private void determinePVarControls(RatchetMoby moby)
{
mobyPVarGroup.Controls.Clear();
int yOffset = 15;
int xOffset = 5;
if (moby.pVarConfig != null)
{
foreach (MobyPVar pVar in moby.pVarConfig)
{
switch (pVar.control)
{
case "float":
FloatControl floatControl = new FloatControl(moby.pVars, pVar);
floatControl.Location = new Point(xOffset, yOffset);
floatControl.OnValueChanged += (s, e) => handleChange(pVar, e);
mobyPVarGroup.Controls.Add(floatControl);
yOffset += floatControl.Height;
break;
case "number":
IntegerControl intControl = new IntegerControl(moby.pVars, pVar);
intControl.Location = new Point(xOffset, yOffset);
intControl.OnValueChanged += (s, e) => handleChange(pVar, e);
mobyPVarGroup.Controls.Add(intControl);
yOffset += intControl.Height;
break;
}
}
;
}
}
private void listBox1_SelectedIndexChanged(object sender, EventArgs e)
{
selectedMoby = DataStore.mobs[listBox1.SelectedIndex];
DataStore.selectedMoby = selectedMoby;
updateVals();
missionBox.Text = selectedMoby.missionID.ToString("X8");
if (mainForm.modelViewer.Visible)
{
mainForm.modelViewer.selectedModel = DataStore.spawnableModels.Find(x => x.modelID == selectedMoby.modelID);
mainForm.modelViewer.inval();
}
DataStore.selectedMoby = selectedMoby;
mainForm.terrainViewer.updateView();
}
public static void parseMap(string path, string fileName)
{
FileStream fs = File.OpenRead(path + "/" + fileName);
FileStream vfs = null;
if (File.Exists(path + "/vram.ps3"))
{
vfs = File.OpenRead(path + "/vram.ps3");
}
FileStream gpf = null;
if (File.Exists(path + "/gameplay_ntsc"))
{
gpf = File.OpenRead(path + "/gameplay_ntsc");
}
uint racNum = 0;
ushort magic = BAToUInt16(ReadBlock(fs, 0xB0, 2), 0);
switch (magic)
{
case 0x7533:
racNum = 1;
break;
case 0xEA9C:
racNum = 2;
break;
case 0x0000:
case 0x755D:
racNum = 3;
break;
}
Console.WriteLine("Game determined to be ratchet" + racNum.ToString());
List <MobyPropertyVariables> pVarConfigs = new List <MobyPropertyVariables>();
string jsonString = File.ReadAllText(String.Format("./Config/Rac{0}/MobyPropertyVariables.json", racNum));
pVarConfigs = JsonConvert.DeserializeObject <List <MobyPropertyVariables> >(jsonString);
DataStore.pVarMap = pVarConfigs;
#region GameplayHeader
GameplayHeader gameplayHeader = new GameplayHeader(gpf, racNum);
DataStore.gameplayHeader = gameplayHeader;
#endregion
#region pVars
List <byte[]> pVars;
uint numpVars;
byte[] pVarHeadBlock;
uint pVarSectionLength;
byte[] pVarBlock;
switch (racNum)
{
case 1:
case 2:
case 3:
pVars = new List <byte[]>();
numpVars = (gameplayHeader.pVarPointer - gameplayHeader.pVarListPointer) / 8;
pVarHeadBlock = ReadBlock(gpf, gameplayHeader.pVarListPointer, numpVars * 8);
pVarSectionLength = 0;
for (uint i = 0; i < numpVars; i++)
{
pVarSectionLength += BAToUInt32(pVarHeadBlock, (i * 8) + 0x04);
}
pVarBlock = ReadBlock(gpf, gameplayHeader.pVarPointer, pVarSectionLength);
for (uint i = 0; i < numpVars; i++)
{
uint mobpVarsStart = BAToUInt32(pVarHeadBlock, (i * 8));
uint mobpVarsCount = BAToUInt32(pVarHeadBlock, (i * 8) + 0x04);
byte[] mobpVars = new byte[mobpVarsCount];
mobpVars = getBytes(pVarBlock, (int)mobpVarsStart, (int)mobpVarsCount);
pVars.Add(mobpVars);
}
DataStore.pVarList = pVars;
break;
}
#endregion pVars
#region Mobies
uint mobyCount = BAToUInt32(ReadBlock(gpf, gameplayHeader.mobyPointer, 4), 0);
byte[] mobyBlock = ReadBlock(gpf, gameplayHeader.mobyPointer + 0x10, mobyCount * gameplayHeader.mobyElemSize);
for (uint i = 0; i < mobyCount; i++)
{
RatchetMoby mob = new RatchetMoby(racNum, mobyBlock, i);
DataStore.mobs.Add(mob);
}
#endregion
DataStore.splines = new List <Spline>();
uint splineCount = BAToUInt32(ReadBlock(gpf, gameplayHeader.splinePointer, 4), 0);
uint splineOffset = BAToUInt32(ReadBlock(gpf, gameplayHeader.splinePointer + 4, 4), 0);
uint splineSectionSize = BAToUInt32(ReadBlock(gpf, gameplayHeader.splinePointer + 8, 4), 0);
byte[] splineHeadBlock = ReadBlock(gpf, gameplayHeader.splinePointer + 0x10, splineCount * 4);
byte[] splineBlock = ReadBlock(gpf, gameplayHeader.splinePointer + splineOffset, splineSectionSize);
for (uint i = 0; i < splineCount; i++)
{
uint offset = BAToUInt32(splineHeadBlock, (i * 4));
DataStore.splines.Add(new Spline(splineBlock, offset));
}
gpf.Close();
EngineHeader engineHeader = new EngineHeader(fs, 1);
DataStore.engineHeader = engineHeader;
//Load UYA Spawnable Models
#region Spawnables
uint spawnablesCount = BAToUInt32(ReadBlock(fs, engineHeader.spawnablesPointer, 4), 0);
byte[] idBlock = ReadBlock(fs, engineHeader.spawnablesPointer + 4, spawnablesCount * 8);
for (int x = 0; x < spawnablesCount; x++)
{
RatchetModel_General model = new RatchetModel_General();
model.modelType = ModelType.Spawnable;
model.modelID = BAToShort(idBlock, (uint)(x * 8) + 2);
model.offset = BAToUInt32(idBlock, (uint)(x * 8) + 4);
if (model.offset != 0)
{
uint modelHeadSize = BAToUInt32(ReadBlock(fs, model.offset, 4), 0);
if (modelHeadSize > 0)
{
byte[] headBlock = ReadBlock(fs, model.offset, modelHeadSize + 0x20); //Head + objectDetails
uint objectPtr = BAToUInt32(headBlock, 0);
model.animationsCount = headBlock[0x0C];
//(0x04)null
//(0x08)[count for 0x14 and 0x18][unknown][unknown][unknown]
//(0x0c)[animation count][unknown][unknown][unknown]
//(0x10)Pointer to list
//(0x14)Pointer to skeleton joints (0x40 structure)
//(0x18)Pointer to skeleton somethings (0x16 structure)
//(0x1C)Pointer to left arm animations (Ratchet)
//(0x20)null
model.size = BAToFloat(headBlock, 0x24);
uint texCount = BAToUInt32(headBlock, objectPtr + 0x00);
uint otherCount = BAToUInt32(headBlock, objectPtr + 0x04);
uint texBlockPointer = BAToUInt32(headBlock, objectPtr + 0x08);
uint otherBlockPointer = BAToUInt32(headBlock, objectPtr + 0x0C);
uint vertPointer = BAToUInt32(headBlock, objectPtr + 0x10);
uint indexPointer = BAToUInt32(headBlock, objectPtr + 0x14);
model.vertexCount = BAToUInt16(headBlock, objectPtr + 0x18);
//(0x1A)count
//(0x1C)count
//(0x1E)null
//model.rawData = getModelDataRaw(model.modelType, model.modelID, path + "/" + fileName);
model.animPointer = new List <uint>();
for (uint i = 0; i < model.animationsCount; i++)
{
model.animPointer.Add(BAToUInt32(headBlock, (i * sizeof(uint)) + 0x48));
}
uint texElemSize = 0x10;
byte[] texBlock = ReadBlock(fs, model.offset + texBlockPointer, texCount * texElemSize);
model.textureConfig = new List <RatchetTexture_Model>();
model.faceCount = 0;
for (uint t = 0; t < texCount; t++)
{
RatchetTexture_Model modTex = new RatchetTexture_Model();
modTex.ID = BAToUInt32(texBlock, (t * texElemSize) + 0x0);
modTex.start = BAToUInt32(texBlock, (t * texElemSize) + 0x04);
modTex.size = BAToUInt32(texBlock, (t * texElemSize) + 0x08);
model.textureConfig.Add(modTex);
model.faceCount += modTex.size;
}
//Flip endianness of vertex array float[vert_x, vert_y, vert_z, norm_x, norm_y, norm_z, uv_u, uv_v, reserved reserved]
uint vertElemSize = 0x28;
uint vertBuffSize = model.vertexCount * vertElemSize;
byte[] vertBlock = ReadBlock(fs, model.offset + vertPointer, vertBuffSize);
model.vertBuff = new List <float>();
for (uint i = 0; i < model.vertexCount; i++)
{
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x00)); //Vertx
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x04)); //Verty
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x08)); //Vertz
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x0C)); //Nomrx
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x10)); //Normy
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x14)); //Normz
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x18)); //UVu
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x1C)); //UVv
}
//Flip endianness of index array
byte[] indiceBuff = ReadBlock(fs, model.offset + indexPointer, model.faceCount * sizeof(ushort));
model.indiceBuff = new List <ushort>();
