grect WinRT::rotateViewport(grect viewport)
{
static int w = 0;
static int h = 0;
if (w == 0 || h == 0)
{
gvec2 resolution = april::getSystemInfo().displayResolution;
w = hround(resolution.x);
h = hround(resolution.y);
CHECK_SWAP(w, h);
}
int rotation = WinRT::getScreenRotation();
if (rotation == 90)
{
hswap(viewport.x, viewport.y);
hswap(viewport.w, viewport.h);
viewport.x = w - (viewport.x + viewport.w);
}
else if (rotation == 180)
{
viewport.x = w - (viewport.x + viewport.w);
viewport.y = h - (viewport.y + viewport.h);
}
else if (rotation == 270)
{
hswap(viewport.x, viewport.y);
hswap(viewport.w, viewport.h);
viewport.y = h - (viewport.y + viewport.h);
}
return viewport;
}
bool ScrollBar::onMouseScroll(float x, float y)
{
if (Object::onMouseScroll(x, y))
{
return true;
}
Container* parent = dynamic_cast<Container*>(this->parent);
if (parent != NULL && (parent->isCursorInside() || this->isCursorInside()))
{
ScrollArea* area = parent->_getScrollArea();
if (area != NULL && area->isSwapScrollWheels())
{
hswap(x, y);
}
this->addScrollValue(this->_calcScrollMove(x, y));
}
return false;
}
int main (int argc,char *argv[])
{
double sigx = 0.0 ,sigx2 = 0.0, sig;
int nn,ne,cval = 0,num_attemp = 0,mincval = 32600;
int *igraph, *ma,*mb,*costa,oneflag = 1; /* ,*check,x; */
nodez *alist;
indextype *sindex;
clock_t startt;
float matcht = 0,partt= 0,swapt = 0,bestt,ttime,curtime,run_time;
periodt();
startt = clock();
srand(32063);
getgraph(argc,argv,&igraph,&ma,&mb,&sindex,
&nn,&ne,&alist);
cand_list_size = atoi(argv[4]);
if(argv[3][0] == '4')
big_flag = 0;
run_time = atof(argv[5]);
readgraph(ne,nn,igraph,alist);
curtime = clock()/CLK_TCK;
while (curtime < run_time * 2)
{
num_attemp++;
remem(&costa,nn);
switch (argv[2][0])
{
case '1': heappart(costa,nn,ma,mb,alist);
partt += periodt();
break;
case '2': greedypart(costa,nn,ma,mb,sindex,alist);
partt += periodt();
break;
default : exit(0);
}
switch (argv[3][0])
{
case '1': hswap(igraph,ma,mb,costa,nn,&cval,alist);
break;
case '2': slightswap(igraph,ma,mb,costa,nn,&cval,alist);
break;
case '3': slightestswap(igraph,ma,mb,costa,nn,&cval,alist);
break;
case '4': aslightswap(ma,mb,costa,nn,&cval,alist);
break;
default : hswap(igraph,ma,mb,costa,nn,&cval,alist);
}
swapt += periodt();
free(costa);
sig = cval;
sigx += sig;
sigx2 += (sig * sig);
if (cval < mincval)
{
bestt = ((clock() - startt)/CLK_TCK);
mincval = cval;
/* check = (int *) calloc (nn + 1,sizeof(int));
for(x = 1; x<= nn / 2; x++)
{
check[ma[x]]++;
check[mb[x]]++;
}
for (x = 1; x<= nn; x++)
printf("\ncheck %d: %d",x,check[x]);
printf("\n\n");
free(check); */
}
cval = 0;
curtime = clock()/CLK_TCK;
if (!oneflag && curtime >= run_time)
{
oneflag++;
ttime = ((clock() - startt)/CLK_TCK);
printf("%d\n",mincval);
printf("%f\n",ttime);
printf("%f\n",bestt);
printf("%f\n",matcht);
printf("%f\n",partt);
printf("%f\n",swapt);
printf("%lg\n",sigx);
printf("%lg\n",sigx2);
printf("%d\n",num_attemp);
}
} /* while */
ttime = ((clock() - startt)/CLK_TCK);
printf("min cost = %d\n",mincval);
// printf("%f\n",ttime);
// printf("%f\n",bestt);
// printf("%f\n",matcht);
// printf("%f\n",partt);
// printf("%f\n",swapt);
// printf("%lg\n",sigx);
// printf("%lg\n",sigx2);
printf("number of attempts = %d\n",num_attemp);
free (alist);
if (big_flag) free(igraph);
free (ma); free(mb);
free (sindex);
return EXIT_SUCCESS;
}
