8116431801

Committed 01 Mar 2024 07:24PM UTC coverage: 79.236% (+0.06%) from 79.177%

Build # 8116431801

Build Type

push

github

Committed by

Razakhel

Commit Message

[Data/MeshDistanceField] Added an MDF structure

- This computes signed distances to the nearest mesh geometry within a 3D grid using a BVH

- This can be used for some algorithms, such as rendering ones that can use sphere marching through the 3D volume created from this field

Run Details

55 of 58 new or added lines in 3 files covered. (94.83%)

11 existing lines in 3 files now uncovered.

7983 of 10075 relevant lines covered (79.24%)

2078.93 hits per line

Source File
Press 'n' to go to next uncovered line, 'b' for previous

94.29

/src/RaZ/Script/LuaData.cpp

#include "RaZ/Data/Bitset.hpp"
#include "RaZ/Data/BoundingVolumeHierarchy.hpp"
#include "RaZ/Data/BoundingVolumeHierarchySystem.hpp"
#include "RaZ/Data/Color.hpp"
#include "RaZ/Data/Image.hpp"
#include "RaZ/Data/MeshDistanceField.hpp"
#include "RaZ/Script/LuaWrapper.hpp"
#include "RaZ/Utils/TypeUtils.hpp"

#define SOL_ALL_SAFETIES_ON 1
#include "sol/sol.hpp"

namespace Raz {

using namespace TypeUtils;

void LuaWrapper::registerDataTypes() {
  sol::state& state = getState();

  {
    sol::usertype<Bitset> bitset = state.new_usertype<Bitset>("Bitset",
                                                              sol::constructors<Bitset(),
                                                                                Bitset(std::size_t),
                                                                                Bitset(std::size_t, bool)>());
    bitset["getSize"]             = &Bitset::getSize;
    bitset["isEmpty"]             = &Bitset::isEmpty;
    bitset["getEnabledBitCount"]  = &Bitset::getEnabledBitCount;
    bitset["getDisabledBitCount"] = &Bitset::getDisabledBitCount;
    bitset["setBit"]              = sol::overload([] (Bitset& b, std::size_t p) { b.setBit(p); },
                                                  PickOverload<std::size_t, bool>(&Bitset::setBit));
    bitset["resize"]              = &Bitset::resize;
    bitset["reset"]               = &Bitset::reset;
    bitset["clear"]               = &Bitset::clear;
    bitset.set_function(sol::meta_function::bitwise_not, &Bitset::operator~);
    bitset.set_function(sol::meta_function::bitwise_and, &Bitset::operator&);
    bitset.set_function(sol::meta_function::bitwise_or, &Bitset::operator|);
    bitset.set_function(sol::meta_function::bitwise_xor, &Bitset::operator^);
    bitset.set_function(sol::meta_function::bitwise_left_shift, &Bitset::operator<<);
    bitset.set_function(sol::meta_function::bitwise_right_shift, &Bitset::operator>>);
    bitset.set_function(sol::meta_function::index, &Bitset::operator[]);
  }

  {
    {
      sol::usertype<BoundingVolumeHierarchyNode> bvhNode = state.new_usertype<BoundingVolumeHierarchyNode>("BoundingVolumeHierarchyNode",
                                                                                                           sol::constructors<BoundingVolumeHierarchyNode()>());
      bvhNode["getBoundingBox"] = &BoundingVolumeHierarchyNode::getBoundingBox;
      bvhNode["hasLeftChild"]   = &BoundingVolumeHierarchyNode::hasLeftChild;
      bvhNode["getLeftChild"]   = [] (const BoundingVolumeHierarchyNode& n) { return &n.getLeftChild(); };
      bvhNode["hasRightChild"]  = &BoundingVolumeHierarchyNode::hasRightChild;
      bvhNode["getRightChild"]  = [] (const BoundingVolumeHierarchyNode& n) { return &n.getRightChild(); };
      bvhNode["getTriangle"]    = &BoundingVolumeHierarchyNode::getTriangle;
      bvhNode["isLeaf"]         = &BoundingVolumeHierarchyNode::isLeaf;
      bvhNode["query"]          = sol::overload([] (const BoundingVolumeHierarchyNode& n, const Ray& r) { return n.query(r); },
                                                PickOverload<const Ray&, RayHit*>(&BoundingVolumeHierarchyNode::query));
    }

