Functions
void	compute_cross_product (double const u, double const v, double *w)

double	compute_distance_between_two_points (double const start_point, double const end_point)

double	compute_scalar_product (double const u, double const const v)

double	compute_vector_norm (double const *vector)

void	make_vector_from_two_points (double const start_point, double const end_point, double *vector)

void	normalize_vector (double *vector)

void	orthogonalize_vector_against_direction (double const direction, double vector)

void	project_vector_onto_direction (double const direction, double vector)

void	rotate_points (unsigned int rotation_axis, double rotation_angle, unsigned int n_points, double *points)

void	scale_points (double const scaling_factors, unsigned int n_points, double points)

void	scale_points (unsigned int direction, double scaling_factor, unsigned int n_points, double *points)

void	translate_points (double const translation_vector, unsigned int n_points, double points)

void	translate_points (unsigned int direction, double distance, unsigned int n_points, double *points)

Function Documentation

◆ compute_cross_product()

double compute_distance_between_two_points	(	double const *	start_point,
		double const *	end_point
	)

double compute_scalar_product	(	double const *	u,
		double const *const	v
	)

double compute_vector_norm ( double const * vector )

void make_vector_from_two_points	(	double const *	start_point,
		double const *	end_point,
		double *	vector
	)

void normalize_vector ( double * vector )

void orthogonalize_vector_against_direction	(	double const *	direction,
		double *	vector
	)

void project_vector_onto_direction	(	double const *	direction,
		double *	vector
	)