for (uint i = 0; i < model.faceCount; i++)
{
model.indiceBuff.Add(BAToUInt16(indiceBuff, i * sizeof(ushort)));
}
}
}
DataStore.spawnableModels.Add(model);
}
#endregion
//Load UYA Level Models
#region Level Models
uint levelElemSize = 0x40;
byte[] levelBlock = ReadBlock(fs, engineHeader.levelModelsPointer, engineHeader.levelModelsCount * levelElemSize);
for (uint x = 0; x < engineHeader.levelModelsCount; x++)
{
RatchetModel_General model = new RatchetModel_General();
model.modelType = ModelType.Level;
model.size = 0.5f;
uint vertPointer = BAToUInt32(levelBlock, (x * levelElemSize) + 0x10);
uint UVPointer = BAToUInt32(levelBlock, (x * levelElemSize) + 0x14);
uint indicePointer = BAToUInt32(levelBlock, (x * levelElemSize) + 0x18);
uint texPointer = BAToUInt32(levelBlock, (x * levelElemSize) + 0x1C);
model.vertexCount = (ushort)BAToUInt32(levelBlock, (x * levelElemSize) + 0x24);
ushort texCount = BAToUInt16(levelBlock, (x * levelElemSize) + 0x28);
model.modelID = BAToShort(levelBlock, (x * levelElemSize) + 0x30);
model.offset = (uint)(x * 0x40) + engineHeader.levelModelsPointer;
model.modelType = ModelType.Level;
uint texElemSize = 0x18;
byte[] texBlock = ReadBlock(fs, texPointer, texCount * texElemSize);
model.textureConfig = new List <RatchetTexture_Model>();
model.faceCount = 0;
for (uint t = 0; t < texCount; t++)
{
RatchetTexture_Model dlt = new RatchetTexture_Model();
dlt.ID = BAToUInt32(texBlock, (t * texElemSize) + 0x00);
dlt.start = BAToUInt32(texBlock, (t * texElemSize) + 0x08);
dlt.size = BAToUInt32(texBlock, (t * texElemSize) + 0x0C);
model.textureConfig.Add(dlt);
model.faceCount += dlt.size;
}
//Flip endianness of vertex array float[vert_x, vert_y, vert_z, norm_x, norm_y, norm_z, uv_u, uv_v, reserved reserved]
uint vertElemSize = 0x18;
uint vertBuffSize = model.vertexCount * vertElemSize;
byte[] vertBlock = ReadBlock(fs, vertPointer, vertBuffSize);
uint UVElemsize = 0x08;
uint UVBuffSize = model.vertexCount * UVElemsize;
byte[] UVBlock = ReadBlock(fs, UVPointer, UVBuffSize);
model.vertBuff = new List <float>();
for (uint i = 0; i < model.vertexCount; i++)
{
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x00)); //vertx
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x04)); //verty
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x08)); //vertz
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x0C)); //normx
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x10)); //normy
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x14)); //normz
model.vertBuff.Add(BAToFloat(UVBlock, (i * UVElemsize) + 0x00)); //UVu
model.vertBuff.Add(BAToFloat(UVBlock, (i * UVElemsize) + 0x04)); //UVv
}
//Flip endianness of index array
byte[] indiceBuff = ReadBlock(fs, indicePointer, model.faceCount * sizeof(ushort));
model.indiceBuff = new List <ushort>();
for (uint i = 0; i < model.faceCount; i++)
{
model.indiceBuff.Add(BAToUInt16(indiceBuff, i * sizeof(ushort)));
}
DataStore.levelModels.Add(model);
}
#endregion
//Load UYA Scenery Models
#region Scenery Models
uint sceneElemSize = 0x40;
byte[] sceneBlock = ReadBlock(fs, engineHeader.sceneryModelsPointer, engineHeader.sceneryModelsCount * sceneElemSize);
for (uint x = 0; x < engineHeader.sceneryModelsCount; x++)
{
RatchetModel_General model = new RatchetModel_General();
model.modelType = ModelType.Scenery;
model.size = 0.5f;
uint vertPointer = BAToUInt32(sceneBlock, (x * sceneElemSize) + 0x10);
uint UVPointer = BAToUInt32(sceneBlock, (x * sceneElemSize) + 0x14);
uint indicePointer = BAToUInt32(sceneBlock, (x * sceneElemSize) + 0x18);
uint texPointer = BAToUInt32(sceneBlock, (x * sceneElemSize) + 0x1C);
model.vertexCount = (ushort)BAToUInt32(sceneBlock, (x * sceneElemSize) + 0x24);
ushort texCount = BAToUInt16(sceneBlock, (x * sceneElemSize) + 0x28);
model.modelID = BAToShort(sceneBlock, (x * sceneElemSize) + 0x30);
uint texElemSize = 0x10;
byte[] texBlock = ReadBlock(fs, texPointer, texCount * texElemSize);
model.textureConfig = new List <RatchetTexture_Model>();
model.faceCount = 0;
for (uint t = 0; t < texCount; t++)
{
RatchetTexture_Model dlt = new RatchetTexture_Model();
dlt.ID = BAToUInt32(texBlock, (t * texElemSize) + 0x00);
dlt.start = BAToUInt32(texBlock, (t * texElemSize) + 0x04);
dlt.size = BAToUInt32(texBlock, (t * texElemSize) + 0x08);
model.textureConfig.Add(dlt);
model.faceCount += dlt.size;
}
//Flip endianness of vertex array float[vert_x, vert_y, vert_z, norm_x, norm_y, norm_z, uv_u, uv_v, reserved reserved]
uint vertElemSize = 0x18;
uint vertBuffSize = model.vertexCount * vertElemSize;
byte[] vertBlock = ReadBlock(fs, vertPointer, vertBuffSize);
uint UVElemsize = 0x08;
uint UVBuffSize = model.vertexCount * UVElemsize;
byte[] UVBlock = ReadBlock(fs, UVPointer, UVBuffSize);
model.vertBuff = new List <float>();
for (uint i = 0; i < model.vertexCount; i++)
{
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x00)); //vertx
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x04)); //verty
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x08)); //vertz
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x0C)); //normx
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x10)); //normy
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x14)); //normz
model.vertBuff.Add(BAToFloat(UVBlock, (i * UVElemsize) + 0x00)); //UVu
model.vertBuff.Add(BAToFloat(UVBlock, (i * UVElemsize) + 0x04)); //UVv
}
//Flip endianness of index array
byte[] indiceBuff = ReadBlock(fs, indicePointer, model.faceCount * sizeof(ushort));
model.indiceBuff = new List <ushort>();
for (uint i = 0; i < model.faceCount; i++)
{
model.indiceBuff.Add(BAToUInt16(indiceBuff, i * sizeof(ushort)));
}
DataStore.sceneryModels.Add(model);
//Console.WriteLine("Scenery Model Added: 0x" + model.modelID.ToString("X4"));
}
#endregion
//Load Terrain
#region Terrain
{
uint terrainElemSize = 0x30;
uint texElemSize = 0x10;
uint vertElemSize = 0x1c;
uint UVElemSize = 0x08;
uint ColorElemSize = 0x04;
RatchetModel_Terrain model = new RatchetModel_Terrain();
model.offset = engineHeader.terrainPointer;
model.modelID = 1111;
model.modelType = ModelType.Terrain;
byte[] terrainHeadBlock = ReadBlock(fs, engineHeader.terrainPointer, 0x60);
uint headPointer = BAToUInt32(terrainHeadBlock, 0x0);
ushort headCount = BAToUInt16(terrainHeadBlock, 0x06);
byte[] terrainBlock = ReadBlock(fs, headPointer, headCount * terrainElemSize);
model.textureConfig = new List <RatchetTexture_Model>();
model.vertBuff = new List <float>();
model.indiceBuff = new List <uint>();
uint vertCount = 0;
uint prevVertCount = 0;
uint prevFaceCount = 0;
uint prevHeadCount = 0;
uint prevPrevFaceCount = 0;
for (uint i = 0; i < 4; i++) //I have yet to see any level have more than two of these, but the header theoretically has space for 4
{
uint vertPointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x08);
uint colPointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x18);
uint UVPointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x28);
uint indicePointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x38);
prevFaceCount = 0;
if (vertPointer != 0 && UVPointer != 0 && indicePointer != 0) //Check that there's data at the pointers
{
//Loop throught the heads, and stop when the overflow counter increases
for (uint ii = prevHeadCount; ii < headCount && i == BAToUInt16(terrainBlock, (ii * terrainElemSize) + 0x22); ii++)
{
uint localFaceCount = 0;
uint texPointer = BAToUInt32(terrainBlock, (ii * terrainElemSize) + 0x10);
uint texCount = BAToUInt32(terrainBlock, (ii * terrainElemSize) + 0x14);
ushort vertStart = BAToUInt16(terrainBlock, (ii * terrainElemSize) + 0x18);
ushort headVertCount = BAToUInt16(terrainBlock, (ii * terrainElemSize) + 0x1A);
vertCount += headVertCount;
byte[] texBlock = ReadBlock(fs, texPointer, texElemSize * texCount);
