NDEVR Namespace Reference

Classes
class	AboutDialog
	Shows information about the current software version. More...
class	ACIColor
	ACI colors are the standard colors used in AutoCAD-based products. Each color is identified by an ACI number, an integer from 1 through 255. More...
struct	AerialImageRequest
	Contains the information for requesting a 2D top-down view of a geographic location to be used with a AerialImage service such as google earth. More...
class	AerialImageSettings
	Dialog for showing an AerialImage or top down view rendered with a service like google earth with user controls for adjusting view. More...
class	AerialImageView
	A simple widget for showing an AerialImage or top down view rendered with a service like google earth A loading screen appears as images are loaded in. More...
class	AlignGyroButton
	A button that allows the user to align, or define the orientation, for a OrientationSensor. More...
class	Angle
	The primary angle storage class for this API. Stores an angle in an optimized format. More...
class	AngleDefinitions
	Logic for converting between Euler angles and basic rotations or normals. More...
struct	AngleUnit
	Contains logic for converting angles into user defined units including up-direction and clockwise-logic. More...
struct	AngularDimensionData
	logic for storing an angular dimension in a CAD-friendly way for exporting and importing. More...
class	ApplicationLauncherButtonManager
	Creates a button for launching a 3rd party application. While the application is running the button is pressed. When application terminates button is unpressed automatically. More...
class	ApplicationOption
	The default object to store data of any type that should persist through sessions of the application. More...
class	ApplicationOptionBase
	The core of the default object to store data of any type that should persist through sessions of the application. Developers should use ApplicationOption. More...
class	ApplicationOptions
	The container for storing N-number of ApplicationOption for the program. Almost all options are typically "user options" and are added to that container by default. More...
class	ApplicationResource
	High-Level functions for communicating with the operating system or getting general information about the application. More...
class	ApplicationSetup
	Initializes the engine for most applications. Applications using the default workspace should call this function to layout and initialize the application. Calls all relevant module functions in the correct order. More...
struct	ArcData
	logic for storing a arc data in a CAD-friendly way for exporting and importing. More...
class	ArcShape
	Model class for storing, rendering, and logically modifying a 3D conic arc. More...
struct	ArialColorTheme
	Allows the user to specify a color theme for a Aerial image request. For example Google allows various colors for roads, buildings, etc. More...
class	AsciiFactory
	writes points of data to a plain-text file based on FactoryOptions. AsciiFactories allow for defining multiple columns of data to be streamed out to the text file. More...
class	AsciiFileOutputStream
	A LogStream that attached to a log, writes messages directly to a specified ascii file. More...
class	AsciiModelFileDialog
	Default dialog shown when the user exports an ascii-or custom column style file. More...
class	AsciiOptions
	Storage class for all IO options related to an Ascii file output used by an IOFactory services that write to Ascii. More...
class	AssimpFactory
	IOFactory for writing to files using the ASSIMP 3rd party library. Assimp supports many file types. For more information see: https://assimp.org/. More...
struct	AssimpSceneMemory
	Stores all of the objects needed for an aiScene in a way that is efficient and uses native containers. More...
struct	Attrib
	logic for storing a attribue data in a CAD-friendly way for exporting and importing. More...
class	AutomatedTest
	base class for performing a test for easily testing certain software functionality More...
class	AutomatedTestingDialog
	Gives user information and allows execution for all registered automated testing. More...
class	AutoModelFileDialog
	Dialog that allows user to choose import or export options while simultaniously automatically writing or reading the file in the background such that the user might already have the data when finished. More...
struct	AutoZoomFocus
	Logic for automatically zooming a Camera or Viewport to a certain location or having certain objects in focus of the frame. More...
struct	AxisAngle
	An angle about a particular, defined 3D axis. More...
class	BackgroundandLightingEditor
	A dialog for allowing the user to specify a background or sun position of a particular camera or viewport. More...
class	BandMatrix
	Band Matrix solver. More...
class	Base64Encoder
	Functions for converting to and from Base64 https://en.wikipedia.org/wiki/Base64. More...
class	BaseValues
	Dummy class to ensure creation of an include file around core root values. More...
class	BasicCustomUnit
	A program-defined unit that can be used for some specific task different from a program-wide unit. More...
class	BasicKeyController
	The core class for assigning actions to key-presses and registering them as a program-wide service. More...
class	BasicModelIterator
	A class for easily transversing a model heirarchy, applying an optional function at each level. More...
class	BasicResourceListener
	Simple version of ResourceListener which allows for a simple function callback that will be executed when a Resource changes instead of a class override. More...
class	BasicThread
	A class that allows user to use a function inline to execute something. More...
class	BasicUnitOption
	A definition of how to describe a particular set of data to a custom category of unit. More...
class	Battery
	A device which has an accociated voltage or percent that changes. Can have set upper and lower limits. More...
class	BatteryAlertWatcher
	Listens for changes to a Battery and reports an error to the user when thresholds are crossed. More...
struct	BatteryCapacityInfo
	For a given BatteryCapacityType, the limits that define the state of the battery. More...
class	BatteryWidget
	A button that displays information about multiple Batteries when clicked. Button changes color based on the status of specified Battery objects. More...
struct	BinaryCompressionObject
	A container for storing compressed data, typically used for File IO operations. Responsible for storing the data associated with the compression. More...
class	BinaryFile
	Logic for reading or writing to a binary file including logic for. More...
class	BinaryHeap
	A heap data structure that takes the form of a binary tree which is a common way of implementing priority queues. More...
class	BiRadialObject
	An ellipse like shape (such as an oval or egg) with two points, where all points on the shape are equal distance between the two points (distanceTo(A) + distanceTo(B) = radius). More...
class	BitFlag
	A bitset that stores 8 bits (elements with only two possible values: 0 or 1, true or false, ...). More...
class	BitIterator
	Simple bit iterator, typically used for parsing Buffer of bools in loops. More...
class	BitReference
	A convenience class used with Buffers or Vectors of bools for referencing or acting on a single bit. More...
struct	BlockData
	A block structure (Similar to a Model) used to share data with CAD. More...
struct	BlockInsert
	Information for how to place a CAD block within a scene (Similar to Model). More...
class	BluetoothConnection
	A ConnectionBackend that provides logic for interfacing with a QBluetooth connection. More...
class	BluetoothConnectionDialog
	A ConnectionDialog that allows the user to modify a Bluetooth connection. More...
class	BluetoothConnectionDialogFactory
	A ConnectionDialogFactory which enables the creation of a BluetoothConnectionDialog. More...
class	BluetoothConnectionFactory
	A ConnectionFactory that enables the creation of a BluetoothConnection for interfacing with a QBluetoothSocket. More...
class	BluetoothManager
	Logic for using the QBluetooth functions for finding and establishing connections with Bluetooth devices or services. More...
struct	BooleanDescription
	Describes custom options for a particular GeometryBoolean operation. More...
class	Bounds
	A specification of upper and lower bounds in N-dimensions. More...
class	BoundsWidget
	Allows the user to enter in a minimum and maximum value in N dimensions (up to 3). More...
class	Buffer
	The equivelent of std::vector but with a bit more control. The basic array unit of the library. More...
class	BufferAllocator
	Specific logic for reserving memory for a Buffer. When managed, and more memory is needed memory is reserved using the ([Current Capacity] * 3) / 2) + 1. More...
class	BufferAllocator< bool, t_index_type, false >
	Specific logic for allocating booleans in a Buffer. Will allocate 8 booleans per byte for quick storage and access. More...
class	BufferBase
	A dummy class for easy tracking of inheritance with templated Buffers. More...
class	BufferedScanner
	Implentation of Scanner, however all data is cached. Faster, but consumes. More...
class	BufferFunctions
	A dummy class to include complex Buffer insert and sort functions Functions that enhance the functionality of the Buffer class. More...
class	BufferInsertIterator
	Used by stl library to insert objects into the buffer. More...
class	BulgeConverter
	Converts CAD Bulge objects into arc shapes that can be used by the NDEVR API. More...
class	Button
	A core widget that allows the user to click one of many button types. More...
class	ButtonDialog
	Typically used for dialogs which have any number of buttons associated with it that are toggled on when the dialog is visible, and off when the widget is invisible. Each button controls the visibility of the dialog. More...
class	ButtonGallery
	Typically used for dialogs which have any number of buttons associated with it that are toggled on when the dialog is visible, and off when the widget is invisible. Each button controls the visibility of the dialog. More...
class	CachedFactoryIOThread
	A thread designed to read and write files using the FactoryIO interface. Thread will perform all actions on a temp file, then move the file when accept() is called. More...
class	CADApplicationManager
	Converts all loaded data into a binary DXF which is then shared, in real time, with a CAD engine such as AutoCAD or IntelliCAD. More...
struct	CADColorInfo
	Stores color information for interfacing with CAD. More...
struct	CADDictionaryObject
	A container for information pointing to a CAD dictionary in CAD memory. More...
class	CADEntityStreamer
	A base-class for streaming out CAD entities from a file or CAD program memory. More...
class	CADGeometryWriter
	Streams NDEVR Geometry entities as CAD objects. More...
class	CADHandleManager
	Handles converting NDEVR API UUID objects into CAD HANDLE IDs. More...
class	CADHelperFunctions
	Useful functions for interfacing with the standard CAD environment. More...
struct	CADImageData
	logic for storing a image data in a CAD-friendly way for exporting and importing. More...
struct	CADMeshData
	Stores mesh data in a way optimized for CAD. More...
struct	CADVariable
	A variable shared between NDEVR and CAD. More...
class	CADWriteModifier
	An interface that can handle writing certain entities in a special way to the CAD environment. More...
struct	CalibrationPosition
	Represents a location used for calibrating an IMU. Described by the expected gravity vector for that location. More...
class	CalibratorWidget
	A widget that allows the user to interact with an IMUCalibrator object and perform an IMU calibration. More...
struct	CameraAnimation
	A container for information relating to a Camera 3D animation such as zooming or rotating around a target. More...
struct	CameraUniformObject
	A structure containing common information pushed to the video card for NDEVR Rendering Engine operations. More...
class	CameraView
	A simple frame for displaying Viewport data to a user. Data is rendered by a given Rendering engine based on the nature of the Camera stream. More...
class	CancelException
	An Exception thrown when the user cancels an operation. This is not a true error but designed to be used in control paths that allow users to cancel activities. More...
struct	CaptureCache
	Stores information about a screenshot. More...
class	CheckForUpdatesDialog
	A dialog designed to show whether or not the application needs to be updated or the state of the update. More...
class	CheckoutLock
	Used by Viewports to signal they are rendering and we should not be performing an Update. More...
class	CheckSumGenerator
	Logic for generating checksums based on initial value and a type. More...
struct	CircleData
	logic for storing a circle data in a CAD-friendly way for exporting and importing. More...
class	Cloth
	The data and operations for performing bare earth using Cloth simulation. More...
class	CloudtoCloudDistance
	A filter which removes objects that are too far away from a given cloud and a Cloth. More...
class	Color
	The core Color class in the NDEVR API. Colors can be defined in several ways. The ACIColor is compact, and the LABColor can provide optimal visuals. More...
class	ColorByValueWidget
	Allows the user to select a property and range to color a Model or Scene. More...
class	ColorChannelCombo
	Allows the user to select a method to color a particular channel. More...
class	ColorChooserButton
	A button that pops up a ColorChooserDialog and changes background color based on the color chosen. More...
class	ColorOptions
class	ColorThemeButton
	A button for adjusting the color theme used by the NDEVR engine (Typically light or dark color palettes). More...
struct	ColumnDetails
	Stores the data for AsciiModelFileDialog user specified columns. More...
struct	CommandInformation
	Stores long-term statistics for commands executed using HardwareCommandQueue. More...
class	CommandLockObject
	Used with DesignObjectLookups to lock the application for a critical process. Will potentially display the title to the end user. More...
struct	CompressedStringInfo
	Contains information for referencing compressed strings. More...
class	Compressor
	Class which is designed to compress objects for writing to file. Typically objects are added then the compressor is run compressing all data at once. More...
class	ConcavePolygon
	Stores convenience functions for a concavec polygon Works on a Polygon object to decompose it into triangles or sub-polygons. More...
class	ConcurrentOperation
	Contains thread-safe operations for inter-thread logic Increment and Decrement can be used to safely add to a shared uint04 value. More...
struct	ConfigType
	Stores String variables reprenting the type of compile configuration that will be supported by a particular Module or resource (debug vs release) More...
class	Connection
	A standard interface for all types of connections that allow transmitting and recieving of data between two devices or services. More...
class	ConnectionBackend
	Provides the unseen backend logic for setting up, tearing down, and sending data over a specific type of connection. More...
struct	ConnectionCategory
	A category represents the type of connection. For example Bluetooth, Serial Port, TCP, etc. More...
class	ConnectionDialog
	A virtual dialog that provides an interface that allows the user to adjust certain parameters for a Connection. More...
class	ConnectionDialogFactory
	Used to, given a Connection, generate an appropriate ConnectionDialog to allow adjustment of parameters. More...
class	ConnectionFactory
	Stores factories that can be registered for creating Connections of various types. More...
class	ConnectionForwarding
	Logic for taking all rx data from one Connection and sending it through another Connection and vice-versa. More...
class	ConnectionForwardingDialog
	A table that allows the user to specify any number of ConnectionForwarding objects. More...
struct	ConnectionInfo
	A structure designed to store information about a specific Connection. More...
struct	ConnectionSearchParamaters
	Describes settings for performing a Connection search. More...
class	ConnectionSetupWidget
	A dialog with many different ConnectionDialog objects that allow the user to specify a particular Connection. More...
class	ConnectionStatusWidget
	A dial and information text that shows the current status of a connection. Typically shown when a connection is being attempted to keep the user informed on the status of the connection attempt. More...
class	ConnectionWidget
	A small widget that can be shown that allows the user to attempt a connection, disconnect, or even define a connection. More...
struct	Constant
	Defines for a given type (such as sint04, fltp08, UUID, etc) a maximum, minimum, and reserved 'invalid' value. More...
struct	Constant< Bounds< t_dims, t_type, t_vertex > >
struct	Constant< Buffer< t_type, t_memory_allocator, t_memory_manager > >
struct	Constant< LineSegment< t_dims, t_type, t_vector > >
struct	Constant< Matrix< t_type, t_row_dims, t_col_dims > >
struct	Constant< Model >
struct	Constant< Plane< t_dims, t_type > >
struct	Constant< Quaternion< t_type > >
struct	Constant< RadialObject< t_dims, t_type, t_vector > >
struct	Constant< Ray< t_dims, t_type, t_vector_type > >
struct	Constant< Triangle< t_dims, t_type, t_vector > >
struct	Constant< Vector< t_dims, t_type > >
struct	Constant< Vertex< t_dims, t_type, t_vector_type > >
class	ConstBitIterator
	Simple bit iterator, typically used for parsing Buffer of bools in loops. More...
class	ConstPointer
	Provides a constant, unmodifiable pointer that has shared ownership of a dynamically allocated object. More...
class	Constraint
	Constains two particles for use in the CSF filter. More...
class	ContainerWidget
	manages a series of SectionContent that can share the same space or lay out in various patterns including as floating windows used within NDEVR API Widget Docking system. While the NDEVR API Widget Docking system allows widgets to be floating, they must still subrscribe to a ContainerWidgetBase which acts as a parent window and, if necessary, causes the widget to rejoin the Container. When asked for being displayed full-screen, the widget will take over the complete space of the ContainerWidgetBase. A ContainerWidgetBase inherits from QCustomStackedWidgetBase which which is only used when a widget wants to go fullscreen. Othewise it is always on index 0 which contains the section content in the specified layout. More...
class	ContainerWidgetBase
	The root class that manages a series of SectionContent that can share the same space or lay out in various patterns including as floating windows used within NDEVR API Widget Docking system. While the NDEVR API Widget Docking system allows widgets to be floating, they must still subrscribe to a ContainerWidgetBase which acts as a parent window and, if necessary, causes the widget to rejoin the Container. When asked for being displayed full-screen, the widget will take over the complete space of the ContainerWidgetBase. A ContainerWidgetBase inherits from QCustomStackedWidgetBase which which is only used when a widget wants to go fullscreen. Othewise it is always on index 0 which contains the section content in the specified layout. More...
class	ContextMenuCallback
	Allows for customization of what is shown when the user right-clicks or accesses the ContextMenu for an object, selection, or scene. More...
class	ContextMenuManager
	Manages setting up the context menu that is shown when the user right-clicks or accesses the ContextMenu for an object, selection, or scene. More...
class	ControllerInterface
	Provides standard logic shared across all hardware controllers to be used with the software. More...
class	ControllerInterfaceManager
	Stores services that allow the software to access physical hardware controllers that can be used with the system. More...
class	CoordinateBoundsSelector
	A dedicated dialog for allowing the user to select bounds for a northing and easting. Allows registration of a dedicated dialog for selecting coordinates. More...
