for(Uint32 i=0;i<65536;i++)
{
if(MAP==280)continue;
float sc = ltTiles.Scale();
int space = ceil(16.0*sc);
int x = ceil(((i%256)*16.0*sc+left*sc)+(iwwidth/2));
int y = ceil(((i/256)*16.0*sc+top*sc)+(iwheight/2));
if(x>iwwidth+space || y>iwheight+space) continue;
if(x<-(space) || y<-(space)) continue;
ltTiles.Draw(MAP,y,x,0);
}

int D3DLargeTexture::Draw(int i,int top,int left,float angle)
{
if(i<0 || i> irows*icols)return 0;
int size = ceil(isize * fscale);
RECT sCords;
sCords.top = top;
sCords.left = left;
sCords.bottom = size + top;
sCords.right = size + left;
Blit(d3dtextures,&sCords,angle);
return 1;
}

void Blit(IDirect3DTexture9* texture, RECT* rDest, float rotate)
{
    float X;
    float Y;
    D3DXMATRIX matTranslation;
    D3DXMATRIX matScaling;
    D3DXMATRIX matTransform;
    
    //Get coordinates
    X = rDest->left - (float)(present_parameters.BackBufferWidth) / 2;
    Y = -rDest->top + (float)(present_parameters.BackBufferHeight) / 2; 

    //Setup translation and scaling matrices
    D3DXMatrixScaling (&matScaling, (float)(rDest->right - rDest->left),
        (float)(rDest->bottom - rDest->top), 1.0f);
    D3DXMatrixTranslation (&matTranslation, X, Y, 0.0f);
    matTransform = matScaling * matTranslation;

    //Check if quad is rotated
    if (rotate)
    {
        D3DXMATRIX matRotate;

        //Create rotation matrix about the z-axis
        D3DXMatrixRotationZ (&matRotate, rotate);

        //Multiply matrices together
        matTransform *= matRotate;
    }

    //Draw the quad
    direct3D_device->SetTransform (D3DTS_WORLD, &matTransform);
    direct3D_device->SetTexture (0, texture);
    direct3D_device->DrawPrimitive(D3DPT_TRIANGLEFAN, 0, 2);
}

BeginDrawing ();int x,y,size;size = 16; //Size of tilesfloat sc = ltTiles.Scale(); //Current Scaleint space = ceil(16.0*sc); //Extra Space (Room for Error)x=0; //Calculated Left Position where the tile will be drawn.y=0; //Calculated Top Position where the tile will be drawn.for(Sint16 row=0;row<256 && row>=0;row++){y = ceil( //Round UP always(float)(row* //Row Number Multiplied bysize)* //Tile Sizesc+ //Adjusted for Scale(float)top*sc + //Top Offest adjusted for Scale(iwheight/2)); //Move to Center of Screen: Window Height Divided by 2if(y<-(space)) //if this tile won't show on the screen.{//very similar to the previous calculation except you solve for Row where Y is -Spacerow = (((-1) * ( (iwheight/2) + ceil(top*sc) + space ))/size)/sc;continue;}else if(y>iwheight+space) break; //if this tile won't show on the screen.for(Sint16 col=0;col<256 && col>=0;col++){					x = ceil( //Round UP alwayscol* //Col Number Multiplied bysize* //Tile Sizesc+ //Adjusted for Scaleleft*sc+ //Left Offest adjusted for Scale(iwwidth/2)); //Move to Center of Screen: Window Width Divided by 2if(x<-(space)) //if this tile won't show on the screen.{//very similar to the previous calculation except you solve for Col where X is -Spacecol = (((-1) * ( (iwwidth/2) + ceil(left*sc) + space ))/size)/sc; continue;}else if(x>iwwidth+space) break; //if this tile won't show on the screen.Uint32 i = col+row*256; //Find Tile ID//if(x<-(space) || y<-(space)) continue; //shouldn't be needed anymoreif(MAP!=280) //280 is a transparent unwalkable tileltTiles.Draw(MAP,y,x,0); //Draw}}EndDrawing ();