for (uint iii = 0; iii < texCount; iii++)
{
RatchetTexture_Model tex = new RatchetTexture_Model();
tex.ID = BAToUInt32(texBlock, (iii * texElemSize) + 0x00);
tex.start = BAToUInt32(texBlock, (iii * texElemSize) + 0x04) + prevPrevFaceCount;
tex.size = BAToUInt32(texBlock, (iii * texElemSize) + 0x08) + prevPrevFaceCount;
localFaceCount += BAToUInt32(texBlock, (iii * texElemSize) + 0x08);
model.textureConfig.Add(tex);
}
byte[] vertBlock = ReadBlock(fs, vertPointer + vertStart * vertElemSize, headVertCount * vertElemSize);
byte[] colBlock = ReadBlock(fs, colPointer + vertStart * ColorElemSize, headVertCount * ColorElemSize);
byte[] UVBlock = ReadBlock(fs, UVPointer + vertStart * UVElemSize, headVertCount * UVElemSize);
for (uint iii = 0; iii < headVertCount; iii++)
{
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x00)); //vertx
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x04)); //verty
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x08)); //vertz
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x0C)); //normx
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x10)); //normy
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x14)); //normz
model.vertBuff.Add(BAToFloat(UVBlock, (iii * UVElemSize) + 0x00)); //UVu
model.vertBuff.Add(BAToFloat(UVBlock, (iii * UVElemSize) + 0x04)); //UVv
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x00] / 255f); //color r
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x01] / 255f); //color g
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x02] / 255f); //color b
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x03] / 255f); //color a
}
byte[] indiceBuff = ReadBlock(fs, indicePointer + prevFaceCount * sizeof(ushort), localFaceCount * sizeof(ushort));
for (uint iii = 0; iii < localFaceCount; iii++)
{
model.indiceBuff.Add(BAToUInt16(indiceBuff, iii * sizeof(ushort)) + prevVertCount);
}
prevFaceCount += localFaceCount;
prevHeadCount = ii + 1;
}
prevVertCount = vertCount;
prevPrevFaceCount = prevFaceCount;
}
}
model.vertexCount = vertCount;
model.faceCount = prevFaceCount;
DataStore.terrainModel = model;
}
#endregion
//Load Level Objects
#region Level objects
byte[] levelObjectBlock = ReadBlock(fs, engineHeader.levelObjectPointer, engineHeader.levelObjectCount * 0x70);
DataStore.levelObjects = new List <LevelObject>();
for (uint i = 0; i < engineHeader.levelObjectCount; i++)
{
LevelObject levObj = new LevelObject(levelObjectBlock, i);
DataStore.levelObjects.Add(levObj);
}
#endregion
//Load Scenery Objects
#region Scenery objects
byte[] sceneryObjectBlock = ReadBlock(fs, engineHeader.sceneryObjectsPointer, engineHeader.sceneryObjectsCount * 0x70);
DataStore.sceneryObjects = new List <LevelObject>();
for (uint i = 0; i < engineHeader.sceneryObjectsCount; i++)
{
LevelObject levObj = new LevelObject(sceneryObjectBlock, i);
DataStore.sceneryObjects.Add(levObj);
}
#endregion
//Load Textures
#region Textures
RatchetTexture_General texture = new RatchetTexture_General();
for (int x = 0; x < engineHeader.UYATextureCount; x++)
{
texture.texHeader = ReadBlock(fs, engineHeader.texturesPointer + (uint)(0x24 * x), 0x24);
uint nextTexturePointer = x < engineHeader.UYATextureCount - 1 ? ReadUInt32(ReadBlock(fs, engineHeader.texturesPointer + (uint)(0x24 * (x + 1)), 0x4), 0) : vfs != null ? (uint)vfs.Length : 0;
uint currentTexturePointer = ReadUInt32(texture.texHeader, 0);
//Console.WriteLine("Parsing texture " + x + " " + currentTexturePointer.ToString("X") + " " + nextTexturePointer.ToString("X"));
texture.ID = x;
texture.width = BAToShort(texture.texHeader, 0x18);
texture.height = BAToShort(texture.texHeader, 0x1A);
texture.texData = vfs != null?ReadBlock(vfs, currentTexturePointer, nextTexturePointer - currentTexturePointer) : null;
texture.reverseRGB = false;
DataStore.textures.Add(texture);
//Console.WriteLine("Texture : " + x + " Width: " + texture.width + " Height: " + texture.height);
}
#endregion
//Terrain Collision
#region Terrain Collision
float div = 1024f;
uint collisionVertCount = 0;
uint collisionStart = engineHeader.collisionPointer + BAToUInt32(ReadBlock(fs, engineHeader.collisionPointer + 0x00, 4), 0);
uint collisionLength = engineHeader.collisionPointer + collisionStart + BAToUInt32(ReadBlock(fs, engineHeader.collisionPointer + 0x04, 4), 0);
byte[] collision = ReadBlock(fs, collisionStart, collisionLength);
List <float> collisionVertexBuff = new List <float>();
List <uint> collisionIndiceBuff = new List <uint>();
ushort zShift = BAToUInt16(collision, 0);
ushort zCount = BAToUInt16(collision, 2);
for (uint z = 0; z < zCount; z++)
{
uint yOffset = BAToUInt32(collision, (z * 4) + 0x04);
if (yOffset != 0)
{
ushort yShift = BAToUInt16(collision, yOffset + 0);
ushort yCount = BAToUInt16(collision, yOffset + 2);
for (uint y = 0; y < yCount; y++)
{
uint xOffset = BAToUInt32(collision, yOffset + (y * 4) + 0x04);
if (xOffset != 0)
{
ushort xShift = BAToUInt16(collision, xOffset + 0);
ushort xCount = BAToUInt16(collision, xOffset + 2);
for (uint x = 0; x < xCount; x++)
{
uint vOffset = BAToUInt32(collision, xOffset + (x * 4) + 4);
ushort faceCount = BAToUInt16(collision, vOffset);
byte vertexCount = collision[vOffset + 2];
byte rCount = collision[vOffset + 3];
if (vOffset != 0)
{
byte[] collisionType = new byte[vertexCount];
//Console.WriteLine("Facecount: " + faceCount.ToString("X2") + "VertCount: " + vertexCount.ToString("X2"));
for (uint f = 0; f < faceCount; f++)
{
uint fOffset = vOffset + ((uint)12 * vertexCount) + 4 + (f * 4);
byte[] fArray = new byte[4];
Array.Copy(collision, fOffset, fArray, 0, 4);
collisionType[fArray[0]] = fArray[3];
collisionType[fArray[1]] = fArray[3];
collisionType[fArray[2]] = fArray[3];
uint f1 = collisionVertCount + fArray[0];
uint f2 = collisionVertCount + fArray[1];
uint f3 = collisionVertCount + fArray[2];
collisionIndiceBuff.Add(f1);
collisionIndiceBuff.Add(f2);
collisionIndiceBuff.Add(f3);
if (f < rCount)
{
uint rOffset = vOffset + 4 + (uint)(12 * vertexCount) + (uint)(4 * faceCount) + f;
uint f4 = collisionVertCount + collision[rOffset];
collisionIndiceBuff.Add(f1);
collisionIndiceBuff.Add(f3);
collisionIndiceBuff.Add(f4);
collisionType[collision[rOffset]] = fArray[3];
}
}
for (uint v = 0; v < vertexCount; v++)
{
uint pOffset = vOffset + (12 * v) + 4;
float pX = BAToFloat(collision, pOffset + 0) / div + 4 * (xShift + x + 0.5f);
float pY = BAToFloat(collision, pOffset + 4) / div + 4 * (yShift + y + 0.5f);
float pZ = BAToFloat(collision, pOffset + 8) / div + 4 * (zShift + z + 0.5f);
collisionVertexBuff.Add(pX);
collisionVertexBuff.Add(pY);
collisionVertexBuff.Add(pZ);
switch (collisionType[v])
{
case 0x1F:
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.0f);
break;
case 0x08:
collisionVertexBuff.Add(1.0f);
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.0f);
break;
case 0x0C:
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(1.0f);
collisionVertexBuff.Add(0.0f);
break;
case 0x01:
//This
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.0f);
break;
case 0x3F:
collisionVertexBuff.Add(0.5f);
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.0f);
break;
case 0x0B:
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.5f);
collisionVertexBuff.Add(0.0f);
break;
case 0x0A:
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.5f);
break;
case 0x28:
collisionVertexBuff.Add(0.25f);
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.0f);
break;
case 0x5F:
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.25f);
collisionVertexBuff.Add(0.0f);
break;
case 0x09:
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.25f);
break;
case 0x00:
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(0.0f);
collisionVertexBuff.Add(1.0f);
break;
case 0x6C:
collisionVertexBuff.Add(0.5f);