class	CoordinateConverter
	Stores different projections and then converts data from one projection into another. More...
class	CoordinateConverterDialog
	A dialog that allows the user to set a Coordinate projection for the current project. More...
class	CoordinateConverterFactory
	Allows for the creation of Coordinate spaces. More...
class	CoordinateOptions
	Stores ApplicationOptions related to coordinates. More...
struct	CoordinateProjection
	Basic data about a particular coordinate projection. See https://ndevr.org/coordinate-projection/. More...
class	CoordinateProjectionChooser
	Allows the user to select a coordinate projection from a list of ones available. More...
class	CoordinateProjectionManager
	Stores Coordinate Projections See https://ndevr.org/coordinate-projection/. More...
class	CoordinateSelector
	Allows the user to select Coordinates using the CoordinateBoundsSelector selector. More...
class	CoordinateUnitOption
	A definition of how to describe coordinate data. More...
class	CrashManager
	Handles crashes and can be used to write crash reports, etc On Windows this class can be used to create mini-dumps. More...
class	CSFFilter
	Filters using the CSF logic for determining bare-earth. More...
struct	CSFParams
	Contains parameters for performing a Cloth surfacing operation. More...
class	CustomDesignChart
	A chart that allows for the plotting of 2 Geometry Data sources as a scatter plot. More...
class	CustomDesignChartDialog
	A chart that allows the user to select data from a model to plot as a scatter plot. More...
class	CustomDockButton
	A DockItem that represents a button. These can be placed on the Docking widget to add functionality. For example, in touch mode we use this class to have a "Add View" button. More...
class	CustomModelLogic
	An easy interface for adding common SoftwareInterfaces relating to a Model to the program logic. Can be used to easily change program behavior for a particular Model. More...
class	CustomTreeWidgets
	Allows for modification or addition of the widgets shown when an object is selected by the user in the TreeView. Default widgets. More...
class	CustomUnit
	A program-defined unit that can be used for some specific task different from a program-wide unit. More...
class	CylinderShape
	Model class for storing, rendering, and logically modifying a 3D cylinder. More...
class	Database
	Provides access to a set of named database tables. More...
class	Dataset
	A dataset is a basic grouping of data (DEPRECIATED) More...
class	DatasetManager
	Used to group datasets (DEPRECIATED) More...
class	DBFParser
	Logic for reading or writing to a database file that uses the .dbf. More...
struct	DDMMSSAngleUnit
	Degrees, Minutes, Seconds stored in a compact way where degrees and minutes are seperated by a decimal and minutes and secons are always 2 decimals. More...
class	DebugStream
	A LogStream that writes to the debug console The debug console can be used to see the output in, for example, Visual Studio or Android debug terminal. More...
class	DefaultMaterials
	Provides default materials that can be used within the NDEVR API. More...
class	DefaultSelectionEffect
	The default behavior for selection, which is to create a bounding box around an object. More...
class	DeferredImageIconEngine
	Used to render any icons when they are needed. Resources will not be consumed until draw is called. More...
struct	DeploymentInfo
class	DeploymentLengthCombobox
	Provides a list of quick options for the desired Segment length for a Deployment. More...
class	DeploymentModeCombobox
	Provides a list of options for the user to select how to perform a particular Deployment. More...
struct	DeploymentOptions
	Stores ApplicationOptions related to Deployments. More...
class	DeploymentUnit
	A CustomUnit that is used to define the length of a Deployment. More...
class	DeploymentWidget
	A widget used for allowing the user to quickly setup an OrientationSensor for a Deployment. More...
class	DepthBiasSlider
	Can adjust the depth offset of a material using a QCustomSlider widget. More...
class	DesignCommand
	A command for safely modifying something in a DesignObjectLookup. Modifications will be done in a seperate thread from the UI and will be recorded for undo-redo. Most user modifications of data should occur via a DesignCommand. More...
class	DesignCommandManager
	Stores logic for performing, undoing, or redoing DesignCommands. More...
class	DesignObject
	A low-level database object that can be used to access general stored properties within the NDEVR Model heirarchy or 3D environment. More...
class	DesignObjectBase
	Provides the underlying data storage for the NDEVR Scene Model heirarchy. More...
class	DesignObjectChooser
	Provides a screen of buttons that allow the user to pick a Model for an action. More...
class	DesignObjectComboWidget
	Shows a filtered list of models in a combobox that the user can use to select a desired Model. More...
class	DesignObjectDialog
	A popup dialog for showing options or information to the user for a particular DesignObject. A DesignObjectDialog stores multiple Editors which are used to edit or modify the target Model, Material or Geometry. More...
class	DesignObjectDialogFactory
	Allows extended functionality to DesignObjectDialogs by adding callbacks that can be used primarily to add tabs to the dialog. More...
class	DesignObjectEditor
	A basic Editor that shows generic information, such as name and description. If Library services are enabled allows for adding and removing from the library. More...
class	DesignObjectGallery
	Shows a series of Buttons with large icons that represent DesignObjects that allow the user to choose one. More...
class	DesignObjectInterface
	Base level class providing convenience functions for intefacing with one or more DesignObjects. More...
class	DesignObjectLookup
	A core class where all Design Objects including models, materials, and geometries are stored. Contains the logic necessary to build or display any number of Scenes simultaniously. More...
class	DesignObjectOrientation
	Allows the user to adjust the orientation for a design object (DEPRICATED) More...
class	DesignObjectSearchWidget
	Allows the user to enter search terms for filtering out tables or other views. More...
class	DesignObjectStringWidget
	A widget allowing easy access to change the properties of a designObject by taking user string input. More...
class	DesignObjectToggleWidget
	A widget allowing easy access to change the properties of a designObject by showing a toggle to the user. More...
class	DesignObjectUpdateTarget
	An object that will be call update, each time the lookup is updated. More...
class	DesignObjectVisibleButton
	A class for easily showing or hiding a Model in 3D space. More...
class	DesignObjectWidgetInterface
	A base class for interacting with one or more DesignObjects. More...
class	DesignParameter
	A definition of data that is logically stored in the Model heirarchy. Data could be a property of a Model, Geometry, Vertex, Shape, or Material. More...
class	DesignParameterAccumulator
	Searches a model heirarchy and pulls all parameter data based on the AccumationMode settings. More...
class	DesignParameterExecutor
	Used to execute a ManagedDesignCommand. More...
class	DesignParameterFinder
	Searches a model heirarchy and pulls a list of available parameters along with the count for how many instances of that parameter are present. More...
class	DesignParameterSetter
	Classes for conveniently setting parameters for a series of DesignObjects in the model hierarchy. More...
class	DesignPixmapResolver
	Resolves images that are stored in NDV files or are a part of ImageFactory This class opens and pulls icons stored in NDV files and also converts NDEVR native images into the QPixmap fomrat. More...
class	DesignPointWidget
	A point widget that can potentially be measured with a GNSS system or with user mouse input. Logic enhanced over typical PointWidget to allow for more functionality using the Design library functions. More...
class	DesignPropertyTable
	A base class for tables wishing to show columns of DesignObject properties. More...
class	DesignPropertyTableView
	A QTableView for showing Model or DesignObject properties. More...
class	DesignSelection
	A simple structure for storing a collection of data. More...
class	DesignSettings
	Stores generic settings that impact the behavior of the NDEVR API. More...
class	DesignSortFilterProxyModel
	Provides the ability to pull data from a DesignObjectLookup for display in tables within the NDEVR API and filter and sort it. More...
class	DesignTableEditorWidget
class	DesignTableModel
	Provides the ability to pull data from a DesignObjectLookup for display in tables within the NDEVR API. More...
struct	DesignTask
	A task which is to be executed by a DesignObjectLookup. When active tasks may limit certain functionality. More...
class	DesignTaskManager
	Manages all active and inactive tasks for a DesignObjectLookup. More...
class	DesignWidget
	A widget showing key properties of a DesignObject selection, used primarily in a SelectionWidget. More...
class	Device
	A root class which describes some physical object, such as a Motor, Sensor, or Connection. Devices are updated automatically by calling startAutoUpdate and stopAutoUpdate. More...
class	DeviceFinder
	Based class for finding devices connected to the system. More...
class	DeviceLostException
	A specific type of Exception that occurs when a GraphicsDevice is lost. This typically requires a complete re-initialization of the NDEVR Graphics Engine. More...
class	DeviceManager
	Container for all active Devices connected to the software. More...
class	DeviceUpdateThread
	A class that updates a device by repeatedly calling update() until stop() is called. More...
class	DeviceWatcher
	Watches and alerts the program when a USB device is plugged in or unplugged. More...
struct	DialIcon
	An icon along with defined behavior describing how that icon should interact with a parent QCustomDial object. More...
struct	DiametricDimension
	logic for storing an diametric dimension in a CAD-friendly way for exporting and importing. More...
class	Dictionary
	A hash-based key-value store, useful for quick associative lookups. Key features include: More...
class	DictionaryBase
	A dummy base class for all Dictionary templates Used to more easily track inheritance for the templated Dictionary class. More...
struct	DimAlignedData
	A CAD measurement similar to AngleMeasurementModel. More...
struct	DimensionData
	Dimensional measurements stored in a CAD-friendly way. More...
struct	DimensionOptions
	Options for CAD dimension objects. More...
struct	DimOrdinateData
	logic for storing an ordinate dimension in a CAD-friendly way for exporting and importing. More...
class	Distance
	Dummy class for including distance functions. More...
class	DistanceEncoder
	A distance encoder is a device that measures distance by generating pulses in response to an object's movement. The pulses are then processed and converted into a distance measurement. More...
class	DistanceEncoderSpreadsheet
	Creates and writes data from a distance encoder to a set excel page. More...
class	DockInit
	Provides a way to optianally lazily initialize widgets when needed but still pass them to container docks. Useful for adding things to Settings dialogs or other large structures where they may never be initialized. More...
class	DockItem
	The root class that allows iterface with the NDEVR API Widget Docking system. More...
class	DockWidget
class	DownloadDatasetWidget
	A popup that is shown when a remote project is being downlaoded. More...
class	DropOverlay
	Paints a translucent rectangle over another widget. The geometry of the rectangle is based on the mouse location. Used with the NDEVR API Widget Docking system to show where a dock can be placed. More...
class	DropOverlayCross
	Shows a cross with 5 different drop area possibilities. More...
class	DVI3DSpreadsheetFactory
	Creates and writes data from a DVISpreadsheet for easily importing and exporting data as points. More...
class	DWGFactory
	Writes and Reads from DWG Files using the IOFactory interface. More...
class	DXFAttributes
	DXF Style attributes that can be applied to CAD Entity objects. More...
class	DXFBlockWriter
	A ModelIterator that iterates over each object in the model heirarchy turning them into nested BlockData objects. More...
class	DXFFactory
	Writes and Reads from various DXF File types using the IOFactory interface. Optionally handles resolving IDs and UUIDs. More...
struct	DXFGroup
	A type of entity in CAD representing several entities grouped together. More...
struct	DXFMaterial
	A DXF friendly material class which contains UV properties similar to a Material object. More...
class	DXFReader
	Logic for reading from a DXF stream of data. Data is streamed to a given CADEntityStreamer to be handled by the NDEVR API. More...
class	DXFTableWriteIterator
	Converts objects into entities that can be placed within a DXF Entity Table. If flatten_model is false these entities will consist of nested Blocks. More...
class	DXFValueManager
	DXF streams store data in a large numbered index structure. This class optimally stores this data so that it can be used to created entities at the right time. More...
class	DXFWriter
	Handles writing data to a CAD entity stream. More...
class	DynamicPointer
	Provides a modifiable pointer that has shared ownership of a dynamically allocated object. More...
class	E57Factory
	Writes to an E57Factory using the IOFactory interface. More...
class	Editor
	A base class for displaying options for editing a single DesignObject, typically a Model. More...
class	Effect
	A core class that provides a dynamic effect to an object in a model heirarchy. More...
struct	ElevationRequest
	Stores options and recieves data for determining the elevation at given coordinates. More...
class	ElevationService
	For a given coordinate, determines the elevation at that coordinate. More...
struct	EllipseData
	Stores Ellipse information for interfacing with CAD. More...
class	EnclosedModelInfo
	A reference to some included Geometry or Model data included in a DesignSelection. More...
class	EntityConverter
	Primary class responsible for converting CAD entities into native CAD entities. If specified can merge UUID structures based on modified time. More...
struct	EntityData
	An entity in CAD which has a layer and other handle information. More...
class	Equation
	Stores in a compressed way, a formula that can be solved. A formula is made of up variables, numbers, and operations. Formulas can be simplified, or potentially solved to a numeric value. More...
struct	Event
	Base class for user-driven events which are typically KeyEvent or MouseEvent. More...
class	Exception
	Provides consistent interface to handle errors through the throw expression. All exceptions generated by the Parke library inherit from Exception. More...
class	ExportChooserDialog
	Allows the user to choose a specific Export format for use with IOFactory exporting. More...
struct	ExportRequest
	Stores information related to exporting specific data from the software. More...
class	ExternalApplicationManager
	Manages an external application. This application may be run as a child process of the NDEVR API. For example a CAD session or a program to setup a GPS device. Programs often interact via a shared file which is handled through the IOFactory interface. More...
class	Extruder
	Class containing static functions that define logic to extrude shapes along some given polyline. More...
class	Extrusion
	logic for storing a extrusion data in a CAD-friendly way for exporting and importing. More...
struct	ExtrusionData
	Data for extruding an object onto a plane in CAD. More...
class	FactoryFeatures
	Allows IOFactories to report what features they support to make the import/export dialogs easier to setup and layout. More...
class	FactoryModelFilters
	Provides easy filtering tools for factories that are only able to export certain types of models or geometries. More...
class	FactoryOptions
	User-defined options that define preferences for importing and exporting using IOFactory objects. More...
struct	FactoryParameters
	A container of input information that is to be filled with output information by an IOFactory. More...
class	FeatureOptions
	Logic for checking or enabling software features. Certain capabilities will be locked by default without a user activation or without NDEVR issued IDs. More...
class	FFTLogic
	Logic for implenting Fast Fourier Transform, a mathematical algorithm that converts signals from the time domain to the frequency domain. More...
class	FieldChooser
	A Widget for setting up and choosing a Field used for importing and exporting data. More...
class	File
	Logic for reading or writing to a file as well as navigating filesystems. More...
struct	FileAndFolderOptions
	Stores ApplicationOptions related to user preferences for paths and program behavior relating to directories. More...
class	FileAndFolderSettingsDialog
	Allows the user to adjust default folders or whether or not the software uses project folders or project files. More...
struct	FileCachedData
	Data that is cached from a file into program memory to limit expensive. More...
class	FileChooserDialog
	A dialog designed to allow the user to navigate a filesytem and select or create one or more files or folders that match a criteria. More...
class	FileDropFrame
	A simple frame that allows the user to drag and drop a file into it. More...
class	FileException
	An Exception that contains information about a runtime error with a particular File. This is typically thrown when an action with a file causes an error to occur within the NDEVR API. More...
struct	FileFactoryWarning
	Allows the software to display a warning to the end user about a problem encountered during an IOFactory read/write operation. More...
class	FileFormat
	Data that describes a particular file format and how to use the format with the program. Used especially with IOFactory. More...
struct	FileHanderExtension
	A description of the type of file a Module or resource can handle. More...
struct	FileHandler
	Stores information relating to a type of file the module can preview or handle. More...
struct	FileHandlerVerb
	Stores variables needed to perform a file action for a particular Module or resource. More...
class	FileOptions
	Stores program-wide variables for controlling how the software works with. More...
struct	FileRequest
	A FileRequest bundles format data as well as a particular file. More...
class	FileResource
	Contains methods for getting information about particular OS directories. More...
class	FileSearch
	Logic for searching for files based on some criteria. More...
struct	FilterDescription
	Describes special options/parameters for a GeometryFilter engine. More...
class	FilteringWidget
	A widget allowing the user to select a FilterDescription and adjust its properties and execute a filtering operation. More...
struct	FireWallException
	Stores information relating to a particular FireWallException needed by a Module or feature. More...
class	FloatingWidget
	Used with the NDEVR API Widget Docking system for widgets that are floating. These widgets appear as windows within the application, though they are still managed by a ContainerWidget. More...
struct	Font
	Information for how to display text data. More...
class	FontEditor
	A series of widgets that allow the user to adjust a font. Supports choosing a font, setting a size, bolding, underlining, etc. More...
class	FontEngine
	Stores many different types of font. More...
struct	Formula
	Logic for storing the definition of a formula, that can be displayed to the end-user. More...
class	FormulaDialog
	Allows the user to see and edit a formula. More...
struct	FormulaTree
	Logic that saves formulas into a tree-like dependency structure. More...
struct	FragUniformObject
	Items to send to the OpenGL Fragmentation shader. More...
struct	FunctionCall
	Used with StackTracer to track a specific function call in a stack trace. More...
class	GaussianRN
	Used to generate a random number over a Gaussian distribution with templated setup parameters for very quick speed. More...
