fragment_extraction.hpp File Reference

#include "component_classification.hpp"
#include <array>
#include <glm/glm.hpp>
#include <optional>
#include <toast/voxel/mass_accumulator.hpp>
#include <toast/voxel/palette.hpp>
#include <toast/voxel/voxel_volume.hpp>

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Classes
struct	physics::RemovedVoxels
struct	physics::ExtractedFragment

Typedefs
using	physics::DensityTable = std::array<uint32_t, voxel::k_palette_size>

Functions
auto	physics::extractFragmentVolume (voxel::Volume &source, const DetachedComponent &component, const DensityTable &density) -> std::optional< ExtractedFragment >
void	physics::restoreFragment (voxel::Volume &source, voxel::Volume &fragment, glm::ivec3 offset)
auto	physics::discardComponent (voxel::Volume &source, const DetachedComponent &component, const DensityTable &density) -> RemovedVoxels

Detailed Description

Author

Xein

Date

20 Sep 2026

Function Documentation

extractFragmentVolume()

auto physics::extractFragmentVolume ( voxel::Volume & source, const DetachedComponent & component, const DensityTable & density ) -> std::optional< ExtractedFragment >

nodiscard

Returns

nullopt with source untouched when the pool is short of bricks