geometry.hpp File Reference

#include <fcb/error.hpp>
#include <fcb/span.hpp>
#include <cstdint>
#include <string>
#include <vector>
#include <nlohmann/json.hpp>

Go to the source code of this file.

Namespaces
namespace	fcb

Typedefs
using	fcb::UIntView = span< const std::uint32_t >

Enumerations
enum class	fcb::GeometryKind : std::uint8_t {   fcb::MultiPoint = 0 , fcb::MultiLineString = 1 , fcb::MultiSurface = 2 , fcb::CompositeSurface = 3 ,   fcb::Solid = 4 , fcb::MultiSolid = 5 , fcb::CompositeSolid = 6 , fcb::GeometryInstance = 7 }
	The FlatBuffers GeometryType enumerators, mirrored here so a caller can name a geometry type without pulling in the generated headers. More...

Functions
nlohmann::json	fcb::decode_boundaries (GeometryKind type, UIntView solids, UIntView shells, UIntView surfaces, UIntView strings, UIntView indices)
	Rebuild CityJSON's nested boundaries from the five flattened arrays, at the depth type implies.
nlohmann::json	fcb::decode_semantics_values (GeometryKind type, UIntView solids, UIntView shells, UIntView values)
	Rebuild the nested semantics values array from the flat run of semantic indices.
nlohmann::json	fcb::decode_material_values (GeometryKind type, UIntView solids, UIntView shells, UIntView vertices)
	Rebuild the values array of one material theme from a MaterialMapping.
nlohmann::json	fcb::decode_texture_values (GeometryKind type, UIntView solids, UIntView shells, UIntView surfaces, UIntView strings, UIntView vertices)
	Rebuild the values array of one texture theme from a TextureMapping.
std::string	fcb::geometry_type_name (std::uint8_t type)
	CityJSON name for a GeometryType enumerator, e.g.