void HoleFinderPrivate::buildGrid()
{
const Eigen::Vector3d v1Step (this->v1.normalized() * this->resolution);
const Eigen::Vector3d v2Step (this->v2.normalized() * this->resolution);
const Eigen::Vector3d v3Step (this->v3.normalized() * this->resolution);
Eigen::Vector3d v1Base;
Eigen::Vector3d v2Base;
Eigen::Vector3d v3Base;
const int v1Steps = floor(v1Norm / this->resolution);
const int v2Steps = floor(v2Norm / this->resolution);
const int v3Steps = floor(v3Norm / this->resolution);
this->holes.clear();
this->holes.reserve(v1Steps * v2Steps * v3Steps);
for (int a = 0; a <= v1Steps; ++a) {
v1Base = v1Step * a;
for (int b = 0; b <= v2Steps; ++b) {
v2Base = v2Step * b;
for (int c = 0; c <= v3Steps; ++c) {
v3Base = v3Step * c;
this->holes.push_back(Hole(v1Base + v2Base + v3Base, 0.0));
}
}
}
DEBUGOUT("buildGrid") "Initial grid constructed. Number of holes:"
<< this->holes.size();
}
Hole HoleFinderPrivate::reduceHoles(const QVector<Hole *> &holeVec)
{
// Average the positions, weighted by volume
Eigen::Vector3d center (0.0, 0.0, 0.0);
double denom = 0.0;
foreach (Hole *hole, holeVec) {
const double volume = hole->volume();
center += hole->center * volume;
denom += volume;
}
center /= denom;
// Wrap center into the unit cell
this->cartToFrac(¢er);
if ((center.x() = fmod(center.x(), 1.0)) < 0) ++center.x();
if ((center.y() = fmod(center.y(), 1.0)) < 0) ++center.y();
if ((center.z() = fmod(center.z(), 1.0)) < 0) ++center.z();
this->fracToCart(¢er);
return Hole(center, 0.0); // radius is set during resizeHoles();
}
int main( int argv, char* argc[])
{
//create the hole objects
Hole Hole1 = Hole(100, -5);
Hole Hole2 = Hole(80, 20);
Hole Hole3 = Hole(75, -10);
Hole Hole4 = Hole(90, 0);
Hole Hole5 = Hole(60, 15);
int score = 0;
int currentHole = 1;
int player;
//call title screen
player = title_screen();
//return num 1-4
//create all four playable characters
Player jimmy = Player("Jimmy Mickle",5,4,"../../music/Harder_than_you_think.wav");
Player nick = Player("Nick Lance",4,5,"../../music/Mind_heist.wav");
Player dylan = Player("Dylan Freechild",3,5,"../../music/Who_did_that_to_you.wav");
Player dan = Player("Dan Bolivar",2,2,"../../music/Hymn.wav");
Player *myPlayer = NULL;
//choose player from title screen
switch(player) {
case 1:
myPlayer = &jimmy;
break;
case 2:
myPlayer = &nick;
break;
case 3:
myPlayer = &dylan;
break;
case 4:
myPlayer = &dan;
break;
default:
myPlayer = &jimmy;
break;
}
// choose the current hole to play
while( currentHole < 6)
{
switch( currentHole )
{
case 1:
playHole(1, Hole1, *myPlayer, &score);
break;
case 2:
playHole(2, Hole2, *myPlayer, &score);
break;
case 3:
playHole(3, Hole3, *myPlayer, &score);
break;
case 4:
playHole(4, Hole4, *myPlayer, &score);
break;
case 5:
playHole(5, Hole5, *myPlayer, &score);
break;
}
//increment current hole
currentHole++;
}
clean_up();
return 0;
}
void HoleManager::add(ofPoint& point) {
holes.push_back(Hole());
holes.back().setup(point);
}