    {
      sol::usertype<BoundingVolumeHierarchy> bvh = state.new_usertype<BoundingVolumeHierarchy>("BoundingVolumeHierarchy",
                                                                                               sol::constructors<BoundingVolumeHierarchy()>());
      bvh["getRootNode"] = [] (const BoundingVolumeHierarchy& b) { return &b.getRootNode(); };
      // Sol doesn't seem to be able to bind a constant reference to std::vector; leaving a copy here as it is "cheap"
      bvh["build"]       = [] (BoundingVolumeHierarchy& b, std::vector<Entity*> e) { b.build(e); };
      bvh["query"]       = sol::overload([] (const BoundingVolumeHierarchy& b, const Ray& r) { return b.query(r); },
                                         PickOverload<const Ray&, RayHit*>(&BoundingVolumeHierarchy::query));
    }

    {
      sol::usertype<BoundingVolumeHierarchySystem> bvhSystem = state.new_usertype<BoundingVolumeHierarchySystem>("BoundingVolumeHierarchySystem",
                                                                                                                 sol::constructors<
                                                                                                                   BoundingVolumeHierarchySystem()
                                                                                                                 >(),
                                                                                                                 sol::base_classes, sol::bases<System>());
      bvhSystem["getBvh"] = [] (BoundingVolumeHierarchySystem& s) { return &s.getBvh(); };
    }
  }

  {
    sol::usertype<Color> color = state.new_usertype<Color>("Color",
                                                           sol::constructors<Color(),
                                                                             Color(const Vec3f&),
                                                                             Color(float, float, float),
                                                                             Color(const Vec3b&),
                                                                             Color(uint32_t)>());
    color["red"]   = PickConstOverload<>(&Color::red);
    color["green"] = PickConstOverload<>(&Color::green);
    color["blue"]  = PickConstOverload<>(&Color::blue);
    color["toVec"] = &Color::operator const Vec3f&;

    sol::table colorPreset     = state["ColorPreset"].get_or_create<sol::table>();
    colorPreset["Black"]       = ColorPreset::Black;
    colorPreset["Gray"]        = ColorPreset::Gray;
    colorPreset["Red"]         = ColorPreset::Red;
    colorPreset["Green"]       = ColorPreset::Green;
    colorPreset["Blue"]        = ColorPreset::Blue;
    colorPreset["MediumRed"]   = ColorPreset::MediumRed;
    colorPreset["MediumGreen"] = ColorPreset::MediumGreen;
    colorPreset["MediumBlue"]  = ColorPreset::MediumBlue;
    colorPreset["Cyan"]        = ColorPreset::Cyan;
    colorPreset["Magenta"]     = ColorPreset::Magenta;
    colorPreset["Yellow"]      = ColorPreset::Yellow;
    colorPreset["White"]       = ColorPreset::White;
  }

  {
    sol::usertype<MeshDistanceField> mdf = state.new_usertype<MeshDistanceField>("MeshDistanceField",
                                                                                 sol::constructors<
                                                                                   MeshDistanceField(const Raz::AABB&, unsigned int, unsigned int, unsigned int)
                                                                                 >());
    mdf["getDistance"]   = &MeshDistanceField::getDistance;
    mdf["setBvh"]        = &MeshDistanceField::setBvh;
    mdf["compute"]       = &MeshDistanceField::compute;
    mdf["recoverSlices"] = &MeshDistanceField::recoverSlices;
  }
}

