Borrowed value descriptor for a COPP3 problem solved from C. More...

#include <formulation.h>

Data Fields
struct CoppRobot *	robot
	Mutable robot handle that owns station-indexed constraint storage.
size_t	idx_s_start
	Start station index.
struct CoppSliceF64	a_linearization
	Reference profile a[k] used to linearize third-order constraints.
double	a_start
	Boundary value a(idx_s_start) = dot{s}^2.
double	a_final
	Boundary value a(idx_s_final) = dot{s}^2.
double	b_start
	Boundary value b(idx_s_start) = ddot{s}.
double	b_final
	Boundary value b(idx_s_final) = ddot{s}.
size_t	num_stationary_max_start
	User-input stationary upper bound at the start.
size_t	num_stationary_max_end
	User-input stationary upper bound at the end.
double	a_linearization_floor
	Denominator floor used when linearizing third-order constraints.
const struct CoppObjective *	objectives
	Objective descriptor array.
size_t	num_objectives
	Number of objective descriptors.

Detailed Description

Borrowed value descriptor for a COPP3 problem solved from C.

This extends Topp3Problem with borrowed objective descriptors. It is not an owning handle; all pointers are used only during the solver call.

Example

The example below extends a TOPP3 descriptor with borrowed objective descriptors for a COPP3 solver call.

struct Copp3Problem problem = {
    robot,
    0,
    (struct CoppSliceF64){a_seed.data, a_seed.len},
    0.0,
    0.0,
    0.0,
    0.0,
    1,
    1,
    1e-10,
    objectives,
    num_objectives,
};

Definition at line 348 of file formulation.h.

Field Documentation

◆ robot

struct CoppRobot* Copp3Problem::robot

Mutable robot handle that owns station-indexed constraint storage.

Definition at line 352 of file formulation.h.

◆ idx_s_start

size_t Copp3Problem::idx_s_start

Start station index.

The final index is derived from a_linearization.len - 1.

Definition at line 357 of file formulation.h.

◆ a_linearization

struct CoppSliceF64 Copp3Problem::a_linearization

Reference profile a[k] used to linearize third-order constraints.

Definition at line 361 of file formulation.h.

◆ a_start

double Copp3Problem::a_start

Boundary value a(idx_s_start) = dot{s}^2.

Definition at line 365 of file formulation.h.

◆ a_final

double Copp3Problem::a_final

Boundary value a(idx_s_final) = dot{s}^2.

Definition at line 369 of file formulation.h.

◆ b_start

double Copp3Problem::b_start

Boundary value b(idx_s_start) = ddot{s}.

Definition at line 373 of file formulation.h.

◆ b_final

double Copp3Problem::b_final

Boundary value b(idx_s_final) = ddot{s}.

Definition at line 377 of file formulation.h.

◆ num_stationary_max_start

size_t Copp3Problem::num_stationary_max_start

User-input stationary upper bound at the start.

Definition at line 381 of file formulation.h.

◆ num_stationary_max_end

size_t Copp3Problem::num_stationary_max_end

User-input stationary upper bound at the end.

Definition at line 385 of file formulation.h.

◆ a_linearization_floor

double Copp3Problem::a_linearization_floor

Denominator floor used when linearizing third-order constraints.

Definition at line 389 of file formulation.h.

◆ objectives

const struct CoppObjective* Copp3Problem::objectives

Objective descriptor array.

Definition at line 393 of file formulation.h.

◆ num_objectives

size_t Copp3Problem::num_objectives

Number of objective descriptors.

Definition at line 397 of file formulation.h.

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

bindings/c/include/copp/formulation.h

COPP C ABI C interface for COPP trajectory optimization

Data Fields