Namespaces
namespace	geom

Classes
struct	ExtractedAttribute
	A extracted attribute like float 3. More...
struct	ExtractedGeom
	Extracted data from a Geom for a specific shader layout so a CompiledGeom can be created. More...
struct	Vertex
	A single vertex in a Geom. More...
struct	Face
	A triangulated face in a Geom. More...
struct	Geom
	vertices and triangles More...
struct	HashCombiner
	A utility for combining hash values of multiple objects into a single hash value. More...
struct	PixelColor
	A simple integer sRGBA color. More...
struct	Image
	A simple sRGB(A) image. More...
struct	LoadedGlyph
struct	LoadedFont
struct	MeshGeom
struct	TransformedMesh
struct	Mesh
struct	SCurve
	Contains the parameters for an S-Curve. More...
struct	UniformBufferSetup
struct	CompiledUniformProp
	A compiled uniform buffer property that can be used in a shader. More...
struct	UniformProp
	internal More...
struct	UniformBufferCompiler
struct	VertexElementDescription
	A not-yet-realised binding to a shader variable like vec3 position. More...
struct	CompiledVertexElement
	A realized VertexElementDescription like vec3 position at gl shader position 3. More...
struct	CompiledVertexElementNoName
	A realized VertexElementDescription without name like vec3 at gl shader position 3. More...
struct	CompiledShaderVertexAttributes
	A list of CompiledVertexElement (for shader). More...
struct	CompiledGeomVertexAttributes
	A list of CompiledVertexLayoutNoNameList (for geom). More...
struct	CompiledVertexTypeList
	A mapping of the vertex type (position...) to the actual shader id (for more than one shader). More...
struct	InstanceProp
	A property for a shader used in instanced rendering. More...

Typedefs
using	KerningMap = std::map<std::pair<int, int>, float>
using	ShaderVertexAttributes = std::vector<VertexElementDescription>
	Describes all vertex inputs a shader requires like [vec3 position, vec3 normal, vec2 uv].
using	VertexTypes = std::vector<VertexType>

Enumerations
enum class	SingleColor : std::uint32_t
	A single color in a format to load directly into open gl texture(ABGR on little endian). More...
enum class	ExtractedAttributeType { ExtractedAttributeType::Float }
	The type of a extracted attribute, like 'float'. More...
enum class	UniformType { UniformType::invalid , UniformType::bool_type , UniformType::int_type , UniformType::float_type , UniformType::vec2 , UniformType::vec3 , UniformType::vec4 , UniformType::mat4 }
enum class	VertexType { VertexType::position2xy , VertexType::position2xz , VertexType::position3 , VertexType::normal3 , VertexType::color3 , VertexType::color4 , VertexType::texture2 , VertexType::instance_transform }
	Vertex source type, position, normal etc. More...

Functions
constexpr SingleColor	color_from_rgba (uint8_t r, uint8_t g, uint8_t b, uint8_t a)
	Constructs a SingleColor value from individual red, green, blue, and alpha components.
ExtractedGeom	extract_geom (const Geom &geom, const CompiledGeomVertexAttributes &layout)
void	paste_image (Image *dst, int dst_x, int dst_y, const Image &src)
	Copies pixel data from a source image to a destination image at specified coordinates.
LoadedFont	get_characters_from_single_image (const std::string &image_file, const std::string &image_alias, float image_scale, float image_bearing_x, float image_bearing_y, float image_advance)
LoadedFont	get_characters_from_single_image (const Image &image, const std::string &image_alias, float image_scale, float image_bearing_x, float image_bearing_y, float image_advance)
SCurve	s_curve_from_input (float x, float y)
	Generate an S-Curve from user input.
float	calculate_s_curve (float x, float slope, float threshold)
	Calculates an S-Curve.
template<typename T>
std::vector< T >	perform_table_layout (const std::vector< T > &pieces, T total_size, T zero=0)
	Calculates a table layout based on the input layout.
v2	calculate_region (const v2 &mouse_pos, const v2 &pos, const v2 &my_tex, const v2 &widget_size, float region_sz)
template<typename TString, typename TOnCodepointFunc>
bool	calc_utf8_to_codepoints (const TString &string, TOnCodepointFunc on_codepoint)
constexpr bool	is_instance_based (VertexType v)
std::vector< VertexType >	find_duplicates (const ShaderVertexAttributes &items)
CompiledShaderVertexAttributes	compile_shader_layout (const CompiledVertexTypeList &l, const ShaderVertexAttributes &elements, std::optional< InstanceProp > instance_prop, std::optional< int > start_index)
CompiledGeomVertexAttributes	get_geom_layout (const CompiledVertexTypeList &l)
CompiledVertexTypeList	compile_attribute_layouts (const std::vector< VertexType > &base_layout, const std::vector< ShaderVertexAttributes > &descriptions)
CompiledVertexTypeList	compile_attribute_layouts (const std::vector< ShaderVertexAttributes > &descriptions)

