SYMBOL INDEX (571 symbols across 243 files)

FILE: geomlib/geomlib/TetMesh.cpp
  type geomlib (line 5) | namespace geomlib {
    function TriMesh (line 20) | const TriMesh& TetMesh::GetSurfaceMesh() const {

FILE: geomlib/geomlib/TetMesh.h
  function namespace (line 5) | namespace geomlib {

FILE: geomlib/geomlib/TriMesh.cpp
  type geomlib (line 4) | namespace geomlib {

FILE: geomlib/geomlib/TriMesh.h
  function namespace (line 5) | namespace geomlib {

FILE: geomlib/geomlib/TriangularMeshSampler.cpp
  type geomlib (line 7) | namespace geomlib {

FILE: geomlib/geomlib/TriangularMeshSampler.h
  function namespace (line 4) | namespace geomlib {

FILE: geomlib/geomlib/autograd/GeneralizedProjection.h
  function std (line 31) | static std::vector<torch::Tensor> backward(
  function std (line 80) | static std::vector<torch::Tensor> backward(

FILE: geomlib/geomlib/common.cpp
  type geomlib (line 3) | namespace geomlib {
    function Split (line 4) | std::vector<std::string> Split(const std::string& s, char delim) {
    function ArrayVector3fToMatrixXf (line 22) | Eigen::MatrixXf ArrayVector3fToMatrixXf(const std::vector<Vector3f>& a...
    function ArrayVector2iToMatrixXi (line 30) | Eigen::MatrixXi ArrayVector2iToMatrixXi(const std::vector<Vector2i>& a...
    function ArrayVector3iToMatrixXi (line 38) | Eigen::MatrixXi ArrayVector3iToMatrixXi(const std::vector<Vector3i>& a...

FILE: geomlib/geomlib/common.h
  function namespace (line 13) | namespace geomlib {

FILE: geomlib/geomlib/generalized_projection.h
  function namespace (line 7) | namespace geomlib {

FILE: geomlib/geomlib/generalized_projection_info.cpp
  type geomlib (line 3) | namespace geomlib {

FILE: geomlib/geomlib/generalized_projection_info.h
  function namespace (line 5) | namespace geomlib {

FILE: geomlib/geomlib/hausdorff_distance.cpp
  type geomlib (line 6) | namespace geomlib {
    function ComputeHausdorffDistance (line 7) | std::tuple<float, float> ComputeHausdorffDistance(

FILE: geomlib/geomlib/hausdorff_distance.h
  function namespace (line 5) | namespace geomlib {

FILE: geomlib/geomlib/io/ObjParser.cpp
  type geomlib (line 4) | namespace geomlib {

FILE: geomlib/geomlib/io/ObjParser.h
  function namespace (line 6) | namespace geomlib {

FILE: geomlib/geomlib/io/TetMeshParser.cpp
  type geomlib (line 10) | namespace geomlib {

FILE: geomlib/geomlib/io/TetMeshParser.h
  function namespace (line 5) | namespace geomlib {

FILE: geomlib/geomlib/point_tet_mesh_test.h
  function namespace (line 5) | namespace geomlib {

FILE: geomlib/geomlib/ray_triangle_intersection.cpp
  type geomlib (line 3) | namespace geomlib {
    function RayTriangleIntersection (line 9) | bool RayTriangleIntersection(const Vector3f& ray_origin,

FILE: geomlib/geomlib/ray_triangle_intersection.h
  function namespace (line 5) | namespace geomlib {

FILE: geomlib/test/main.cpp
  function test_generalized_triangle_projection (line 5) | void test_generalized_triangle_projection() {
  function test_generalized_tetrahedron_projection (line 62) | void test_generalized_tetrahedron_projection() {
  function test_matmul (line 84) | void test_matmul() {
  function main (line 101) | int main() {

FILE: hex/src/HexMeshingApp.cpp
  type hex (line 25) | namespace hex {
    function Settings (line 79) | Settings& HexMeshingApp::GetSettings() { return settings_; }

FILE: hex/src/HexMeshingApp.h
  function namespace (line 15) | namespace hex {

FILE: hex/src/Settings.cpp
  type YAML (line 12) | namespace YAML {
    type convert<glm::vec3> (line 14) | struct convert<glm::vec3> {
      method Node (line 15) | static Node encode(const glm::vec3& rhs) {
      method decode (line 23) | static bool decode(const Node& node, glm::vec3& rhs) {
    type convert<glm::quat> (line 36) | struct convert<glm::quat> {
      method Node (line 37) | static Node encode(const glm::quat& rhs) {
      method decode (line 46) | static bool decode(const Node& node, glm::quat& rhs) {
    type convert<hex::Settings::CameraSpec> (line 60) | struct convert<hex::Settings::CameraSpec> {
      method Node (line 61) | static Node encode(const hex::Settings::CameraSpec& rhs) {
      method decode (line 69) | static bool decode(const Node& node, hex::Settings::CameraSpec& rhs) {
    type convert<vkoo::st::LightProperties> (line 78) | struct convert<vkoo::st::LightProperties> {
      method Node (line 79) | static Node encode(const vkoo::st::LightProperties& rhs) {
      method decode (line 88) | static bool decode(const Node& node, vkoo::st::LightProperties& rhs) {
    type convert<hex::Settings::LightSpec> (line 98) | struct convert<hex::Settings::LightSpec> {
      method Node (line 99) | static Node encode(const hex::Settings::LightSpec& rhs) {
      method decode (line 113) | static bool decode(const Node& node, hex::Settings::LightSpec& rhs) {
  type hex (line 125) | namespace hex {

FILE: hex/src/Settings.h
  type Settings (line 8) | struct Settings {
  function fps_limit (line 27) | int fps_limit{60};

FILE: hex/src/common.cpp
  type hex (line 3) | namespace hex {
    function ToGlm (line 4) | glm::vec3 ToGlm(const Vector3f& vec) {
    function ToGlm (line 8) | std::vector<glm::vec3> ToGlm(const std::vector<Vector3f>& vec) {
    function ToEigen (line 16) | Eigen::Vector3f ToEigen(const glm::vec3& vec) {
    function ArrayVector3fToMatrixXf (line 20) | Eigen::MatrixXf ArrayVector3fToMatrixXf(const std::vector<Vector3f>& a...
    function ArrayVector2iToMatrixXi (line 28) | Eigen::MatrixXi ArrayVector2iToMatrixXi(const std::vector<Vector2i>& a...
    function ArrayVector3iToMatrixXi (line 36) | Eigen::MatrixXi ArrayVector3iToMatrixXi(const std::vector<Vector3i>& a...
    function ArrayVector4iToMatrixXi (line 44) | Eigen::MatrixXi ArrayVector4iToMatrixXi(const std::vector<Vector4i>& a...
    function MatrixXfToArrayVector3f (line 52) | std::vector<Vector3f> MatrixXfToArrayVector3f(const Eigen::MatrixXf& m...
    function MatrixXiToArrayVector4i (line 60) | std::vector<Vector4i> MatrixXiToArrayVector4i(const Eigen::MatrixXi& m...

