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sbVector::sbVector(float x, float y, float z){
	this->x = x;
	this->y = y;
	this->z = z;
}

---

class sbFace {
public:
	sbFace();
	~sbFace();
	std::vector<sbVector> vertex;        /* Tirnangle Coordinates */
	sbVector normal;

	TEXTURE_INFO texture;   /* Texture Coordinates */
	int cntVertices;       /* number of vertices */
	float distance;         /* Face Distance from Origin */

	sbVector		getOrigin(void);
	void			setOrigin(sbVector newo);
private:
	sbVector	origin;
};

---

int getData(void)
{
  extern WORLD world;
  extern GAME game;

  int cntTextures=2, i=0, temp=0, groups=0, brushes=0, faces=0;
  char thisline[100],
       temp2[20],
       **textureName=(char**)aalloc(2, 12*sizeof(char));

  FILE *file=fopen(game.mainFile, "r");

  if (file == NULL)
  {
    MessageBox(0,"Main game file not found.","Error 2",0);
    exit(1); /* file does not exist */
  }

  /** load the textures **/
  strcpy(textureName[0], "pic1.bmp");
  strcpy(textureName[1], "pic2.bmp");

  loadGLTextures(cntTextures, (char**)textureName);

  for (i=0; i < cntTextures; i++)
  {
//    free(textureName[cntTextures]);
//    textureName[cntTextures]=NULL;
  }

//  free(textureName);
//  textureName=NULL;

  /** read out first opening bracket **/
  do
    readLine(file, thisline);
  while (thisline[0] != '{');

  if (thisline[0] != '{')
    return 1;
    MessageBox(0,"getting data","Error 2",0);
  while (readLine(file,thisline) != 0)
  {
    /** if end of brush... **/
    if(thisline[0] == '}')
    {
      world.brush[brushes-1].cntFaces = faces;
      faces = 0;
      readLine(file,thisline); /* just for the sake of not looping thru again. faster. */

      /** end of file **/
      if(thisline[0] == '}')
        break;
    }

    /** if new brush... **/
    if (thisline[0] == '{')
    {
      brushes += 1;

      /** make room for a new brush **/
      if (brushes == 1)
        world.brush = (sbPoly *) malloc(1 * sizeof(sbPoly));
      else
        world.brush = (sbPoly *) realloc(world.brush, brushes * sizeof(sbPoly)); /* allocate enough space to hold sizeof(BRUSH) */

      /* origin always 0 for now */
      world.brush[brushes-1].origin.x = 0;
      world.brush[brushes-1].origin.y = 0;
      world.brush[brushes-1].origin.z = 0;
    }

    /** if new face... **/
    if (thisline[0] == '(')
    {
      faces += 1;

      /** make room for a new face **/
      if (faces == 1)
        world.brush[brushes-1].face = (sbFace *) malloc(1 * sizeof(sbFace));
      else
        world.brush[brushes-1].face = (sbFace *) realloc(world.brush[brushes-1].face, faces * sizeof(sbFace));

      /** initialize shit **/
      world.brush[brushes-1].face[faces-1].cntVertices = 3; /* 404 */
	  MessageBox(0,"before","",0);//sprintf((char *)&str, "%i,%i,%i", world.brush[brushes-1].face[faces-1].vertex.at(0).x, world.brush[brushes-1].face[faces-1].vertex.at(0).y, world.brush[brushes-1].face[faces-1].vertex.at(0).z);
      //world.brush[brushes-1].face[faces-1].vertex.resize(3);// = (sbVector *) malloc(3 * sizeof(sbVector));
	  world.brush[brushes-1].face[faces-1].vertex.push_back(sbVector::sbVector(0, 0, 0));// = (sbVector *) malloc(3 * sizeof(sbVector));
      MessageBox(0,"after","",0);//sprintf((char *)&str, "%i,%i,%i", world.brush[brushes-1].face[faces-1].vertex.at(0).x, world.brush[brushes-1].face[faces-1].vertex.at(0).y, world.brush[brushes-1].face[faces-1].vertex.at(0).z);
	  world.brush[brushes-1].face[faces-1].texture.texID = 1; /* set texture to 0 because we only have one for now */

      sscanf(thisline, "( %f %f %f ) ( %f %f %f ) ( %f %f %f ) %s [ %f %f %f %f ] [ %f %f %f %f ] %f %f %f \n",
       &world.brush[brushes-1].face[faces-1].vertex.at(0).x,
       &world.brush[brushes-1].face[faces-1].vertex.at(0).z,
       &world.brush[brushes-1].face[faces-1].vertex.at(0).y,

       &world.brush[brushes-1].face[faces-1].vertex.at(1).x,
       &world.brush[brushes-1].face[faces-1].vertex.at(1).z,
       &world.brush[brushes-1].face[faces-1].vertex.at(1).y,

       &world.brush[brushes-1].face[faces-1].vertex.at(2).x,
       &world.brush[brushes-1].face[faces-1].vertex.at(2).z,
       &world.brush[brushes-1].face[faces-1].vertex.at(2).y, &temp2,

       &world.brush[brushes-1].face[faces-1].texture.texU.x,
       &world.brush[brushes-1].face[faces-1].texture.texU.z,
       &world.brush[brushes-1].face[faces-1].texture.texU.y,
       &world.brush[brushes-1].face[faces-1].texture.shiftU,

       &world.brush[brushes-1].face[faces-1].texture.texV.x,
       &world.brush[brushes-1].face[faces-1].texture.texV.z,
       &world.brush[brushes-1].face[faces-1].texture.texV.y,
       &world.brush[brushes-1].face[faces-1].texture.shiftV,

       &world.brush[brushes-1].face[faces-1].texture.rotation,
       &world.brush[brushes-1].face[faces-1].texture.scaleU,
       &world.brush[brushes-1].face[faces-1].texture.scaleV);
	  
      for (i=0; i<3; i++)
      {
        /** scale world **/
        world.brush[brushes-1].face[faces-1].vertex.at(i).x /= _WORLD_SCALE;
        world.brush[brushes-1].face[faces-1].vertex.at(i).y /= _WORLD_SCALE;
        world.brush[brushes-1].face[faces-1].vertex.at(i).z /= _WORLD_SCALE;

        /** further translate from the right-hand coordinate system to the left **/
        world.brush[brushes-1].face[faces-1].vertex.at(i).y = -world.brush[brushes-1].face[faces-1].vertex.at(i).y;
      }
      world.brush[brushes-1].face[faces-1].texture.texU.y = -world.brush[brushes-1].face[faces-1].texture.texU.y;
      world.brush[brushes-1].face[faces-1].texture.texV.y = -world.brush[brushes-1].face[faces-1].texture.texV.y;
    }
  }
  world.cntBrushes = brushes;

  fclose(file);

  return 0;
}