collisionVertexBuff.Add(0.5f);
collisionVertexBuff.Add(0.5f);
break;
default:
collisionVertexBuff.Add(1.0f);
collisionVertexBuff.Add(1.0f);
collisionVertexBuff.Add(1.0f);
break;
}
collisionVertCount++;
}
}
}
}
}
}
}
DataStore.collVertBuff = collisionVertexBuff;
DataStore.collIndBuff = collisionIndiceBuff;
#endregion
#region Chunks
List <int> chunkIds = new List <int>();
for (int chunkIndex = 0; chunkIndex < 5; chunkIndex++)
{
if (File.Exists(path + "/chunk" + chunkIndex + ".ps3"))
{
chunkIds.Add(chunkIndex);
}
}
foreach (int chunkId in chunkIds)
{
FileStream cfs = File.OpenRead(path + "/chunk" + chunkId + ".ps3");
Console.WriteLine("Loading chunk " + chunkId);
uint terrainElemSize = 0x30;
uint texElemSize = 0x10;
uint vertElemSize = 0x1c;
uint UVElemSize = 0x08;
uint ColorElemSize = 0x04;
RatchetModel_Terrain model = new RatchetModel_Terrain();
model.offset = 0x10;
model.modelID = 1111;
model.modelType = ModelType.Terrain;
byte[] terrainHeadBlock = ReadBlock(cfs, 0x10, 0x60);
uint headPointer = BAToUInt32(terrainHeadBlock, 0x0);
ushort headCount = BAToUInt16(terrainHeadBlock, 0x06);
byte[] terrainBlock = ReadBlock(cfs, headPointer, headCount * terrainElemSize);
model.textureConfig = new List <RatchetTexture_Model>();
model.vertBuff = new List <float>();
model.indiceBuff = new List <uint>();
uint vertCount = 0;
uint prevVertCount = 0;
uint prevFaceCount = 0;
uint prevHeadCount = 0;
uint prevPrevFaceCount = 0;
for (uint i = 0; i < 4; i++) //I have yet to see any level have more than two of these, but the header theoretically has space for 4
{
uint vertPointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x08);
uint colPointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x18);
uint UVPointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x28);
uint indicePointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x38);
prevFaceCount = 0;
if (vertPointer != 0 && UVPointer != 0 && indicePointer != 0) //Check that there's data at the pointers
{
//Loop throught the heads, and stop when the overflow counter increases
for (uint ii = prevHeadCount; ii < headCount && i == BAToUInt16(terrainBlock, (ii * terrainElemSize) + 0x22); ii++)
{
uint localFaceCount = 0;
uint texPointer = BAToUInt32(terrainBlock, (ii * terrainElemSize) + 0x10);
uint texCount = BAToUInt32(terrainBlock, (ii * terrainElemSize) + 0x14);
ushort vertStart = BAToUInt16(terrainBlock, (ii * terrainElemSize) + 0x18);
ushort headVertCount = BAToUInt16(terrainBlock, (ii * terrainElemSize) + 0x1A);
vertCount += headVertCount;
byte[] texBlock = ReadBlock(cfs, texPointer, texElemSize * texCount);
for (uint iii = 0; iii < texCount; iii++)
{
RatchetTexture_Model tex = new RatchetTexture_Model();
tex.ID = BAToUInt32(texBlock, (iii * texElemSize) + 0x00);
tex.start = BAToUInt32(texBlock, (iii * texElemSize) + 0x04) + prevPrevFaceCount;
tex.size = BAToUInt32(texBlock, (iii * texElemSize) + 0x08) + prevPrevFaceCount;
localFaceCount += BAToUInt32(texBlock, (iii * texElemSize) + 0x08);
model.textureConfig.Add(tex);
}
byte[] vertBlock = ReadBlock(cfs, vertPointer + vertStart * vertElemSize, headVertCount * vertElemSize);
byte[] colBlock = ReadBlock(cfs, colPointer + vertStart * ColorElemSize, headVertCount * ColorElemSize);
byte[] UVBlock = ReadBlock(cfs, UVPointer + vertStart * UVElemSize, headVertCount * UVElemSize);
for (uint iii = 0; iii < headVertCount; iii++)
{
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x00)); //vertx
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x04)); //verty
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x08)); //vertz
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x0C)); //normx
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x10)); //normy
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x14)); //normz
model.vertBuff.Add(BAToFloat(UVBlock, (iii * UVElemSize) + 0x00)); //UVu
model.vertBuff.Add(BAToFloat(UVBlock, (iii * UVElemSize) + 0x04)); //UVv
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x00] / 255f); //color r
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x01] / 255f); //color g
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x02] / 255f); //color b
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x03] / 255f); //color a
}
byte[] indiceBuff = ReadBlock(cfs, indicePointer + prevFaceCount * sizeof(ushort), localFaceCount * sizeof(ushort));
//Console.WriteLine(localFaceCount.ToString("X8"));
for (uint iii = 0; iii < localFaceCount; iii++)
{
model.indiceBuff.Add(BAToUInt16(indiceBuff, iii * sizeof(ushort)) + prevVertCount);
}
prevFaceCount += localFaceCount;
prevHeadCount = ii + 1;
}
prevVertCount = vertCount;
prevPrevFaceCount = prevFaceCount;
}
}
model.vertexCount = vertCount;
model.faceCount = prevFaceCount;
DataStore.chunks.Add(model);
}
#endregion
//TODO: textureConfig - Menus
//TODO: textureConfig - 2D GFX
//TODO: Sprites
//Load the remaining unknown or unhandled data
#region Remaining Data
/*
* DataStore.mapRenderDefintions = getSection(fs, 0x04);
* DataStore.Ptr_08 = getSection(fs, 0x08);
* DataStore.Ptr_0C = getSection(fs, 0x0C);
* DataStore.skyBox = getSection(fs, 0x10);
* DataStore.collisionMap = getSection(fs, 0x14);
* DataStore.campaignPlayerAnimations = getSection(fs, 0x18);
* DataStore.Ptr_40 = getSection(fs, 0x40);
* DataStore.Ptr_44 = getSection(fs, 0x44);
* DataStore.soundsConfig = getSection(fs, 0x48);
* DataStore.Ptr_4C = getSection(fs, 0x4C);
* DataStore.Ptr_50 = getSection(fs, 0x50);
* DataStore.lighting = getSection(fs, 0x5C);
* DataStore.lightingConfig = getSection(fs, 0x64);
* DataStore.textureConfigMenu = getSection(fs, 0x68);
* DataStore.textureConfig2DGFX = getSection(fs, 0x70);
* DataStore.spriteDef = getSection(fs, 0x74);
*/
#endregion
#region raw Data //need to properly handle these eventually
//DataStore.terrainModel.rawData = getSection(fs, 0x3C);
//rawLevelModelBlock = getSection(fs, 0x1C);
//rawSceneryModelBlock = getSection(fs, 0x2C);
#endregion
fs.Close();
Console.WriteLine("Engine data loaded with new engine parser for UYA.");
}
private void button1_Click(object sender, EventArgs e)
{
int mobElemSize = (int)DataStore.gameplayHeader.mobyElemSize;
int mobCount = DataStore.mobs.Count();
byte[] test = new byte[mobCount * mobElemSize];
switch (DataStore.gameplayHeader.gameNum)
{
case 1:
for (int i = 0; i < mobCount; i++)
{
RatchetMoby mob = DataStore.mobs[i];
WriteUint32(ref test, (i * mobElemSize) + 0x00, mob.length);
WriteUint32(ref test, (i * mobElemSize) + 0x04, mob.missionID);
WriteUint32(ref test, (i * mobElemSize) + 0x08, mob.unk1);
WriteUint32(ref test, (i * mobElemSize) + 0x0C, mob.dataval);
WriteUint32(ref test, (i * mobElemSize) + 0x10, mob.dropamnt);
WriteUint32(ref test, (i * mobElemSize) + 0x14, mob.unk2);
WriteUint32(ref test, (i * mobElemSize) + 0x18, mob.modelID);
WriteFloat(ref test, (i * mobElemSize) + 0x1C, mob.size);
WriteUint32(ref test, (i * mobElemSize) + 0x20, mob.rend1);
WriteUint32(ref test, (i * mobElemSize) + 0x24, mob.rend2);
WriteUint32(ref test, (i * mobElemSize) + 0x28, mob.unk3);
WriteUint32(ref test, (i * mobElemSize) + 0x2C, mob.unk4);
WriteFloat(ref test, (i * mobElemSize) + 0x30, mob.x);
WriteFloat(ref test, (i * mobElemSize) + 0x34, mob.y);
WriteFloat(ref test, (i * mobElemSize) + 0x38, mob.z);
WriteFloat(ref test, (i * mobElemSize) + 0x3C, mob.rot1);
WriteFloat(ref test, (i * mobElemSize) + 0x40, mob.rot2);
WriteFloat(ref test, (i * mobElemSize) + 0x44, mob.rot3);
WriteUint32(ref test, (i * mobElemSize) + 0x48, mob.unk5);
WriteInt32(ref test, (i * mobElemSize) + 0x4C, mob.test1);
WriteFloat(ref test, (i * mobElemSize) + 0x50, mob.z2);
WriteUint32(ref test, (i * mobElemSize) + 0x54, mob.unk8);
WriteUint32(ref test, (i * mobElemSize) + 0x58, mob.propIndex);
WriteUint32(ref test, (i * mobElemSize) + 0x5C, mob.unk9);