struct	GenericOption
	Stores a generic option of any type as well as some information about how the user might interact with that type. More...
class	GenericOptionGroup
	Stores a groups of GenericOptions that can be used to group them. More...
class	GenericOptionsGroup
	Creates a clean formatted dialog for any number of GenericOptions within a GenericOptionGroup Each option is labelled. More...
class	GenericOptionsWidget
	Automatically creates a widget based on a GenericOption. More...
class	Geometry
	A core class within the model heirarchy containing vertex-based data (Usually 3D data) within a set container. Geometries can be shared by multiple Model parents. The primary information for Geometry comes from its vertices, which can be resized. In addition, primitive columns are used to group these vertices in various different ways. Geometries can take on different shapes depending on their Type. See PrimitiveMode. In addition to vertices some data is stored in the form of GeometryProperty values which can be accessed via getGeometryProperty(GeometryProperty). For iterating over each vertex in the Geometry, use VertexIterator For iterating over each line in linework Geometry, use LineIterator For iterating over Geoemetry colors, use VertexColorIterator. More...
class	GeometryBoolean
	Class for calculating geometry Boolean operations (AND, OR, NOT, XOR, ...) in 3D space. See https://en.wikipedia.org/wiki/Boolean_operations_on_polygons. More...
struct	GeometryBooleanParameters
	Stores a groups of options for performing GeometryBoolean operations. More...
class	GeometryEditor
	A popup Editor dialog for showing options or information related to Geometry objects. More...
class	GeometryFilter
	A service that contains registered algorithms for removing vertices or shapes from a group of vertices or shapes. More...
struct	GeometryFilterParameters
	Stores a groups of options for performing GeometryFilter operations. More...
class	GeometryPositionModRestore
	Class to easily restore calculated data in a Geometry after a location altering process. More...
class	GeometryRegistration
	A service that contains registered algorithms for registering geometry such that the input is adjusted to match the output. See https://en.wikipedia.org/wiki/Point-set_registration. More...
struct	GeometryRegistrationDescription
	Describes special options/parameters for a GeometryRegistration engine. More...
struct	GeometryRegistrationParameters
	Describes options/parameters for running the GeometryRegistration. More...
class	GeometrySelectionOptimizer
	Indexes and stores specific vertices or objects in a selection. More...
struct	GeometryVertices
	An container for storing some number of vertices for editing. More...
class	GeoSlamFactory
	Reads .geoslam files. More...
class	GettingStartedDialog
	This dialog is shown front and center before the user has loaded any data or created a project In touch mode large buttons are shown, while the company logo is shown as a backdrop in Desktop mode. More...
struct	GLCapabilities
	Capabilities provided by a GLESGraphicsDevice. More...
class	GLESCameraManager
	Manages viewports in the OpenGL engine, responsible for matrix transformations within shaders. More...
class	GLESCameraViewFactory
	Allows the software to generate OpenGL windows when requested that are rendered with OpenGL. More...
class	GLESGraphicsDevice
	Buffer for storing data in the OpenGL engine, usually for rendering. More...
class	GLESGraphicsPipeline
	Creates and manages the resources necessary for rendering a single Viewport within the OpenGL pipeline. May be run on a single thread for each Viewport. More...
class	GLESGraphicsSession
	Creates and manages the resources necessary for converting a DesignObjectLookup into 3D rendered data in the OpenGL engine. More...
class	GLESGraphicsWindow
	The core Window used to render a viewport with OpenGL. More...
class	GLESMaterialManager
	Structure responsible for handling the OpenGL data surrounding a particular Material object. More...
class	GLESRenderObject
	A root render Object for OpenGL, which consists of a set Material, Model, and Geometry that is used together to optimally create a 3D render. More...
class	GLESShader
	A Shader for rendering default OpenGL logic to the graphics card. More...
class	GLESShaderManager
	Manages all shaders used with OpenGL and the NDEVR API. More...
class	GLESVertexManager
	Manages vertex buffers for the OpenGL engine. More...
struct	GLESVertexUniformObject
	Stores items to send to the OpenGL Vertex Shader. More...
class	GNSSInterface
	A GNSS interface provides logic for finding available GNSS devices. More...
class	GNSSManager
	A storage class for GNSSInterface that allows the software to specify roles, or find and assign GNSS devices. More...
struct	GNSSRole
	A GNSS role describes how the user wants to use a particular GNSS Device. For example: A role might be used for travese or orientation, or a front or rear measurement point. More...
struct	GPSPoint
	A coordinate generated by a GPNSS system. More...
class	GrabNetworkInfo
	Provides an AutomatedTest for grabbing network information. More...
class	GraphicsBuffer
	A Special abstract TableColumn responsible for interfacing a Buffer of data with the video card. Provides common interface for setting the memory around primitive types. GraphicsBuffers typically mirror local TableColumns and push updates to the video card at times when it is appropriate to do so. More...
class	GraphicsCameraManager
	A structure for managing Viewport interactions with an NDEVR Rendering Engine. More...
class	GraphicsDevice
	A physical or virtual device used with the NDEVR Rendering Engine. A device contains System specific limitations for rendering. Only one device is used for all rendering operations. More...
class	GraphicsException
	A common exeption thrown when an issue occurs within the NDEVR Graphics Engine. More...
class	GraphicsManager
	A common interface responsible for managing specific actions with a Gaphics engine, such as Vulkan or OpenGL. More...
class	GraphicsManagerBase
	Used for interfacing with a Gaphics engine, such as Vulkan or OpenGL. More...
class	GraphicsManagerFactory
	Stores a default rendering engine to be used with the application. More...
class	GraphicsPipeline
	A GraphicsPipeline is a set of resources that are chained together to correctly render something. More...
class	GraphicsSession
	A GraphicsPipeline that is responsible for setting up and rendering the resources of a DesignObjectLookup. More...
class	GraphicsUpdateArguments
	Options that are used for performing an update on a Graphics Engine call. More...
class	GraphicsUpdater
	Responsible for updating resources or layouts of data in-between calls to render. More...
class	GriddedSliceIterator
	Slices object into evenly spaced cross sections. More...
class	GridIndexing
	Converts 1 dimensional index into N dimensional index based on size of each dimension. More...
class	GridMesh
	Stores a uniform grid of data in N dimensions into a Geometry object. More...
struct	HandleData
	A handle used to reference an object in CAD. More...
class	HardwareCommandQueue
	A base class for communicating with Hardware, typically firmware by the software. Commands a queued up and sent, before waiting for a response for each command. More...
class	HardwareException
	A typical exception thrown when something fails with a Device. More...
class	HardwareInformation
	Contains information about a computer or device that is capable of running software typically with a CPU and memory. More...
struct	HardwareSearchParameters
	Options for finding active hardware connectons. Used with DeviceFinder. More...
struct	HardwareSearchPathParameters
	A series of paths to use for finding potential hardware connections. Used with DeviceFinder. More...
struct	HatchData
	logic for storing a hatch-data in a CAD-friendly way for exporting and importing. More...
struct	HatchEdgeData
	Stores information about the edge of a CAD hatch pattern. More...
struct	HatchLoopData
	Provides loops of data for the CAD hatch pattern. More...
class	HSBColor
	The HSB (Hue, Saturation, Brightness) color model defines a color space in terms of three constituent components hue, brightness and brightness. More...
class	HSLColor
	The HSL (Hue, Saturation, Luminosity) color model defines a color space in. More...
class	IcoFile
	Logic for handling files with the .ico extension. More...
struct	IconCacheWidget
	A placeholder widget for Files displayed with FileChooserDialog until the actual icon can be loaded from the disk, which may be a slow operation for large directories. More...
struct	IconDefinition
	Information for displaying a particular icon. More...
struct	IconEngineItem
	Stores a specific renderer and transform for SVG rendering. More...
class	IconManager
	Stores information about many different icons. More...
struct	IconThemeSettings
	Stores information for how to draw icons, when supported. More...
class	Image
	A root class that stores an an array of pixel data that can be displayed as an Image. More...
class	ImageData
	A container for Images managed by the ImageFactory. Provides convenience access functions without actually allocating memory outside of the factory. More...
struct	ImageDataStream
	Defines a DataStream for Image reading or writing. More...
struct	ImageDefData
	Stores the definition of an Image for easy interface with CAD. More...
class	ImageFactory
	The core class for reading/writing and storing images in an optimized way. More...
class	ImageFormatHandler
	Can be used to add functionality to the ImageFactory. More...
class	ImageModelDialog
	A popup Editor dialog for showing options or information related to ImageModel model objects. More...
class	ImageVectorizationEngine
	Contains services that can turn a 2D rastered image into linework. More...
class	ImageView
	A widget that shows a raster image or icon. More...
class	IMUCalibrator
	Logic and storage for IMU calibration. An IMU calibration works by moving the sensor into a series of predefined locations and using this motion to calibrated the accelerometer and gyro. More...
class	INIFactory
	Contains methods for easily reading and writing to an INI file including efficient casting, callback, and variable storage methods. More...
class	INIInterface
	Contains methods for easily reading and writing to an INI file including. More...
class	INIOption
	A class used with INIFactory to store a reference to an object in the program that can be inherited to provide read and write functionality to the factory. More...
class	InitialSetupDialog
	Shown after a new installation on a device, allowing the user to familiarize themselves with the environment and to setup any needed settings, such as language, and performing registation. More...
class	InterfaceOrientationController
	This class is responsible for notifying and providing default layout logic when the orientation of the widget changes, such as for a screen rotaton. Espcially useful for phones that may change orientation. For example, QBoxLayouts will be set to vertical when the screen is vertical and horizontal when the screen is horizontal. Widgets can be added inverted, meaning the opposite of the default layout behavior will occur. Widget will be layed out as soon as run is called on it, and subsequently when the interface layout changes. Provided widget is destroyed on the main thread, there is no need to automatically remove it from the controller. More...
class	Intersection
	Dummy class for including intersection functions. More...
class	InvisibleButton
	A button that is completely invisible. Can be used to intercept a user click in a certain area. More...
class	IOFactory
	A service that provides Import/Export functionality for a model heirarchy. These can be registered with a EnableFactory to allow the user to export/import to certain file formats. In order to provide support for new file formats, classes should overrdide this class and then add themselves using EnableFactory. More...
class	IPWidget
	A simple widget for entering in an IP address. Multiple QCustomLineEdits allow the user to enter in the parts of the IP connection. More...
class	IredesPatternFactory
struct	is_base_of_template_impl
struct	IsSameType
struct	IsSameType< t_type_a, t_type_a >
struct	IsVec
struct	IsVecType
class	ItemDownloader
	Used for Downloading resources from a network. More...
class	Joystick
	A joystick that allows the user to move around, reporting the vector of the stick, relative to the center of the joystick. More...
class	JoystickSettings
	Settings that define how a Joystick will behave. More...
class	JoystickSettingsDialog
	A dialog which allows the user to set sensitivity and other properties of a Joystick object. More...
class	JSONNode
	JavaScript Object Notation or JSON is an open - standard file format that uses human - readable text to transmit data objects consisting of attribute–value pairs and array data types(or any other serializable value). More...
class	KeyController
	A high-level controller that stores many sub controllers that can be used to modify behaviors on user key-presses. More...
class	KeyControllerBase
	Base class for KeyController, a service which provides functionality based on user key-presses. More...
class	KeyEvent
	A class which describes a user key press. More...
struct	KeyOption
	An action that can be tied to a specific KeyPress within the software. More...
class	Keypad
	A popup for showing a virtual keyboard or keypad. Changes based on the allowed input to a widget. Usually shown in touch mode. More...
class	KeystrokeWidget
	Allows the user to assign a keystroke to an action by displaying a button with the current keystroke assignment that when clicked, records a new keyboard assignment. More...
class	KMLFactory
class	LABColor
	A Lab color space is a color-opponent space with dimension L for luminance and a and b for the color-opponent dimensions, based on nonlinearly-compressed CIE XYZ color space coordinates. More...
class	LandXMLFactory
	writes and reads to a LandXML file: http://www.landxml.org/About.aspx More...
class	LanguageEditor
	Allows the user to adjust translation values for a given language. More...
class	LanguageHighlighter
	Syntactically highlights translations. More...
class	LASFactory
	Provides support for reading and writing to LAS and LAZ point cloud files using the FactoryIO interface. More...
class	LatLonUnit
	A specific unit that can convert between coordinate projections. More...
struct	LayerCacheObject
	Stores cached information for the LayerModel. More...
struct	LayerData
	Layer information shared with CAD. More...
class	LayerEditor
	A popup Editor dialog for showing options or information related to Layer model objects. More...
class	LayerModel
	Used for showing Layers in a table using the QAbstractItemModel interface. More...
class	LayerTable
	A table showing a list of Layers. More...
class	LayerWidget
	A widget that allows the user to set or interface with the current layer. More...
struct	LeaderData
	logic for storing a leader in a CAD-friendly way for exporting and importing. More...
class	LEDLightWidget
	Displays a simple light widget that can be set to blink or change colors. More...
class	LibAssert
	The default way to make Assert statements within the NDEVR API. A no-op in release but throws an exception in debug. More...
class	LibraryManager
	Manages loading Models from a group that is stored either on a remote server or locally on the disk in a compressed or uncompressed folder. More...
class	LibraryWidget
	Allows the user to select Models or Materials from a list to add to the scene. See DesignObjectChooser and LibraryManager. More...
class	Light
	A Device responsible for turning on and off a light source. The light could be anything from a laser pointer to a large diffuse light source. More...
struct	LinearDimension
	A CAD measurement similar to DistanceMeasurementModel. More...
struct	LineData
	A CAD-friendly way to store line segment information. More...
struct	LineElevationRequest
	Used with ElevationService to request elevations over a polyline at set intervals. More...
class	LineIterator
	A class to easily iterate each line segment over a Geometry of lines. More...
class	LineSegment
	A line segment represented by two vertices, a start and end. More...
struct	LineTypeData
	information for a type of line in CAD More...
class	LineworkMaterialEditor
	A popup Editor dialog for showing options or information related to Materials used with outlines or linework such as pixel thickness. More...
class	LocalApplicationLauncher
	Information and logic for launching an application seperate from the current software. More...
class	LocalApplicationLauncherThread
	Allows application to run on a seperate thread. More...
class	LocalBattery
	Allows the software to get information about local system batteries. More...
class	LocalPhysicalCameraView
	Provides access to a local camera on the system, such as a webcam or camera for a phone. More...
class	LocalPhysicalCameraViewFactory
	Provides an interface to PhysicalCameraViewFactory for creating a LocalPhysicalCameraView. More...
struct	LocationElevationUnit
	An Unit that has both a location and elevation (Think Lat/Lon which has meters for elevation) More...
class	LocationOperations
	A Model which contains logic for dynamically setting the location of an object relative to information that might dynamically change. More...
class	LockAnalyzerThread
	Used to check for and resolve potential deadlocks or resource starvation across threads. More...
class	Log
	Serves as the primary program interface for processes to report issues and allows any number of LogStreams to subscribe and receive the log information in real-time. More...
class	LogManager
	A class that has any number of children that also feed into the log. Can be used to easily collect logs from a variaty of different streams. More...
class	LogManagerDialog
	A dialog which shows multiple log views, where each log is a tab. More...
class	LogMessage
	A class that allows for specific log information to be conveyed to a ProgressInfo object including information about severity and timestamp information. More...
class	LogStream
	A class that listens to a log object and processes the updates in a specified way. Any number of LogStreams can be attached to a ProgressInfo object and will be updated in real time. More...
class	LogView
	A table showing a specific log that allows the user to scroll around to view various log entries. More...
class	LogViewTable
	A model for creating a table that displays logged records. More...
class	LoopedAutomatedTest
	A type of AutomatedTest that repeatedly loops until stopped by the user. More...
class	LUDecomposition
	Logic for performing LU Decomposition https://en.wikipedia.org/wiki/LU_decomposition. More...
class	MachineID
	Logic for retrieving specific details about the machine this software is running on. More...
class	MadgwickOrientationSensor
	Used to calculate madgick orientation given sensor streams for gyro and optionally magnetometer(s) and accelerometer(s) More...
class	MagneticCalibrationData
	Stores magnetic calibration data as a Model including the transformation and calibration points. More...
class	MagneticCalibrationFactory
	IOFactory interface for reading and writing MagneticCalibrationData to files. More...
class	MagneticCalibrationSpreadsheet
	IOFactory interface for reading and writing data from magnetometer calibration checks to excel files. More...
class	MagneticDeclinationDialog
	Dialog which allows user to set or calculate the magnetic declination. https://en.wikipedia.org/wiki/Magnetic_declination. More...
class	MagneticDeclinationDialogFactory
	Allows program-wide registration of a magnetic dialog to display when user should adjust magnetic declination. More...
class	MagnetometerCalibrationDialog
	Dialog which allows user to edit or create a MagneticCalibrationData object. More...
class	MagnetometerWidget
	Widget for displaying the live state of a magnetometer object. More...
