void Player::handle_collisions(){
            int ax = (__x + __hspeed) / Global.Block.Size -1;
            for( int x = ax; x < ax + 2; x ++ )
                for( int y = (floor(__y-__h))/Global.Block.Size; y< (floor(__y)+__h)/Global.Block.Size+1; ++y )
                {
                    if( __y - __h < (y + 1) * Global.Block.Size && __y + __h - Global.Block.Size / 16 > (y) * Global.Block.Size &&
                       __x + __hspeed >= x * Global.Block.Size && __x + __hspeed <= (x+1) * Global.Block.Size &&
                       !(__x >= x * Global.Block.Size && __x  <= (x+1) * Global.Block.Size) ){
                        if( __hspeed > 0 || isdown.right ){
                            if( Global.Play->GetMap()->Data()[x][y].left == true ){
                                if( __x + __hspeed >= ((x) * Global.Block.Size) ){
                                    if( isdown.right ){
                                        if( y <= __y-__h ){
                                            __vspeed = 0;
                                            state = 10;
                                        }
                                    }
                    __x = (x * Global.Block.Size)-1;
                                    __hspeed = 0;
                                    break;
                                }
                            }
                        }
                        if( __hspeed < 0 ){
                            if( Global.Play->GetMap()->Data()[x][y].right == true ){
                                if( __x + __hspeed <= ((x+1) * Global.Block.Size) ){
                                    __x = ((x+1) * Global.Block.Size)+1;
                                    __hspeed = 0;
                                    break;
                                }
                            }
                        }
                    }

                }
    int ay = (__y + __h - Global.Block.Size/2) / Global.Block.Size;
    if( __vspeed > 0 )
        for( int y = ay; y < ay + 2; y ++ )
            for( int x = (floor(__x-__w))/Global.Block.Size; x<= (floor(__x)+__w)/Global.Block.Size; ++x )
            {
                if( __x + __hspeed >= (x) * Global.Block.Size && __x + __hspeed <= (x+1) * Global.Block.Size ){

                    double ydelta = Global.Play->GetMap()->Data()[x][y].get_delta( __x + __hspeed, __y + __h + __vspeed, x*Global.Block.Size, y*Global.Block.Size );
                    if( ydelta != 0 ){
                        __y = floor( __y + ydelta + __vspeed );
                        __vspeed = 0;
                        canjump = true;
                    }
                    if( Global.Play->GetMap()->Data()[x][y].down == true ){
                        if( __y + __vspeed + Global.Block.Size / 8 + __h > ((y) * Global.Block.Size) ){
                            canjump = true;
                        }
                    }
                }
            }

    ay = (__y - __h - Global.Block.Size/2) / Global.Block.Size;
    if( __vspeed < 0 )
        for( int y = ay; y < ay + 2; y ++ )
            for( int x = (floor(__x-__w))/Global.Block.Size; x<= (floor(__x)+__w)/Global.Block.Size; ++x )
                {
                    //printf("---X: %i; Y: %i\n", x, y);
                    if( __x + __hspeed >= (x) * Global.Block.Size && __x + __hspeed <= (x+1) * Global.Block.Size ){
                        if( Global.Play->GetMap()->Data()[x][y].down == true ){
                            if( __y + __vspeed - __h < ((y+1) * Global.Block.Size) ){
                                __y = ((y+1) * Global.Block.Size) + __h;
                                __vspeed = 0;
                            }
                        }
                    }
                }
}