WriteUint32(ref test, (i * mobElemSize) + 0x60, mob.unk10);
WriteUint32(ref test, (i * mobElemSize) + 0x64, mob.r);
WriteUint32(ref test, (i * mobElemSize) + 0x68, mob.g);
WriteUint32(ref test, (i * mobElemSize) + 0x6C, mob.b);
WriteUint32(ref test, (i * mobElemSize) + 0x70, mob.light);
WriteInt32(ref test, (i * mobElemSize) + 0x74, mob.cutScene);
}
break;
case 2:
case 3:
for (int i = 0; i < mobCount; i++)
{
RatchetMoby mob = DataStore.mobs[i];
WriteUint32(ref test, (i * mobElemSize) + 0x00, mob.length);
WriteUint32(ref test, (i * mobElemSize) + 0x04, mob.missionID);
WriteUint32(ref test, (i * mobElemSize) + 0x08, mob.unk1);
WriteUint32(ref test, (i * mobElemSize) + 0x0C, mob.dataval);
WriteUint32(ref test, (i * mobElemSize) + 0x10, mob.unk2);
WriteUint32(ref test, (i * mobElemSize) + 0x14, mob.dropamnt);
WriteUint32(ref test, (i * mobElemSize) + 0x18, mob.unk3);
WriteUint32(ref test, (i * mobElemSize) + 0x1C, mob.unk4);
WriteUint32(ref test, (i * mobElemSize) + 0x20, mob.unk5);
WriteUint32(ref test, (i * mobElemSize) + 0x24, mob.unk6);
WriteUint32(ref test, (i * mobElemSize) + 0x28, mob.modelID);
WriteFloat(ref test, (i * mobElemSize) + 0x2C, mob.size);
WriteUint32(ref test, (i * mobElemSize) + 0x30, mob.rend1);
WriteUint32(ref test, (i * mobElemSize) + 0x34, mob.rend2);
WriteUint32(ref test, (i * mobElemSize) + 0x38, mob.unk7);
WriteUint32(ref test, (i * mobElemSize) + 0x3C, mob.unk8);
WriteFloat(ref test, (i * mobElemSize) + 0x40, mob.x);
WriteFloat(ref test, (i * mobElemSize) + 0x44, mob.y);
WriteFloat(ref test, (i * mobElemSize) + 0x48, mob.z);
WriteFloat(ref test, (i * mobElemSize) + 0x4C, mob.rot1);
WriteFloat(ref test, (i * mobElemSize) + 0x50, mob.rot2);
WriteFloat(ref test, (i * mobElemSize) + 0x54, mob.rot3);
WriteUint32(ref test, (i * mobElemSize) + 0x58, mob.unk9);
WriteUint32(ref test, (i * mobElemSize) + 0x5C, mob.unk10);
WriteUint32(ref test, (i * mobElemSize) + 0x60, mob.unk11);
WriteUint32(ref test, (i * mobElemSize) + 0x64, mob.unk12);
WriteUint32(ref test, (i * mobElemSize) + 0x68, mob.propIndex);
WriteUint32(ref test, (i * mobElemSize) + 0x6C, mob.unk14);
WriteUint32(ref test, (i * mobElemSize) + 0x70, mob.unk15);
WriteUint32(ref test, (i * mobElemSize) + 0x74, mob.r);
WriteUint32(ref test, (i * mobElemSize) + 0x78, mob.g);
WriteUint32(ref test, (i * mobElemSize) + 0x7C, mob.b);
WriteUint32(ref test, (i * mobElemSize) + 0x80, mob.light);
WriteUint32(ref test, (i * mobElemSize) + 0x84, mob.unk16);
}
break;
case 4:
for (int i = 0; i < mobCount; i++)
{
RatchetMoby mob = DataStore.mobs[i];
WriteUint32(ref test, (i * mobElemSize) + 0x00, mob.length);
WriteUint32(ref test, (i * mobElemSize) + 0x04, mob.missionID);
WriteUint32(ref test, (i * mobElemSize) + 0x08, mob.dataval);
WriteUint32(ref test, (i * mobElemSize) + 0x0C, mob.unk1);
WriteUint32(ref test, (i * mobElemSize) + 0x10, mob.modelID);
WriteFloat(ref test, (i * mobElemSize) + 0x14, mob.size);
WriteUint32(ref test, (i * mobElemSize) + 0x18, mob.rend1);
WriteUint32(ref test, (i * mobElemSize) + 0x1C, mob.rend2);
WriteUint32(ref test, (i * mobElemSize) + 0x20, mob.unk2);
WriteUint32(ref test, (i * mobElemSize) + 0x24, mob.unk3);
WriteFloat(ref test, (i * mobElemSize) + 0x28, mob.x);
WriteFloat(ref test, (i * mobElemSize) + 0x2C, mob.y);
WriteFloat(ref test, (i * mobElemSize) + 0x30, mob.z);
WriteFloat(ref test, (i * mobElemSize) + 0x34, mob.rot1);
WriteFloat(ref test, (i * mobElemSize) + 0x38, mob.rot2);
WriteFloat(ref test, (i * mobElemSize) + 0x3C, mob.rot3);
WriteUint32(ref test, (i * mobElemSize) + 0x40, mob.unk4);
WriteUint32(ref test, (i * mobElemSize) + 0x44, mob.unk5);
WriteUint32(ref test, (i * mobElemSize) + 0x48, mob.unk6);
WriteUint32(ref test, (i * mobElemSize) + 0x4C, mob.unk7);
WriteUint32(ref test, (i * mobElemSize) + 0x50, mob.propIndex);
WriteUint32(ref test, (i * mobElemSize) + 0x54, mob.unk8);
WriteUint32(ref test, (i * mobElemSize) + 0x58, mob.unk9);
WriteUint32(ref test, (i * mobElemSize) + 0x5C, mob.r);
WriteUint32(ref test, (i * mobElemSize) + 0x60, mob.g);
WriteUint32(ref test, (i * mobElemSize) + 0x64, mob.b);
WriteUint32(ref test, (i * mobElemSize) + 0x68, mob.light);
WriteUint32(ref test, (i * mobElemSize) + 0x6C, mob.unk14);
}
break;
}
FileStream gameplayFile = null;
gameplayFile = File.OpenWrite(DataStore.workingDirectory + "/gameplay_ntsc");
Console.WriteLine((DataStore.gameplayHeader.mobyPointer + 0x10).ToString("X8"));
gameplayFile.Seek(DataStore.gameplayHeader.mobyPointer + 0x10, SeekOrigin.Begin);
gameplayFile.Write(test, 0, mobCount * mobElemSize);
gameplayFile.Close();
Console.WriteLine("File written successfully, enjoy :)");
}
public static void parseMap(string path, string fileName)
{
FileStream fs = File.OpenRead(path + "/" + fileName);
FileStream vfs = null;
if (File.Exists(path + "/vram.ps3"))
{
vfs = File.OpenRead(path + "/vram.ps3");
}
FileStream gpf = null;
if (File.Exists(path + "/gameplay_ntsc"))
{
gpf = File.OpenRead(path + "/gameplay_ntsc");
}
loadMobyPvarMap();
uint racNum = 4;
#region GameplayHeader
GameplayHeader gameplayHeader = new GameplayHeader(gpf, racNum);
DataStore.gameplayHeader = gameplayHeader;
#endregion
#region pVars
List <byte[]> pVars;
uint numpVars;
byte[] pVarHeadBlock;
uint pVarSectionLength;
byte[] pVarBlock;
switch (racNum)
{
case 4:
pVars = new List <byte[]>();
numpVars = (gameplayHeader.pVarPointer - gameplayHeader.pVarListPointer) / 8;
pVarHeadBlock = ReadBlock(gpf, gameplayHeader.pVarListPointer, numpVars * 8);
pVarSectionLength = 0;
for (uint i = 0; i < numpVars; i++)
{
pVarSectionLength += BAToUInt32(pVarHeadBlock, (i * 8) + 0x04);
}
pVarBlock = ReadBlock(gpf, gameplayHeader.pVarPointer, pVarSectionLength);
for (uint i = 0; i < numpVars; i++)
{
uint mobpVarsStart = BAToUInt32(pVarHeadBlock, (i * 8));
uint mobpVarsCount = BAToUInt32(pVarHeadBlock, (i * 8) + 0x04);
byte[] mobpVars = new byte[mobpVarsCount];
mobpVars = getBytes(pVarBlock, (int)mobpVarsStart, (int)mobpVarsCount);
pVars.Add(mobpVars);
}
DataStore.pVarList = pVars;
break;
}
#endregion pVars
#region Mobies
uint mobyCount = BAToUInt32(ReadBlock(gpf, gameplayHeader.mobyPointer, 4), 0);
byte[] mobyBlock = ReadBlock(gpf, gameplayHeader.mobyPointer + 0x10, mobyCount * gameplayHeader.mobyElemSize);
for (uint i = 0; i < mobyCount; i++)
{
RatchetMoby mob = new RatchetMoby(racNum, mobyBlock, i);
DataStore.mobs.Add(mob);
}
#endregion
DataStore.splines = new List <Spline>();
uint splineCount = BAToUInt32(ReadBlock(gpf, gameplayHeader.splinePointer, 4), 0);
uint splineOffset = BAToUInt32(ReadBlock(gpf, gameplayHeader.splinePointer + 4, 4), 0);
uint splineSectionSize = BAToUInt32(ReadBlock(gpf, gameplayHeader.splinePointer + 8, 4), 0);
byte[] splineHeadBlock = ReadBlock(gpf, gameplayHeader.splinePointer + 0x10, splineCount * 4);
byte[] splineBlock = ReadBlock(gpf, gameplayHeader.splinePointer + splineOffset, splineSectionSize);
for (uint i = 0; i < splineCount; i++)
{
uint offset = BAToUInt32(splineHeadBlock, (i * 4));
DataStore.splines.Add(new Spline(splineBlock, offset));
}
#region EngineHeader
byte[] engineHeader = ReadBlock(fs, 0, 0x90);
//Data from header
uint spawnablesPointer = BAToUInt32(engineHeader, 0x00);
//(0x04)Map render definitions
//(0x08)null
//(0x0C)null
//(0x14)Skybox
//(0x18)Collisionmap
uint levelModelsPointer = BAToUInt32(engineHeader, 0x20);
uint levelModelsCount = BAToUInt32(engineHeader, 0x24);
uint levelModelsPlacementPointer = BAToUInt32(engineHeader, 0x28);
uint levelObjectsCount = BAToUInt32(engineHeader, 0x2C);
uint sceneryModelsPointer = BAToUInt32(engineHeader, 0x34);
uint sceneryModelsCount = BAToUInt32(engineHeader, 0x38);
uint sceneryModelsPlacementPointer = BAToUInt32(engineHeader, 0x3C);
uint sceneryObjectsCount = BAToUInt32(engineHeader, 0x40);
uint terrainPointer = BAToUInt32(engineHeader, 0x48);
//(0x44) ??