FILE: hex/src/common.h
  function namespace (line 22) | namespace hex {

FILE: hex/src/controllers/CuboidEditingController.cpp
  type hex (line 16) | namespace hex {

FILE: hex/src/controllers/CuboidEditingController.h
  type class (line 15) | enum class
  type WindowState (line 25) | struct WindowState {
  function lock_cuboid (line 29) | bool lock_cuboid{false};
  type StickyInfo (line 74) | struct StickyInfo {

FILE: hex/src/controllers/GlobalController.cpp
  type hex (line 26) | namespace hex {
    function DeformationStage (line 80) | DeformationStage& GlobalController::GetDeformationStage() {
    function DecompositionStage (line 84) | DecompositionStage& GlobalController::GetDecompositionStage() {
    function DiscretizationStage (line 88) | DiscretizationStage& GlobalController::GetDiscretizationStage() {
    function HexahedralizationStage (line 92) | HexahedralizationStage& GlobalController::GetHexahedralizationStage() {
    function GlobalState (line 445) | GlobalState& GlobalController::GetGlobalState() { return *global_state...
    function GlobalView (line 447) | GlobalView& GlobalController::GetGlobalView() { return *global_view_; }
    function Ray (line 449) | Ray GlobalController::ShootRayAtMousePosition(float x_pos, float y_pos) {

FILE: hex/src/controllers/GlobalController.h
  function namespace (line 15) | namespace hex {

FILE: hex/src/controllers/ShortcutController.cpp
  type hex (line 12) | namespace hex {
    function TestLargestCuboid (line 14) | void TestLargestCuboid() {

FILE: hex/src/controllers/ShortcutController.h
  function namespace (line 5) | namespace hex {

FILE: hex/src/controllers/stages/DecompositionStage.cpp
  type hex (line 11) | namespace hex {
    function IsCuboidBoundsEmpty (line 16) | bool IsCuboidBoundsEmpty(const std::pair<Vector3f, Vector3f>& bounds) {
    type ChangeEntry (line 646) | struct ChangeEntry {

FILE: hex/src/controllers/stages/DecompositionStage.h
  function namespace (line 10) | namespace hex {

FILE: hex/src/controllers/stages/DeformationStage.cpp
  type hex (line 8) | namespace hex {

FILE: hex/src/controllers/stages/DeformationStage.h
  function namespace (line 6) | namespace hex {

FILE: hex/src/controllers/stages/DiscretizationStage.cpp
  type hex (line 13) | namespace hex {

FILE: hex/src/controllers/stages/DiscretizationStage.h
  type class (line 23) | enum class
  function color_by_patch_ (line 31) | bool color_by_patch_{true};

FILE: hex/src/controllers/stages/HexahedralizationStage.cpp
  type hex (line 20) | namespace hex {

FILE: hex/src/controllers/stages/HexahedralizationStage.h
  function CanSwitchTo (line 19) | bool CanSwitchTo() override;

FILE: hex/src/controllers/stages/PipelineStage.cpp
  type hex (line 5) | namespace hex {

FILE: hex/src/controllers/stages/PipelineStage.h
  function namespace (line 7) | namespace hex {

FILE: hex/src/debug.cpp
  type hex (line 3) | namespace hex {
    function IsTensorFinite (line 4) | bool IsTensorFinite(torch::Tensor x) { return x.isfinite().all().item<...

FILE: hex/src/debug.h
  function namespace (line 5) | namespace hex {

FILE: hex/src/main.cpp
  function main (line 5) | int main() {

FILE: hex/src/models/Cuboid.cpp
  type hex (line 3) | namespace hex {
    function Cuboid (line 8) | Cuboid Cuboid::FromBounds(const Vector3f& lower, const Vector3f& upper) {

FILE: hex/src/models/Cuboid.h
  function namespace (line 5) | namespace hex {

FILE: hex/src/models/GlobalState.cpp
  type hex (line 4) | namespace hex {
    function Polycube (line 11) | Polycube& GlobalState::GetPolycube() {
    function PolycubeInfo (line 22) | PolycubeInfo& GlobalState::GetPolycubeInfo() {
    function HexComplex (line 32) | HexComplex& GlobalState::GetPolycubeComplex() {
    function HexComplex (line 49) | HexComplex& GlobalState::GetTargetComplex() {
    function Polycube (line 58) | const Polycube& GlobalState::GetPolycube() const { return *polycube_; }
    function PolycubeInfo (line 59) | const PolycubeInfo& GlobalState::GetPolycubeInfo() const {
    function HexComplex (line 62) | const HexComplex& GlobalState::GetPolycubeComplex() const {
    function HexComplex (line 65) | const HexComplex& GlobalState::GetTargetComplex() const {
    function TetrahedralMesh (line 92) | TetrahedralMesh& GlobalState::GetTargetVolumeMesh() {
    function TetrahedralMesh (line 97) | TetrahedralMesh& GlobalState::GetDeformedVolumeMesh() {
    function TetrahedralMesh (line 102) | const TetrahedralMesh& GlobalState::GetTargetVolumeMesh() const {
    function TetrahedralMesh (line 106) | const TetrahedralMesh& GlobalState::GetDeformedVolumeMesh() const {
    function HexahedralMesh (line 116) | HexahedralMesh& GlobalState::GetResultMesh() { return *result_mesh_; }
    function HexahedralMesh (line 118) | const HexahedralMesh& GlobalState::GetResultMesh() const {

FILE: hex/src/models/GlobalState.h
  function namespace (line 11) | namespace hex {

FILE: hex/src/models/HexComplex.cpp
  type hex (line 5) | namespace hex {
    function QuadComplex (line 26) | const QuadComplex& HexComplex::GetQuadComplex() const {

FILE: hex/src/models/HexComplex.h
  function namespace (line 10) | namespace hex {

FILE: hex/src/models/HexConvention.cpp
  type hex (line 23) | namespace hex {
    function HexConvention (line 24) | HexConvention& HexConvention::GetInstance() {

FILE: hex/src/models/HexConvention.h
  function namespace (line 3) | namespace hex {

FILE: hex/src/models/HexMeshQuality.cpp
  type hex (line 9) | namespace hex {
    function EvaluateScaledJacobian (line 12) | float EvaluateScaledJacobian(const Eigen::MatrixXf& positions) {
    function EvaluateJacobian (line 31) | float EvaluateJacobian(const Eigen::MatrixXf& positions) {

FILE: hex/src/models/HexMeshQuality.h
  function namespace (line 5) | namespace hex {

FILE: hex/src/models/HexahedralMesh.cpp
  type hex (line 6) | namespace hex {
    function HexMeshQuality (line 25) | const HexMeshQuality& HexahedralMesh::GetMeshQuality() const {

FILE: hex/src/models/HexahedralMesh.h
  function namespace (line 6) | namespace hex {

FILE: hex/src/models/MultiDimArray.h
  function namespace (line 5) | namespace hex {
  function T (line 41) | T operator()(int i, int j, int k) const { return data_[GetIndex(i, j, k)...
  function GetDim (line 42) | int GetDim(int d) const {
  function T (line 46) | T* GetDataPtr() { return data_.data(); }

