public static Special[] getSpecialsFromFile(string[] fileLines)
{
string[][] fileLineData = LakiTool.C.Utils.CUtils.ParseFromStructInStruct(fileLines, "SpecialObjectPresets");
Special[] specialOut = new Special[fileLineData.Length];
for (int i = 0; i < specialOut.Length; i++)
{
specialOut[i] = new Special();
specialOut[i].preset_id = (byte)MISCUtils.ParseInt(fileLineData[i][0]);
specialOut[i].type = SpecialUtil.getTypeFromName(fileLineData[i][1]);
specialOut[i].defParam = (byte)MISCUtils.ParseInt(fileLineData[i][2]);
specialOut[i].modelName = fileLineData[i][3];
specialOut[i].behaviorName = fileLineData[i][4];
}
return(specialOut);
}
public static GCUtil[] GetDefinesFromFile(string[] fileLines)
{
List <GCUtil> gcs = new List <GCUtil>();
string[] lineData;
foreach (string line in fileLines)
{
lineData = MISCUtils.ParseAsmbd(line);
if (lineData[0] == C.CConsts.def)
{
gcs.Add(new GCUtil(lineData[1], MISCUtils.ParseInt(lineData[2])));
System.Windows.Forms.MessageBox.Show(gcs[gcs.Count - 1].name);
}
}
return(gcs.ToArray());
}
public static SpecialObjectRenderStack getSpecialObjectsFromCollisionFile(string[] colData)
{
OBJs.Special.SpecialObjectRenderStack returnObj = new OBJs.Special.SpecialObjectRenderStack();
string[] vals;
foreach (string line in colData)
{
if (!(line.Contains("col") || line.Contains("special_object")))
{
continue;
}
vals = MISCUtils.ParseAsmbd(line);
if (vals[0] == "special_object")
{
returnObj.addSpecialObject(vals[2], (short)MISCUtils.ParseInt(vals[4]), (short)MISCUtils.ParseInt(vals[5]), (short)MISCUtils.ParseInt(vals[6]));
}
}
return(returnObj);
}
public static byte getPresetIdFromName(string[] fileLines, string modelName)
{
//todo change this with a sorta lut
foreach (string line in fileLines)
{
string[] cont = MISCUtils.ParseAsmbd(line);
if (cont.Length > 0)
{
if (cont[0] == ".set")
{
if (cont[1] == modelName)
{
return((byte)MISCUtils.ParseInt(cont[2]));
}
}
}
}
return(0x00);
}
public static OBJs.CubeData getCubeDataFromF3DFile(string[] lines) //yeah sorry i make it check the whole file, just did this for convenience and also cause objects should be more accurately represented
{
CubeData data = new CubeData();
string[] vs;
if (lines == null)
{
return(data);
}
foreach (string line in lines)
{
vs = MISCUtils.ParseAsmbd(line);
if (vs[0] == "vertex")
{
data.updateCubeData((short)(MISCUtils.ParseInt(vs[1]) >> 4), (short)(MISCUtils.ParseInt(vs[2]) >> 4), (short)(MISCUtils.ParseInt(vs[3]) >> 4));
}
}
return(data);
}
public void ParseColData()
{
int n = -1;
string[] vals;
Col cold = new Col();
foreach (string line in colData)
{
n++;
if (!(line.Contains("col") || line.Contains("special_object")))
{
continue;
}
vals = MISCUtils.ParseAsmbd(line);
if (vals[0] == "colVertex")
{
cold.colVertex((short)MISCUtils.ParseInt(vals[1]), (short)MISCUtils.ParseInt(vals[2]), (short)MISCUtils.ParseInt(vals[3]));
}
if (vals[0] == "colTri")
{
cold.colTri((short)MISCUtils.ParseInt(vals[1]), (short)MISCUtils.ParseInt(vals[2]), (short)MISCUtils.ParseInt(vals[3]));
}
if (vals[0] == "colTriSpecial")
{
cold.colTriSpecial((short)MISCUtils.ParseInt(vals[1]), (short)MISCUtils.ParseInt(vals[2]), (short)MISCUtils.ParseInt(vals[3]), (short)MISCUtils.ParseInt(vals[4]));
