Medusa  1.1
Coordinate Free Mehless Method implementation
cad_helpers.cpp
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1 #include "medusa/bits/domains/cad_helpers.hpp"
2 
8 template mm::Vec<double, 3> mm::cad_helpers::evaluate_b_spline(double t, int p,
10  const Range<Vec<double, 3>>& control_points, const Range<double>& knots, int k);
11 template mm::Vec<double, 2> mm::cad_helpers::evaluate_b_spline(double t, int p,
12  const Range<Vec<double, 2>>& control_points, const Range<double>& knots, int k);
13 
14 template void mm::cad_helpers::generate_b_spline_derivative(int p,
15  const Range<Vec<double, 2>>& control_points, const Range<double>& knots,
16  Range<Vec<double, 2>>& der_control_points, Range<double>& der_knots);
17 template void mm::cad_helpers::generate_b_spline_derivative(int p,
18  const Range<Vec<double, 3>>& control_points, const Range<double>& knots,
19  Range<Vec<double, 3>>& der_control_points, Range<double>& der_knots);
20 
21 template void mm::cad_helpers::generate_b_spline_derivative_control_points(int p,
22  const Range<Vec<double, 2>>& control_points, const Range<double>& knots,
23  Range<Vec<double, 2>>& der_control_points);
24 template void mm::cad_helpers::generate_b_spline_derivative_control_points(int p,
25  const Range<Vec<double, 3>>& control_points, const Range<double>& knots,
26  Range<Vec<double, 3>>& der_control_points);
27 
28 template void mm::cad_helpers::generate_b_spline_derivative_knots(const Range<double>& knots,
29  Range<double>& der_knots);
mm::Vec
Eigen::Matrix< scalar_t, dim, 1, Eigen::ColMajor|Eigen::AutoAlign, dim, 1 > Vec
Fixed size vector type, representing a mathematical 1d/2d/3d vector.
Definition: Vec_fwd.hpp:31
mm::cad_helpers::generate_b_spline_derivative_control_points
void generate_b_spline_derivative_control_points(int p, const Range< Vec< scalar_t, dim >> &control_points, const Range< scalar_t > &knots, Range< Vec< scalar_t, dim >> &der_control_points)
Generate control points of a B-spline that is the first derivative of the inputed B-spline.
Definition: cad_helpers.hpp:69
mm::cad_helpers::generate_b_spline_derivative
void generate_b_spline_derivative(int p, const Range< Vec< scalar_t, dim >> &control_points, const Range< scalar_t > &knots, Range< Vec< scalar_t, dim >> &der_control_points, Range< scalar_t > &der_knots)
Generate control points and knot vector of a B-spline that is the first derivative of the inputed B-s...
Definition: cad_helpers.hpp:61
mm::cad_helpers::generate_b_spline_derivative_knots
void generate_b_spline_derivative_knots(const Range< scalar_t > &knots, Range< scalar_t > &der_knots)
Generate knots of a B-spline that is the first derivative of the inputed B-spline.
Definition: cad_helpers.hpp:85
mm::cad_helpers::evaluate_b_spline
Vec< scalar_t, dim > evaluate_b_spline(scalar_t t, int p, const Range< Vec< scalar_t, dim >> &control_points, const Range< scalar_t > &knots, int k)
Evaluate B-spline in one point using De Boor's algorithm - , where is the number of dimensions.
Definition: cad_helpers.hpp:18
cad_helpers.hpp