FILE: hex/src/models/Polycube.cpp
  type hex (line 5) | namespace hex {
    function Cuboid (line 6) | Cuboid& Polycube::GetCuboid(size_t index) { return cuboids_.at(index); }
    function Cuboid (line 8) | const Cuboid& Polycube::GetCuboid(size_t index) const {

FILE: hex/src/models/Polycube.h
  function namespace (line 5) | namespace hex {

FILE: hex/src/models/PolycubeGraph.cpp
  type hex (line 8) | namespace hex {
    function Vector3i (line 172) | Vector3i PolycubeGraph::GetExtrusionCoord(size_t quad_id) const {
    function Vector3i (line 187) | Vector3i PolycubeGraph::GetHexCoord(size_t hex_id) const {

FILE: hex/src/models/PolycubeGraph.h
  function namespace (line 6) | namespace hex {

FILE: hex/src/models/PolycubeInfo.cpp
  type hex (line 5) | namespace hex {

FILE: hex/src/models/PolycubeInfo.h
  function namespace (line 5) | namespace hex {

FILE: hex/src/models/QuadComplex.cpp
  type hex (line 3) | namespace hex {

FILE: hex/src/models/QuadComplex.h
  function namespace (line 7) | namespace hex {

FILE: hex/src/models/QuadrilateralMesh.cpp
  type hex (line 7) | namespace hex {

FILE: hex/src/models/QuadrilateralMesh.h
  function namespace (line 9) | namespace hex {

FILE: hex/src/models/Ray.cpp
  type hex (line 3) | namespace hex {
    function Vector3f (line 15) | Vector3f Ray::At(float t) const { return origin_ + t * direction_; }

FILE: hex/src/models/Ray.h
  function namespace (line 7) | namespace hex {

FILE: hex/src/models/TetrahedralMesh.cpp
  type hex (line 14) | namespace hex {
    function TriangularMesh (line 185) | const TriangularMesh& TetrahedralMesh::GetSurfaceMesh() const {

FILE: hex/src/models/TetrahedralMesh.h
  function namespace (line 10) | namespace hex {

FILE: hex/src/models/TriangularMesh.cpp
  type hex (line 11) | namespace hex {

FILE: hex/src/models/TriangularMesh.h
  function namespace (line 10) | namespace hex {

FILE: hex/src/optim/CubicVolumetricDeformer.cpp
  type hex (line 12) | namespace hex {

FILE: hex/src/optim/CubicVolumetricDeformer.h
  function namespace (line 10) | namespace hex {

FILE: hex/src/optim/DirectModel.h
  function namespace (line 5) | namespace hex {

FILE: hex/src/optim/DistortionEnergy.cpp
  type hex (line 8) | namespace hex {
    function ExtractAB (line 11) | std::pair<torch::Tensor, torch::Tensor> ExtractAB(torch::Tensor J) {
    function Regularize (line 25) | torch::Tensor Regularize(torch::Tensor D, float eps) {
    function RegularizeDerivaive (line 29) | torch::Tensor RegularizeDerivaive(torch::Tensor D, float eps) {
    function ComputeDistortionLoss (line 34) | torch::Tensor ComputeDistortionLoss(torch::Tensor J, torch::Tensor wei...

FILE: hex/src/optim/DistortionEnergy.h
  type DistortionOptions (line 8) | struct DistortionOptions {
  function regularizer_eps (line 11) | float regularizer_eps{1e-3f};

FILE: hex/src/optim/HexComplexDeformer.cpp
  type hex (line 16) | namespace hex {

FILE: hex/src/optim/HexComplexDeformer.h
  type class (line 16) | enum class
  type class (line 17) | enum class
  type class (line 18) | enum class
  type Options (line 20) | struct Options {
  function snapshot_freq (line 35) | int snapshot_freq{-1};
  function HasFreshSnapshot (line 49) | bool HasFreshSnapshot() const;

FILE: hex/src/optim/LargestCuboidSolver.cpp
  type hex (line 5) | namespace hex {
    function FindLargestRectangleIn1DHistogram (line 7) | void FindLargestRectangleIn1DHistogram(const std::vector<int>& histogram,

FILE: hex/src/optim/LargestCuboidSolver.h
  function namespace (line 5) | namespace hex {

FILE: hex/src/optim/PolycubeOptimizer.cpp
  type hex (line 12) | namespace hex {
    function Polycube (line 161) | Polycube PolycubeOptimizer::GetOptimizedPolycube() {
    function Polycube (line 204) | Polycube PolycubeOptimizer::TransformToPolycube(
    function Polycube (line 209) | Polycube PolycubeOptimizer::GetSnapshot() {

FILE: hex/src/optim/PolycubeOptimizer.h
  type class (line 14) | enum class
  type class (line 15) | enum class
  type Options (line 17) | struct Options {
  function snapshot_freq (line 22) | int snapshot_freq{50};

FILE: hex/src/optim/torch_utils.cpp
  type hex (line 6) | namespace hex {
    function VectorXfToTensor (line 7) | torch::Tensor VectorXfToTensor(const Eigen::VectorXf& vec) {
    function VectorXiToTensor (line 14) | torch::Tensor VectorXiToTensor(const Eigen::VectorXi& vec) {
    function MatrixXfToTensor (line 21) | torch::Tensor MatrixXfToTensor(const Eigen::MatrixXf& mat) {
    function TensorToMatrixXf (line 29) | Eigen::MatrixXf TensorToMatrixXf(const torch::Tensor& tensor) {
    function TensorToVectorXf (line 42) | Eigen::VectorXf TensorToVectorXf(const torch::Tensor& tensor) {
    function TensorToVectorXi (line 53) | Eigen::VectorXi TensorToVectorXi(const torch::Tensor& tensor) {
    function MatrixXiToTensor (line 64) | torch::Tensor MatrixXiToTensor(const Eigen::MatrixXi& mat) {
    function ParseCuboidParams (line 72) | std::tuple<torch::Tensor, torch::Tensor> ParseCuboidParams(
    function ComputeCuboidsSDF (line 80) | torch::Tensor ComputeCuboidsSDF(torch::Tensor anchors,
    function ComputeUnionOfCuboidsSDF (line 101) | torch::Tensor ComputeUnionOfCuboidsSDF(torch::Tensor anchors,
    function SolveOrthogonalProcrust (line 110) | torch::Tensor SolveOrthogonalProcrust(torch::Tensor M) {
    function SolveShrinkage (line 129) | torch::Tensor SolveShrinkage(torch::Tensor b, torch::Tensor k) {
    function TensorToArray3DInt (line 135) | Array3D<int> TensorToArray3DInt(torch::Tensor tensor) {

FILE: hex/src/optim/torch_utils.h
  function namespace (line 9) | namespace hex {

