guik Namespace Reference

Classes
class	Application
class	ArcBallCameraControl
class	AsyncLightViewer
class	AsyncLightViewerContext
	Async interface to manipulate LightViewerContext. All OpenGL operations will be done in the viewer thread through invoke method. Note that async operations come at a cost of data copy. More...
class	BasicProjectionControl
class	CameraControl
struct	ColorMode
	Fragment color mode. RAINBOW : Color mapped by 3D coordinates of pixels (by default, Z-axis is used for color mapping) FLAT_COLOR : Single flat color VERTEX_COLOR : Color from vertex color attribute TEXTURE_COLOR : Color from texture map VERTEX_COLORMAP : Color from vertex colormap attribute. More...
class	ConcurrentQueue
struct	FlatBlack
	Flat black color. More...
struct	FlatBlue
	Flat blue color. More...
struct	FlatColor
	Flat coloring scheme that assigns a single color to the object. If the alpha value is less than 0.999f, the object is rendered as transparent. More...
struct	FlatDarkGray
	Flat dark gray color. More...
struct	FlatGray
	Flat light gray color. More...
struct	FlatGreen
	Flat green color. More...
struct	FlatOrange
	Flat orange color. More...
struct	FlatRed
	Flat red color. More...
struct	FlatWhite
	Flat white color. More...
class	FPSCameraControl
class	GLCanvas
struct	HistogramPlotData
class	HoveredCircle
class	HoveredCross
class	HoveredDrawing
class	HoveredDrawings
class	HoveredFilledRect
class	HoveredFilledTriangle
class	HoveredImage
class	HoveredRect
class	HoveredText
class	HoveredTriangle
class	LightViewer
class	LightViewerContext
struct	LinePlotData
struct	LinePlotStyle
class	ModelControl
class	OrbitCameraControlXY
	Orbit camera control (Up vector is locked to Z axis) Left button: rotate (pan/tilt) Middle or Right button: XY translate Middle & Right button: Z translate Scroll wheel: zoom in/out. More...
class	OrbitCameraControlXZ
struct	PlotData
struct	PlotSetting
struct	PlotStyle
struct	PointScaleMode
	Point size scale mode. SCREENSPACE : Screen space size METRIC : Metric size (in meters) More...
struct	PointShapeMode
	Point shape mode. RECTANGLE : Square/rectangle shape CIRCLE : Circle shape. More...
struct	ProgressInterface
class	ProgressModal
class	ProjectionControl
struct	Rainbow
	Rainbow coloring scheme that assigns colors to the height (z-value) of pixels of the object. The coloring band can be changed by setting z_range param. The direction for the color mapping can be changed by setting colormap_axis param. More...
class	RecentFiles
struct	ScatterPlotData
struct	ScatterPlotStyle
class	ScreenCapture
	Screen capture utility to asynchronously fetch rendering results and save them as images. More...
struct	ShaderParameter
	Shader parameter class that holds a single parameter for shader setting. More...
struct	ShaderSetting
	Shader setting class that holds rendering settings. More...
struct	StairsPlotData
class	StaticCameraControl
class	StaticProjectionControl
class	StdConcurrentQueue
class	TbbConcurrentQueue
struct	TextureColor
	Texture color scheme that assigns colors based on the binded texture. More...
class	TopDownCameraControl
struct	VertexColor
	Vertex color scheme that assigns colors based on vertex color attributes. More...
struct	VertexColorMap
	Vertex colormap scheme that assigns colors based on vertex colormap attributes. More...

Typedefs
using	PlotDataConstPtr = std::shared_ptr< const PlotData >
using	PlotStyleConstPtr = std::shared_ptr< const PlotStyle >

Enumerations
enum class	ShaderDataType {   INT = 0 , INT2 , INT3 , INT4 ,   FLOAT , FLOAT2 , FLOAT3 , FLOAT4 ,   MATRIX4 , INT_ARRAY , FLOAT_ARRAY , INVALID }
	Data type of shader parameter. More...

