• Chord_length
• Uniform

Types

• using vertex_array = std::vector< Vertex< T, N > >
• using size_type = size_t
• using container_type = std::vector< value_type >
• using const_pointer = const value_type *
• using pointer = value_type *
• using const_reference = const value_type &
• using reference = value_type &
• using value_type = T

Methods

• end() const -> const_pointer
• end() -> pointer
• begin() const -> const_pointer
• begin() -> pointer
• operator[](size_type i) const -> const_reference
• operator[](size_type i) -> reference
• size() const -> size_type
• length() const -> T
• range(T min, T max) -> void
• locate(size_type i) const -> T
• locate(T & t, size_type & i) const -> void
• normalise() -> void
• projection(const vertex_array & values, int dim, T eps = T{}) -> void
• projection(const vertex_array & values, int dim, T z_min, T z_max, T eps = T{}) -> void
• uniform(size_type npoints) -> void
• chord_length(const vertex_array & values) -> void
• Curve_segments(const vertex_array & points, Segments seg = Segments::Chord_length)explicit