}
if (vals[0] == "colWaterBox")
{
cold.colWaterBox((short)MISCUtils.ParseInt(vals[1]), (short)MISCUtils.ParseInt(vals[2]), (short)MISCUtils.ParseInt(vals[3]), (short)MISCUtils.ParseInt(vals[4]), (short)MISCUtils.ParseInt(vals[5]), (short)MISCUtils.ParseInt(vals[6]));
}
if (vals[0] == "colTriInit")
{
cold.colTriInit(LakiTool.Col.Util.ColUtil.getCmdFromName(vals[1]), (short)MISCUtils.ParseInt(vals[2]));
}
if (vals[0] == "special_object")
{
//stuff from here has been migrated to renderer and to objs and objs/special etc
}
}
}
private static List <GeoParam> getParamsFromLineData(string[] linedata)
{
List <GeoParam> geoparams = new List <GeoParam>();
for (int i = 1; i < linedata.Length; i++)
{
dynamic paramdata;
try
{
paramdata = MISCUtils.ParseInt(linedata[i]);
}
catch
{
paramdata = linedata[i];
}
geoparams.Add(new GeoParam(paramdata));
}
return(geoparams);
}
public static OBJFile.o getObjFromDL(LUTs inputData, string[] lines, int offset = 0, string objName = "default")
{
string[] vals;
uint vertSet = (uint)(vAdr == 0?1:0);
OBJFile.o outObjFile = new OBJFile.o();
outObjFile.oname = objName;
uint lastVertAdr = OBJFileUtil.vAdr;
int n = -1;
int x = 0, y = 0;
foreach (string line in lines)
{
n++;
if (n < offset - 1)
{
continue;
}
if (!(line.Contains("gsSP") || line.Contains("gsDP")))
{
continue;
}
vals = MISCUtils.ParseAsmbd(line);
if (vals[0] == "gsSPEndDisplayList" && offset > 0)
{
break;
}
if (vals[0] == "gsSP1Triangle")
{
uint v0 = (uint)MISCUtils.ParseInt(vals[1]);
uint v1 = (uint)MISCUtils.ParseInt(vals[2]);
uint v2 = (uint)MISCUtils.ParseInt(vals[3]);
v0 += lastVertAdr;
v1 += lastVertAdr;
v2 += lastVertAdr;
outObjFile.faces.Add(new OBJFile.f(new OBJFile.fFmt(v0, v0, v0), new OBJFile.fFmt(v1, v1, v1), new OBJFile.fFmt(v2, v2, v2)));
}
if (vals[0] == "gsSP2Triangles")
{
uint v0 = (uint)MISCUtils.ParseInt(vals[1]);
uint v1 = (uint)MISCUtils.ParseInt(vals[2]);
uint v2 = (uint)MISCUtils.ParseInt(vals[3]);
v0 += lastVertAdr;
v1 += lastVertAdr;
v2 += lastVertAdr;
outObjFile.faces.Add(new OBJFile.f(new OBJFile.fFmt(v0, v0, v0), new OBJFile.fFmt(v1, v1, v1), new OBJFile.fFmt(v2, v2, v2)));
v0 = (uint)MISCUtils.ParseInt(vals[5]);
v1 = (uint)MISCUtils.ParseInt(vals[6]);
v2 = (uint)MISCUtils.ParseInt(vals[7]);
v0 += lastVertAdr;
v1 += lastVertAdr;
v2 += lastVertAdr;
outObjFile.faces.Add(new OBJFile.f(new OBJFile.fFmt(v0, v0, v0), new OBJFile.fFmt(v1, v1, v1), new OBJFile.fFmt(v2, v2, v2)));
}
if (vals[0] == "gsSPVertex")
{
lastVertAdr += vertSet;
Vtx[] verteces = F3DUtils.getVtxFromName(vals[1], inputData.vtxLUT).ToArray();
for (int v = MISCUtils.ParseInt(vals[3]); v < MISCUtils.ParseInt(vals[2]) + MISCUtils.ParseInt(vals[3]); v++)
{
outObjFile.verts.Add(new OBJFile.v(verteces[v].X, verteces[v].Y, verteces[v].Z));
outObjFile.coords.Add(new OBJFile.vt(verteces[v].S, verteces[v].T, x, y));
outObjFile.normals.Add(new OBJFile.vn(verteces[v].R, verteces[v].G, verteces[v].B));
}
vertSet = (uint)MISCUtils.ParseInt(vals[2]);
}
if (vals[0] == "gsDPSetTextureImage")
{
x = F3DUtils.getTexFromName(vals[4], inputData.texLUT).Size.Width;
y = F3DUtils.getTexFromName(vals[4], inputData.texLUT).Size.Height;
}
}
OBJFileUtil.vAdr = lastVertAdr + vertSet;
return(outObjFile);
}