File distance_diagnoser_feature.h

File List > core > distance_diagnoser_feature.h

Go to the documentation of this file

#pragma once
#include <uipc/core/feature.h>
#include <uipc/geometry/geometry.h>
#include <uipc/geometry/simplicial_complex.h>

namespace uipc::core
{
class UIPC_CORE_API DistanceDiagnoserFeatureOverrider
{
  public:
    virtual ~DistanceDiagnoserFeatureOverrider() = default;

    virtual void do_compute_point_triangle_distance(
        geometry::Geometry&                R,
        const geometry::SimplicialComplex& points,
        const geometry::SimplicialComplex& triangles) = 0;

    virtual void do_compute_edge_edge_distance(
        geometry::Geometry&                R,
        const geometry::SimplicialComplex& edges_a,
        const geometry::SimplicialComplex& edges_b,
        const geometry::SimplicialComplex& rest_edges_a,
        const geometry::SimplicialComplex& rest_edges_b) = 0;

    virtual void do_compute_point_edge_distance(
        geometry::Geometry&                R,
        const geometry::SimplicialComplex& points,
        const geometry::SimplicialComplex& edges) = 0;

    virtual void do_compute_point_point_distance(
        geometry::Geometry&                R,
        const geometry::SimplicialComplex& points_a,
        const geometry::SimplicialComplex& points_b) = 0;
};

class UIPC_CORE_API DistanceDiagnoserFeature final : public Feature
{
  public:
    constexpr static std::string_view FeatureName = "core/distance_diagnoser";

    DistanceDiagnoserFeature(S<DistanceDiagnoserFeatureOverrider> overrider);

    void compute_point_triangle_distance(
        geometry::Geometry&                R,
        const geometry::SimplicialComplex& points,
        const geometry::SimplicialComplex& triangles);

    void compute_edge_edge_distance(
        geometry::Geometry&                R,
        const geometry::SimplicialComplex& edges_a,
        const geometry::SimplicialComplex& edges_b,
        const geometry::SimplicialComplex& rest_edges_a,
        const geometry::SimplicialComplex& rest_edges_b);

    void compute_point_edge_distance(
        geometry::Geometry&                R,
        const geometry::SimplicialComplex& points,
        const geometry::SimplicialComplex& edges);

    void compute_point_point_distance(
        geometry::Geometry&                R,
        const geometry::SimplicialComplex& points_a,
        const geometry::SimplicialComplex& points_b);

  private:
    virtual std::string_view             get_name() const override;
    S<DistanceDiagnoserFeatureOverrider> m_impl;
};
}  // namespace uipc::core