void GRMapCanvas::zoomFullExtent()
{
previousExtent = currentExtent;
currentExtent = fullExtent;
clear();
render2();
}
void GRMapCanvas::layerStateChange()
{
if ( !frozen )
{
clear();
render2();
}
}
void gameFrame(void)
{
int lala;
switch(currentBuffer)
{
case false:
#ifdef DEBUG_GAME
iprintf("\x1b[0;0H");
iprintf("%d FPS \n", FPS);
iprintf("%d (debug) \n", debugVal);
iprintf("%d (free ram) \n", getMemFree()/1024);
iprintf("%p (portal) \n", portal1.displayList);
iprintf("%p (portal) \n", portal2.displayList);
#endif
cpuEndSlice();
postProcess1();
// iprintf("postproc : %d \n",cpuEndSlice());
render1();
// if(keysDown()&KEY_SELECT)testStepByStep^=1; //TEMP
#ifdef DEBUG_GAME
iprintf("full : %d (%d) \n",cpuEndTiming(),testStepByStep);
#endif
swiWaitForVBlank();
cpuStartTiming(0);
prevTiming=0;
if(previousPortal)dmaCopy(VRAM_C, previousPortal->viewPoint, 256*192*2);
setRegCapture(true, 0, 15, 2, 0, 3, 1, 0);
frmCNT++;
break;
case true:
// cpuStartTiming(0);
postProcess2();
// iprintf("frm 2 : %d \n",cpuGetTiming());
render2();
listenPI9();
updateOBBs();
// iprintf("frm 2 : %d \n",cpuEndTiming());
#ifdef DEBUG_GAME
iprintf("fake frame : %d \n",cpuEndTiming());
#endif
swiWaitForVBlank();
cpuStartTiming(0);
prevTiming=0;
dmaCopy(VRAM_C, mainScreen, 256*192*2);
setRegCapture(true, 0, 15, 2, 0, 3, 1, 0);
break;
}
// if(testStepByStep){int i=0;while(!(keysUp()&KEY_TOUCH)){scanKeys();listenPI9();swiWaitForVBlank();}NOGBA("WAITED");scanKeys();scanKeys();if(keysHeld()&KEY_SELECT)testStepByStep=false;}
// else if(keysDown()&KEY_SELECT)testStepByStep=true;
currentBuffer^=1;
}
void GRMapCanvas::zoomPreviousExtent()
{
if ( previousExtent.width() > 0 )
{
GRRect tempRect = currentExtent;
currentExtent = previousExtent;
previousExtent = tempRect;
clear();
render2();
}
}
int loop_hook(void *v)
{
// t_env *e = static_cast<t_env>(v);
(void)v;
write(1, "dsad\n", 5);
sleep(1);
// bzero(e.addr, e.h * e.sizel + e.l * e.bpp / 8);
preparator(e);
render2(e);
// bzero(e.addr, strlen(e.addr));
// mlx_put_image_to_window(e.mlx, e.win, e.img, 0, 0);
// mlx_do_sync(e.mlx);
return (0);
}
void GRMapCanvas::paintEvent( QPaintEvent *pe )
{
if ( !dirty )
{
//bitBlt( this, pe->rect().topLeft(), pmCanvas, pe->rect() );
}
else
{
if ( !drawing )
{
render2();
}
}
}
void GRMapCanvas::refresh()
{
dirty = true;
render2();
}
i++ ) { \
/*distance vector*/ \
r.x = result->apix.x * i + result->origin.x - pos.x; \
r.y = result->apix.y * i + result->origin.y - pos.y; \
r.z = result->apix.z * i + result->origin.z - pos.z; \
/*radius*/ \
lenr = r.x * r.x + r.y * r.y + r.z * r.z; \
lenr = lenr * isqrt_(lenr); \
\
/*value*/ \
density = kernel(lenr,type[atom],sigma); \
density *= mass; \
\
/*add density to map and get next gridpoint */ \
result->data[idx++] += density; \
} \
} \
} \
} \
return result;
PDen_t * pDenRenderPeng2(PDen_t * result, real width, real sigma, size_t n, int * type, real * coords, real * cfactor, real *dfactor)
{
render2(pDenPengKernel)
}
PDen_t * pDenRenderGauss2(PDen_t * result, real width, real sigma, size_t n, int * type, real * coords, real * cfactor, real *dfactor)
{
render2(pDenGaussKernel)
}
