RoundedCubeOptions Struct Reference

Options for generating a rounded cube mesh. More...

#include <lagrange/primitive/generate_rounded_cube.h>

Inheritance diagram for RoundedCubeOptions:

Public Types
using	Scalar = PrimitiveOptions::Scalar
using	Index = size_t
Public Types inherited from PrimitiveOptions
using	Scalar = float

Public Member Functions
void	project_to_valid_range ()
	Clamps all parameters to valid ranges.

Public Attributes
Scalar	width = 1
	Width of the cube along the X-axis.
Scalar	height = 1
	Height of the cube along the Y-axis.
Scalar	depth = 1
	Depth of the cube along the Z-axis.
Index	width_segments = 1
	Number of segments along the width (X-axis)
Index	height_segments = 1
	Number of segments along the height (Y-axis)
Index	depth_segments = 1
	Number of segments along the depth (Z-axis)
Scalar	bevel_radius = 0
	Radius of the bevel/rounding applied to cube edges A value of 0 creates a regular cube with sharp edges.
Index	bevel_segments = 8
	Number of segments used to approximate each rounded edge Higher values create smoother rounded edges but increase vertex count.
Public Attributes inherited from PrimitiveOptions
std::array< Scalar, 3 >	center {0, 0, 0}
	Center of the primitive in 3D space.
bool	with_top_cap = true
	Whether to generate top cap of the primitive (if applicable).
bool	with_bottom_cap = true
	Whether to generate bottom cap of the primitive (if applicable).
bool	with_cross_section = true
	Whether to generate cross section of the primitive (if applicable).
bool	triangulate = false
	Whether to triangulate the generated surface mesh.
bool	fixed_uv = false
	Whether to use fixed UV coordinates regardless of the primitive parameters.
std::string_view	normal_attribute_name = "@normal"
	Name of the output indexed attribute storing the normal vectors.
std::string_view	uv_attribute_name = "@uv"
	Name of the output indexed attribute storing the UV coordinates.
std::string_view	semantic_label_attribute_name = "@semantic_label"
	Name of the output facet attribute storing the semantic labels.
Scalar	dist_threshold = static_cast<Scalar>(1e-6)
	Two vertices are considered coinciding if the distance between them is smaller than dist_threshold.
Scalar	angle_threshold = static_cast<Scalar>(30 * lagrange::internal::pi / 180)
	An edge is considered sharp if its dihedral angle is larger than angle_threshold.
Scalar	epsilon = static_cast<Scalar>(1e-6)
	Numerical tolerance used for comparing Scalar values.
Scalar	uv_padding = static_cast<Scalar>(0.005)
	Padding size for UV charts to avoid bleeding.

Detailed Description

Options for generating a rounded cube mesh.

This structure contains all the parameters needed to generate a rounded cube mesh, including dimensions, tessellation parameters, and beveling options. The rounded cube can have smooth rounded edges controlled by the bevel radius and number of bevel segments.

Member Function Documentation

project_to_valid_range()

void project_to_valid_range ( )

inline

Clamps all parameters to valid ranges.

This method ensures that:

• All dimensions (width, height, depth) are non-negative
• All segment counts are at least 1
• Bevel radius is non-negative and doesn't exceed half the smallest dimension
• Bevel segments is at least 1 if beveling is enabled, or 0 if disabled

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The documentation for this struct was generated from the following file:

• lagrange/primitive/generate_rounded_cube.h