//(0x54)Sound config (Menus + terrain)
uint texturesPointer = BAToUInt32(engineHeader, 0x60);
uint textureCount = BAToUInt32(engineHeader, 0x64);
//(0x68)Lighting pointer
uint lightingLevel = BAToUInt32(engineHeader, 0x6C);
uint textureConfigMenuCount = BAToUInt32(engineHeader, 0x78);
//(0x7C)textureConfig2DGFX
//(0x80)Sprite def
//(0x88) sound config (spawnables + everything else)
EngineHeader engHead = new EngineHeader(fs, 4);
DataStore.engineHeader = engHead;
#endregion
//Load DL Spawnable Models
#region Spawnables
uint spawnablesCount = BAToUInt32(ReadBlock(fs, spawnablesPointer, 4), 0);
byte[] idBlock = ReadBlock(fs, spawnablesPointer + 4, spawnablesCount * 8);
for (int x = 0; x < spawnablesCount; x++)
{
RatchetModel_General model = new RatchetModel_General();
model.modelType = ModelType.Spawnable;
model.modelID = BAToShort(idBlock, (uint)(x * 8) + 2);
model.offset = BAToUInt32(idBlock, (uint)(x * 8) + 4);
if (model.offset != 0)
{
uint modelHeadSize = BAToUInt32(ReadBlock(fs, model.offset, 4), 0);
if (modelHeadSize > 0)
{
byte[] headBlock = ReadBlock(fs, model.offset, modelHeadSize + 0x20); //Head + objectDetails
uint objectPtr = BAToUInt32(headBlock, 0);
model.animationsCount = headBlock[0x0C];
//(0x04)null
//(0x08)[count for 0x14 and 0x18][unknown][unknown][unknown]
//(0x0c)[animation count][unknown][unknown][unknown]
//(0x10)Pointer to list
//(0x14)Pointer to skeleton joints (0x40 structure)
//(0x18)Pointer to skeleton somethings (0x16 structure)
//(0x1C)Pointer to left arm animations (Ratchet)
//(0x20)null
model.size = BAToFloat(headBlock, 0x24);
uint texCount = BAToUInt32(headBlock, objectPtr + 0x00);
uint otherCount = BAToUInt32(headBlock, objectPtr + 0x04);
uint texBlockPointer = BAToUInt32(headBlock, objectPtr + 0x08);
uint otherBlockPointer = BAToUInt32(headBlock, objectPtr + 0x0C);
uint vertPointer = BAToUInt32(headBlock, objectPtr + 0x10);
uint indexPointer = BAToUInt32(headBlock, objectPtr + 0x14);
model.vertexCount = BAToUInt16(headBlock, objectPtr + 0x18);
//(0x1A)count
//(0x1C)count
//(0x1E)null
//model.rawData = getModelDataRaw(model.modelType, model.modelID, path + "/" + fileName);
model.animPointer = new List <uint>();
for (uint i = 0; i < model.animationsCount; i++)
{
model.animPointer.Add(BAToUInt32(headBlock, (i * sizeof(uint)) + 0x48));
}
uint texElemSize = 0x10;
byte[] texBlock = ReadBlock(fs, model.offset + texBlockPointer, texCount * texElemSize);
model.textureConfig = new List <RatchetTexture_Model>();
model.faceCount = 0;
for (uint t = 0; t < texCount; t++)
{
RatchetTexture_Model modTex = new RatchetTexture_Model();
modTex.ID = BAToUInt32(texBlock, (t * texElemSize) + 0x0);
modTex.start = BAToUInt32(texBlock, (t * texElemSize) + 0x04);
modTex.size = BAToUInt32(texBlock, (t * texElemSize) + 0x08);
model.textureConfig.Add(modTex);
model.faceCount += modTex.size;
}
//Flip endianness of vertex array float[vert_x, vert_y, vert_z, norm_x, norm_y, norm_z, uv_u, uv_v, reserved reserved]
uint vertElemSize = 0x28;
uint vertBuffSize = model.vertexCount * vertElemSize;
byte[] vertBlock = ReadBlock(fs, model.offset + vertPointer, vertBuffSize);
model.vertBuff = new List <float>();
for (uint i = 0; i < model.vertexCount; i++)
{
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x00)); //Vertx
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x04)); //Verty
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x08)); //Vertz
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x0C)); //Nomrx
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x10)); //Normy
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x14)); //Normz
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x18)); //UVu
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x1C)); //UVv
}
//Flip endianness of index array
byte[] indiceBuff = ReadBlock(fs, model.offset + indexPointer, model.faceCount * sizeof(ushort));
model.indiceBuff = new List <ushort>();
for (uint i = 0; i < model.faceCount; i++)
{
model.indiceBuff.Add(BAToUInt16(indiceBuff, i * sizeof(ushort)));
}
}
}
DataStore.spawnableModels.Add(model);
}
#endregion
//Load DL Level Models
#region Level Models
uint levelElemSize = 0x40;
byte[] levelBlock = ReadBlock(fs, levelModelsPointer, levelModelsCount * levelElemSize);
for (uint x = 0; x < levelModelsCount; x++)
{
RatchetModel_General model = new RatchetModel_General();
model.modelType = ModelType.Level;
model.size = 0.5f;
uint vertPointer = BAToUInt32(levelBlock, (x * levelElemSize) + 0x10);
uint UVPointer = BAToUInt32(levelBlock, (x * levelElemSize) + 0x14);
uint indicePointer = BAToUInt32(levelBlock, (x * levelElemSize) + 0x18);
uint texPointer = BAToUInt32(levelBlock, (x * levelElemSize) + 0x1C);
model.vertexCount = (ushort)BAToUInt32(levelBlock, (x * levelElemSize) + 0x24);
ushort texCount = BAToUInt16(levelBlock, (x * levelElemSize) + 0x28);
model.modelID = BAToShort(levelBlock, (x * levelElemSize) + 0x30);
model.offset = (uint)(x * 0x40) + levelModelsPointer;
model.modelType = ModelType.Level;
uint texElemSize = 0x18;
byte[] texBlock = ReadBlock(fs, texPointer, texCount * texElemSize);
model.textureConfig = new List <RatchetTexture_Model>();
model.faceCount = 0;
for (uint t = 0; t < texCount; t++)
{
RatchetTexture_Model dlt = new RatchetTexture_Model();
dlt.ID = BAToUInt32(texBlock, (t * texElemSize) + 0x00);
dlt.start = BAToUInt32(texBlock, (t * texElemSize) + 0x08);
dlt.size = BAToUInt32(texBlock, (t * texElemSize) + 0x0C);
model.textureConfig.Add(dlt);
model.faceCount += dlt.size;
}
//Flip endianness of vertex array float[vert_x, vert_y, vert_z, norm_x, norm_y, norm_z, uv_u, uv_v, reserved reserved]
uint vertElemSize = 0x18;
uint vertBuffSize = model.vertexCount * vertElemSize;
byte[] vertBlock = ReadBlock(fs, vertPointer, vertBuffSize);
uint UVElemsize = 0x08;
uint UVBuffSize = model.vertexCount * UVElemsize;
byte[] UVBlock = ReadBlock(fs, UVPointer, UVBuffSize);
model.vertBuff = new List <float>();
for (uint i = 0; i < model.vertexCount; i++)
{
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x00)); //vertx
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x04)); //verty
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x08)); //vertz
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x0C)); //normx
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x10)); //normy
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x14)); //normz
model.vertBuff.Add(BAToFloat(UVBlock, (i * UVElemsize) + 0x00)); //UVu
model.vertBuff.Add(BAToFloat(UVBlock, (i * UVElemsize) + 0x04)); //UVv
}
//Flip endianness of index array
byte[] indiceBuff = ReadBlock(fs, indicePointer, model.faceCount * sizeof(ushort));
model.indiceBuff = new List <ushort>();
for (uint i = 0; i < model.faceCount; i++)
{
model.indiceBuff.Add(BAToUInt16(indiceBuff, i * sizeof(ushort)));
}
DataStore.levelModels.Add(model);
}
#endregion
//Load DL Scenery Models
#region Scenery Models
uint sceneElemSize = 0x40;
byte[] sceneBlock = ReadBlock(fs, sceneryModelsPointer, sceneryModelsCount * sceneElemSize);
for (uint x = 0; x < sceneryModelsCount; x++)
{
RatchetModel_General model = new RatchetModel_General();
model.modelType = ModelType.Scenery;
model.size = 0.5f;
uint vertPointer = BAToUInt32(sceneBlock, (x * sceneElemSize) + 0x10);
uint UVPointer = BAToUInt32(sceneBlock, (x * sceneElemSize) + 0x14);
uint indicePointer = BAToUInt32(sceneBlock, (x * sceneElemSize) + 0x18);
uint texPointer = BAToUInt32(sceneBlock, (x * sceneElemSize) + 0x1C);
model.vertexCount = (ushort)BAToUInt32(sceneBlock, (x * sceneElemSize) + 0x24);
ushort texCount = BAToUInt16(sceneBlock, (x * sceneElemSize) + 0x28);
model.modelID = BAToShort(sceneBlock, (x * sceneElemSize) + 0x30);
uint texElemSize = 0x10;
byte[] texBlock = ReadBlock(fs, texPointer, texCount * texElemSize);
model.textureConfig = new List <RatchetTexture_Model>();
model.faceCount = 0;
for (uint t = 0; t < texCount; t++)
{
RatchetTexture_Model dlt = new RatchetTexture_Model();
dlt.ID = BAToUInt32(texBlock, (t * texElemSize) + 0x00);