class	ManagedDesignCommand
	A specified type of DesignCommand that performs common actions such as grouping or setting property variables. More...
struct	Manual
	Contains information for adding a manual to the software, usually shown in the "About" page. More...
class	ManualManager
	Manages all available manuals in the software. More...
class	Material
	Container responsible for storing and setting the appearance of a Model or Geometry within the NDEVR API 3D environment. Models may have 3 materials but Materials can be shared across any number of Models within a Scene. More...
class	MaterialPropertySlider
	Can adjust the properties of a material using a QCustomSlider widget. More...
class	MaterialRaster
	Stores information for painting pixels at a time into a 2D texture. More...
class	MaterialRasterBase
	Base class for painting pixels at a time into a 2D texture. More...
class	MaterialRasterFactory
	Creates rasters for converting points and directions into 2D images. More...
struct	MaterialUVImageOptions
	Provides CAD information for managing images attached to a Material. More...
struct	MaterialUVOptions
	UVOptions used for interfacing with CAD, similar to those used by a Material object. More...
class	MaterialWidget
	A simple widget showing some visual properties of a Material or Model. More...
class	Matrix
struct	MatrixDefinitions
	Provides common definitions for creating 4x4 matrices of certain types. More...
class	MatrixEditor
	A simple widget that shows a modifiable 4x4 matrix and corresponding widgets for editting a 4x4 matrix. More...
class	MatrixFunctions
class	MatrixInverter
	Templated logic for inverting a matrix based on the number of rows and columns. More...
class	MatrixInverter< 1, 1 >
class	MatrixInverter< 2, 2 >
class	MatrixInverter< 3, 3 >
class	MatrixInverter< 4, 4 >
struct	MatrixUnit
	A unit that has a complex rotational offset. Think northing-easting vs easting-southing. More...
class	MD5
	Logic for creating an MD5 hash. More...
struct	MD5_CTX
	Struct for storing md5 information. More...
struct	MeasurementOptions
	Stores ApplicationOptions related to user preferences for measurements. More...
class	Median
	A dummy class for including optimized median functions. More...
struct	MercatorImage
	Information output from a specific Aerial Tile request. More...
class	MercatorImageManager
	Place where service can be registered to provide aerial image support. More...
struct	MercatorImageRequest
	Contains the information for requesting a 2D top-down view of a geographic location to be used with a AerialImage service such as google earth. =. More...
class	Model
	A core class that represents a node on model heirarchy. This node may contain a Geometry or one or more child Models as well as 3 different materials for rendering the Geometry parts. More...
class	ModelChooserCombo
class	ModelFactory
	The core logic for importing and exporting files from the model heirarchy. Stores a series of IOFactory children that can define when and how they are able to export or import data. More...
class	ModelFileDialog
	Shows options related to an import or export that utilizes the IOFactory methods to write or read properties. Dialog allows user to edit settings related to one set of FactoryOptions. More...
class	ModelIterator
	A base class for easily transversing a model heirarchy, applying an overritten function at each level or for each object. More...
class	ModelMaterialEditor
	A popup Editor dialog for showing options or information related to a Model's Material children. More...
class	ModelMaterialsDialog
	A popup Editor dialog for showing options or information related to showing all of the materials that a Model might have. More...
class	ModelOffsetCommandWidget
	Allows the user to offset a model to a different location. More...
class	ModelOrientationEditor
	A popup Editor dialog for showing options related to the Orientation of a specific Model. More...
class	ModelSelectionTree
struct	ModelTableColumnSpec
	Provides the ability to pull specific data from a DesignObjectLookup for display in a column of a table. More...
class	ModelTableDelegate
	A QItemDelegate for showing model properties in a QTableView. More...
struct	Module
	Base class for extensions, typically added as external DLL's that can modify or enhance the behavior of the software. More...
struct	ModuleConfiguration
	Stores all information relating to a particular feature or resource included by a Module. More...
struct	ModuleDependency
	A dependency of a Module. Either a resource, or install action, defined by the module and automatically handled by the NDEVR build environment. More...
struct	ModuleFeatureBase
	describes the Module or feature to the end user. More...
class	ModuleManager
	Logic for the program-wide storage and execution of Modules. Called in software setup to allow modules to perform actions to modify or enhance the software. More...
class	ModuleResourceManager
	Stores all dependencies for a combination of modules that make up a complete software package. More...
class	ModulesDialog
	Allows the user to see which Modules are available and toggle them on or off, when Modules are toggleable. More...
class	Motor
	A motor is a device which produces rotational spin. This could be anything from a servo motor to a rapidly spinning device with an apx RPM. More...
class	MotorDeploymentWidget
	Provides an interface for controlling a motor involved with a particular Deployment. More...
class	MouseEvent
class	MovementPath
	Logic for moving an object across a path of both position, and optionally, orientation. More...
struct	MTextData
	Stores text data that may have an attachment point and direction for interfacing with CAD. More...
class	NCCustomReport
class	NDEVRApplication
	The root class of the NDEVR Application. More...
class	NDEVRChart
	Default base chart for 2D line or scatter plots within the NDEVR API. More...
class	NDEVRGraphicsManagerFactory
	Stores a default rendering engine to be used with the application, with logic for finding a enabled Graphics Engine and using it to create a GraphicsManager. More...
class	NDEVRIconEngine
	Used to render any icons or fetch any pixmaps within the software. More rendering engines can be added to create QIcon or QPixmap objects for given resources. More...
class	NDEVRProxyStyle
	Responsible for setting up the core style of the application including size of various widgets and colors. Some themes are inherited from the OS, some from Qt's fusion style, and some are defined and drawn directly. More...
class	NDEVRRadialChart
	Default radial (round) base chart for 2D line or scatter plots within the NDEVR API. More...
class	NDEVRRibbon
struct	NDEVRRibbonOptions
class	NDEVRSVGIconEngine
	A QIconEngine used to render SVG icons. More...
class	NDEVRUpdateChecker
	Allows the application to check a given location for an update.txt file which it can then use to download and update the software. More...
class	NDEVRWindow
	A top-level widget. More...
class	NDVArchiveManager
	manages file archives which are compressed ndv files merged for convenience. More...
class	NDVFactory
	reads and writes to NDV Files. NDV Files are optionally compressed data dumps of the internal structure of model heirarchies. More...
class	NDVSetupCallback
	Used to modify objects when they are imported using the NDVFactory. More...
class	NetworkAccessManager
	Provides an interface for accessing resources on the internet. More...
class	NetworkConnectionDialog
	A ConnectionDialog allowing the user to edit a TCP/UDP style connection. More...
class	NetworkConnectionDialogFactory
	A ConnectionDialogFactory which allows for the creation of a NetworkConnectionDialog. More...
class	NetworkRequest
	A request for data or information from a network. More...
class	NewModelCommand
	A DesignCommand that creates a new Model to some specification. More...
class	NewProjectTest
	Provides an AutomatedTest for repeatedly creating and destroying Projects. More...
struct	NtpAuthenticationInfo
class	NtpClient
struct	NtpFullPacket
struct	NtpPacket
struct	NtpPacketFlags
class	NtpReply
struct	NtpTimestamp
class	NumberParser
class	NumberWriter
	Logic for writing to a number. More...
class	ObjectAllocator
class	ObjectAllocatorT
	The default object allocator for Buffer. More...
class	ObjectAllocatorT< t_index_type, false >
	The default object allocator for Buffers of non-primitive types that have destructors or memory on the heap. More...
class	ObjectAllocatorT< t_index_type, true >
	The default object allocator for Buffers of primitive types such as doubles or ints. More...
struct	ObjectChecker
	Used with QTDesignObject to check the type of an object. More...
struct	ObjectChecker< DesignObject >
struct	ObjectChecker< DesignSelection >
struct	ObjectChecker< Geometry >
struct	ObjectChecker< Material >
struct	ObjectChecker< Model >
struct	ObjectInfo
	Information about the object. More...
struct	ObjectInfo< Angle< fltp04 >, false, false >
	Information about an Angle object backed by a 4 byte floating point number.
struct	ObjectInfo< Angle< fltp08 >, false, false >
	Information about an Angle object backed by a 8 byte floating point number.
struct	ObjectInfo< Angle< sint04 >, false, false >
	Information about an Angle object backed by a signed 4 byte integer.
struct	ObjectInfo< bool, false, false >
struct	ObjectInfo< char, false, false >
struct	ObjectInfo< DesignObject, false, false >
struct	ObjectInfo< Geometry, false, false >
struct	ObjectInfo< Material, false, false >
struct	ObjectInfo< Model, false, false >
struct	ObjectInfo< RGBColor, true, false >
struct	ObjectInfo< Scene, false, false >
struct	ObjectInfo< std::pair< t_first_type, t_second_type >, false, false >
struct	ObjectInfo< String, false, true >
struct	ObjectInfo< t_type, false, false >
	Information about the object.
struct	ObjectInfo< t_type, false, true >
struct	ObjectInfo< t_type, true, false >
	Information about the object.
struct	ObjectInfo< Time, false, false >
struct	ObjectInfo< TimeSpan, false, false >
struct	ObjectInfo< UUID, true, false >
class	OpacitySlider
	Can adjust the opacity of a material using a QCustomSlider widget. More...
class	OpenCloseTest
	Provides an AutomatedTest for repeatedly opening and closing a Project. More...
class	OpenGLBuffer
	Buffer for storing data in the OpenGL engine, usually for rendering. More...
class	OpenMP
	Dummy class for including OpenMP macros https://www.openmp.org/. More...
struct	OptimizedSelection
	Stores an indexed selection. More...
class	OrientationEditor
	A dialog where the user can set a 3D orientation of an object. More...
class	OrientationOperations
	Allows for easy manipulation of a Models orientation. More...
class	OrientationOperationsWidget
	A popup Editor dialog for showing options or information related to the orientation of an Object layer or Calibration. Objects can be set to rotate along a given axis. More...
struct	OrientationReading
	A single reading, typically used by a MadgwickOrientationSensor consisiting of input from all IMU sensors. These might be interpolated values. More...
class	OrientationSensor
	Used to report the orientation of a Hardware object within 3D space. More...
class	OSInformation
	Contains information about an Operating System including versions and types. More...
struct	OSType
	Stores String variables reprenting the type of OS that will be supported by a particular module or resource. More...
struct	PaperSpace
	Stores CAD details about PaperSpace or 2D document space. More...
class	Particle
	Used with CSF Cloth, The particle class represents a particle of mass that can move around in 3D space. More...
class	Path
	An interpolated path in 3D space. More...
class	PathSliceIterator
	Slices object evenly along a specified polyline. More...
class	PDFFactory
	Writes to a PDF file using the IOFactory interface. More...
struct	Permission
	Information about a requested OS-permission typically requested at install time. More...
class	PerspectiveListNormalFlipper
	A class that flips a surface generated normals from point clouds or lines given based around a path of a perspective. More...
class	PixelThicknessSlider
	Can adjust the pixel thickness of a material using a QCustomSlider widget. More...
class	PixmapResolver
	Base class for logic that can be used to resolve a Pixmap resource and turn it into a QPixmap for use by the NDEVR API. More...
struct	PlacementData
	Data about where to place an object, used for interfacing with CAD. More...
class	Plane
	Logic for a given plane or N-dimensions. Planes are coordinate systems of one less dimension than the dimension they occupy. More...
struct	PlatformType
	Stores String variables reprenting the type of platform CPU configuration that will be supported by a particular Module or resource (x64, x86, arm etc) More...
struct	PointData
	Point data stored in a friendly way for interfacing with CAD. More...
class	Pointer
	Provides shared ownership of a dynamically allocated object. More...
struct	PointerCore
	Used by Pointer to store the reference count of the pointer. More...
class	PointWidget
	Allows the user to input an N-dimensional point (up to 4 dimensions) with an optinal unit. Also allows other widgets, such as a GNSS take reading button, to be added into the layout. More...
class	Polygon
	An N-sided polygon. More...
class	Polyline
	A polyline which stores vertex information for many points along a given path. More...
struct	PolylineData
	logic for storing a polyline data in a CAD-friendly way for exporting and importing. More...
class	PolylineMaker
	Given random line segments, constructs a polyline when the vertices match. Used in Parameter slicing. More...
struct	PolylineSliceCache
	Internal class for storing Polyline slice data. More...
class	PolylineSliceEditor
	Allows for visualization of individual 2D slices of polylines that lie on the same plane. More...
class	PolylineSliceIterator
	Arguments for performing a Geometry slice operation. More...
class	PolylineSlicer
	Logic for slicing one or more Model/Geometry objects into polyline Model/Geometry objects based on set criteria. More...
struct	PopupInfo
	Class which is used to pass arguments and requests for creating a popup dialog or widget. You can request things like fullscreen, whether or not the dialog is closable, etc, as well as the animation origin for the popup. More...
class	PopupManager
	Responsible for displaying widgets that want to be in their own window. More...
class	PositionSensor
	A position sensor is a Device that determines the position of Hardware. This device might be a GPS or SLAM style logic device. More...
class	PrimitiveLineSegmentEditor
	Shown when user is editing lines, to assist them in adjusting the line in 3D space. More...
class	PrimitiveVertexEditor
	Allows the user to adjust properties for a particular Geometry Vertex node. More...
class	PrintPreview
	A dialog that shows a PrintPreview of a given widgets, reports, or images. User can modify print settings and print directly from this dialog. More...
class	ProgressInfo
	A light-weight base class for Log that allows processes to update, without the need for additional include overheads. More...
class	ProgressWidget
	Displays the progress, either horizontally as a bar or as a roand spin dial. Contains various options for display and can be added as a LogStream to a Log. More...
class	Proj4CoordinateConverter
class	Proj4CoordinateConverterFactory
class	Project
	A Model which represents a user-project. A project is a series of Scenes grouped together within a software session. Typically there will only ever be one project in a software session. More...
class	ProjectEditor
	A popup Editor dialog for showing options or information related to Project model objects. This dialog is shown when the user first creates a project and can be accessed from the top of the SceneTree widget. More...
class	ProjectFileManager
	Manages writing to the NDV file and any folder operations for projects. Also responsible for creating auto-save backup files at given intervals. More...
class	PropertiesButton
class	PropertyChangeListener
	Listens for a change of a particular property to a given target (DEPRECIATED) More...
class	PropertyChangeManager
	Used to listen for changes to properties (DEPRECIATED) More...
class	PropertyChannelFilter
	Filters geoemetry based on properties of the geometry. More...
class	ProxyModelViewFilter
	Filters and sorts Models from a ModelManager for views such as in a table or in a tree view. More...
class	QCaptureManager
	An interface used to manage multiple CaptureRequests and scedule their completion. More...
class	QCustomColorDialog
	A dialog devoted to allowing the user to select a custom color. More...
class	QCustomComboBox
	A compact way to present a list of options to the user. More...
class	QCustomDial
	Provides a rounded range control (like a speedometer or potentiometer). More...
class	QCustomDockWidget
	Provides a wrapper for a widget that can be docked inside a Container or floated as a top-level window within the application. More...
class	QCustomImage
class	QCustomLabel
	Displays translated text. No user interaction functionality is provided. The visual appearance of the label can be configured in various ways. More...
class	QCustomLineEdit
	A line edit allows users to enter and edit a single line of plain text with useful editing functions, including undo and redo, cut and paste, and drag and drop. More...
class	QCustomMessageBox
	A message box displays a primary text to alert the user to a situation, an informative text to further explain the situation, and an optional detailed text to provide even more data if the user requests it. The interface for this object allows from either a set of predifined user options (OK, Load, Cancel, etc) or a set of program defined responses that the user can choose from. More...
class	QCustomProgressBar
	Allows for showing of progress bar in horizontal format. Defaults to look and feel of system progress bar. More...
class	QCustomScrollArea
	A scroll area is used to display the contents of a child widget within a frame. If the widget exceeds the size of the frame, the view can provide scroll bars so that the entire area of the child widget can be viewed. More...
class	QCustomSlider
	The slider is the classic widget for controlling a bounded value. It lets the user move a slider handle along a horizontal or vertical groove and translates the handle's position into a percent value 0.0 to 1.0. More...
class	QCustomSplitter
	A splitter lets the user control the size of 2 child widgets by dragging the boundary between them. More...
class	QCustomStackedWidget
	The main class for a layout where all widgets occupy the same same and only one widget is shown at a time. More...
class	QCustomStackedWidgetBase
	A base class for a series of widgets where all widgets occupy the same same and only one widget is shown at a time. More...
class	QCustomTableWidget
	Provides a standard way to show table data within the application. More...
class	QCustomTabWidget
	A tab widget provides a tab area and a "page area" that is used to display pages related to each tab. By default, the tab bar is shown above the page area, but different configurations are available. More...
class	QCustomTextEdit
	A widget that is used to edit and display both plain and rich text in a multi-lined format. More...
class	QCustomToolBox
	A toolbox is a widget that displays a column of tabs one above the other, with the current item displayed below the current tab. Every tab has an index position within the column of tabs. More...
