SplitNewAttributeTopoInfo.hpp

Go to the documentation of this file.

#pragma once
#include <wmtk/operations/attribute_new/SplitNewAttributeTopoInfo.hpp>
#include "EdgeOperationData.hpp"
 
namespace wmtk::operations::tri_mesh {
class SplitNewAttributeTopoInfo : public wmtk::operations::SplitNewAttributeTopoInfo
{
public:
    SplitNewAttributeTopoInfo(TriMesh& m);
 
    std::vector<std::array<Tuple, 2>> input_ear_simplices(
        const ReturnVariant& ret_data,
        const Tuple& input_tuple,
        PrimitiveType pt) const final override;
 
    // the simplices at the boundary of the pairs of simplices that were split
    // vertex should return 0
    // edge should return 2
    std::vector<Tuple> output_rib_simplices(
        const ReturnVariant& ret_data,
        const Tuple& output_tuple,
        PrimitiveType pt) const final override;
 
 
    // the sipmlices that were split from one simplex above
    // vertex should return 1
    std::vector<std::array<Tuple, 2>> output_split_simplices(
        const ReturnVariant& ret_data,
        const Tuple& output_tuple,
        PrimitiveType pt) const final override;
 
    // the simplices that were split in half
    // vertex should return 0
    // edge should return 1 (the input edge)
    std::vector<Tuple> input_split_simplices(
        const ReturnVariant& ret_data,
        const Tuple& input_tuple,
        PrimitiveType pt) const final override;
 
 
    std::vector<std::array<int64_t, 2>> output_duplicated_free_simplices(
        const ReturnVariant& ret_data,
        PrimitiveType pt) const final override;
 
private:
    std::vector<std::array<Tuple, 2>> input_ear_simplices(
        const EdgeOperationData& ret_data,
        const Tuple& input_tuple,
        PrimitiveType pt) const;
 
    // the simplices at the boundary of the pairs of simplices that were split
    // vertex should return 0
    // edge should return 2
    std::vector<Tuple> output_rib_simplices(
        const EdgeOperationData& ret_data,
        const Tuple& output_tuple,
        PrimitiveType pt) const;
 
 
    // the sipmlices that were split from one simplex above
    // vertex should return 1
    std::vector<std::array<Tuple, 2>> output_split_simplices(
        const EdgeOperationData& ret_data,
        const Tuple& output_tuple,
        PrimitiveType pt) const;
 
    // the simplices that were split in half
    // vertex should return 0
    // edge should return 1 (the input edge)
    std::vector<Tuple> input_split_simplices(
        const EdgeOperationData& ret_data,
        const Tuple& input_tuple,
        PrimitiveType pt) const;
 
    std::vector<std::array<int64_t, 2>> output_duplicated_free_simplices(
        const EdgeOperationData& ret_data,
        PrimitiveType pt) const;
 
    TriMesh& m_mesh;
};
} // namespace wmtk::operations::tri_mesh