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raycasting_line_intersections [2023/04/17 15:28]
max 		raycasting_line_intersections [2023/04/17 15:33]
max
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 Overall, raycasting is a powerful technique for simulating physics in real-time applications and games, and it has a wide range of practical uses.  Overall, raycasting is a powerful technique for simulating physics in real-time applications and games, and it has a wide range of practical uses. 
  
 +===== Raycasting functions =====
  
-===== Raycasting::Raycast(const Sphere& a, const Ray& ray) =====+==== Spheres ==== 
 + 
 +**Raycasting::Raycast(const Sphere& a, const Ray& ray)**
  
 Tests if a ray intersects a sphere. Tests if a ray intersects a sphere.
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   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.
  
-===== Raycasting::Raycast(const AABB& aabb, const Ray& ray) =====+==== AABBs ==== 
 + 
 + 
 +**Raycasting::Raycast(const AABB& aabb, const Ray& ray)**
  
 Tests if a ray intersects an axis-aligned bounding box (AABB). Tests if a ray intersects an axis-aligned bounding box (AABB).
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   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.
  
-===== Raycasting::Raycast(const OrientedBox& obb, const Ray& ray) =====+==== Oriented Boxes ==== 
 + 
 +**Raycasting::Raycast(const OrientedBox& obb, const Ray& ray) **
  
 Tests if a ray intersects an oriented bounding box (OBB). Tests if a ray intersects an oriented bounding box (OBB).
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   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.
  
-===== Raycasting::Raycast(const Plane& plane, const Ray& ray) =====+==== Planes ==== 
 + 
 + 
 +**Raycasting::Raycast(const Plane& plane, const Ray& ray) **
  
 Tests if a ray intersects a plane. Tests if a ray intersects a plane.
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   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.
  
-===== Raycasting::Raycast(const Triangle& triangle, const Ray& ray) =====+==== Triangles ==== 
 + 
 + 
 +**Raycasting::Raycast(const Triangle& triangle, const Ray& ray) **
  
 Tests if a ray intersects a triangle. Tests if a ray intersects a triangle.
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   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.
  
-===== Raycasting::Raycast(const Mesh& mesh, const Ray& ray) =====+==== Meshes ==== 
 + 
 + 
 +**Raycasting::Raycast(const Mesh& mesh, const Ray& ray) **
  
 Tests if a ray intersects a mesh. Tests if a ray intersects a mesh.
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   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.
  
-===== Raycasting::Raycast(const Entity& entity, const Ray& ray) =====+==== Entities ==== 
 + 
 +**Raycasting::Raycast(const Entity& entity, const Ray& ray) **
  
 Tests if a ray intersects an entity. Tests if a ray intersects an entity.
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   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.   - ''float''   - The distance along the ray where the intersection occurs. If there is no intersection, returns a negative value.
 +
 +===== Line testing ===== 
  
 ===== Raycasting::Linetest(const Sphere& sphere, const Line& line) ===== ===== Raycasting::Linetest(const Sphere& sphere, const Line& line) =====
raycasting_line_intersections.txt · Last modified: 2023/04/17 16:13 by max

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