robintrace/lseq_8h_source.html

 #ifndef LSEQ_H

 #define LSEQ_H


 #include <vector>


 #include "pinyo.h"

 #include "lseq_part.h"

 #include "lseq_input/lseq_input.h"

 #include "lpart_vec.h"

 #include "lseq_input/lseq_rays.h"

 #include "type_map/type_map.h"


 class lseq {

   public:

     std::vector<lseq_part> parts;

     type_map<lseq_input> inputs;


     lseq();

     lseq (const lpart_vec &parts);


     void trace_next ();

     void trace_remaining ();

     void compute_parts_global_position ();

 };


 #endif // LSEQ_H

lpart_vec
Vector of lparts.
Definition: lpart_vec.h:12

lseq
Top-level API for robintrace. Holds parts, rays and manages the computations.
Definition: lseq.h:16

lseq::lseq
lseq()
Default constructor.

lseq::compute_parts_global_position
void compute_parts_global_position()
Compute the global position (apex and rotation) of all parts.
Definition: lseq.cpp:25

lseq::inputs
type_map< lseq_input > inputs
Table of inputs for computations in lseq.
Definition: lseq.h:21

lseq::trace_next
void trace_next()
Trace the lseq_rays through the next part.
Definition: lseq.cpp:9

lseq::parts
std::vector< lseq_part > parts
Vector of the system's lseq_part.
Definition: lseq.h:19

lseq::trace_remaining
void trace_remaining()
Trace the lseq_rays through the remaining parts.
Definition: lseq.cpp:18

type_map< lseq_input >

lpart_vec.h

lseq_input.h

lseq_part.h

lseq_rays.h

pinyo.h

type_map.h