WhereClause where = new WhereClause();
WhereClause mWhere = new WhereClause();
mWhere.Column = "mesh";
mWhere.Value = mId;
WhereClause pWhere = new WhereClause();
pWhere.Column = "part";
pWhere.Value = pId;
where.Inner.Add(mWhere);
where.Inner.Add(pWhere);
// Load Vertices
// The reader handles coalescing the null types for us.
p.Vertices = BuildListFromTable(connectionString, "vertices", where, (reader) =>
{
TTVertex vertex = new TTVertex();
// Positions
vertex.Position.X = reader.GetFloat("position_x");
vertex.Position.Y = reader.GetFloat("position_y");
vertex.Position.Z = reader.GetFloat("position_z");
// Normals
vertex.Normal.X = reader.GetFloat("normal_x");
vertex.Normal.Y = reader.GetFloat("normal_y");
vertex.Normal.Z = reader.GetFloat("normal_z");
// Vertex Colors - Vertex color is RGBA
vertex.VertexColor[0] = (byte)Math.Round(reader.GetFloat("color_r") * 255);
vertex.VertexColor[1] = (byte)Math.Round(reader.GetFloat("color_g") * 255);
vertex.VertexColor[2] = (byte)Math.Round(reader.GetFloat("color_b") * 255);
vertex.VertexColor[3] = (byte)Math.Round(reader.GetFloat("color_a") * 255);
// UV Coordinates
vertex.UV1.X = reader.GetFloat("uv_1_u");
vertex.UV1.Y = reader.GetFloat("uv_1_v");
vertex.UV2.X = reader.GetFloat("uv_2_u");
vertex.UV2.Y = reader.GetFloat("uv_2_v");
// Bone Ids
vertex.BoneIds[0] = (byte)reader.GetByte("bone_1_id");
vertex.BoneIds[1] = (byte)reader.GetByte("bone_2_id");
vertex.BoneIds[2] = (byte)reader.GetByte("bone_3_id");
vertex.BoneIds[3] = (byte)reader.GetByte("bone_4_id");
// Weights
vertex.Weights[0] = (byte)Math.Round(reader.GetFloat("bone_1_weight") * 255);
vertex.Weights[1] = (byte)Math.Round(reader.GetFloat("bone_2_weight") * 255);
vertex.Weights[2] = (byte)Math.Round(reader.GetFloat("bone_3_weight") * 255);
vertex.Weights[3] = (byte)Math.Round(reader.GetFloat("bone_4_weight") * 255);
return(vertex);
});
p.TriangleIndices = BuildListFromTable(connectionString, "indices", where, (reader) =>
{
try
{
return(reader.GetInt32("vertex_id"));
}
catch (Exception ex)
{
throw ex;
}
});
}
}
// Spawn a DB connection to do the raw queries.
using (SqliteConnection db = new SqliteConnection(connectionString))
{
db.Open();
// Load Shape Verts
string query = "select * from shape_vertices order by shape asc, mesh asc, part asc, vertex_id asc;";
using (SqliteCommand cmd = new SqliteCommand(query, db))
{
using (CacheReader reader = new CacheReader(cmd.ExecuteReader()))
{
while (reader.NextRow())
{
string shapeName = reader.GetString("shape");
int meshNum = reader.GetInt32("mesh");
int partNum = reader.GetInt32("part");
int vertexId = reader.GetInt32("vertex_id");
TTMeshPart part = model.MeshGroups[meshNum].Parts[partNum];
// Copy the original vertex and update position.
TTVertex vertex = (TTVertex)part.Vertices[vertexId].Clone();
vertex.Position.X = reader.GetFloat("position_x");
vertex.Position.Y = reader.GetFloat("position_y");
vertex.Position.Z = reader.GetFloat("position_z");
TTVertex repVert = part.Vertices[vertexId];
if (repVert.Position.Equals(vertex.Position))
{
// Skip morphology which doesn't actually change anything.
continue;
}
if (!part.ShapeParts.ContainsKey(shapeName))
{
TTShapePart shpPt = new TTShapePart();
shpPt.Name = shapeName;
part.ShapeParts.Add(shapeName, shpPt);
}
part.ShapeParts[shapeName].VertexReplacements.Add(vertexId, part.ShapeParts[shapeName].Vertices.Count);
part.ShapeParts[shapeName].Vertices.Add(vertex);
}
}
}
}
// Convert the model to FFXIV's internal weirdness.
ModelModifiers.MakeImportReady(model, loggingFunction);
return(model);
}