class	QCustomTooltip
	Provides tool tips (balloon help) for any widget that usually shows up when a mouse is hovered over a widget for a set amount of time. More...
class	QCustomTranslator
	Allows QT to call into the native application translator when needed to translate UI auto-generated items. More...
class	QCustomValidator
	Responsible on most user input fields for correcting the input when possible or allerting the user that the input is incorrect. Used on all QCustomLineEdit widgets and derivatives. More...
class	QDeviceChangeEvent
	The event that is triggered when a USB device is plugged in or unplugged. More...
class	QModelViewCapture
	Used to capture a 2D image of a DesignObjectLookup from a specific perspective. More...
class	QTAbstractResourceListener
class	QTDesignObject
	A pointer to a DesignObject within a QTModelManager that recieves and emits update signals based on the state of the object. More...
class	QTErrorBrowser
	A dialog that groups together a series of error dialogs that might have occured at the same time. More...
class	QTErrorDialog
	A dialog typically shown as a tab that displays an exception to the user. Typically interfaced via QTErrorDialog::CreateErrorDialog. More...
class	QTGraphicsWidget
	A Widget wrapper around a QTGraphicsWindow that allows it to be used inside the UI framework. More...
class	QTGraphicsWindow
	A Window used to render 3D graphics. This container allows for a different graphics backend to be used than the rest of the UI. More...
class	QTIconManager
	Manages all Icons and Pixmaps used by the UI in the NDEVR Engine. Icons may be fetched remotely so callbacks are used to specify the action to take when the resouce is retrieved. More...
class	QTModelManager
	A wrapper around DesignObjectLookup that provides signal and slot functionality and adds rendering capabilities to the model heirarchy. More...
class	QTModelManagerView
	A Qt compatible ItemModel for interfacing with a DesignObjectLookup. More...
class	QtNetworkAccessManager
	Allows the application to request network data using the Qt Framework. More...
class	QtNetworkRequest
	Contains information specific for making a network request within the Qt Framework. More...
class	QTResourceListener
class	QTSoundManager
	Adds Sound generated via the Qt Framework to the application. More...
class	QTTools
	Manages static logic dealing with Qt and relating to the application. More...
class	QTVertexManagerView
	A Qt compatible AbstractTableModel for showing properties around a series of Geometry Vertex objects. More...
class	QTVibrationManager
	When supported, such as on Android/IOS, will vibrate the device. More...
class	QtVulkanSession
	A VulkanSession within the Qt space. More...
class	QTWidgetImage
	A Qt compatible wrapper for an image for use with QWidgetModel. More...
class	Quaternion
	https://www.3dgep.com/understanding-quaternions/ More...
class	QueueBuffer
	Stores objects in a first-in, first out queue based Buffer with push and pop functions. More...
class	QuickVisualization
	Allows for the creation of Models that represent points or linework quickly and efficiently. More...
class	QWidgetModel
	A 3D Model that mirrors a QWidget object. More...
struct	RadialDimension
	logic for storing a radial dimension in a CAD-friendly way for exporting and importing. More...
class	RadialObject
	A radial object. More...
class	Random
	Dummy class for including random number generator functions. More...
class	RandomColorGenerator
	Generates random colors based off of some specified settings. More...
struct	RandomColorOptions
	Used with RandomColorGenerator to generate random colors. More...
class	RangeSensor
	A RangeSensor is a Device that determines the distance of a target at a certian orientaton. Usually based on LiDAR or photogrametry. More...
struct	RasterInfo
	Stores information for painting pixels at a time into a 2D texture used with MaterialRaster. More...
class	Rasterization
	Creates a raster of the terrain using the Cloth simulation. More...
class	Ray
class	RDesignLock
	Used to lock a particular model for editing (DEPRECIATED) More...
class	ReferenceCustomUnit
	A unit that mirrors another set unit. More...
struct	ReferenceUnit
class	RegexFunctions
	Logic for creating regular expressions for certain situations. More...
struct	RegistryKeyAction
	Information about a specific registry action to be taken, typically at install-time. More...
class	Renderer
	An object that renders a specific Camera object, typically run on a different thread than the main UI thread. Rendering takes place between calls to the GraphicsUpdater. If there is more than one QTGraphicsWindow, there may be more than one Renderer running at a time. More...
class	ReplyTimeout
	Handles timing out certain operations such as downloads. More...
class	ReportGeneratorDialog
class	ReportGeneratorSettings
class	ReportHandler
	Handles creating a report page from some given data. A report page is a QWidget object that is formatted for printing to a printer or PDF page. More...
class	ReportIterator
	Iterates through a series of reports for drawing, sending to a PDF or printing. More...
struct	ReportJSONMaker
	Creates a JSON data structure that can be used for generating a report in MSWord. More...
class	ReportManager
	Storage class for all ReportHandlers. More...
class	ReportOptions
struct	ReportTemplate
	A simple Template for a report. More...
class	ResizeVisibleAnimation
	Resposible for animating widgets by having them grown as they become visible, or shrink as they become invisible. For some operating systems will also apply a fade effect. More...
class	Resource
	A core part of the engine, stores variables that can be listened to with ResourceListener which will recieve updates when changed. More...
class	ResourceBase
	A base class for templated resources. More...
class	ResourceListener
	A class that can subscribe to any number of Resources which will get updates when the Resource(s) have been modified. More...
class	ResourceMirror
	Creates logic that mirrors two resources. Meaning changing either resource will modify the other resource. More...
class	ResourceResolver
	This class resolves resources data identified by a string. The data absolute path is then passed on to an on_finished function. More...
class	RGBColor
	Represents a color in the RGB space with optional alpha transparency. More...
class	Ribbon
	The UI ribbon is a horizontal menu bar typically located at the top of the application interface or along the side. It organizes commands and tools into tabs and groups for easy access. Each tab contains related functionality, categorized into sections such as File, Edit, View, etc. Within these sections, buttons, dropdowns, and other controls allow users to interact with the application features efficiently. The ribbon improves usability by presenting frequently-used commands in a visually organized manner. More...
class	RibbonGroup
	Represents the "Tab" of a widget. For example sections such as Home, View, Edit, Measurements would all be RibbonGroups and children of a Ribbon object. More...
class	RibbonSubGroup
	Represents a sub-section of "Tab" of a ribbon represting a grouping of buttons or widgets within a tab that provide similar functions. More...
class	RLock
	Used to lock a particular variable for reading. Any number of readers can be created when no write locks are on a variable, otherwise will wait. More...
class	RockWorksFactory
	writes and reads a Rockworks file Adds support for reading and writing BlockModel enteties to RockWorks. More...
struct	RockWorksSetup
	Setup parameters for RockWorks. Used to setup types of solid making algorithms used by RockWorks. More...
struct	RockworksSolidModInfo
	Stores cell information for Rockworks Block Models Used to setup types of solid making algorithms used by RockWorks. More...
class	RTree
class	RWLock
	Maintains a pair of associated locks, one for read-only operations and one for writing. The read lock may be held simultaneously by multiple reader. More...
struct	SaveOptions
	Options for saving an NDEVR project. More...
struct	ScaledOffsetUnit
	A unit that has both a scale and an offset (think degrees celcius vs fahrenheit) More...
struct	ScaledUnit
	A unit that describes a simple scale (think meters vs feet) More...
class	Scanner
	Contains methods for easily reading objects in an ascii stream. More...
class	Scene
	The root Model that is responsible for storing the underlying data for all Scene Models. More...
class	SceneTree
class	SceneTreeModelDelegate
	Responsible for rendering an entry into a SceneTree widget. More...
class	SceneTreeWidget
class	ScrollGesture
	Handles scrolling or flicking within the application. More...
class	SectionContent
	The core container for objects using the NDEVR API Widget Docking system. Contains information used to correctly display the content. More...
class	SectionIconTab
	Provides a tab that contains an icon and some buttons used for either a tab if the section content is attached to a Container, or as the drag bar if the content is floating. More...
class	SectionTab
	Provides a tab that is used for either a tab if the section content is attached to a Container, or as the drag bar if the content is floating. More...
class	SectionWidget
	SectionWidget manages multiple instances of SectionContent. It displays a title TAB, which is clickable and will switch to the contents associated to the title when clicked. More...
class	SectionWidgetTabsScrollArea
	Custom scrollable implementation for docked tabs using the NDEVR API Widget Docking system. More...
class	SelectionArea
	An area of N-dimensional space that is considered selected. More...
class	SelectionButtonFactory
class	SelectionEffect
	Applies certain effects to a model that has been selected. More...
class	SelectionHighlightBar
	Provides a highlighted animation for selecting docked tabs using the NDEVR API Widget Docking system. More...
class	SelectionInfo
	Responsible for turning a user interaction into a selection within a DesignObjectLookup. More...
class	SelectionWidget
class	SerialConnectionDialog
	A ConnectionDialog that allows the user to modify a Serial port connection. More...
class	SerialPortConnection
	A ConnectionBackend that allows the software to interface with QSerialPort for communicating with SerialPort devices. More...
class	SerialPortConnectionDialogFactory
	A ConnectionDialogFactory which enables the creation of a SerialConnectionDialog. More...
class	SerialPortConnectionFactory
	A ConnectionFactory that enables the creation of a SerialPortConnection for interfacing with a QSerialPort. More...
struct	SerialPortInfo
	A structure containing information needed to establish a SerialPortConnection. More...
class	Set
	Container that stores unique elements in no particular order, and which allow for fast retrieval or insertion of individual elements based on their value. More...
class	SetBase
	A dummy base class for all Set templates. More...
class	SettingsDialog
	The main Settings dialog for the application. Submenus can be added by the WindowManager or directly. More...
class	SH3DFactory
	Writes to Sweet Home 3D file using the IOFactory interface. More...
class	ShapeConstructors
	Logic for writing various basic shapes to a Geometry object. Shapes will be appended to the end of the geometry. More...
struct	ShowPropertiesSettings
	Stores settings for setting up and displaying a DesignObjectDialog such as whether the dialog is part of a larger workflow or used for Model creation. More...
class	SHPFactory
class	SizeOperationsWidget
	A popup Editor dialog for showing options or information related to the size of a Model object. More...
class	SLAMEngine
	Provides logic to perform SLAM on an object. More...
class	SLAMEngineFactory
	Creates a SLAM engine when required. More...
class	SLAMEngineManager
	Registers engines which can be used in the SLAM process. More...
class	SLAMFrame
	A frame of data that can be processed by a SLAM engine to determine relative location. More...
struct	SlicePlane
	Represents a single plane to slice the data across. More...
struct	SlicerArgs
	Arguments for performing a Geometry slice operation. More...
struct	SlicerOutputOptions
	Simple in and out files used for Slicer Used with slicer IO operations. More...
struct	SliceVertex
	Stores an index to a particular vertex used with ConcaveToConvexPolygon. The Slice index is used with ConcavePolygon to break it into convex polygons or triangles. More...
class	SmoothDialog
	A widget allowing the user to select options and execute smoothing a 3D mesh. More...
class	Smoothing
	Contains basic logic to smooth 3D meshes. More...
class	SnapPoint
	Contains information about a particular point of interest created from a user mouse interaction. More...
class	SnapsEditorWidget
class	SnapsManager
	Manages which points are considered interesting based on defined criteria. More...
class	SocketConnection
	A core ConnectionBackend for QAbstractSocket supporting TCP and UDP connections. More...
class	SocketConnectionFactory
	A ConnectionFactory that enables the creation of a SocketConnection for interfacing with a QAbstractSocket. More...
class	SocketIO
	Provides the ability to communicate over a network using SocketIO (https://socket.io/docs/v4/) More...
class	SocketIOChannel
	A specific channel of communication within the SocketIO framework. More...
class	SocketIOConnectionFactory
	A ConnectionFactory that enables the creation of a SocketIODriver for interfacing with a SocketIO. More...
class	SocketIODriver
	A ConnectionBackend that allows the software to interface with SocketIO for communicating with across networks. More...
class	SoftwareService
	Software Services provide an interface for adding to or changing the software behavior via functionality added from modules. More...
class	SoftwareServiceManager
	Software Service Managers take a Software service to modify the behavior of the software. More...
class	SolidMaterialEditor
	A popup Editor dialog for showing options or information related to Materials used with solid rendering such as light reflectivity. More...
class	SortedLogViewTable
	Sorts the logged entries in time-order. More...
struct	Sound
	Contains the definition for a sound resource. More...
class	SoundFactory
	Produces sound on the host Device, if possible. Can also create speech from given text. More...
class	SoundManager
	Handles iterating through sound factories until one is able to produce sound given the input sound resource. More...
class	SpeedLimit
	Used to describe the speed limit of a road and used with StreetInfo object. More...
class	Spline
	A spline is a function used to interpolate or smooth data. Splines are a series of polynomials joined at knots. More...
struct	SplineData
	logic for storing a spline data in a CAD-friendly way for exporting and importing. More...
class	StackTracer
	Traces the stack to give the call-stack of a thrown exception. More...
class	StatementParser
	Turns a particular string into an Equation The String should not contain invalid characters. More...
class	StationEditor
	A popup Editor dialog for showing options or information related to StationModel objects. More...
struct	StationOptions
	Stores ApplicationOptions related to user preferences for Stations. More...
class	StatusBar
	A simple widget that shows a Status and optionally a progressbar. More...
class	STDOutputStream
	A LogStream that writes to cout console. More...
class	StepsRecorder
	If availabled, records user interactions using Windows Steps Recorder. More...
class	StreetInfo
	Stores all information relating to a road or street. More...
class	StreetName
	A Model which contains information about the name of a street, road, highway, etc. More...
class	String
	The core String class for the NDEVR API. More...
class	StringSplitter
	Logic for splitting a string into two. More...
class	StringStream
	Logic for reading or writing to a string or a user friendly, TranslatedString. More...
class	StringStream< Bounds< t_dims, t_type > >
class	StringStream< Buffer< t_type, t_index_type, t_memory_allocater, t_memory_manager > >
class	StringStream< DesignParameter >
class	StringStream< Matrix< t_type, t_row_dims, t_col_dims > >
class	StringStream< Ray< t_dims, t_type, t_vector_type > >
class	StringStream< String >
class	StringStream< Vector< t_dims, t_type > >
class	StringStream< Vertex< t_dims, t_type, t_vector_type > >
class	StringValidator
	Logic for validating a string given a specific regex. More...
struct	StyleData
	logic for storing a style data in a CAD-friendly way for exporting and importing. More...
class	SubtitleFileReader
	Class which can be used to read a subtitle file and return the subtitle that should be played at a specific time. More...
class	SubtitleFileWriter
	Class which can be used to write a subtitle in real time to a file, which can be played back alongside a video being recorded concurrently. More...
class	SunDial
	A decorated dial class that allows the user to set the lighting direction. More...
class	SurfaceCondition
	Used to describe the condition of a surface for a StreetInfo object. More...
class	SurfaceType
	Used to describe the type of surface for a StreetInfo object. More...
class	SVD
	Performs the singular value decomposition of a general matrix, taken and adapted from Numerical Recipes Third Edition svd.h. More...
class	SVGIconEngine
	Allows the NDEVR engine to process and display SVG icons within the UI. More...
class	Table
	Provides access to a set of named columns all with the same number of rows. Columns can also be floating, meaning they do not share the same number of rows as the table, but can still be accessed. More...
struct	TableChange
	Records changes to a table or column noting the bounds of the data adjusted. Useful for optimized saving or mirroring of data. More...
class	TableColumn
	A virtual storage type that is used with Table class to store data where the actual mechanism for storage can be abstracted away. More...
class	TableColumnBuffer
	A base class for a Table column with N-number of rows held in a Buffer object. Allows for virtual memory access with the caller not needing to know how the data itself is stored. More...
class	TableColumnColorType
	A TableColumnBuffer of Colors Allows for virtual memory access with the caller not needing to know how the data itself is stored. More...
class	TableColumnString
	A TableColumnBuffer of Strings Allows for virtual memory access with the caller not needing to know how the data itself is stored. More...
class	TableColumnTypeBuffer
	A TableColumnBuffer of buffers. Meaning each row has some potentially unique N-number of columns Allows for virtual memory access with the caller not needing to know how the data itself is stored. More...
class	TableMatrixType
	A TableColumnBuffer column of Matrices Allows for virtual memory access with the caller not needing to know how the data itself is stored. More...
class	TableType
	A Table that can create columns of specific types. More...
class	TableVectorType
	A TableColumnBuffer that also has some number of defined rows stored in a Vector object Allows for virtual memory access with the caller not needing to know how the data itself is stored. More...
class	TableVectorType< 1, t_type >
	An obtimized single column TableVectorType that stores data in a simple buffer Allows for virtual memory access with the caller not needing to know how the data itself is stored. More...
class	TableVectorType< 1, UUID >
	A TableVectorType optimized for storing UUID objects Allows for virtual memory access with the caller not needing to know how the data itself is stored. More...
class	TcpServer
	A TcpServer allows the software to recieve socket connections from external sources. More...