Functions
std::istream &	operator>> (std::istream &ist, CameraControl &cam)
std::ostream &	operator<< (std::ostream &ost, const CameraControl &cam)
std::istream &	operator>> (std::istream &ist, ProjectionControl &cam)
std::ostream &	operator<< (std::ostream &ost, const ProjectionControl &cam)
template<typename RingBufferSink >
std::function< void()>	create_logger_ui (const std::shared_ptr< RingBufferSink > &sink, double bg_alpha=1.0)
std::string	anon ()
AsyncLightViewer *	async_viewer (const Eigen::Vector2i &size=Eigen::Vector2i(-1, -1), bool background=false, const std::string &title="screen")
void	async_destroy ()
void	async_wait ()
void	async_wait_until_click ()
void	async_toggle_wait ()
LightViewer *	viewer (const Eigen::Vector2i &size=Eigen::Vector2i(-1, -1), bool background=false, const std::string &title="screen")
LightViewer *	viewer (const std::string &title, const Eigen::Vector2i &size=Eigen::Vector2i(-1, -1), bool background=false)
void	destroy ()
bool	running ()
template<typename T >
ShaderDataType	deduce_data_type ()
	Deduce shader data type from C++ type.

Typedef Documentation

PlotDataConstPtr

using guik::PlotDataConstPtr = typedef std::shared_ptr<const PlotData>

PlotStyleConstPtr

using guik::PlotStyleConstPtr = typedef std::shared_ptr<const PlotStyle>

Enumeration Type Documentation

ShaderDataType

enum class guik::ShaderDataType

strong

Data type of shader parameter.

Enumerator
INT
INT2
INT3
INT4
FLOAT
FLOAT2
FLOAT3
FLOAT4
MATRIX4
INT_ARRAY
FLOAT_ARRAY
INVALID

Function Documentation

anon()

std::string guik::anon

(

)

async_destroy()

void guik::async_destroy ( )

inline

async_toggle_wait()

void guik::async_toggle_wait ( )

inline

async_viewer()

AsyncLightViewer * guik::async_viewer ( const Eigen::Vector2i &  size = Eigen::Vector2i(-1, -1), bool  background = false, const std::string &  title = "screen"  )

inline

async_wait()

void guik::async_wait ( )

inline

async_wait_until_click()

void guik::async_wait_until_click ( )

inline

create_logger_ui()

template<typename RingBufferSink >

std::function< void()> guik::create_logger_ui	(	const std::shared_ptr< RingBufferSink > &	sink,
		double	bg_alpha = 1.0
	)

usage:

auto ringbuffer_sink = std::make_shared<spdlog::sinks::ringbuffer_sink_mt>(128); spdlog::default_logger()->sinks().emplace_back(ringbuffer_sink); viewer->register_ui_callback("logging", guik::create_logger_ui(ringbuffer_sink));

deduce_data_type()

template<typename T >

ShaderDataType guik::deduce_data_type

(

)

Deduce shader data type from C++ type.

destroy()

void guik::destroy ( )

inline

operator<<() [1/2]

std::ostream & guik::operator<<	(	std::ostream &	ost,
		const CameraControl &	cam
	)

operator<<() [2/2]

std::ostream & guik::operator<<	(	std::ostream &	ost,
		const ProjectionControl &	cam
	)

operator>>() [1/2]

std::istream & guik::operator>>	(	std::istream &	ist,
		CameraControl &	cam
	)

operator>>() [2/2]

std::istream & guik::operator>>	(	std::istream &	ist,
		ProjectionControl &	cam
	)

running()

bool guik::running ( )

inline

viewer() [1/2]

LightViewer * guik::viewer ( const Eigen::Vector2i &  size = Eigen::Vector2i(-1, -1), bool  background = false, const std::string &  title = "screen"  )

inline

viewer() [2/2]

LightViewer * guik::viewer ( const std::string &  title, const Eigen::Vector2i &  size = Eigen::Vector2i(-1, -1), bool  background = false  )

inline