FILE: hex/src/serialization/Serializer.cpp
  type hex (line 9) | namespace hex {
    function CreateMatrixXfDataset (line 14) | void CreateMatrixXfDataset(H5::Group& group, const std::string& name,
    function LoadMatrixXfFromDataset (line 26) | Eigen::MatrixXf LoadMatrixXfFromDataset(const DataSet& dataset) {
    function CreateMatrixXiDataset (line 36) | void CreateMatrixXiDataset(H5::Group& group, const std::string& name,
    function LoadMatrixXiFromDataset (line 48) | Eigen::MatrixXi LoadMatrixXiFromDataset(const DataSet& dataset) {
    function CreateArrayIntDataset (line 58) | void CreateArrayIntDataset(H5::Group& group, const std::string& name,
    function LoadArrayIntFromDataset (line 69) | std::vector<int> LoadArrayIntFromDataset(const DataSet& dataset) {
    function CreateFixedLengthStringArrayDataset (line 79) | void CreateFixedLengthStringArrayDataset(H5::Group& group,
    function LoadFixedLengthStringArrayDataset (line 98) | std::vector<std::string> LoadFixedLengthStringArrayDataset(
    function CreateNestedArrayIntDataset (line 117) | void CreateNestedArrayIntDataset(
    function LoadNestedArrayIntFromDataset (line 131) | std::vector<std::vector<IntType>> LoadNestedArrayIntFromDataset(
    function CreateTetrahedralMeshGroup (line 148) | void CreateTetrahedralMeshGroup(H5::Group& group, const TetrahedralMes...
    function LoadTetrahedralMeshFromGroup (line 159) | std::unique_ptr<TetrahedralMesh> LoadTetrahedralMeshFromGroup(
    function CreateHexahedralMeshGroup (line 174) | void CreateHexahedralMeshGroup(H5::Group& group, const HexahedralMesh&...
    function LoadHexahedralMeshFromGroup (line 180) | std::unique_ptr<HexahedralMesh> LoadHexahedralMeshFromGroup(
    function CreatePolycubeGroup (line 190) | void CreatePolycubeGroup(H5::Group& group, const Polycube& polycube) {
    function LoadPolycubeFromGroup (line 194) | std::unique_ptr<Polycube> LoadPolycubeFromGroup(const H5::Group& group) {
    function CreatePolycubeInfoGroup (line 199) | void CreatePolycubeInfoGroup(H5::Group& group, const PolycubeInfo& inf...
    function LoadPolycubeInfoFromGroup (line 210) | std::unique_ptr<PolycubeInfo> LoadPolycubeInfoFromGroup(
    function CreateHexComplexGroup (line 229) | void CreateHexComplexGroup(H5::Group& group, const HexComplex& hex_com...
    function LoadHexComplexFromGroup (line 239) | std::unique_ptr<HexComplex> LoadHexComplexFromGroup(const H5::Group& g...

FILE: hex/src/serialization/Serializer.h
  function namespace (line 5) | namespace hex {

FILE: hex/src/utility/ImGuiEx.cpp
  type ImGui (line 7) | namespace ImGui {
    function SelectableInput (line 8) | bool SelectableInput(const char* str_id, bool selected,
  type hex (line 43) | namespace hex {
    function DrawDistortionEnergyContent (line 45) | void DrawDistortionEnergyContent(DistortionOptions& options, bool show...
    function ImGuiHoveredTooltip (line 123) | void ImGuiHoveredTooltip(const char* desc) {
    function ImGuiHelpMarker (line 133) | void ImGuiHelpMarker(const char* desc) {
    function ImGuiTreeNodeWithTooltip (line 138) | void ImGuiTreeNodeWithTooltip(const char* label, ImGuiTreeNodeFlags fl...
    function DrawDistortionEnergyChildWindow (line 149) | void DrawDistortionEnergyChildWindow(DistortionOptions& options,
    function DrawOptimizerOptionsNode (line 160) | void DrawOptimizerOptionsNode(float& learning_rate, Vector2f& adam_betas,

FILE: hex/src/utility/ImGuiEx.h
  function namespace (line 9) | namespace ImGui {
  function namespace (line 14) | namespace hex {

FILE: hex/src/utility/PathManager.cpp
  type hex (line 9) | namespace hex {
    function PathManager (line 10) | PathManager& PathManager::GetInstance() {

FILE: hex/src/utility/PathManager.h
  function namespace (line 7) | namespace hex {

FILE: hex/src/utility/StopWatch.cpp
  type hex (line 3) | namespace hex {

FILE: hex/src/utility/StopWatch.h
  function namespace (line 5) | namespace hex {

FILE: hex/src/utility/imfilebrowser.h
  type ImGuiFileBrowserFlags_ (line 20) | enum ImGuiFileBrowserFlags_
  function namespace (line 32) | namespace ImGui
  function ImGui (line 197) | inline ImGui::FileBrowser::FileBrowser(const FileBrowser &copyFrom)
  function SetWindowSize (line 240) | inline void ImGui::FileBrowser::SetWindowSize(int width, int height) noe...
  function SetTitle (line 247) | inline void ImGui::FileBrowser::SetTitle(std::string title)
  function Open (line 256) | inline void ImGui::FileBrowser::Open()
  function Close (line 264) | inline void ImGui::FileBrowser::Close()
  function IsOpened (line 272) | inline bool ImGui::FileBrowser::IsOpened() const noexcept
  function ScopeGuard (line 316) | ScopeGuard endPopup([] { EndPopup(); }
  function ScopeGuard (line 327) | ScopeGuard guard([&] { EndCombo(); }
  function ScopeGuard (line 399) | ScopeGuard endNewDirPopup([] { EndPopup(); }
  function ScopeGuard (line 406) | ScopeGuard closeNewDirPopup([] { CloseCurrentPopup(); }
  function ScopeGuard (line 429) | ScopeGuard endChild([] { EndChild(); }
  function ScopeGuard (line 510) | ScopeGuard popTextID([] { PopID(); }
  function ScopeGuard (line 560) | ScopeGuard guard([&] { EndCombo(); }
  function SetPwd (line 578) | inline bool ImGui::FileBrowser::SetPwd(const std::filesystem::path &pwd)
  function SetCurrentTypeFilterIndex (line 685) | inline void ImGui::FileBrowser::SetCurrentTypeFilterIndex(int index)
  function SetInputBuf (line 735) | inline void ImGui::FileBrowser::SetInputBuf(const std::string& str) {
  function IsExtensionMatched (line 739) | inline bool ImGui::FileBrowser::IsExtensionMatched(
  function GetDrivesBitMask (line 807) | inline std::uint32_t ImGui::FileBrowser::GetDrivesBitMask()

FILE: hex/src/views/CuboidNode.cpp
  type hex (line 10) | namespace hex {

FILE: hex/src/views/CuboidNode.h
  function namespace (line 9) | namespace hex {

FILE: hex/src/views/FilteredHexMesh.cpp
  type hex (line 9) | namespace hex {

FILE: hex/src/views/FilteredHexMesh.h
  type FilteringSetting (line 11) | struct FilteringSetting {
  function HexQualityType (line 15) | HexQualityType quality{HexQualityType::ScaledJacobian};

FILE: hex/src/views/GlobalView.cpp
  type hex (line 13) | namespace hex {
    function FlagToName (line 15) | std::string FlagToName(GlobalView::VisibilityFlag flag) {
    function PolycubeView (line 319) | PolycubeView& GlobalView::GetPolycubeView() {