class	TemperatureSensor
	A Device responsible for determining the temperature of either the environment or a specific component. Temperatures may have warning limits to alert the user at critical points. More...
class	TemperatureWidget
	A button that displays information about multiple TemperatureSensors when clicked. Button changes color based on the status of specified TemperatureSensor objects. More...
class	TerminalDialog
	Provides the user access to sending or recieving data to a specified connection over a terminal interface. More...
struct	TextBlock
	text that is formatted the same way, typically part of a bigger group of text More...
struct	TextData
	logic for storing a text data in a CAD-friendly way for exporting and importing. More...
struct	TextToSpeechRequest
	Allows the user to make a request for text-to-speech. If the speech cannot be produced, the backup sound is played. More...
class	ThemeChanger
	An animation that slowly changes the color over the entire UI. More...
class	Thread
	A thread is a single sequence stream within the software. More...
class	ThreadFunctions
	Functions for interfacing with the current thread. If threading is disabled. More...
class	ThreadQueue
	Executes a queue of commands in a single thread. More...
struct	ThreePartAngleUnit
	An angle unit that contains two-parts (Degrees, Minutes, Seconds) More...
class	TightDecoder
	Decodes a VNC stream from TightVNC. More...
class	Time
	Represents a timestamp with utilities for manipulation and conversion. More...
class	TimeRequest
	A request to get the time from the network. More...
class	TimeSpan
	Stores a time span, or difference between two times, with an optional start time. More...
struct	TimeZone
	Simple struct for storing timezone definition data. More...
class	TimeZoneManager
	Converts TimeZone data. More...
class	Toggle
	A Button that toggles between on and off. In desktop mode this looks like a checkbox and in touch mode has a distinct look and feel. More...
class	Toolbar
	Class which displays progress and the current action being performed. Typically shown at the bottom of a view, or at the top with the ribbon. More...
class	TooltipTextManager
	Provides common tooltips for usage with the software. More...
class	TopDownLineworkChart
	Creates an NDEVRRadialChart chart for models containing linework. More...
class	TouchDesktopThemeButton
	A button for allowing the user to switch between Desktop/Touch mode which affects the size of all of the widgets and text. More...
class	TouchScrollManager
	Provides behavior for flicking and other scroll behavior common to the NDEVR API. More...
struct	TraceData
	logic for storing a trace data in a CAD-friendly way for exporting and importing. More...
class	TranslatedString
	Any text displayed to the user should be defined as a TranslatedString which allows the program to look up a translation, if available. More...
class	TranslationCombo
	Provides possible translations via a combobox to allow the user to select a language for the software. More...
class	Translator
	Contains logic for translating a string into a defined language. More...
class	Triangle
	A triangle is a polygon with three edges and three vertices. It is one of the basic shapes in geometry. This triangle with vertices A, B, and C is which can be accessed using vertex(...) More...
class	TriangleBase
	Base class for N-dimensional triangles. More...
class	TriangleIterator
	A class to easily iterate each triangle over a Geometry of triangles or meshes. More...
class	TroubleshootingDialog
struct	TwoPartAngleUnit
	An angle unit that contains two-parts (Degrees, Minutes) More...
struct	TwoPartUnit
	A unit that has two parts (Think feet, inches) More...
class	TwoSidedCSFFilter
	Filters data into a top and bottom half based on the CSF surfacing logic. More...
class	TypeInfo
	Stores information about a type, relevant for certain templated functions. To get information about a type at runtime use ObjectInfo. More...
class	TypeInfoRegex
	Logic for creating a regex for a given type of data. More...
struct	Unit
	A definition of how to describe and display data. Units can be of any type. More...
class	UnitDefinitions
	Returns common and uncommon definitions of units that can be used by the software. More...
class	UnitManager
	Handles a grouping of units that can describe any number of data categories. More...
class	UnitOption
	A definition of how to describe a particular set of data to a custom category of unit. More...
class	UnitsDialog
	A dialog which can be used to set various units for different unit categories, such as selecting the various properties by which to show angles. More...
class	UpdateButton
	A button which allows the user to check for software updates or update the software. More...
class	UpdateChecker
	Provides logic for checking a source, typically online, for an update to the software. More...
class	UpdateCheckManager
	Provides place to set an update checker for checking for software updates. More...
struct	UTF8Iterator
	Iterates over a UTF8 encoded string and returns the values as UTF16. More...
class	UUID
	A universally unique identifier (UUID) is a 128-bit number used to identify information in computer systems. The term globally unique identifier (GUID) is also used. More...
class	UVChannelEditWidget
	A widget allowing the user to set the properties for a single channel of UVType for a Material. More...
class	VariableReference
	An optimized class for storing a reference to a variable of some type up to 8 bytes in size without ownership or allocations on the stack. More...
class	Vector
	A fixed-size array with better performance compared to dynamic containers. More...
class	Vector< t_dims, bool >
	An boolean specifc Vector which stores vectors of bools in optimal space. t_dims: The number of dimensions used in a vector. More...
class	VectorFunctions
	Dummy class to include functions related to vector math. More...
struct	VectorizeImageParams
	Arguments used for creating vectorizations of an image. More...
class	VehicleDatabase
class	VehicleModel
class	VehicleRecord
struct	VehicleSearchItem
class	VehicleSelector
class	VehicleTableFilterProxyModel
class	VehicleTableModel
class	VehicleTableView
class	Vertex
	A vertex or point. A specific type of Vector used primarily for spacial location information. More...
class	VertexColorIterator
	Allows for the calculation of colors for any vertex given a Material and Geometry. More...
class	VertexIterator
	A class to easily iterate each vertex of a Geometry. More...
class	VertexTable
	A table showing a list of vertices in a Geometry objects. More...
class	VertexTableDelegate
	A Qt compatible ItemDelegate for showing properties around a Geometry Vertex object. More...
class	VideoCardInformation
	Contains information about a video card, including manufacturer and some level of capabilities. More...
struct	ViewportData
	logic for storing a viewport in a CAD-friendly way for exporting and importing. More...
class	ViewportFactory
	A service which can generate Viewports based on Camera data. More...
class	ViewportFormat
	Stores information for how to construct a viewport. More...
class	ViewportLayout
	Stores information for how to construct a group of viewports such as those in the center 3D panel. More...
struct	ViewportOptions
	Stores the options, added to the user settings, that control Viewport and camera options in the application. All options retained across application restart. More...
class	VirtualCameraView
	A Viewport for rendering 3D objects in the scene with the NDEVR Graphics Engine. Users interact with this view via the ContextMenuCallback and MouseController. A QTGraphicsWindow renders the content. More...
class	VisibleCommand
	A specified type of DesignCommand that can make objects visible or invisible in a 3D space such as a viewport. More...
class	VncCameraView
class	VncClientWidget
class	VncDevice
struct	VncScreen
struct	VulkanBitflagObject
	Stores bools to be sent to both the Vertex and Fragment shaders in the Vulkan space. More...
class	VulkanBuffer
	Stores bools to be sent to both the Vertex and Fragment shaders in the Vulkan space. More...
class	VulkanCameraManager
	A structure for managing Viewport interactions with in the Vulkan Graphics Space. More...
class	VulkanCameraViewFactory
	Provides the interface for automatically creating VulkanGraphicsWindow when the request for a VirtualCameraView is sent through. More...
class	VulkanDevice
	A GraphicsDevice for managing Vulkan limitations and actions. See: https://docs.vulkan.org/spec/latest/chapters/devsandqueues.html. More...
class	VulkanGraphicsWindow
	A QTGraphicsWindow for rendering using Vulkan. More...
class	VulkanImageData
	A pointer to an Image and functions relating to that image within the Vulkan logic space. More...
class	VulkanImageManager
	Manages all images within the Vulkan space. More...
struct	VulkanImageResources
	Data for pointing to a specific Image target within the Vulkan Graphics space. More...
class	VulkanImageView
	Manages a view within the Vulkan logic space. See: https://vulkan-tutorial.com/Drawing_a_triangle/Presentation/Image_views. More...
class	VulkanInstance
	The connection between the NDEVR API and the Vulkan library. See: https://vulkan-tutorial.com/Drawing_a_triangle/Setup/Instance Creating this connection involves specifying some details about NDEVR library to the driver. More...
class	VulkanMaterialManager
	Logic for creating the data in Vulkan for a specific Material. More...
class	VulkanQueue
	A wrapper around a VulkanQueueCore that allows for thread-safe access to a specific queue. More...
class	VulkanQueueCore
	A queue of commands or actions to be executed in order by the Vulkan engine. More...
class	VulkanRenderDefinition
	Creates specific information for performing a render pass within Vulkan. More...
class	VulkanRenderObject
	A root render Object for Vulkan, which consists of a set Material, Model, and Geometry that is used together to optimally create a 3D render. More...
class	VulkanRenderPipeline
	A GraphicsPipeline that renders a single Viewport for Vulkan. More...
class	VulkanSession
	Creates and manages the resources necessary for converting a DesignObjectLookup into 3D rendered data in the Vulkan engine. More...
class	VulkanShader
	A shader program used to render data in Vulkan. More...
class	VulkanShaderManager
	Manages all active shaders in a VulkanSession. More...
class	VulkanVertexManager
	Manages all vertices in a specific Scene object for interfacing with Vulkan. More...
struct	VulkanVertexUniformObject
	Information sent to the Vertex shader as a Uniform object. More...
class	VulkanXRDevice
	A GraphicsDevice for managing OpenXR and Vulkan limitations and actions. See VulkanDevice. More...
class	VulkanXRInstance
	he connection between the NDEVR API and the OpenXR library, using Vulkan as the engine backend. More...
class	WDesignLock
	Used to lock a particular model for editing (DEPRECIATED) More...
struct	WebMercatorTile
	A "Tile" containing data for. More...
class	WebMercatorTileService
	A wrapper for logic that uses a web engine to provide an Image Tile service. More...
class	WebSocketConnection
	A ConnectionBackend that allows the software to interface with QWebSocket for communicating with WebSocket devices. More...
class	WebSocketConnectionDialog
	A ConnectionDialog that allows the user to modify a WebSocketConnection. More...
class	WebSocketConnectionDialogFactory
	A ConnectionDialogFactory which allows for the creation of a WebSocketConnectionDialog. More...
class	WebSocketConnectionFactory
	A ConnectionFactory that enables the creation of a WebSocketConnection for interfacing with a QWebSocket. More...
struct	WebTarget
	A url target and optional username and password for a network request. More...
class	WidgetInit
	Provides a way to lazily initialize widgets when needed but still pass them to container dialogs. Useful for adding things to Settings dialogs or other large structures where they may never be initialized. More...
class	WidgetInitialization
	The primary logic for initializing an application within the NDEVR engine by calling module functions in the appropriate order and initializing any common resources or services. More...
class	WidgetIterator
	Provides a way to iterate over a series of widgets, useful for printing dialogs or turning Widgets into reports or PDF files. More...
class	WidgetOptions
	Stores the options, added to the user settings, that control Widgets and low level UI options in the application. All options retained across application restart. More...
class	WinchDeploymentDialog
class	WindowContainer
	A (hacky) class for storing a window into a container. This is used if the rendering engine for a particular widget is different from the one used by the application. The hackiness comes from Qt's limited support for this functionality which results in the need to hack around the errors in Qt's core library. More...
class	WindowManager
	Manages all windows and logic surrounding dialogs and views for displaying and managing any environment within the application. More...
struct	WindowOptions
	Stores the options, added to the user settings, that control Window and high level UI options in the application. All options retained across application restart. More...
class	WLock
	Used to lock a particular variable for writing. Only one write lock can be created when no read locks are on a variable, otherwise will wait. More...
class	XDataWriter
struct	XLSXKeyPointMagneticAngleReading
	The structure used by the library for storing key points of data used to write to a MagneticCalibrationSpreadsheet. More...
struct	XLSXMagneticAngleAverageReading
	The structure used by the library for storing averaged points of data used to write to a MagneticCalibrationSpreadsheet. More...
struct	XLSXMagneticAngleReading
	The structure used for storing data to write to a MagneticCalibrationSpreadsheet. More...
class	XRCameraView
	A view that allows interfacing with OpenXR for Augmented and virtual reality. More...
class	XRFunctions
	Common helper functions for easier interfacing with the OpenXR engine. More...
class	XRHand
	Support for a virtual hand, typically mirroring a user hand in the OpenXR space. More...
class	XRInputManager
	Translates input from the OpenXR interface into NDEVR API actions and events. More...
class	XRManager
	Manages the OpenXR engine at a high level. More...
class	XRPose
	A matrix-like class storing both offset and orientation. More...
class	XRSide
	OpenXR uses two viewports, one for the left eye and one for the right eye. More...
class	XRVulkanPipeline
	A GraphicsPipeline that renders a single Viewport for Vulkan and OpenXR. See VulkanRenderPipeline. More...
class	XYZColor
	In opposition to the previous models, the CIE XYZ model defines an absolute color space. It is also known as the CIE 1931 XYZ color space and stands for: X, which can be compared to red Ranges from 0 to 0.9505 Y, which can be compared to green Ranges from 0 to 1.0. More...
struct	ZippedRadialMeshOptions
	Logic for setting up a mesh that is broken apart by latitude and longitude lines with a set angle difference between them. More...
class	ZlibInStream

Typedefs
typedef float	fltp04
	Defines an alias representing a 4 byte floating-point number Bit layout is as follows: -Sign: 1 bit at position 31 determines whether or not the value is positive or negative. 0 denotes a positive number, and 1 denotes a negative number -Exponent: 8 bits stored in position 30–23 The exponent field needs to represent both positive and negative exponents. To do this, a bias is added to the actual exponent in order to get the stored exponent. This value is 127. Thus, an exponent of zero means that 127 is stored in the exponent field. A stored value of 200 indicates an exponent of (200–127), or 73. For reasons exponents of −127 (all 0s) and +128 (all 1s) are reserved for special numbers. -Fraction: 23 bits stored in positions 22–00. The mantissa, also known as the significand, represents the precision bits of the number. It is composed of an implicit leading bit (left of the radix point) and the fraction bits (to the right of the radix point). Note that positive and negative infinity are reserved as max and min. However precision changes for large and small numbers. Precision is greatest around 0.
typedef double	fltp08
	Defines an alias representing an 8 byte floating-point number.
typedef sint04	HSBAngleType
typedef sint04	HSLAngleType
template<template< uint01 t_dims, class t_type > class base, typename derived >
using	is_base_of_template = typename is_base_of_template_impl<base, derived>::type
template<class t_comp_type , class t_value_type >
using	MaxHeap = BinaryHeap<t_comp_type, t_value_type, false>
typedef unsigned int	MD5_u32plus
template<class t_comp_type , class t_value_type >
using	MinHeap = BinaryHeap<t_comp_type, t_value_type, true>
typedef Buffer< Buffer< double > >	NdArray
typedef int8_t	sint01
	-Defines an alias representing a 1 byte, signed integer. -Can represent exact integer values -127 through 127. -Byte value 0XFF (integer value: -128) is considered invalid and reserved.
typedef int16_t	sint02
	-Defines an alias representing a 2 byte, signed integer. -Can represent exact integer values -32767 through 32767. -Byte value 0XFFFF (integer value: -32768) is considered invalid and reserved.
typedef int32_t	sint04
	-Defines an alias representing a 4 byte, signed integer. -Can represent exact integer values -2147483647 through 2147483647. -Byte value 0XFFFFFFFF (integer value: -2147483648) is considered invalid and reserved.
typedef int64_t	sint08
	-Defines an alias representing an 8 byte, signed integer -Can represent exact integer values -9223372036854775807 through 9223372036854775807. -Byte value 0XFFFFFFFFFFFFFFFF (integer value: -9223372036854775808) is considered invalid and reserved.
typedef uint8_t	uint01
	-Defines an alias representing a 1 byte, unsigned integer -Can represent exact integer values 0 through 254. -Byte value 0XFF (integer value: 255) is considered invalid and should normally be reserved. Note that it can be used with caution. -Note that subtracting 1 from 0 will result in 0xFF, the reserved invalid value.
typedef uint16_t	uint02
	-Defines an alias representing a 2 byte, unsigned integer -Can represent exact integer values 0 through 65534. -Byte value 0xFFFF (integer value: 65535) is considered invalid and reserved. -Note that subtracting 1 from 0 will result in 0xFFFF, the reserved invalid value.
typedef uint32_t	uint04
	-Defines an alias representing a 4 byte, unsigned integer -Can represent exact integer values 0 through 4294967294. -Byte value 0xFFFFFFFF (integer value: 4294967295) is considered invalid and reserved. -Note that subtracting 1 from 0 will result in 0xFFFFFFFF, the reserved invalid value.
typedef uint64_t	uint08
	-Defines an alias representing an 8 byte, unsigned integer
typedef wchar_t	wchar
	Allias for wchar_t, a value that represents a character of two bytes in size.

