assets/ray_tracing/plan_8hpp_source.html

 #pragma once

 #include "geometry.hpp"

 namespace rt{

 class Plan : public Geometry{
 public:
     Plan(const vector & pos, const vector & normal);

     virtual void update();

     const vector & normal() const;
     const vector & tangent() const;

     virtual vector uv(const element &) const;

     virtual std::vector<rt::hit> hits(const euclidian & e) const;

 private:
     vector _normal;
     vector _tan;
     matrix _base;

     vector _global_normal;
     vector _global_tan;
 };

 }
rt::Plan::uv
virtual vector uv(const element &) const
UV-map a surface element on the plan.
Definition: plan.cpp:72

rt
Definition: bitmap.cpp:4

rt::Plan::update
virtual void update()
Update plan coordinates.
Definition: plan.cpp:26

rt::vector
3D vector
Definition: vector.hpp:28

rt::Geometry
Geometric entity.
Definition: geometry.hpp:39

rt::element
Geometric surface element unit.
Definition: element.hpp:43

rt::matrix
4x4 matrix
Definition: matrix.hpp:33

rt::Plan::hits
virtual std::vector< rt::hit > hits(const euclidian &e) const
Compute hits between the plan and an euclidian.
Definition: plan.cpp:32

rt::euclidian
Localised vector class.
Definition: euclidian.hpp:27

rt::Plan::normal
const vector & normal() const
The normal of the plan.
Definition: plan.cpp:64

rt::Plan::tangent
const vector & tangent() const
A tangent of the plan.
Definition: plan.cpp:68

rt::Plan::Plan
Plan(const vector &pos, const vector &normal)
Make a new plan.
Definition: plan.cpp:9

rt::Plan
Geometric plan.
Definition: plan.hpp:24