void Scenario::setNew(){
reset();
// ensure the seed is populated before anything else is set
seed.populate(history);
// set the environment to new seed values
environment = new Environment(*getSurface(), *getMedium());
// TODO: move mesh into setSurface method for Sprites
spriteSeed = SpriteSeed(seed, environment->getSurfaceMesh());
// set light to new seed values
light = getLight();
// set surface first, then set the player to new seed values
player.setSurface(environment->getSurfaceMesh());
setPlayer(seed);
sprites.clear();
setSprites();
// sound.loadMusic();
// sound.playMusic();
}
double findMedianSortedArrays(int *nums1, int nums1Size, int *nums2, int nums2Size)
{
int aStart=0;
int bStart=0;
int aEnd=nums1Size-1;
int bEnd=nums2Size-1;
int aIndex=0,bIndex=0;
while( (aEnd-aStart)>1 || (bEnd-bStart)>1 )
{
double aMid=getMedium(nums1,aStart,aEnd);
double bMid=getMedium(nums2,bStart,bEnd);
printf("aMid:%lf,bLen:%lf\n",aMid,bMid);
if(aMid==bMid)
{
return aMid;
}
else if(aMid < bMid)
{
aIndex = getMediumIndex(aStart,aEnd);
bIndex = getMediumIndex(bStart,bEnd);
if( (aEnd-aStart)>1 )
aStart=aIndex;
if( (bEnd-bStart)>1 )
bEnd=bIndex;
}
else
{
aIndex = getMediumIndex(aStart,aEnd);
bIndex = getMediumIndex(bStart,bEnd);
if( (aEnd-aStart)>1 )
aEnd=aIndex;
if( (bEnd-bStart)>1 )
bStart=bIndex;
}
}
printf("here\n");
double aMid=(nums1[aStart]+nums1[aEnd])/2.0;
double bMid=(nums2[bStart]+nums2[bEnd])/2.0;
return (aMid+bMid)/2.0;
}