Enumerations
enum	AccelerometerState { e_no_accelerometer , e_accelerometer_valid , e_accelerometer_invalid }
	Reports the state of an accelerometer within a OrientationSensor. More...
enum class	AerialImageMode {   e_google_satellite , e_google_road , e_google_terrain , e_google_hybrid ,   e_open_maps , e_aerial_image_mode_size }
	enum specifying what type of image to fetch. Options for terrain, satellite, or road views More...
enum	AngleFormatMode {   MODE_DECIMAL_DEGREES , MODE_DEGREES_MINUTES_SECONDS , MODE_GRADIANS , MODE_RADIANS ,   MODE_SURVEYOR_UNITS }
	Values that represent angle format modes. Used in classes for printing angle in a given format. More...
enum	AngleType { RADIANS , DEGREES , INTERNAL_ANGLE , PERCENT }
	The possible units that can be used by the angle class. These are returned and used for real world angle representation. INTERNAL_ANGLE is the angle internally used by the angle class. More...
enum class	ArialFeatureList {   e_all = 0 , e_administrative , e_administrative_country , administrative_land_parcel ,   administrative_locality , administrative_neighborhood , administrative_province , landscape ,   landscape_man_made , landscape_natural , poi , poi_attraction ,   poi_business , poi_government , poi_medical , poi_park ,   poi_place_of_worship , poi_school , poi_sports_complex , road ,   road_arterial , road_highway , road_local , transit ,   transit_line , transit_station , water , e_feature_list_size }
	Contains a list of common features that may be provided by Aerial tile services. More...
enum class	BatteryCapacityType { e_percentage , e_watt_hours , e_voltage }
	The various types of capacity information a Battery may have. More...
enum class	BatteryState {   e_no_battery , e_normal , e_low_voltage , e_critical_voltage ,   e_shutdown_voltage , e_invalid }
	An indication of what state a Battery object is in. More...
enum class	CADColorMethod {   e_by_layer = 0xC0 , e_by_block , e_by_color , e_by_aci ,   e_by_pen , e_foreground , e_layer_off , e_layer_frozen ,   e_none }
	Entites in CAD can be colored in various ways. More...
enum	ColorMode { e_use , e_by_block , e_by_layer , e_background_contrast }
	Modes that CAD can use to color objects. More...
enum class	CommandSupport { e_supported , e_not_supported , e_not_known }
	Describes whether a HardwareCommandQueue supports certain commands. This is usually firmware. More...
enum	CompressionMode : uint01 {   e_no_compression , e_default_compression , e_best_speed , e_string_compression ,   e_floating_point_compression , e_best_compression , e_floating_point_compression_1_fltp04 , e_floating_point_compression_2_fltp04 ,   e_floating_point_compression_3_fltp04 , e_floating_point_compression_4_fltp04 , e_floating_point_compression_1_fltp08 , e_floating_point_compression_2_fltp08 ,   e_floating_point_compression_3_fltp08 , e_floating_point_compression_4_fltp08 , e_string_reference , e_compression_count }
	Logical information about the type of compression implemented or requested. More...
enum class	ConnectionOpenType {   e_not_open = 0x0000 , e_read_only = 0x0001 , e_write_only = 0x0002 , e_read_write = e_read_only | e_write_only ,   e_append = 0x0004 , e_truncate = 0x0008 , e_text = 0x0010 , e_unbuffered = 0x0020 ,   e_new_only = 0x0040 , e_existing_only = 0x0080 }
	Describes how to open a connection. More...
enum class	ConnectionState {   e_no_connection , e_valid_connection , e_awaiting_response , e_attempting_connection ,   e_invalid_response , e_no_response , e_no_services , e_access_to_port_denied ,   e_network_error , e_resetting , e_initializing , e_connection_timeout ,   e_invalid_connection }
	Describes the state of the connection. More...
enum class	ContextMenuActions {   e_show_properties , e_make_visible , e_hide_everything_except , e_make_invisible ,   e_solid_material , e_outline_material , e_mesh , e_save ,   e_explode , e_group , e_import_from_library , e_delete_from_library ,   e_add_station , e_delete_object , e_station_text_visible , e_station_lines_visible ,   e_station_axis_visible , e_deploy_to_station , e_deploy_to_borehole , e_add_deployment ,   e_none }
	Default built-in context menu actions. More...
enum	DependecyType {   e_file , e_library , e_executable , e_module ,   e_type , e_firewall_exception , e_bundled_folder , e_rcc_resource ,   e_source_folder }
	Stores the type of dependency for a Module or resource. More...
enum class	DesignDialogStyle {   e_edit_settings , e_object_creation , e_next_back_workflow , e_finish_back_workflow ,   e_next_workflow , e_finish_workflow , e_no_decoration }
enum	DimensionValues : uint01 {   X = 0 , A = 0 , Y = 1 , B = 1 ,   Z = 2 , C = 2 , W = 3 , D = 3 }
	Values that represent dimension values. More...
enum	DropArea {   e_drop_invalid , e_drop_popup , e_drop_center , e_drop_top_fixed ,   e_drop_right_fixed , e_drop_left_fixed , e_drop_bottom_fixed , e_drop_top_direct_fixed ,   e_drop_right_direct_fixed , e_drop_left_direct_fixed , e_drop_bottom_direct_fixed , e_drop_top_insert ,   e_drop_right_insert , e_drop_left_insert , e_drop_bottom_insert }
	relates where a widget should be dropped relative to another. More...
enum class	DXFEntityCodes {   e_dxf_UNKNOWN = 0 , e_dxf_SECTION = 1 , e_dxf_LAYER = 10 , e_dxf_BLOCK = 11 ,   e_dxf_ENDBLK = 12 , e_dxf_LINETYPE = 13 , e_dxf_STYLE = 20 , e_dxf_SETTING = 50 ,   e_dxf_VIEWPORT = 34 , e_dxf_ENTITY_POINT = 100 , e_dxf_ENTITY_LINE = 101 , e_dxf_ENTITY_POLYLINE = 102 ,   e_dxf_ENTITY_LWPOLYLINE = 103 , e_dxf_ENTITY_VERTEX = 104 , e_dxf_ENTITY_SPLINE = 105 , e_dxf_ENTITY_KNOT = 106 ,   e_dxf_ENTITY_CONTROLPOINT = 107 , e_dxf_ENTITY_ARC = 108 , e_dxf_ENTITY_CIRCLE = 109 , e_dxf_ENTITY_ELLIPSE = 110 ,   e_dxf_ENTITY_INSERT = 111 , e_dxf_ENTITY_TEXT = 112 , e_dxf_ENTITY_MTEXT = 113 , e_dxf_ENTITY_DIMENSION = 114 ,   e_dxf_ENTITY_LEADER = 115 , e_dxf_ENTITY_HATCH = 116 , e_dxf_ENTITY_ATTRIB = 117 , e_dxf_ENTITY_IMAGE = 118 ,   e_dxf_ENTITY_IMAGEDEF = 119 , e_dxf_ENTITY_TRACE = 120 , e_dxf_ENTITY_SOLID = 121 , e_dxf_ENTITY_3DFACE = 122 ,   e_dxf_ENTITY_XLINE = 123 , e_dxf_ENTITY_RAY = 124 , e_dxf_ENTITY_SEQEND = 125 , e_dxf_ENTITY_ATTRIB_DEF = 126 ,   e_dxf_ENTITY_MESH = 127 , e_dxf_ENTITY_MATERIAL = 128 , e_dxf_ENTITY_MLEADER = 129 , e_dxf_BLOCK_RECORD = 135 ,   e_dxf_GROUP = 136 , e_dxf_XRECORD = 200 , e_dxf_DICTIONARY = 210 }
	Types of CAD entities natively supported by the NDEVR API. More...
enum class	DXFVersion { e_AC1009 , e_AC1014 , e_AC1021 }
	Versions of the DXF we support writing out. Lower versions support less features. More...
enum	EulerPosition : uint01 { ROLL , PITCH , YAW }
	Values that represent euler angles. These are typically used in Vector<3, Angle> to classify an orientation of an object. More...
enum	FileProperty { e_file_cache_is_valid , e_file_exists , e_file_is_hidden , e_file_is_directory }
enum	GeodeticValues : uint01 { LAT = 0 , LON = 1 , ALT = 2 }
	Values that represent dimension values for geodic dimensions. Represents latitude, longitude, and altitude. More...
enum	GeometryBooleanOperation { e_concatinate , e_subtract , e_cut }
	Types of GeometryBoolean operations supported natively by the NDEVR engine. More...
enum class	GeometryType {   e_points , e_linework , e_triangles , e_convex_polygons ,   e_concave_polygons , e_grids , e_block_models , e_geometry_type_size }
enum class	GNSSQuality {   e_invalid = 0 , e_gps_autonomous = 1 , e_gps_dsps_fix = 2 , e_pps_fix = 3 ,   e_rtk_fix = 4 , e_rtk_float = 5 , e_estimated = 6 , e_unknown = 7 ,   e_timeout , e_size }
	A list of standard GNSS qualities for GNSS measured data. More...
enum	GyroState {   e_no_gyro , e_gyro_invalid , e_gyro_valid , e_initializing ,   e_disabled , e_stabalizing_temp , e_calculating_drift , e_validating_drift ,   e_needs_reset }
	Used by OrientationSensor to display the current state of any available gyro. More...
enum	InterpolationValues { nearest_neighbor , e_linear , bicubic }
	Values that represent interpolation functions. Useful in large or complicated geological or time based data sets. More...
enum	IntersectionTypes { outside = 0 , inside , mixed }
	Used for classifying shape intersections. More...
enum	LocationValues : uint01 { MIN = 0 , MAX = 1 }
	Values that represent location values. More...
enum	MagnetometerState { e_no_compass , e_compass_valid , e_compass_invalid , e_calculating_bias }
	Used by OrientationSensor to display the current state of any available magnetometer. More...
enum	NDEVRLightingTheme { e_dark_theme , e_light_theme , e_num_of_themes }
enum	NDEVRRibbonAction {   e_save_file , e_save_as_file , e_open_project , e_undo ,   e_redo , e_help , e_settings , e_ribbon_action_size }
enum	NDEVRSelectionAction { e_save_selection , e_delete_selection , e_selection_action_size }
enum class	NormalMode { e_no_normals , e_smooth_normals , e_vertex_smooth_normals , e_hard_normals }
enum	NtpLeapIndicator { NoWarning = 0 , LastMinute61Warning = 1 , LastMinute59Warning = 2 , UnsynchronizedWarning = 3 }
enum	NtpMode {   ReservedMode = 0 , SymmetricActiveMode = 1 , SymmetricPassiveMode = 2 , ClientMode = 3 ,   ServerMode = 4 , BroadcastMode = 5 , ControlMode = 6 , PrivateMode = 7 }
enum	NtpStratum {   UnspecifiedStratum = 0 , PrimaryStratum = 1 , SecondaryStratumFirst = 2 , SecondaryStratumLast = 15 ,   UnsynchronizedStratum = 16 }
enum class	PlanePosition { e_above_plane , e_below_plane , e_on_plane }
	The location of an object either below, above, or on a given N-dimensional plane. More...
enum class	PrimitiveBitFlags {   e_is_selected = 0x01 , e_is_hidden = 0x02 , e_is_locked = 0x04 , e_is_deleted = 0x08 ,   e_is_closure_primitive = 0x10 }
enum class	PrimitiveMode {   e_no_index , e_point , e_lines , e_polyline ,   e_triangle , e_triangle_fan , e_triangle_strip , e_grid ,   e_block_model , e_index_mode_size }
	Used with Geometry to describe how vertices and indices are used to form shapes. More...
enum class	PrimitiveProperty { Outline , Solid , Vertices , Index_Property_Size }
enum	RangeSensorType { e_line , e_2d_fan , e_3d_fan }
	The type of a range sensor. More...
enum class	RawConnectionLoggingMode { e_binary_logging , e_ascii_logging }
enum class	RegistryActionType { e_append , e_create , e_remove }
	Available registry actions that can be taken on program installation. More...
enum class	RegistryType {   e_string , e_integer , e_binary , e_expandable ,   e_multi_string , e_folder }
	Available registry actions that can be taken on program installation. More...
enum class	RibbonArea {   e_keep_square , e_top , e_bottom , e_left ,   e_right , e_left_horizontal , e_right_horizontal , e_vertical_accordian ,   e_vertical_menu }
	Requests a ribbon or tab area to be in a certain location and orientation relative to another widget. More...
enum	RibbonLayoutMode { e_best , e_vertical , e_horizontal , e_ignored }
	The orientations a ribbon can take on. More...
enum class	ScanMode {   e_horizontal , e_vertical , e_horizontal_and_vertical , e_circle_scan ,   e_moving_circle_scan , e_image_only , e_video_scan , e_undefined }
	The mode that a scanner will collect data in. More...
enum	SelectionMode {   e_selection_point , e_selection_line , e_selection_polygon , e_selection_bounds ,   e_selection_plane }
enum class	SnapLocation {   e_isometric_nw , e_isometric_n , e_isometric_ne , e_isometric_w ,   e_top_down_snap , e_bottom_snap , e_isometric_e , e_isometric_sw ,   e_isometric_s , e_isometric_se , e_n_side_snap , e_s_side_snap ,   e_e_side_snap , e_w_side_snap , e_front , e_back ,   e_back_wo_pitch , e_left , e_right , e_front_wo_pitch_yaw ,   e_back_wo_pitch_yaw , e_left_wo_yaw , e_right_wo_yaw , e_best_snap ,   e_best_side_snap , e_no_snap }
	A list of directions that a view can be pointed relative to an object or scene. More...
enum class	SplineBoundaryType { e_first_deriv = 1 , e_second_deriv = 2 , e_not_a_knot = 3 }
enum class	SplineType { e_linear = 10 , e_cspline = 30 , e_cspline_hermite = 31 }
enum class	TextAlignment {   e_left = 0x01 , e_right = 0x02 , e_top = 0x04 , e_bottom = 0x08 ,   e_bottom_base = 0x10 , e_h_center = e_left | e_right , e_v_center = e_top | e_bottom , e_v_baseline_center = e_top | e_bottom_base ,   e_center = e_v_center | e_h_center }
	How to align text into a given container. More...
enum class	TooltipType {   e_browse_file , e_quick_start , e_new_project , e_exit_program ,   e_about_program , e_log_info , e_program_settings , e_light_theme ,   e_dark_theme , e_tablet_theme , e_desktop_theme , e_mobile_theme ,   e_add_station , e_add_pattern , e_preserve_precision , e_read_lines ,   e_read_points , e_read_meshes , e_write_lines , e_write_points ,   e_write_meshes , e_always_show_import_dialog , e_always_show_export_dialog , e_start_3D_scan ,   e_stop_3D_scan , e_pause_3D_scan , e_add_boretrak_segment , e_remove_boretrak_segment ,   e_run_circle_scan , e_camera_action_combo , e_smooth_button , e_no_smooth ,   e_light_smooth , e_normal_smooth , e_heavy_smooth , e_max_smooth ,   e_flip_uv_toggle , e_generate_uv_toggle , e_optimize_mesh_toggle , e_optimize_model_heirarchy_toggle ,   e_remove_identical_vertices_toggle , e_convert_degenerates_toggle , e_flatten_model_toggle , e_optimize_mesh_instance_toggle ,   e_flat_normals , e_smooth_normals , e_no_normals , e_no_winding ,   e_clockwise_winding , e_counter_clockwise_winding , e_print_viewports , e_close_project ,   e_save_project , e_share_project , e_save_as_project , e_export }
	Enums for program-generated tooltips. More...
enum	TriangleLocation {   outside_tri , edge_ab , edge_bc , edge_ca ,   vertex_a , vertex_b , vertex_c , angle_a ,   angle_b , angle_c , inside_tri , mixed_location_tri ,   tri_location_nan }
	Values that represent triangle locations. More...
enum class	UnitCategory {   e_undefined_unit , e_angle , e_orientation , e_distance ,   e_coordinate , e_surface_area , e_volume , e_weight ,   e_speed , e_acceleration , e_rotational_speed , e_time ,   e_force , e_ratio , e_lat_lon }
	A category of unit describing what it relates to. Any category can have some number of units defined which could be used to display or describe the data. More...
enum class	UVType {   e_KD , e_KS , e_KA , e_reflect ,   e_emmisive , e_normal , e_displace , e_uv_size }
	Channels that describe how an object should interact with light. More...
