hydraulic_saleve.cpp File Reference

Namespaces
namespace	hmap

Functions
void	hmap::hydraulic_saleve (TerrainTriMesh &mesh, const std::vector< float > &erodibility, const std::vector< float > &max_slope, float m_exp=0.8f, float uplift_rate=1.f, float tolerance=1e-3f, int max_iterations=200, float noise_strength=0.f, uint seed=0, bool enable_post_slope_limiter=false, float post_slope_limit=0.f, bool enable_post_smoothing=false)
	Perform hydraulic erosion on a triangulated terrain mesh.
Array	hmap::hydraulic_saleve (const Array &z, uint seed, size_t control_points_count=10000, float m_exp=0.8f, float uplift_rate=1.f, float tolerance=1e-3f, int max_iterations=200, float smin=0.f, float smax=6.f, float strength=0.5f, bool scale_erodibility_with_z=true, float erodibility_distrib_exp=1.f, float noise_strength=0.f, bool enable_post_slope_limiter=false, float post_slope_limit=0.f, bool enable_post_smoothing=false, InterpolationMethod2D interpolation_method=InterpolationMethod2D::ITP2D_DELAUNAY_GRADIENT, const Array *p_noise_x=nullptr, const Array *p_noise_y=nullptr)
	Apply hydraulic erosion to a heightmap using an adaptive mesh.
Array	hmap::hydraulic_saleve (const Array &z, const Array *p_mask, uint seed, size_t control_points_count=10000, float m_exp=0.8f, float uplift_rate=1.f, float tolerance=1e-3f, int max_iterations=200, float smin=0.f, float smax=6.f, float strength=0.5f, bool scale_erodibility_with_z=true, float erodibility_distrib_exp=1.f, float noise_strength=0.f, bool enable_post_slope_limiter=false, float post_slope_limit=0.f, bool enable_post_smoothing=false, InterpolationMethod2D interpolation_method=InterpolationMethod2D::ITP2D_DELAUNAY_GRADIENT, const Array *p_noise_x=nullptr, const Array *p_noise_y=nullptr)