FILE: hex/src/views/GlobalView.h
  type VisibilityFlag (line 17) | enum VisibilityFlag : unsigned long {
  type VisibilityInfo (line 52) | struct VisibilityInfo {
  function decomposition (line 86) | bool decomposition{false};

FILE: hex/src/views/HexCollectionView.cpp
  type hex (line 10) | namespace hex {

FILE: hex/src/views/HexCollectionView.h
  function namespace (line 9) | namespace hex {

FILE: hex/src/views/LandmarksEditingView.cpp
  type hex (line 10) | namespace hex {

FILE: hex/src/views/PolycubeView.cpp
  type hex (line 3) | namespace hex {
    function CuboidNode (line 23) | CuboidNode& PolycubeView::GetCuboidNode(int i) { return *cuboid_nodes_...
    function CuboidNode (line 54) | CuboidNode& PolycubeView::GetTmpCuboidNode() {

FILE: hex/src/views/PolycubeView.h
  function std (line 20) | const std::vector<CuboidNode*>& GetCuboidNodes() { return cuboid_nodes_; }
  function CuboidNode (line 33) | CuboidNode* tmp_cuboid_node_{nullptr};

FILE: hex/src/views/QuadSurfaceView.cpp
  type hex (line 8) | namespace hex {

FILE: hex/src/views/QuadSurfaceView.h
  function namespace (line 10) | namespace hex {

FILE: hex/src/views/TriSurfaceView.cpp
  type hex (line 8) | namespace hex {

FILE: hex/src/views/TriSurfaceView.h
  type Options (line 13) | struct Options {

FILE: vkoo/include/vkoo/ObjParser.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/common.h
  type LoadStoreInfo (line 63) | struct LoadStoreInfo {
  type ImageMemoryBarrier (line 75) | struct ImageMemoryBarrier {
  function VkAccessFlags (line 78) | VkAccessFlags src_access_mask{0}
  function VkAccessFlags (line 79) | VkAccessFlags dst_access_mask{0}
  function VkImageLayout (line 80) | VkImageLayout old_layout{VK_IMAGE_LAYOUT_UNDEFINED};

FILE: vkoo/include/vkoo/core/Application.h
  function GetContentScaleFactor (line 30) | float GetContentScaleFactor() const;
  function virtual (line 48) | virtual void DrawGui() {}
  function starter_width_ (line 65) | uint32_t starter_width_{1280};

FILE: vkoo/include/vkoo/core/Buffer.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/BufferPool.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/CommandBuffer.h
  function namespace (line 8) | namespace vkoo {

FILE: vkoo/include/vkoo/core/CommandPool.h
  function namespace (line 6) | namespace vkoo {

FILE: vkoo/include/vkoo/core/DeferredLightingSubpass.h
  function namespace (line 10) | namespace vkoo {

FILE: vkoo/include/vkoo/core/DescriptorPool.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/DescriptorSet.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/DescriptorSetLayout.h
  function namespace (line 6) | namespace vkoo {

FILE: vkoo/include/vkoo/core/Device.h
  function namespace (line 9) | namespace vkoo {

FILE: vkoo/include/vkoo/core/FencePool.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/ForwardSubpass.h
  function namespace (line 8) | namespace vkoo {

FILE: vkoo/include/vkoo/core/Framebuffer.h
  function namespace (line 6) | namespace vkoo {

FILE: vkoo/include/vkoo/core/GLSLCompiler.h
  function namespace (line 8) | namespace vkoo {

FILE: vkoo/include/vkoo/core/GeometrySubpass.h
  function namespace (line 7) | namespace vkoo {

FILE: vkoo/include/vkoo/core/GraphicsPipeline.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/Gui.h
  function namespace (line 14) | namespace vkoo {

FILE: vkoo/include/vkoo/core/Image.h
  function VkExtent2D (line 22) | const VkExtent2D& GetExtent() { return extent_; }
  function VkImageTiling (line 35) | VkImageTiling tiling_{VK_IMAGE_TILING_OPTIMAL};

FILE: vkoo/include/vkoo/core/ImageView.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/InputEvent.h
  type class (line 5) | enum class
  function class (line 7) | class InputEvent {
  type class (line 16) | enum class
  function class (line 18) | class KeyInputEvent : public InputEvent {
  type class (line 29) | enum class
  function MouseAction (line 30) | enum class MouseAction { Down, Up, Move, Unknown };

FILE: vkoo/include/vkoo/core/Instance.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/PhysicalDevice.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/PipelineLayout.h
  function namespace (line 7) | namespace vkoo {

FILE: vkoo/include/vkoo/core/PipelineState.h
  type VertexInputState (line 8) | struct VertexInputState {
  type InputAssemblyState (line 13) | struct InputAssemblyState {
  function VkBool32 (line 15) | VkBool32 primitive_restart_enable{VK_FALSE};
  type RasterizationState (line 18) | struct RasterizationState {
  function line_width (line 25) | float line_width{1.0f};
  type MultisampleState (line 28) | struct MultisampleState {
  function VkBool32 (line 30) | VkBool32 sample_shading_enable{VK_FALSE};
  type StencilOpState (line 39) | struct StencilOpState {
  function VkCompareOp (line 43) | VkCompareOp compare_op{VK_COMPARE_OP_NEVER};
  type DepthStencilState (line 46) | struct DepthStencilState {
  function VkBool32 (line 52) | VkBool32 stencil_test_enable{VK_FALSE};
  type ColorBlendAttachmentState (line 57) | struct ColorBlendAttachmentState {
  function VkBlendOp (line 64) | VkBlendOp alpha_blend_op{VK_BLEND_OP_ADD};

FILE: vkoo/include/vkoo/core/PostprocessingSubpass.h
  function namespace (line 8) | namespace vkoo {

FILE: vkoo/include/vkoo/core/PrimitiveFactory.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/Queue.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/RenderContext.h
  function namespace (line 8) | namespace vkoo {

FILE: vkoo/include/vkoo/core/RenderFrame.h
  function namespace (line 13) | namespace vkoo {

FILE: vkoo/include/vkoo/core/RenderPass.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/RenderPipeline.h
  function namespace (line 7) | namespace vkoo {

FILE: vkoo/include/vkoo/core/RenderTarget.h
  function namespace (line 7) | namespace vkoo {

FILE: vkoo/include/vkoo/core/ResourceBindingState.h
  function namespace (line 8) | namespace vkoo {

FILE: vkoo/include/vkoo/core/ResourceCache.h
  function namespace (line 9) | namespace vkoo {

FILE: vkoo/include/vkoo/core/SPIRVReflection.h
  function namespace (line 11) | namespace vkoo {

FILE: vkoo/include/vkoo/core/SSAOBlurSubpass.h
  function namespace (line 8) | namespace vkoo {

FILE: vkoo/include/vkoo/core/SSAOSubpass.h
  function namespace (line 8) | namespace vkoo {

FILE: vkoo/include/vkoo/core/Sampler.h
  function namespace (line 4) | namespace vkoo {

