Bezier< Point, N, T > Class Template Reference

Class for Bezier curve fitting. More...

#include <easy3d/core/curve.h>

Inheritance diagram for Bezier< Point, N, T >:

Public Types
using	Point_t = Point<N, T>
	The type of points.
Public Types inherited from Curve< Point, N, T >
using	Point_t = Point<N, T>
	The type of points.

Public Member Functions
	Bezier ()=default
	Default constructor.
std::vector< Point_t >	generate (const std::vector< Point_t > &control_points, size_t num_samples) const override
	Generates a curve based on the given control points.

Detailed Description

template<template< size_t, class > class Point, size_t N, typename T>
class easy3d::Bezier< Point, N, T >

Class for Bezier curve fitting.

Template Parameters

Point	A templated point class that supports basic arithmetic operations (addition and scalar multiplication). It must be parameterized as Point<N, T>, where N is the number of dimensions, and T is the data type.
N	The number of dimensions (e.g., 2 for 2D, 3 for 3D).
T	The scalar type (e.g., float or double).

Example:

Bezier<Vec, 3, float> curve;
const auto points = curve.generate(control_points, 100);

Examples

Tutorial_603_Curves/main.cpp.

Member Function Documentation

generate()

template<template< size_t, class > class Point, size_t N, typename T>

std::vector< Point_t > generate ( const std::vector< Point_t > & control_points, size_t num_samples ) const

inlineoverridevirtual

Generates a curve based on the given control points.

Parameters

control_points	A vector of control points that define the curve.
num_samples	The number of samples to generate along the curve.

Returns

A vector of points representing the generated curve.

Implements Curve< Point, N, T >.

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

• G:/3_code/Easy3D/easy3d/core/curve.h