void smoothMesh(SurfaceMesh &mesh, int maxIter, bool preserveRidges, bool verbose){
double maxMinAngle = 15;
double minMaxAngle = 165;
double minAngle, maxAngle;
int nSmall, nLarge;
int nIter = 1;
if(verbose){
std::tie(minAngle, maxAngle, nSmall, nLarge) = getMinMaxAngles(mesh, maxMinAngle, minMaxAngle);
std::cout << "Initial Quality: Min Angle = " << minAngle << ", "
<< "Max Angle = " << maxAngle << ", "
<< "# smaller-than-" << maxMinAngle << " = " << nSmall << ", "
<< "# larger-than-" << minMaxAngle << " = " << nLarge << std::endl;
}
for (int nIter = 1; nIter <= maxIter; ++nIter){
for(auto vertex : mesh.get_level_id<1>()){
if((*vertex).selected == true){
surfacemesh_detail::weightedVertexSmooth(mesh, vertex, RINGS);
}
//barycenterVertexSmooth(mesh, vertex);
}
std::vector<SurfaceMesh::SimplexID<2> > edgesToFlip;
// Get set of good, non-interfering edges to flip according to the
// Angle based criteria.
surfacemesh_detail::selectFlipEdges(mesh, preserveRidges, surfacemesh_detail::checkFlipAngle,
std::back_inserter(edgesToFlip));
for(auto edgeID : edgesToFlip){
surfacemesh_detail::edgeFlip(mesh, edgeID);
}
init_orientation(mesh);
check_orientation(mesh);
// Mark for flipping by edge valence.
// edgesToFlip.clear();
// selectFlipEdges(mesh, preserveRidges, checkFlipValence,
// std::back_inserter(edgesToFlip));
// for(auto edgeID : edgesToFlip){
// edgeFlip(mesh, edgeID);
// }
// init_orientation(mesh);
// check_orientation(mesh);
if (verbose){
std::tie(minAngle, maxAngle, nSmall, nLarge) = getMinMaxAngles(mesh, maxMinAngle, minMaxAngle);
std::cout << "Iteration " << nIter << ":" << std::endl;
std::cout << "Min Angle = " << minAngle << ", "
<< "Max Angle = " << maxAngle << ", "
<< "# smaller-than-" << maxMinAngle << " = " << nSmall << ", "
<< "# larger-than-" << minMaxAngle << " = " << nLarge << std::endl;
}
}
}
int cmd_left(t_server *s, t_client *c,
char *cmd, e_client_type type)
{
(void)type;
(void)s;
(void)cmd;
void (*orientation[4])(t_client *);
if (c->state == CHILD)
return (ERROR);
init_orientation(orientation);
if (c->orientation == 1)
orientation[(c->orientation + 2)](c);
else
orientation[(c->orientation - 2) % 4](c);
cmd_ppo(s, c, NULL, GUI);
send_data(c->fd, "ok");
return (SUCCESS);
}
int main()
{
if(chdir(PKGDATADIR) != 0)
{
printf("data directory %s not found.", PKGDATADIR);
}
init();
init_camera();
init_board(&board);
init_striker(&striker);
init_chips();
init_orientation(&striker);
init_instructions();
init_speed_text();
init_main_menu();
init_scores();
init_game_over_state();
move_to_main_menu();
while(!quit)
{
frame_start();
while(!quit && accumulator >= elapsed_time)
{
handle_events();
update();
render();
accumulator -= elapsed_time;
}
}
close();
}