FILE: vkoo/include/vkoo/core/SemaphorePool.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/ShaderModule.h
  type class (line 7) | enum class
  type class (line 22) | enum class
  type ShaderResourceQualifiers (line 24) | struct ShaderResourceQualifiers {
  type ShaderResource (line 32) | struct ShaderResource {
  type ShaderSource (line 50) | struct ShaderSource {
  function class (line 55) | class ShaderVariant {

FILE: vkoo/include/vkoo/core/Subpass.h
  function namespace (line 12) | namespace vkoo {
  function VkResolveModeFlagBits (line 124) | VkResolveModeFlagBits depth_stencil_resolve_mode_{VK_RESOLVE_MODE_NONE};

FILE: vkoo/include/vkoo/core/Swapchain.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/core/VertexObject.h
  function namespace (line 7) | namespace vkoo {
  function class (line 14) | class VertexObject {
  function index_count_ (line 60) | size_t index_count_{0U};

FILE: vkoo/include/vkoo/core/resource_caching.h
  function namespace (line 11) | namespace std {
  function VkDescriptorBufferInfo (line 66) | struct hash<VkDescriptorBufferInfo> {
  function VkDescriptorImageInfo (line 80) | struct hash<VkDescriptorImageInfo> {
  function VkWriteDescriptorSet (line 96) | struct hash<VkWriteDescriptorSet> {
  function DescriptorSetLayout (line 144) | struct hash<vkoo::DescriptorSetLayout> {
  function DescriptorPool (line 154) | struct hash<vkoo::DescriptorPool> {
  function VkAttachmentDescription2KHR (line 165) | struct hash<VkAttachmentDescription2KHR> {
  function VkExtent2D (line 199) | struct hash<VkExtent2D> {
  function StencilOpState (line 211) | struct hash<vkoo::StencilOpState> {
  function LoadStoreInfo (line 233) | struct hash<vkoo::LoadStoreInfo> {
  function SubpassInfo (line 249) | struct hash<vkoo::SubpassInfo> {
  function throw (line 600) | throw std::runtime_error{std::string{"Insertion error for #"} +

FILE: vkoo/include/vkoo/st/Image.h
  function namespace (line 8) | namespace vkoo {

FILE: vkoo/include/vkoo/st/Material.h
  function namespace (line 6) | namespace vkoo {

FILE: vkoo/include/vkoo/st/Node.h
  function namespace (line 9) | namespace vkoo {

FILE: vkoo/include/vkoo/st/Scene.h
  function namespace (line 6) | namespace vkoo {

FILE: vkoo/include/vkoo/st/ShaderProgram.h
  function namespace (line 6) | namespace vkoo {

FILE: vkoo/include/vkoo/st/Texture.h
  function namespace (line 6) | namespace vkoo {

FILE: vkoo/include/vkoo/st/Transform.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/st/components/Camera.h
  function namespace (line 6) | namespace vkoo {

FILE: vkoo/include/vkoo/st/components/ComponentBase.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/st/components/Light.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/st/components/Mesh.h
  type class (line 11) | enum class
  type class (line 13) | enum class
  function Material (line 29) | const Material* GetMaterial() const { return material_; }
  function GetLineWidth (line 30) | float GetLineWidth() const;
  function PrimitiveTopology (line 53) | PrimitiveTopology topology_{PrimitiveTopology::TriangleList};

FILE: vkoo/include/vkoo/st/components/Script.h
  function namespace (line 6) | namespace vkoo {

FILE: vkoo/include/vkoo/st/components/Tracing.h
  function namespace (line 6) | namespace vkoo {

FILE: vkoo/include/vkoo/st/hittables/AABB.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/st/hittables/Cylinder.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/st/hittables/HittableBase.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/st/hittables/Plane.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/st/hittables/Ray.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/st/hittables/Sphere.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/st/hittables/Triangle.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/include/vkoo/st/scripts/ArcBallCameraScript.h
  function namespace (line 7) | namespace vkoo {

FILE: vkoo/include/vkoo/utils.h
  function namespace (line 5) | namespace vkoo {

FILE: vkoo/src/ObjParser.cpp
  type vkoo (line 5) | namespace vkoo {
    function ParsedData (line 6) | ParsedData ObjParser::Parse(const std::string& file_path, bool& succes...

FILE: vkoo/src/common.cpp
  type vkoo (line 3) | namespace vkoo {
    function GetErrorString (line 4) | std::string GetErrorString(VkResult error_code) {
    function IsDepthOnlyFormat (line 38) | bool IsDepthOnlyFormat(VkFormat format) {
    function IsDepthStencilFormat (line 42) | bool IsDepthStencilFormat(VkFormat format) {
    function VkFormat (line 48) | VkFormat GetSuitableDepthFormat(

FILE: vkoo/src/core/Application.cpp
  type vkoo (line 7) | namespace vkoo {
    function Device (line 278) | Device& Application::GetDevice() {

FILE: vkoo/src/core/Buffer.cpp
  type vkoo (line 6) | namespace vkoo {
    type core (line 7) | namespace core {

FILE: vkoo/src/core/BufferPool.cpp
  type vkoo (line 5) | namespace vkoo {

FILE: vkoo/src/core/CommandBuffer.cpp
  type vkoo (line 8) | namespace vkoo {
    function RenderPass (line 109) | RenderPass& CommandBuffer::GetRenderPass(
    function Device (line 134) | Device& CommandBuffer::GetDevice() { return command_pool_.GetDevice(); }

FILE: vkoo/src/core/CommandPool.cpp
  type vkoo (line 5) | namespace vkoo {
    function CommandBuffer (line 40) | CommandBuffer& CommandPool::RequestCommandBuffer() {

FILE: vkoo/src/core/DeferredLightingSubpass.cpp
  type vkoo (line 3) | namespace vkoo {

FILE: vkoo/src/core/DescriptorPool.cpp
  type vkoo (line 6) | namespace vkoo {
    function VkDescriptorSet (line 77) | VkDescriptorSet DescriptorPool::Allocate() {

FILE: vkoo/src/core/DescriptorSet.cpp
  type vkoo (line 8) | namespace vkoo {

FILE: vkoo/src/core/DescriptorSetLayout.cpp
  type vkoo (line 6) | namespace vkoo {
    function VkDescriptorType (line 7) | inline VkDescriptorType FindDescriptorType(ShaderResourceType resource...

