I still have this problem almost 1 month. Tried to search on Google but did not find any solution to this. I have loaded all the data correctly but don't know why the texture came up like this.

Here is my loader:

Header

struct SVertex { public: float X, Y, Z; }; struct STexture { public: float U, V; }; struct SFace { public: int X, Y, Z; }; class CBMap { public: struct SMesh { SVertex *Vertex; SVertex *Normal; STexture *TexCoord; SFace *Face; SFace *FaceNormal; char Texture[32]; int TextureID; int TotalVertice; int TotalNormal; int TotalFace; }; SMesh* Mesh; CBMap(); ~CBMap(); int TotalMesh; int Load(char* szFile); int Get_FileHeader(FILE* pFile); int Get_TotalMesh(FILE* pFile); int GetData(FILE* pFile); }; 

CPP

int CBMap::Load(char* szFile) { FILE* pFile = fopen(szFile, "r"); if (!pFile) return 0; int iBMap = Get_FileHeader(pFile); if (!iBMap) { printf("BMAP file is not valid\n"); return 0; } TotalMesh = Get_TotalMesh(pFile); Mesh = new SMesh[TotalMesh]; GetData(pFile); int iMesh = 0; char* pJunk; char szHeader[32]; while (!feof(pFile)) { fscanf(pFile, "%s", &szHeader); if (!strncmp(szHeader, "BMAP", 4)) continue; if (!strncmp(szHeader, "mesh", 4)) continue; if (!strncmp(szHeader, "mtl", 3)) { fscanf(pFile, "%s", Mesh[iMesh].Texture); Mesh[iMesh].TextureID = LoadTexture(Mesh[iMesh].Texture); } if (!strncmp(szHeader, "ve", 2)) { fscanf(pFile, "%d", &pJunk); Mesh[iMesh].Vertex = (SVertex*)malloc(sizeof (SVertex) * Mesh[iMesh].TotalVertice); for (int i = 0; i < Mesh[iMesh].TotalVertice; ++i) { fscanf(pFile, "%f %f %f", &Mesh[iMesh].Vertex[i].X, &Mesh[iMesh].Vertex[i].Y, &Mesh[iMesh].Vertex[i].Z); } } if (!strncmp(szHeader, "uv", 2)) { fscanf(pFile, "%d", &pJunk); Mesh[iMesh].TexCoord = (STexture*)malloc(sizeof (STexture) * Mesh[iMesh].TotalVertice); for (int i = 0; i < Mesh[iMesh].TotalVertice; ++i) { fscanf(pFile, "%f %f", &Mesh[iMesh].TexCoord[i].U, &Mesh[iMesh].TexCoord[i].V); } } if (!strncmp(szHeader, "vn", 2)) { fscanf(pFile, "%d", &pJunk); Mesh[iMesh].Normal = (SVertex*)malloc(sizeof (SVertex) * Mesh[iMesh].TotalNormal); for (int i = 0; i < Mesh[iMesh].TotalNormal; ++i) { fscanf(pFile, "%f %f %f", &Mesh[iMesh].Normal[i].X, &Mesh[iMesh].Normal[i].Y, &Mesh[iMesh].Normal[i].Z); } } if (!strncmp(szHeader, "f", 1)) { fscanf(pFile, "%d", &pJunk); Mesh[iMesh].Face = (SFace*)malloc(sizeof (SFace) * Mesh[iMesh].TotalFace * 3); Mesh[iMesh].FaceNormal = (SFace*)malloc(sizeof (SFace) * Mesh[iMesh].TotalFace * 3); for (int i = 0; i < Mesh[iMesh].TotalFace; ++i) { fscanf(pFile, "%d %d %d %d %d %d", &Mesh[iMesh].Face[i].X, &Mesh[iMesh].Face[i].Y, &Mesh[iMesh].Face[i].Z, &Mesh[iMesh].FaceNormal[i].X, &Mesh[iMesh].FaceNormal[i].Y, &Mesh[iMesh].FaceNormal[i].Z); } } if (!strncmp(szHeader, "end", 3)) { if (iMesh < TotalMesh) iMesh ++; } } printf("CBMap::Model Loaded\n"); fclose(pFile); return 1; }