void ProceduralTerrain::FlushTerrainData()
{
RenderFactory& rf = Context::Instance().RenderFactoryInstance();
RenderEngine& re = rf.RenderEngineInstance();
int3 octaves(ridge_octaves_, fBm_octaves_, tex_twist_octaves_);
height_pp_->SetParam(0, octaves);
height_pp_->SetParam(1, texture_world_offset_);
height_pp_->SetParam(2, float2(static_cast<float>(world_uv_repeats_), 1.0f / world_uv_repeats_));
mask_pp_->SetParam(0, texture_world_offset_);
mask_pp_->SetParam(1, world_scale_ * tile_rings_.back()->OuterWidth() / COARSE_HEIGHT_MAP_SIZE);
mask_pp_->SetParam(2, float2(static_cast<float>(world_uv_repeats_), 1.0f / world_uv_repeats_));
mask_pp_->SetParam(3, float2(vertical_scale_, 1.0f / vertical_scale_));
FrameBufferPtr fb = re.CurFrameBuffer();
height_pp_->Apply();
gradient_pp_->Apply();
//mask_pp_->Apply();
re.BindFrameBuffer(fb);
height_map_tex_->CopyToTexture(*height_map_cpu_tex_);
//SaveTexture(height_map_cpu_tex_, "height_map.dds");
//SaveTexture(gradient_map_tex_, "gradient_map.dds");
//SaveTexture(mask_map_tex_, "mask_map.dds");
}
std::string SiftDetectorConfig::toString() const
{
std::stringstream configString;
configString << "Best features: " << bestFeatures() << std::endl
<< "Octaves: " << octaves() << std::endl
<< "Contrast threshold: " << contrastThresh() << std::endl
<< "Edge threshold: " << edgeThresh() << std::endl
<< "Sigma: " << sigma() << std::endl;
return configString.str();
}