Typedef Documentation

◆ KerningMap

using eu::core::KerningMap = std::map<std::pair<int, int>, float>

Definition at line 45 of file loadedfont.h.

Enumeration Type Documentation

◆ SingleColor

enum class eu::core::SingleColor : std::uint32_t

strong

A single color in a format to load directly into open gl texture(ABGR on little endian).

See also: color_from_rgba

Definition at line 9 of file color.h.

Function Documentation

◆ calc_utf8_to_codepoints()

template<typename TString, typename TOnCodepointFunc>

bool eu::core::calc_utf8_to_codepoints	(	const TString &	string,
		TOnCodepointFunc	on_codepoint )

Definition at line 11 of file utf8.h.

◆ calculate_region()

v2 eu::core::calculate_region	(	const v2 &	mouse_pos,
		const v2 &	pos,
		const v2 &	my_tex,
		const v2 &	widget_size,
		float	region_sz )

◆ color_from_rgba()

SingleColor eu::core::color_from_rgba	(	uint8_t	r,
		uint8_t	g,
		uint8_t	b,
		uint8_t	a )

constexpr

Constructs a SingleColor value from individual red, green, blue, and alpha components.

Parameters

r	The red component of the color (0x00 - 0xFF).
g	The green component of the color (0x00 - 0xFF).
b	The blue component of the color (0x00 - 0xFF).
a	The alpha (opacity) component of the color (0x00 - 0xFF).

Returns: A SingleColor value representing the color composed of the specified RGBA components.

Definition at line 17 of file color.h.

◆ get_characters_from_single_image() [1/2]

LoadedFont eu::core::get_characters_from_single_image	(	const Image &	image,
		const std::string &	image_alias,
		float	image_scale,
		float	image_bearing_x,
		float	image_bearing_y,
		float	image_advance )

◆ get_characters_from_single_image() [2/2]

LoadedFont eu::core::get_characters_from_single_image	(	const std::string &	image_file,
		const std::string &	image_alias,
		float	image_scale,
		float	image_bearing_x,
		float	image_bearing_y,
		float	image_advance )

◆ paste_image()

void eu::core::paste_image	(	Image *	dst,
		int	dst_x,
		int	dst_y,
		const Image &	src )

Copies pixel data from a source image to a destination image at specified coordinates.

Sometimes called blit.

Parameters

dst	The destination image.
dst_x	The x-coordinate in the destination image where the source image will be pasted.
dst_y	The y-coordinate in the destination image where the source image will be pasted.
src	The source image.

◆ perform_table_layout()

template<typename T>

std::vector< T > eu::core::perform_table_layout	(	const std::vector< T > &	pieces,
		T	total_size,
		T	zero = 0 )

Calculates a table layout based on the input layout.

Since rows and columns are handled the same, this functions only handled 1d tables.

Positive values in the array mean absolute pixel size Zero values are invalid. Negative values indicate the scaling size and the exact ration will be proportional to the rest of the scaling values.

If available size < min_size scaling areas will have "zero" and absolute areas will be resized.

Definition at line 22 of file tablelayout.h.

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