Shuffle stuff around

- Use the new and improved hierarchy I figured out when making Prospero chat
- Re-add NSIS scripts, again from Prospero
- Update most build and utility scripts with their most recent versions

1 files changed, 0 insertions, 111 deletions

diff --git a/core/math/aabb.hh b/core/math/aabb.hh
deleted file mode 100644
index 9a64aad..0000000
--- a/core/math/aabb.hh
+++ /dev/null
@@ -1,111 +0,0 @@
-#pragma once

-

-#include "core/math/concepts.hh"

-

-namespace math

-{

-template<arithmetic T>

-class AABB {

-public:

-    using value_type = T;

-    using vector_type = glm::vec<3, T>;

-

-    constexpr AABB(void) = default;

-    constexpr explicit AABB(const vector_type& start, const vector_type& end);

-    virtual ~AABB(void) = default;

-

-    constexpr void set_bounds(const vector_type& start, const vector_type& end);

-    constexpr void set_offset(const vector_type& base, const vector_type& size);

-

-    constexpr bool contains(const vector_type& point) const;

-    constexpr bool intersect(const AABB<value_type>& other_box) const;

-

-    constexpr AABB<value_type> combine(const AABB<value_type>& other_box) const;

-    constexpr AABB<value_type> multiply(const AABB<value_type>& other_box) const;

-    constexpr AABB<value_type> push(const vector_type& vector) const;

-

-public:

-    vector_type min {};

-    vector_type max {};

-};

-} // namespace math

-

-namespace math

-{

-using AABBf = AABB<float>;

-} // namespace math

-

-template<math::arithmetic T>

-constexpr math::AABB<T>::AABB(const vector_type& start, const vector_type& end)

-{

-    set_bounds(start, end);

-}

-

-template<math::arithmetic T>

-constexpr void math::AABB<T>::set_bounds(const vector_type& start, const vector_type& end)

-{

-    min = start;

-    max = end;

-}

-

-template<math::arithmetic T>

-constexpr void math::AABB<T>::set_offset(const vector_type& base, const vector_type& size)

-{

-    min = base;

-    max = base + size;

-}

-

-template<math::arithmetic T>

-constexpr bool math::AABB<T>::contains(const vector_type& point) const

-{

-    auto result = true;

-    result = result && (point.x >= min.x) && (point.x <= max.x);

-    result = result && (point.y >= min.y) && (point.y <= max.y);

-    result = result && (point.z >= min.z) && (point.z <= max.z);

-    return result;

-}

-

-template<math::arithmetic T>

-constexpr bool math::AABB<T>::intersect(const AABB<value_type>& other_box) const

-{

-    auto result = true;

-    result = result && (min.x <= other_box.max.x) && (max.x >= other_box.min.x);

-    result = result && (min.y <= other_box.max.y) && (max.y >= other_box.min.y);

-    result = result && (min.z <= other_box.max.z) && (max.z >= other_box.min.z);

-    return result;

-}

-

-template<math::arithmetic T>

-constexpr math::AABB<T> math::AABB<T>::combine(const AABB<value_type>& other_box) const

-{

-    AABB<value_type> result;

-    result.min.x = glm::min(min.x, other_box.min.x);

-    result.min.y = glm::min(min.y, other_box.min.y);

-    result.min.z = glm::min(min.z, other_box.min.z);

-    result.max.x = glm::max(max.x, other_box.max.x);

-    result.max.y = glm::max(max.y, other_box.max.y);

-    result.max.z = glm::max(max.z, other_box.max.z);

-    return result;

-}

-

-template<math::arithmetic T>

-constexpr math::AABB<T> math::AABB<T>::multiply(const AABB<value_type>& other_box) const

-{

-    AABB<value_type> result;

-    result.min.x = glm::max(min.x, other_box.min.x);

-    result.min.y = glm::max(min.y, other_box.min.y);

-    result.min.z = glm::max(min.z, other_box.min.z);

-    result.max.x = glm::min(max.x, other_box.max.x);

-    result.max.y = glm::min(max.y, other_box.max.y);

-    result.max.z = glm::min(max.z, other_box.max.z);

-    return result;

-}

-

-template<math::arithmetic T>

-constexpr math::AABB<T> math::AABB<T>::push(const vector_type& vector) const

-{

-    AABB<value_type> result;

-    result.min = min + vector;

-    result.max = max + vector;

-    return result;

-}