dlt.start = BAToUInt32(texBlock, (t * texElemSize) + 0x04);
dlt.size = BAToUInt32(texBlock, (t * texElemSize) + 0x08);
model.textureConfig.Add(dlt);
model.faceCount += dlt.size;
}
//Flip endianness of vertex array float[vert_x, vert_y, vert_z, norm_x, norm_y, norm_z, uv_u, uv_v, reserved reserved]
uint vertElemSize = 0x18;
uint vertBuffSize = model.vertexCount * vertElemSize;
byte[] vertBlock = ReadBlock(fs, vertPointer, vertBuffSize);
uint UVElemsize = 0x08;
uint UVBuffSize = model.vertexCount * UVElemsize;
byte[] UVBlock = ReadBlock(fs, UVPointer, UVBuffSize);
model.vertBuff = new List <float>();
for (uint i = 0; i < model.vertexCount; i++)
{
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x00)); //vertx
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x04)); //verty
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x08)); //vertz
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x0C)); //normx
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x10)); //normy
model.vertBuff.Add(BAToFloat(vertBlock, (i * vertElemSize) + 0x14)); //normz
model.vertBuff.Add(BAToFloat(UVBlock, (i * UVElemsize) + 0x00)); //UVu
model.vertBuff.Add(BAToFloat(UVBlock, (i * UVElemsize) + 0x04)); //UVv
}
//Flip endianness of index array
byte[] indiceBuff = ReadBlock(fs, indicePointer, model.faceCount * sizeof(ushort));
model.indiceBuff = new List <ushort>();
for (uint i = 0; i < model.faceCount; i++)
{
model.indiceBuff.Add(BAToUInt16(indiceBuff, i * sizeof(ushort)));
}
DataStore.sceneryModels.Add(model);
//Console.WriteLine("Scenery Model Added: 0x" + model.modelID.ToString("X4"));
}
#endregion
//Load Terrain
#region Terrain
{
uint terrainElemSize = 0x30;
uint texElemSize = 0x10;
uint vertElemSize = 0x1c;
uint UVElemSize = 0x08;
uint ColorElemSize = 0x04;
RatchetModel_Terrain model = new RatchetModel_Terrain();
model.offset = terrainPointer;
model.modelID = 1111;
model.modelType = ModelType.Terrain;
byte[] terrainHeadBlock = ReadBlock(fs, terrainPointer, 0x60);
uint headPointer = BAToUInt32(terrainHeadBlock, 0x0);
ushort headCount = BAToUInt16(terrainHeadBlock, 0x06);
byte[] terrainBlock = ReadBlock(fs, headPointer, headCount * terrainElemSize);
model.textureConfig = new List <RatchetTexture_Model>();
model.vertBuff = new List <float>();
model.indiceBuff = new List <uint>();
uint vertCount = 0;
uint prevVertCount = 0;
uint prevFaceCount = 0;
uint prevHeadCount = 0;
uint prevPrevFaceCount = 0;
for (uint i = 0; i < 4; i++) //I have yet to see any level have more than two of these, but the header theoretically has space for 4
{
uint vertPointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x08);
uint colPointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x18);
uint UVPointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x28);
uint indicePointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x38);
prevFaceCount = 0;
if (vertPointer != 0 && UVPointer != 0 && indicePointer != 0) //Check that there's data at the pointers
{
//Loop throught the heads, and stop when the overflow counter increases
for (uint ii = prevHeadCount; ii < headCount && i == BAToUInt16(terrainBlock, (ii * terrainElemSize) + 0x22); ii++)
{
uint localFaceCount = 0;
uint texPointer = BAToUInt32(terrainBlock, (ii * terrainElemSize) + 0x10);
uint texCount = BAToUInt32(terrainBlock, (ii * terrainElemSize) + 0x14);
ushort vertStart = BAToUInt16(terrainBlock, (ii * terrainElemSize) + 0x18);
ushort headVertCount = BAToUInt16(terrainBlock, (ii * terrainElemSize) + 0x1A);
vertCount += headVertCount;
byte[] texBlock = ReadBlock(fs, texPointer, texElemSize * texCount);
for (uint iii = 0; iii < texCount; iii++)
{
RatchetTexture_Model tex = new RatchetTexture_Model();
tex.ID = BAToUInt32(texBlock, (iii * texElemSize) + 0x00);
tex.start = BAToUInt32(texBlock, (iii * texElemSize) + 0x04) + prevPrevFaceCount;
tex.size = BAToUInt32(texBlock, (iii * texElemSize) + 0x08) + prevPrevFaceCount;
localFaceCount += BAToUInt32(texBlock, (iii * texElemSize) + 0x08);
model.textureConfig.Add(tex);
}
byte[] vertBlock = ReadBlock(fs, vertPointer + vertStart * vertElemSize, headVertCount * vertElemSize);
byte[] colBlock = ReadBlock(fs, colPointer + vertStart * ColorElemSize, headVertCount * ColorElemSize);
byte[] UVBlock = ReadBlock(fs, UVPointer + vertStart * UVElemSize, headVertCount * UVElemSize);
for (uint iii = 0; iii < headVertCount; iii++)
{
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x00)); //vertx
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x04)); //verty
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x08)); //vertz
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x0C)); //normx
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x10)); //normy
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x14)); //normz
model.vertBuff.Add(BAToFloat(UVBlock, (iii * UVElemSize) + 0x00)); //UVu
model.vertBuff.Add(BAToFloat(UVBlock, (iii * UVElemSize) + 0x04)); //UVv
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x00] / 255f); //color r
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x01] / 255f); //color g
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x02] / 255f); //color b
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x03] / 255f); //color a
}
byte[] indiceBuff = ReadBlock(fs, indicePointer + prevFaceCount * sizeof(ushort), localFaceCount * sizeof(ushort));
for (uint iii = 0; iii < localFaceCount; iii++)
{
model.indiceBuff.Add(BAToUInt16(indiceBuff, iii * sizeof(ushort)) + prevVertCount);
}
prevFaceCount += localFaceCount;
prevHeadCount = ii + 1;
}
prevVertCount = vertCount;
prevPrevFaceCount = prevFaceCount;
}
}
model.vertexCount = vertCount;
model.faceCount = prevFaceCount;
DataStore.terrainModel = model;
}
#endregion
#region Chunks
List <int> chunkIds = new List <int>();
for (int chunkIndex = 0; chunkIndex < 5; chunkIndex++)
{
if (File.Exists(path + "/chunk" + chunkIndex + ".ps3"))
{
chunkIds.Add(chunkIndex);
}
}
foreach (int chunkId in chunkIds)
{
FileStream cfs = File.OpenRead(path + "/chunk" + chunkId + ".ps3");
Console.WriteLine("Loading chunk " + chunkId);
uint terrainElemSize = 0x30;
uint texElemSize = 0x10;
uint vertElemSize = 0x1c;
uint UVElemSize = 0x08;
uint ColorElemSize = 0x04;
RatchetModel_Terrain model = new RatchetModel_Terrain();
model.offset = 0x10;
model.modelID = 1111;
model.modelType = ModelType.Terrain;
byte[] terrainHeadBlock = ReadBlock(cfs, 0x10, 0x60);
uint headPointer = BAToUInt32(terrainHeadBlock, 0x0);
ushort headCount = BAToUInt16(terrainHeadBlock, 0x06);
byte[] terrainBlock = ReadBlock(cfs, headPointer, headCount * terrainElemSize);
model.textureConfig = new List <RatchetTexture_Model>();
model.vertBuff = new List <float>();
model.indiceBuff = new List <uint>();
uint vertCount = 0;
uint prevVertCount = 0;
uint prevFaceCount = 0;
uint prevHeadCount = 0;
uint prevPrevFaceCount = 0;
for (uint i = 0; i < 4; i++) //I have yet to see any level have more than two of these, but the header theoretically has space for 4
{
uint vertPointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x08);
uint colPointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x18);
uint UVPointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x28);
uint indicePointer = BAToUInt32(terrainHeadBlock, (i * sizeof(uint)) + 0x38);
prevFaceCount = 0;
if (vertPointer != 0 && UVPointer != 0 && indicePointer != 0) //Check that there's data at the pointers
{
//Loop throught the heads, and stop when the overflow counter increases
for (uint ii = prevHeadCount; ii < headCount && i == BAToUInt16(terrainBlock, (ii * terrainElemSize) + 0x22); ii++)
{
uint localFaceCount = 0;
uint texPointer = BAToUInt32(terrainBlock, (ii * terrainElemSize) + 0x10);
uint texCount = BAToUInt32(terrainBlock, (ii * terrainElemSize) + 0x14);
ushort vertStart = BAToUInt16(terrainBlock, (ii * terrainElemSize) + 0x18);
ushort headVertCount = BAToUInt16(terrainBlock, (ii * terrainElemSize) + 0x1A);
vertCount += headVertCount;
