double cTerrainGen2D::BuildMixed(double width, const tParams& params, cRand& rand, std::vector<float>& out_data)
{
double total_w = 0;
const int num_types = 3;
const double dummy_w = gVertSpacing;
while (total_w < width)
{
double curr_w = 0;
int rand_type = rand.RandInt(0, num_types);
if (rand_type == 0)
{
curr_w = BuildGaps(dummy_w, params, rand, out_data);
}
else if (rand_type == 1)
{
curr_w = BuildSteps(dummy_w, params, rand, out_data);
}
else if (rand_type == 2)
{
curr_w = BuildWalls(dummy_w, params, rand, out_data);
}
total_w += curr_w;
}
return total_w;
}
ODEBaseScene::ODEBaseScene(ODEDomain *domain):BaseScene(domain)
{
m_domain=domain;
printf("ODEBaseScene constructor\n");
BuildWalls();
}
double cTerrainGen2D::BuildSlopesWalls(double width, const tParams& params, cRand& rand, std::vector<float>& out_data)
{
const double delta_range = std::abs(params[eParamsSlopeDeltaRange]);
const double delta_min = params[eParamsSlopeDeltaMin];
const double delta_max = params[eParamsSlopeDeltaMax];
int beg_idx = static_cast<int>(out_data.size());
double total_w = BuildWalls(width, params, rand, out_data);
int end_idx = static_cast<int>(out_data.size());
OverlaySlopes(delta_range, delta_min, delta_max, 0, beg_idx, end_idx, rand, out_data);
return total_w;
}