} // namespace Raz

1	#include "RaZ/Data/Bitset.hpp"
2	#include "RaZ/Data/BoundingVolumeHierarchy.hpp"
3	#include "RaZ/Data/BoundingVolumeHierarchySystem.hpp"
4	#include "RaZ/Data/Color.hpp"
5	#include "RaZ/Data/Image.hpp"
6	#include "RaZ/Data/MeshDistanceField.hpp"
7	#include "RaZ/Script/LuaWrapper.hpp"
8	#include "RaZ/Utils/TypeUtils.hpp"
9
10	#define SOL_ALL_SAFETIES_ON 1
11	#include "sol/sol.hpp"
12
13	namespace Raz {
14
15	using namespace TypeUtils;
16
17	void LuaWrapper::registerDataTypes() {	2✔
18	sol::state& state = getState();	2✔
19
20	{
21	sol::usertype<Bitset> bitset = state.new_usertype<Bitset>("Bitset",
22	sol::constructors<Bitset(),	×
23	Bitset(std::size_t),
24	Bitset(std::size_t, bool)>());	2✔
25	bitset["getSize"] = &Bitset::getSize;	2✔
26	bitset["isEmpty"] = &Bitset::isEmpty;	2✔
27	bitset["getEnabledBitCount"] = &Bitset::getEnabledBitCount;	2✔
28	bitset["getDisabledBitCount"] = &Bitset::getDisabledBitCount;	2✔
29	bitset["setBit"] = sol::overload([] (Bitset& b, std::size_t p) { b.setBit(p); },	2✔
30	PickOverload<std::size_t, bool>(&Bitset::setBit));	4✔
31	bitset["resize"] = &Bitset::resize;	2✔
32	bitset["reset"] = &Bitset::reset;	2✔
33	bitset["clear"] = &Bitset::clear;	2✔
34	bitset.set_function(sol::meta_function::bitwise_not, &Bitset::operator~);	2✔
35	bitset.set_function(sol::meta_function::bitwise_and, &Bitset::operator&);	2✔
36	bitset.set_function(sol::meta_function::bitwise_or, &Bitset::operator\|);	2✔
37	bitset.set_function(sol::meta_function::bitwise_xor, &Bitset::operator^);	2✔
38	bitset.set_function(sol::meta_function::bitwise_left_shift, &Bitset::operator<<);	2✔
39	bitset.set_function(sol::meta_function::bitwise_right_shift, &Bitset::operator>>);	2✔
40	bitset.set_function(sol::meta_function::index, &Bitset::operator[]);	2✔
41	}	2✔
42
43	{
44	{
45	sol::usertype<BoundingVolumeHierarchyNode> bvhNode = state.new_usertype<BoundingVolumeHierarchyNode>("BoundingVolumeHierarchyNode",
46	sol::constructors<BoundingVolumeHierarchyNode()>());	2✔
47	bvhNode["getBoundingBox"] = &BoundingVolumeHierarchyNode::getBoundingBox;	2✔
48	bvhNode["hasLeftChild"] = &BoundingVolumeHierarchyNode::hasLeftChild;	2✔
49	bvhNode["getLeftChild"] = [] (const BoundingVolumeHierarchyNode& n) { return &n.getLeftChild(); };	2✔
50	bvhNode["hasRightChild"] = &BoundingVolumeHierarchyNode::hasRightChild;	2✔
51	bvhNode["getRightChild"] = [] (const BoundingVolumeHierarchyNode& n) { return &n.getRightChild(); };	2✔
52	bvhNode["getTriangle"] = &BoundingVolumeHierarchyNode::getTriangle;	2✔
53	bvhNode["isLeaf"] = &BoundingVolumeHierarchyNode::isLeaf;	2✔
54	bvhNode["query"] = sol::overload([] (const BoundingVolumeHierarchyNode& n, const Ray& r) { return n.query(r); },	3✔
55	PickOverload<const Ray&, RayHit*>(&BoundingVolumeHierarchyNode::query));	4✔
56	}	2✔
57
58	{