byte[] texBlock = ReadBlock(cfs, texPointer, texElemSize * texCount);
for (uint iii = 0; iii < texCount; iii++)
{
RatchetTexture_Model tex = new RatchetTexture_Model();
tex.ID = BAToUInt32(texBlock, (iii * texElemSize) + 0x00);
tex.start = BAToUInt32(texBlock, (iii * texElemSize) + 0x04) + prevPrevFaceCount;
tex.size = BAToUInt32(texBlock, (iii * texElemSize) + 0x08) + prevPrevFaceCount;
localFaceCount += BAToUInt32(texBlock, (iii * texElemSize) + 0x08);
model.textureConfig.Add(tex);
}
byte[] vertBlock = ReadBlock(cfs, vertPointer + vertStart * vertElemSize, headVertCount * vertElemSize);
byte[] colBlock = ReadBlock(cfs, colPointer + vertStart * ColorElemSize, headVertCount * ColorElemSize);
byte[] UVBlock = ReadBlock(cfs, UVPointer + vertStart * UVElemSize, headVertCount * UVElemSize);
for (uint iii = 0; iii < headVertCount; iii++)
{
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x00)); //vertx
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x04)); //verty
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x08)); //vertz
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x0C)); //normx
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x10)); //normy
model.vertBuff.Add(BAToFloat(vertBlock, (iii * vertElemSize) + 0x14)); //normz
model.vertBuff.Add(BAToFloat(UVBlock, (iii * UVElemSize) + 0x00)); //UVu
model.vertBuff.Add(BAToFloat(UVBlock, (iii * UVElemSize) + 0x04)); //UVv
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x00] / 255f); //color r
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x01] / 255f); //color g
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x02] / 255f); //color b
model.vertBuff.Add(colBlock[(iii * ColorElemSize) + 0x03] / 255f); //color a
}
byte[] indiceBuff = ReadBlock(cfs, indicePointer + prevFaceCount * sizeof(ushort), localFaceCount * sizeof(ushort));
//Console.WriteLine(localFaceCount.ToString("X8"));
for (uint iii = 0; iii < localFaceCount; iii++)
{
model.indiceBuff.Add(BAToUInt16(indiceBuff, iii * sizeof(ushort)) + prevVertCount);
}
prevFaceCount += localFaceCount;
prevHeadCount = ii + 1;
}
prevVertCount = vertCount;
prevPrevFaceCount = prevFaceCount;
}
}
model.vertexCount = vertCount;
model.faceCount = prevFaceCount;
DataStore.chunks.Add(model);
}
#endregion
//Load Level Model Placement
byte[] levelObjectBlock = ReadBlock(fs, levelModelsPlacementPointer, levelObjectsCount * 0x70);
DataStore.levelObjects = new List <LevelObject>();
for (uint i = 0; i < levelObjectsCount; i++)
{
LevelObject levObj = new LevelObject(levelObjectBlock, i);
DataStore.levelObjects.Add(levObj);
}
//Load Scenery Model Placement
byte[] sceneryObjectBlock = ReadBlock(fs, sceneryModelsPlacementPointer, sceneryObjectsCount * 0x70);
DataStore.sceneryObjects = new List <LevelObject>();
for (uint i = 0; i < sceneryObjectsCount; i++)
{
LevelObject levObj = new LevelObject(sceneryObjectBlock, i);
DataStore.sceneryObjects.Add(levObj);
}
/*
* //Load Level Model Placement
#region Level Model Placement
* for (int x = 0; x < UYALevelObjectsCount; x++)
* {
* UYALevelObjectConfig levelObject = new UYALevelObjectConfig();
* byte[] objectBlock = ReadBlock(fs, levelModelsPlacementPointer + (uint)(0x70 * x), 0x70);
*
* levelObject.v1 = BAToQuaternion(objectBlock, 0x00);
* levelObject.v2 = BAToQuaternion(objectBlock, 0x10);
* levelObject.v3 = BAToQuaternion(objectBlock, 0x20);
* levelObject.off = BAToQuaternion(objectBlock, 0x30);
* levelObject.size = BAToFloat(objectBlock, 0x3C);
* levelObject.off_40 = BAToUInt32(objectBlock, 0x40);
* levelObject.off_44 = BAToUInt32(objectBlock, 0x44);
* levelObject.off_48 = BAToUInt32(objectBlock, 0x48);
* levelObject.off_4C = BAToUInt32(objectBlock, 0x4C);
* levelObject.ID = (ushort)BAToShort(objectBlock, 0x52);
* levelObject.off_54 = BAToUInt32(objectBlock, 0x54);
* levelObject.off_58 = BAToUInt32(objectBlock, 0x58);
* levelObject.off_5C = BAToUInt32(objectBlock, 0x5C);
* levelObject.ptr_60 = BAToUInt32(objectBlock, 0x60);
* levelObject.off_64 = BAToUInt32(objectBlock, 0x64);
* levelObject.off_68 = BAToUInt32(objectBlock, 0x68);
* levelObject.off_6C = BAToUInt32(objectBlock, 0x6C);
* if (x + 1 < UYALevelObjectsCount)
* levelObject.unknown_data_block = ReadBlock(fs, levelObject.ptr_60, (BAToUInt32(ReadBlock(fs, levelModelsPlacementPointer + (uint)(0x70 * (x + 1)) + 0x60, 4), 0x00) - levelObject.ptr_60));
* else
* levelObject.unknown_data_block = ReadBlock(fs, levelObject.ptr_60, FindNextLargest(engineHeader, 0x24) - levelObject.ptr_60);
* UYALevelObjects.Add(levelObject);
* }
#endregion
*
* //Load Scenery Models Placement
#region Scenery Model Placement
* for (int x = 0; x < UYASceneryObjectsCount; x++)
* {
* UYASceneryObjectConfig sceneryObject = new UYASceneryObjectConfig();
* byte[] objectBlock = ReadBlock(fs, sceneryModelsPlacementPointer + (uint)(0x70 * x), 0x70);
*
* sceneryObject.v1 = BAToQuaternion(objectBlock, 0x00);
* sceneryObject.v2 = BAToQuaternion(objectBlock, 0x10);
* sceneryObject.v3 = BAToQuaternion(objectBlock, 0x20);
* sceneryObject.off = BAToQuaternion(objectBlock, 0x30);
* sceneryObject.size = BAToFloat(objectBlock, 0x3C);
* sceneryObject.off_40 = BAToUInt32(objectBlock, 0x40);
* sceneryObject.off_44 = BAToUInt32(objectBlock, 0x44);
* sceneryObject.off_48 = BAToUInt32(objectBlock, 0x48);
* sceneryObject.off_4C = BAToUInt32(objectBlock, 0x4C);
* sceneryObject.ID = (ushort)BAToShort(objectBlock, 0x52);
* sceneryObject.off_54 = BAToUInt32(objectBlock, 0x54);
* sceneryObject.off_54 = BAToUInt32(objectBlock, 0x58);
* sceneryObject.off_54 = BAToUInt32(objectBlock, 0x5C);
* sceneryObject.off_60 = BAToUInt32(objectBlock, 0x60);
* sceneryObject.off_64 = BAToUInt32(objectBlock, 0x64);
* sceneryObject.off_64 = BAToUInt32(objectBlock, 0x68);
* sceneryObject.off_64 = BAToUInt32(objectBlock, 0x6C);
*
* UYASceneryObjects.Add(sceneryObject);
* }
#endregion
*/
//Load Textures
#region Textures
RatchetTexture_General texture = new RatchetTexture_General();
for (int x = 0; x < textureCount; x++)
{
texture.texHeader = ReadBlock(fs, texturesPointer + (uint)(0x24 * x), 0x24);
uint nextTexturePointer = x < textureCount - 1 ? ReadUInt32(ReadBlock(fs, texturesPointer + (uint)(0x24 * (x + 1)), 0x4), 0) : vfs != null ? (uint)vfs.Length : 0;
uint currentTexturePointer = ReadUInt32(texture.texHeader, 0);
//Console.WriteLine("Parsing texture " + x + " " + currentTexturePointer.ToString("X") + " " + nextTexturePointer.ToString("X"));
texture.ID = x;
texture.width = BAToShort(texture.texHeader, 0x18);
texture.height = BAToShort(texture.texHeader, 0x1A);
texture.texData = vfs != null?ReadBlock(vfs, currentTexturePointer, nextTexturePointer - currentTexturePointer) : null;
texture.reverseRGB = false;
DataStore.textures.Add(texture);
//Console.WriteLine("Texture : " + x + " Width: " + texture.width + " Height: " + texture.height);
}
#endregion
//TODO: textureConfig - Menus
//TODO: textureConfig - 2D GFX
//TODO: Sprites
//Load the remaining unknown or unhandled data
#region Remaining Data
DataStore.mapRenderDefintions = getSection(fs, 0x04);
DataStore.Ptr_08 = getSection(fs, 0x08);
DataStore.Ptr_0C = getSection(fs, 0x0C);
DataStore.skyBox = getSection(fs, 0x14);
DataStore.collisionMap = getSection(fs, 0x18);
DataStore.Ptr_44 = getSection(fs, 0x44);
DataStore.soundsConfig = getSection(fs, 0x54);
DataStore.Ptr_4C = getSection(fs, 0x4C);
DataStore.Ptr_50 = getSection(fs, 0x50);
DataStore.lighting = getSection(fs, 0x68);
DataStore.lightingConfig = getSection(fs, 0x6C);
DataStore.textureConfigMenu = getSection(fs, 0x74);
DataStore.textureConfig2DGFX = getSection(fs, 0x7C);
DataStore.spriteDef = getSection(fs, 0x80);
#endregion
#region raw Data //need to properly handle these eventually
DataStore.terrainModel.rawData = getSection(fs, 0x48);
//rawLevelModelBlock = getSection(fs, 0x1C);
//rawSceneryModelBlock = getSection(fs, 0x2C);
#endregion
#region Missions
MissionParser.parseMissions(path);
#endregion
fs.Close();
gpf.Close();
Console.WriteLine("Engine data loaded with new engine parser for DL.");
}