FILE: vkoo/src/core/Device.cpp
  type vkoo (line 3) | namespace vkoo {
    function Queue (line 69) | const Queue& Device::GetSuitableGraphicsQueue() const {
    function Queue (line 78) | const Queue& Device::GetQueueByFlags(VkQueueFlags required_queue_flags,
    function CommandBuffer (line 98) | CommandBuffer& Device::RequestCommandBuffer() {
    function VkFence (line 102) | VkFence Device::RequestFence() { return fence_pool_->RequestFence(); }

FILE: vkoo/src/core/FencePool.cpp
  type vkoo (line 5) | namespace vkoo {
    function VkFence (line 20) | VkFence FencePool::RequestFence() {

FILE: vkoo/src/core/ForwardSubpass.cpp
  type vkoo (line 5) | namespace vkoo {

FILE: vkoo/src/core/Framebuffer.cpp
  type vkoo (line 5) | namespace vkoo {

FILE: vkoo/src/core/GLSLCompiler.cpp
  type vkoo (line 6) | namespace vkoo {
    function EShLanguage (line 8) | inline EShLanguage FindShaderLanguage(VkShaderStageFlagBits stage) {

FILE: vkoo/src/core/GeometrySubpass.cpp
  type vkoo (line 8) | namespace vkoo {
    function GatherVisibleMeshesInTree (line 10) | void GatherVisibleMeshesInTree(const st::Node& node,
    function GetVisibleMeshesInTree (line 26) | std::vector<st::Mesh*> GetVisibleMeshesInTree(const st::Node& root) {
    function PipelineLayout (line 134) | PipelineLayout& GeometrySubpass::GetPipelineLayout(

FILE: vkoo/src/core/GraphicsPipeline.cpp
  type vkoo (line 6) | namespace vkoo {

FILE: vkoo/src/core/Gui.cpp
  type vkoo (line 9) | namespace vkoo {
    function ImGui_ImplGlfw_SetClipboardText (line 15) | static void ImGui_ImplGlfw_SetClipboardText(void* user_data, const cha...
    function UploadRawData (line 19) | void UploadRawData(ImDrawData* draw_data, const uint8_t* vertex_data,

FILE: vkoo/src/core/Image.cpp
  type vkoo (line 6) | namespace vkoo {
    type core (line 7) | namespace core {

FILE: vkoo/src/core/ImageView.cpp
  type vkoo (line 5) | namespace vkoo {
    type core (line 6) | namespace core {
      function VkImageSubresourceLayers (line 52) | VkImageSubresourceLayers ImageView::GetSubresourceLayers() const {

FILE: vkoo/src/core/InputEvent.cpp
  type vkoo (line 3) | namespace vkoo {

FILE: vkoo/src/core/Instance.cpp
  type vkoo (line 5) | namespace vkoo {
    function VKAPI_ATTR (line 7) | static VKAPI_ATTR VkBool32 VKAPI_CALL
    function PhysicalDevice (line 127) | PhysicalDevice& Instance::GetSuitableGPU() {

FILE: vkoo/src/core/PhysicalDevice.cpp
  type vkoo (line 5) | namespace vkoo {
    function VkBool32 (line 21) | VkBool32 PhysicalDevice::IsPresentSupported(VkSurfaceKHR surface,

FILE: vkoo/src/core/PipelineLayout.cpp
  type vkoo (line 7) | namespace vkoo {
    function DescriptorSetLayout (line 111) | DescriptorSetLayout& PipelineLayout::GetDescriptorSetLayout(
    function VkShaderStageFlags (line 130) | VkShaderStageFlags PipelineLayout::GetPushConstantRangeStage(

FILE: vkoo/src/core/PipelineState.cpp
  type vkoo (line 3) | namespace vkoo {
    function PipelineLayout (line 4) | PipelineLayout* PipelineState::GetPipelineLayout() const {
    function RenderPass (line 12) | const RenderPass* PipelineState::GetRenderPass() const { return render...
    function VertexInputState (line 18) | const VertexInputState& PipelineState::GetVertexInputState() const {
    function InputAssemblyState (line 27) | const InputAssemblyState& PipelineState::GetInputAssemblyState() const {
    function RasterizationState (line 36) | const RasterizationState& PipelineState::GetRasterizationState() const {
    function MultisampleState (line 45) | const MultisampleState& PipelineState::GetMultisampleState() const {
    function ViewportState (line 54) | const ViewportState& PipelineState::GetViewportState() const {
    function ColorBlendState (line 62) | const ColorBlendState& PipelineState::GetColorBlendState() const {
    function DepthStencilState (line 90) | const DepthStencilState& PipelineState::GetDepthStencilState() const {

FILE: vkoo/src/core/PostprocessingSubpass.cpp
  type vkoo (line 3) | namespace vkoo {

FILE: vkoo/src/core/PrimitiveFactory.cpp
  type vkoo (line 5) | namespace vkoo {

FILE: vkoo/src/core/Queue.cpp
  type vkoo (line 6) | namespace vkoo {
    function VkResult (line 17) | VkResult Queue::Submit(const std::vector<VkSubmitInfo>& submit_infos,
    function VkResult (line 23) | VkResult Queue::Submit(const CommandBuffer& command_buffer,
    function VkResult (line 32) | VkResult Queue::Present(const VkPresentInfoKHR& present_info) const {

FILE: vkoo/src/core/RenderContext.cpp
  type vkoo (line 7) | namespace vkoo {
    function CommandBuffer (line 35) | CommandBuffer& RenderContext::Begin() {
    function VkSemaphore (line 43) | VkSemaphore RenderContext::BeginFrame() {
    function RenderFrame (line 69) | RenderFrame& RenderContext::GetActiveFrame() {
    function VkSemaphore (line 87) | VkSemaphore RenderContext::Submit(
    function VkImage (line 189) | VkImage RenderContext::GetLastActiveSwapchainImage() const {

FILE: vkoo/src/core/RenderFrame.cpp
  type vkoo (line 6) | namespace vkoo {
    function DescriptorSet (line 22) | DescriptorSet& RenderFrame::RequestDescriptorSet(
    function CommandBuffer (line 70) | CommandBuffer& RenderFrame::RequestCommandBuffer(const Queue& queue) {
    function VkSemaphore (line 88) | VkSemaphore RenderFrame::RequestSemaphore() {
    function VkFence (line 92) | VkFence RenderFrame::RequestFence() { return fence_pool_.RequestFence(...

FILE: vkoo/src/core/RenderPass.cpp
  type vkoo (line 8) | namespace vkoo {
    function VkAttachmentReference2KHR (line 10) | VkAttachmentReference2KHR GetAttachmentReference(const uint32_t attach...

FILE: vkoo/src/core/RenderPipeline.cpp
  type vkoo (line 3) | namespace vkoo {

FILE: vkoo/src/core/RenderTarget.cpp
  type vkoo (line 5) | namespace vkoo {

FILE: vkoo/src/core/ResourceBindingState.cpp
  type vkoo (line 3) | namespace vkoo {

FILE: vkoo/src/core/ResourceCache.cpp
  type vkoo (line 5) | namespace vkoo {
    function T (line 8) | T& RequestResourceSync(Device& device, std::mutex& resource_mutex,
    function DescriptorSetLayout (line 18) | DescriptorSetLayout& ResourceCache::RequestDescriptorSetLayout(
    function RenderPass (line 26) | RenderPass& ResourceCache::RequestRenderPass(
    function Framebuffer (line 34) | Framebuffer& ResourceCache::RequestFramebuffer(
    function GraphicsPipeline (line 41) | GraphicsPipeline& ResourceCache::RequestGraphicsPipeline(
    function ShaderModule (line 47) | ShaderModule& ResourceCache::RequestShaderModule(
    function PipelineLayout (line 55) | PipelineLayout& ResourceCache::RequestPipelineLayout(

FILE: vkoo/src/core/SPIRVReflection.cpp
  type vkoo (line 3) | namespace vkoo {
    function read_shader_resource (line 6) | inline void read_shader_resource(const spirv_cross::Compiler& compiler,
    function read_resource_decoration (line 13) | inline void read_resource_decoration(const spirv_cross::Compiler& /*co...
    function read_resource_vec_size (line 66) | inline void read_resource_vec_size(const spirv_cross::Compiler& compiler,
    function read_resource_array_size (line 75) | inline void read_resource_array_size(const spirv_cross::Compiler& comp...
    function read_resource_size (line 84) | inline void read_resource_size(const spirv_cross::Compiler& compiler,
    function read_resource_size (line 98) | inline void read_resource_size(const spirv_cross::Compiler& compiler,
    function parse_shader_resources (line 329) | void parse_shader_resources(const spirv_cross::Compiler& compiler,
    function parse_push_constants (line 348) | void parse_push_constants(const spirv_cross::Compiler& compiler,
    function parse_specialization_constants (line 379) | void parse_specialization_constants(const spirv_cross::Compiler& compi...