59	sol::usertype<BoundingVolumeHierarchy> bvh = state.new_usertype<BoundingVolumeHierarchy>("BoundingVolumeHierarchy",
60	sol::constructors<BoundingVolumeHierarchy()>());	2✔
61	bvh["getRootNode"] = [] (const BoundingVolumeHierarchy& b) { return &b.getRootNode(); };	3✔
62	// Sol doesn't seem to be able to bind a constant reference to std::vector; leaving a copy here as it is "cheap"
63	bvh["build"] = [] (BoundingVolumeHierarchy& b, std::vector<Entity*> e) { b.build(e); };	3✔
64	bvh["query"] = sol::overload([] (const BoundingVolumeHierarchy& b, const Ray& r) { return b.query(r); },	3✔
65	PickOverload<const Ray&, RayHit*>(&BoundingVolumeHierarchy::query));	4✔
66	}	2✔
67
68	{
69	sol::usertype<BoundingVolumeHierarchySystem> bvhSystem = state.new_usertype<BoundingVolumeHierarchySystem>("BoundingVolumeHierarchySystem",
70	sol::constructors<	×
71	BoundingVolumeHierarchySystem()
72	>(),
73	sol::base_classes, sol::bases<System>());	2✔
74	bvhSystem["getBvh"] = [] (BoundingVolumeHierarchySystem& s) { return &s.getBvh(); };	3✔
75	}	2✔
76	}
77
78	{
79	sol::usertype<Color> color = state.new_usertype<Color>("Color",
80	sol::constructors<Color(),	×
81	Color(const Vec3f&),
82	Color(float, float, float),
83	Color(const Vec3b&),
84	Color(uint32_t)>());	2✔
85	color["red"] = PickConstOverload<>(&Color::red);	2✔
86	color["green"] = PickConstOverload<>(&Color::green);	2✔
87	color["blue"] = PickConstOverload<>(&Color::blue);	2✔
88	color["toVec"] = &Color::operator const Vec3f&;	2✔
89
90	sol::table colorPreset = state["ColorPreset"].get_or_create<sol::table>();	2✔
91	colorPreset["Black"] = ColorPreset::Black;	2✔
92	colorPreset["Gray"] = ColorPreset::Gray;	2✔
93	colorPreset["Red"] = ColorPreset::Red;	2✔
94	colorPreset["Green"] = ColorPreset::Green;	2✔
95	colorPreset["Blue"] = ColorPreset::Blue;	2✔
96	colorPreset["MediumRed"] = ColorPreset::MediumRed;	2✔
97	colorPreset["MediumGreen"] = ColorPreset::MediumGreen;	2✔
98	colorPreset["MediumBlue"] = ColorPreset::MediumBlue;	2✔
99	colorPreset["Cyan"] = ColorPreset::Cyan;	2✔
100	colorPreset["Magenta"] = ColorPreset::Magenta;	2✔
101	colorPreset["Yellow"] = ColorPreset::Yellow;	2✔
102	colorPreset["White"] = ColorPreset::White;	2✔
103	}	2✔
104
105	{
106	sol::usertype<MeshDistanceField> mdf = state.new_usertype<MeshDistanceField>("MeshDistanceField",
NEW 107	sol::constructors<	×
108	MeshDistanceField(const Raz::AABB&, unsigned int, unsigned int, unsigned int)
109	>());	2✔
110	mdf["getDistance"] = &MeshDistanceField::getDistance;	2✔
111	mdf["setBvh"] = &MeshDistanceField::setBvh;	2✔
112	mdf["compute"] = &MeshDistanceField::compute;	2✔
113	mdf["recoverSlices"] = &MeshDistanceField::recoverSlices;	2✔
114	}	2✔
115	}	2✔
116
117	} // namespace Raz

Razakhel / RaZ / 8116431801

Source File Press 'n' to go to next uncovered line, 'b' for previous

Source File
Press 'n' to go to next uncovered line, 'b' for previous