FILE: vkoo/src/core/SSAOBlurSubpass.cpp
  type vkoo (line 3) | namespace vkoo {

FILE: vkoo/src/core/SSAOSubpass.cpp
  type vkoo (line 3) | namespace vkoo {

FILE: vkoo/src/core/Sampler.cpp
  type vkoo (line 5) | namespace vkoo {
    type core (line 6) | namespace core {

FILE: vkoo/src/core/SemaphorePool.cpp
  type vkoo (line 5) | namespace vkoo {
    function VkSemaphore (line 19) | VkSemaphore SemaphorePool::RequestSemaphore() {

FILE: vkoo/src/core/ShaderModule.cpp
  type vkoo (line 9) | namespace vkoo {
    function ReadTextFile (line 11) | std::string ReadTextFile(const std::string& filename) {
    function PrecompileShaders (line 23) | inline std::vector<std::string> PrecompileShaders(const std::string& s...
    function ConvertToBytes (line 50) | inline std::vector<uint8_t> ConvertToBytes(std::vector<std::string>& l...
    function VkShaderStageFlagBits (line 87) | VkShaderStageFlagBits ShaderModule::GetStage() const { return stage_; }

FILE: vkoo/src/core/Subpass.cpp
  type vkoo (line 3) | namespace vkoo {
    function VulkanStyleProjection (line 11) | glm::mat4 VulkanStyleProjection(const glm::mat4& proj) {

FILE: vkoo/src/core/Swapchain.cpp
  type vkoo (line 5) | namespace vkoo {
    function VkSurfaceFormatKHR (line 8) | VkSurfaceFormatKHR ChooseSurfaceFormat(
    function VkPresentModeKHR (line 19) | VkPresentModeKHR ChoosePresentMode(
    function ChooseImageCount (line 29) | uint32_t ChooseImageCount(uint32_t min_count, uint32_t max_count) {
    function VkExtent2D (line 37) | VkExtent2D ChooseExtent(VkExtent2D request_extent,
    function VkFormat (line 137) | VkFormat Swapchain::GetFormat() const {
    function VkImageUsageFlags (line 141) | VkImageUsageFlags Swapchain::GetUsage() const {
    function VkResult (line 145) | VkResult Swapchain::AcquireNextImage(uint32_t& image_index,

FILE: vkoo/src/core/VertexObject.cpp
  type vkoo (line 3) | namespace vkoo {

FILE: vkoo/src/st/Image.cpp
  type vkoo (line 8) | namespace vkoo {
    type st (line 9) | namespace st {

FILE: vkoo/src/st/Node.cpp
  type vkoo (line 3) | namespace vkoo {
    type st (line 4) | namespace st {
      function ComponentBase (line 23) | ComponentBase* Node::GetComponent(std::type_index index) const {

FILE: vkoo/src/st/Scene.cpp
  type vkoo (line 3) | namespace vkoo {
    type st (line 4) | namespace st {
      function Camera (line 5) | Camera* Scene::GetActiveCameraPtr() const { return active_camera_ptr...

FILE: vkoo/src/st/ShaderProgram.cpp
  type vkoo (line 3) | namespace vkoo {
    type st (line 4) | namespace st {

FILE: vkoo/src/st/Transform.cpp
  type vkoo (line 5) | namespace vkoo {
    type st (line 6) | namespace st {

FILE: vkoo/src/st/components/Camera.cpp
  type vkoo (line 8) | namespace vkoo {
    type st (line 9) | namespace st {

FILE: vkoo/src/st/components/Light.cpp
  type vkoo (line 3) | namespace vkoo {
    type st (line 4) | namespace st {
      function LightProperties (line 5) | const LightProperties& Light::GetProperties() const { return propert...
      function LightType (line 7) | LightType Light::GetLightType() const { return type_; }

FILE: vkoo/src/st/components/Mesh.cpp
  type vkoo (line 5) | namespace vkoo {
    type st (line 6) | namespace st {
      function PrimitiveTopology (line 68) | PrimitiveTopology Mesh::GetPrimitiveTopology() const { return topolo...
      function PolygonMode (line 75) | PolygonMode Mesh::GetPolygonMode() const { return polygon_mode_; }

FILE: vkoo/src/st/components/Script.cpp
  type vkoo (line 3) | namespace vkoo {
    type st (line 4) | namespace st {

FILE: vkoo/src/st/components/Tracing.cpp
  type vkoo (line 3) | namespace vkoo {
    type st (line 4) | namespace st {

FILE: vkoo/src/st/hittables/AABB.cpp
  type vkoo (line 3) | namespace vkoo {
    type st (line 4) | namespace st {
      function AABB (line 44) | AABB AABB::FromCuboid(const glm::vec3& center, const glm::vec3& half...

FILE: vkoo/src/st/hittables/Cylinder.cpp
  type vkoo (line 3) | namespace vkoo {
    type st (line 4) | namespace st {

FILE: vkoo/src/st/hittables/Plane.cpp
  type vkoo (line 3) | namespace vkoo {
    type st (line 4) | namespace st {

FILE: vkoo/src/st/hittables/Sphere.cpp
  type vkoo (line 3) | namespace vkoo {
    type st (line 4) | namespace st {

FILE: vkoo/src/st/hittables/Triangle.cpp
  type vkoo (line 5) | namespace vkoo {
    type st (line 6) | namespace st {

FILE: vkoo/src/st/scripts/ArcBallCameraScript.cpp
  type vkoo (line 7) | namespace vkoo {
    type st (line 14) | namespace st {

FILE: vkoo/src/utils.cpp
  type vkoo (line 5) | namespace vkoo {
    function GetShaderPath (line 6) | std::string GetShaderPath() { return SHADER_PATH; }
    function GetAssetPath (line 7) | std::string GetAssetPath() { return ASSET_PATH; }
    function ReadBinaryFile (line 9) | std::vector<uint8_t> ReadBinaryFile(const std::string& filename) {
    function FindMemoryType (line 27) | uint32_t FindMemoryType(const Device& device, uint32_t type_filter,
    function EstimateNormals (line 44) | std::unique_ptr<std::vector<glm::vec3>> EstimateNormals(
    function Split (line 75) | std::vector<std::string> Split(const std::string& s, char delim) {