enum	VehicleType {   e_mini_compact_sedan , e_sub_compact_sedan , e_compact_sedan , e_mid_sized_sedan ,   e_large_sedan , e_hatchback , e_coupe , e_sport_car ,   e_sport_convertible , e_light_duty_truck , e_medium_duty_truck , e_heavy_duty_truck ,   e_station_wagon , e_suv_small , e_suv_large , e_cargo_van_small ,   e_cargo_van_large , e_passenger_van_small , e_passenger_van_large }
enum class	VertexFlags : uint01 {   e_is_selected , e_is_hidden , e_is_locked , e_is_filtered ,   e_is_closure_location , e_is_smooth }
enum class	VertexProperty : uint01 {   Position = 0 , Normal = 1 , Tangent = 2 , BiTangent = 3 ,   Color = 4 , Texture = 5 , BitFlag = 6 , Bones = 7 ,   PreSmoothedPosition = 8 , Region = 9 , Vertex_Property_Size , Invalid = 255 }
enum class	ViewportLayoutTheme {   e_undefined , e_1_panel , e_1l1r_panel , e_2l1r_panel ,   e_1l2r_panel , e_2l2r_panel }
	The potential layouts of multiple viewports within the NDEVR engine. More...
enum class	WindingMode { e_no_winding , e_clockwise_winding , e_counterclockwise_winding , e_indeterminate_winding }

Functions
template<class t_angle_type >
constexpr Angle< t_angle_type >	abs (const Angle< t_angle_type > &value)
	Changes an input with a negative sign, to a positive sign.
template<class t_type >
constexpr std::enable_if<!IsVec< t_type >::value, t_type >::type	abs (const t_type &value)
template<class t_type >
constexpr std::enable_if< IsVec< t_type >::value, t_type >::type	abs (const t_type &value)
constexpr TimeSpan	abs (const TimeSpan &value)
template<>
constexpr uint01	abs (const uint01 &value)
template<>
constexpr uint02	abs (const uint02 &value)
template<>
constexpr uint04	abs (const uint04 &value)
template<>
constexpr uint08	abs (const uint08 &value)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	abs (const Vector< t_dims, t_type > &vector)
void	AddAssimpInterfaceFunctionsToModuleManager ()
void	AddCADFunctionsToModuleManager ()
void	AddCADInterfaceFunctionsToModuleManager ()
void	AddCoordinateProjectionFunctionsToModuleManager ()
void	AddCSFFunctionsToModuleManager ()
void	AddDesignWidgetsFunctionsToModuleManager ()
void	AddE57InterfaceFunctionsToModuleManager ()
void	AddGeoSLAMInterfaceFunctionsToModuleManager ()
void	AddGLESInterfaceFunctionsToModuleManager ()
void	AddHardwareFunctionsToModuleManager ()
void	AddHardwareWidgetsFunctionsToModuleManager ()
void	AddIredesFunctionsToModuleManager ()
void	AddKMLInterfaceFunctionsToModuleManager ()
void	AddLASInterfaceFunctionsToModuleManager ()
void	AddLocalCameraStreamFunctionsToModuleManager ()
void	AddNDEVRBluetoothFunctionsToModuleManager ()
void	AddNDEVRChartsFunctionsToModuleManager ()
void	AddNDEVRFontsFunctionsToModuleManager ()
void	AddNDEVRGraphicsFunctionsToModuleManager ()
void	AddNDEVRImagesFunctionsToModuleManager ()
void	AddNDEVRNetworkFunctionsToModuleManager ()
void	AddNDEVRNetworkProtocolsFunctionsToModuleManager ()
void	AddNDEVRPrintFunctionsToModuleManager ()
void	AddNDEVRSerialPortFunctionsToModuleManager ()
void	AddNDEVRSoundManagerFunctionsToModuleManager ()
void	AddNDEVRSoundsFunctionsToModuleManager ()
void	AddNDEVRSurfacingFunctionsToModuleManager ()
void	AddNDEVRWebSocketFunctionsToModuleManager ()
void	AddOpenXLSXInterfaceFunctionsToModuleManager ()
void	AddPDFFunctionsToModuleManager ()
void	AddReportGeneratorFunctionsToModuleManager ()
void	AddSHPInterfaceFunctionsToModuleManager ()
void	AddSocketIOFunctionsToModuleManager ()
void	AddSweetHomeInterfaceFunctionsToModuleManager ()
void	AddTranslationResourcesFunctionsToModuleManager ()
void	AddVehicleDatabaseFunctionsToModuleManager ()
void	AddVNCInterfaceFunctionsToModuleManager ()
void	AddVulkanInterfaceFunctionsToModuleManager ()
void	AddWebViewsFunctionsToModuleManager ()
void	AddXRInterfaceModuleToModuleManager ()
template<class t_buffer_type >
uint04	ApxMedian (const t_buffer_type &elements, const Buffer< uint04 > &indices, uint04 start, uint04 end, uint01 dimension)
	Returns the aproximate median, or value that is close to the median, significantly faster than it would take to calculate the true median.
template<class t_type , class t_node_type >
uint04	ApxNthElement (const Buffer< t_node_type > &points, Buffer< uint04 > &indices, uint04 start, uint04 end, uint01 dimension)
	Returns the aproximate Nth element, or value that is close to the Nth Element, significantly faster than it would take to calculate the true Nth element of the sorted series.
template<uint01 t_dims, class t_type >
bool	AreParallel (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<class t_type >
constexpr std::enable_if<!IsVec< t_type >::value, bool >::type	AreSame (const t_type &a, const t_type &b)
template<class t_type >
constexpr std::enable_if<!IsVec< t_type >::value, bool >::type	AreSame (const t_type &a, const t_type &b, const t_type &epsilon)
template<class t_vector_type >
constexpr std::enable_if< IsVec< t_vector_type >::value, bool >::type	AreSame (const t_vector_type &v_a, const t_vector_type &v_b)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVec< t_vector_type >::value, bool >::type	AreSame (const t_vector_type &v_a, const t_vector_type &v_b, const t_type &epsilon)
template<class t_type_a >
void	assign (t_type_a &a, const char *b)
template<class t_type_a >
void	assign (t_type_a &a, const t_type_a &b)
template<class t_type_a , class t_type_b >
void	assign (t_type_a &a, const t_type_b &b)
template<class t_type_a , uint01 t_dim_b, class t_type_b >
void	assign (t_type_a &a, const Vector< t_dim_b, t_type_b > &b)
template<class t_type_a , uint01 t_dim_b, class t_type_b >
void	assign (t_type_a &a, const Vector< t_dim_b, t_type_b > &b, uint01 dim)
template<uint01 t_dim_a, class t_type_a , uint01 t_dim_b, class t_type_b >
void	assign (Vector< t_dim_a, t_type_a > &a, const Vector< t_dim_b, t_type_b > &b)
template<uint01 t_dim_a, class t_type_a , uint01 t_dim_b, class t_type_b >
void	assign (Vector< t_dim_a, t_type_a > &a, const Vector< t_dim_b, t_type_b > &b, uint01 dim)
template<class t_to >
constexpr t_to	cast (BitReference value)
template<class t_to , class t_from >
constexpr t_to	cast (const Angle< t_from > &value)
template<class t_to >
constexpr t_to	cast (const String &value)
template<>
constexpr uint04	cast (fltp04 value)
	Casts the given value. Is equivalent to static_cast except allows for the option of special cases by specializing the template.
template<>
constexpr uint04	cast (fltp08 value)
	Casts the given value. Is equivalent to static_cast except allows for the option of special cases by specializing the template.
template<>
constexpr uint04	cast (sint04 value)
	Casts the given value. Is equivalent to static_cast except allows for the option of special cases by specializing the template.
template<>
constexpr uint04	cast (sint08 value)
	Casts the given value. Is equivalent to static_cast except allows for the option of special cases by specializing the template.
template<class t_to , class t_from >
constexpr t_to	cast (t_from value)
	Casts the given value. Is equivalent to static_cast except allows for the option of special cases by specializing the template.
template<class t_to , class t_from >
constexpr t_to	cast (Vector< 1, t_from > &value)
template<class t_type >
t_type	ChangeEndian (t_type in)
template<class t_other_type , class t_type >
constexpr std::enable_if<!std::is_polymorphic< t_type >::value, bool >::type	CheckCanCast (t_type *)
template<class t_other_type , class t_type >
constexpr std::enable_if< std::is_polymorphic< t_type >::value, bool >::type	CheckCanCast (t_type *other)
XrResult	CheckXrResult (XrResult res, const char *originator=nullptr, const char *sourceLocation=nullptr)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Bounds< t_dims, t_type, t_vertex > &bounds, const LineSegment< t_dims, t_type, t_vertex > &line)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Bounds< t_dims, t_type, t_vertex > &bounds, const Plane< t_dims, t_type > &plane)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Bounds< t_dims, t_type, t_vertex > &bounds, const Polygon< t_type > &polygon)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Bounds< t_dims, t_type, t_vertex > &bounds, const RadialObject< t_dims, t_type, t_vertex > &radial)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Bounds< t_dims, t_type, t_vertex > &bounds, const t_vertex &vertex)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Bounds< t_dims, t_type, t_vertex > &bounds, const Triangle< t_dims, t_type, t_vertex > &tri)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Bounds< t_dims, t_type, t_vertex > &left, const Bounds< t_dims, t_type, t_vertex > &right)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const LineSegment< t_dims, t_type, t_vertex > &left, const LineSegment< t_dims, t_type, t_vertex > &right)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const LineSegment< t_dims, t_type, t_vertex > &line, const Bounds< t_dims, t_type, t_vertex > &bounds)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const LineSegment< t_dims, t_type, t_vertex > &line, const Plane< t_dims, t_type > &plane)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const LineSegment< t_dims, t_type, t_vertex > &line, const Polygon< t_type > &polygon)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const LineSegment< t_dims, t_type, t_vertex > &line, const t_vertex &vertex)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const LineSegment< t_dims, t_type, t_vertex > &line, const Triangle< t_dims, t_type, t_vertex > &tri)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Plane< t_dims, t_type > &plane, const Bounds< t_dims, t_type, t_vertex > &bounds)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Plane< t_dims, t_type > &plane, const LineSegment< t_dims, t_type, t_vertex > &line)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Plane< t_dims, t_type > &plane, const RadialObject< t_dims, t_type, t_vertex > &radial)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Plane< t_dims, t_type > &plane, const t_vertex &point)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Plane< t_dims, t_type > &plane, const Triangle< t_dims, t_type, t_vertex > &triangle)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Polygon< t_type > &polygon, const Bounds< t_dims, t_type, t_vertex > &bounds)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Polygon< t_type > &polygon, const LineSegment< t_dims, t_type, t_vertex > &line)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Polygon< t_type > &polygon, const Triangle< t_dims, t_type, t_vertex > &tri)
template<class t_type , class t_vertex >
IntersectionTypes	classify (const Polygon< t_type, t_vertex > &polygon, const t_vertex &vector)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const RadialObject< t_dims, t_type, t_vertex > &rad, const t_vertex &vector)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const RadialObject< t_dims, t_type, t_vertex > &radial, const Bounds< t_dims, t_type, t_vertex > &bounds)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const RadialObject< t_dims, t_type, t_vertex > &radial, const Plane< t_dims, t_type > &plane)
template<class t_other_type , uint01 t_dims, class t_type >
IntersectionTypes	classify (const SelectionArea< t_dims, t_type > &area, const t_other_type &other)
template<class t_other_type , uint01 t_dims, class t_type >
IntersectionTypes	classify (const t_other_type &other, const SelectionArea< t_dims, t_type > &area)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const t_vertex &point, const Plane< t_dims, t_type > &plane)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const t_vertex &point, const Triangle< t_dims, t_type, t_vertex > &tri)
template<class t_type , class t_vertex >
IntersectionTypes	classify (const t_vertex &vector, const Polygon< t_type, t_vertex > &polygon)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const t_vertex &vector, const RadialObject< t_dims, t_type, t_vertex > &rad)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const t_vertex &vertex, const Bounds< t_dims, t_type, t_vertex > &bounds)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Triangle< t_dims, t_type, t_vertex > &tri, const LineSegment< t_dims, t_type, t_vertex > &line)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Triangle< t_dims, t_type, t_vertex > &tri, const Polygon< t_type > &polygon)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Triangle< t_dims, t_type, t_vertex > &tri, const t_vertex &point)
template<uint01 t_dims, class t_type , class t_vertex >
IntersectionTypes	classify (const Triangle< t_dims, t_type, t_vertex > &triangle, const Plane< t_dims, t_type > &plane)
template<uint01 t_dims, class t_type >
IntersectionTypes	classify (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<typename t_type >
constexpr t_type	clip (const t_type &value, const t_type &lower_bound, const t_type &upper_bound)
	Clips the value given so that that the returned value falls between upper and lower bound.
template<uint01 t_dims, typename t_type >
constexpr Vector< t_dims, t_type >	clip (const Vector< t_dims, t_type > &value, const Vector< t_dims, t_type > &lower_bound, const Vector< t_dims, t_type > &upper_bound)
template<uint01 t_dims, class t_type , class t_vertex >
constexpr Vector< t_dims, t_type >	ClosestPoint (const Triangle< t_dims, t_type, t_vertex > &tri, const t_vertex &point)
template<uint01 t_dims, class t_type , class t_vertex >
constexpr Vector< t_dims, t_type >	ClosestPoint (const Triangle< t_dims, t_type, t_vertex > &tri, const t_vertex &point, const t_vertex &edge0, const Vector< t_dims, t_type > &edge1, t_type a, t_type b, t_type c, t_type det)
template<class t_type >
std::enable_if<!ObjectInfo< t_type >::Float, fltp08 >::type	cos (const Angle< t_type > &angle)
	Performs optimized cosine operation on the given angle using pre-computed lookup table for optimal speed.
template<class t_type >
std::enable_if< ObjectInfo< t_type >::Float, fltp08 >::type	cos (const Angle< t_type > &angle)
	Performs cosine operation on the given angle.
template<class t_type >
t_type	cos (const t_type &angle)
	Performs cosine operation on the given angle assumed to be in radians.
template<class t_type >
constexpr Vector< 1, t_type >	cross (const Vector< 1, t_type > &, const Vector< 1, t_type > &)
template<class t_type >
constexpr Vector< 2, t_type >	cross (const Vector< 2, t_type > &v1, const t_type &v2)
template<class t_type >
constexpr t_type	cross (const Vector< 2, t_type > &v1, const Vector< 2, t_type > &v2)
template<class t_type >
constexpr Vector< 3, t_type >	cross (const Vector< 3, t_type > &v1, const Vector< 3, t_type > &v2)
template<uint01 t_dims, class t_type >
t_type	determinate (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<uint01 t_dims, class t_type >
t_type	determinate (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2, const Vector< t_dims, t_type > &v3)
template<class t_precision , uint01 t_dims, class t_type , class t_vertex >
constexpr t_type	distance (const LineSegment< t_dims, t_type > &line, const Vector< t_dims, t_type > &vertex)
template<class t_precision , uint01 t_dims, class t_type , class t_vertex >
t_precision	distance (const LineSegment< t_dims, t_type, t_vertex > &left, const LineSegment< t_dims, t_type, t_vertex > &right, t_precision epsilon=cast< t_precision >(0))
template<uint01 t_dims, class t_type , class t_vertex >
constexpr t_type	distance (const Plane< t_dims, t_type > &plane, const Vertex< t_dims, t_vertex > &vertex)
template<class epsilon_type , uint01 t_dims, class t_type , class t_vertex >
constexpr t_type	distance (const t_vertex &vertex, const LineSegment< t_dims, t_type, t_vertex > &line)
template<uint01 t_dims, class t_type >
t_type	distance (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<class t_distance_type , uint01 t_dims, class t_type >
t_distance_type	distance (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<uint01 t_dims, class t_type , class t_vertex >
constexpr t_type	distanceSquared (const Bounds< t_dims, t_type, t_vertex > &, const Triangle< t_dims, t_type, t_vertex > &)
template<uint01 t_dims, class t_type , class t_vertex >
t_type	distanceSquared (const Bounds< t_dims, t_type, t_vertex > &a, const Bounds< t_dims, t_type, t_vertex > &b)
template<uint01 t_dims, class t_type , class t_vertex >
t_type	distanceSquared (const Bounds< t_dims, t_type, t_vertex > &bounds, const Vector< t_dims, t_type > &vertex)
template<uint01 t_dims, class t_type , class t_vertex_a , class t_vertex_b >
t_type	distanceSquared (const Bounds< t_dims, t_type, t_vertex_a > &bounds, const LineSegment< t_dims, t_type, t_vertex_b > &line)
template<uint01 t_dims, class t_type , class t_vertex >
t_type	distanceSquared (const LineSegment< t_dims, t_type, t_vertex > &left, const LineSegment< t_dims, t_type, t_vertex > &right, const t_type &epsilon=cast< t_type >(0))
template<uint01 t_dims, class t_type , class t_vertex >
t_type	distanceSquared (const LineSegment< t_dims, t_type, t_vertex > &line, const t_vertex &vertex)
template<uint01 t_dims, class t_type , class t_vertex >
constexpr t_type	distanceSquared (const LineSegment< t_dims, t_type, t_vertex > &line, const Triangle< t_dims, t_type, t_vertex > &tri)
template<uint01 t_dims, class t_type , class t_vertex_a , class t_vertex_b >
t_type	distanceSquared (const LineSegment< t_dims, t_type, t_vertex_a > &line, const Bounds< t_dims, t_type, t_vertex_b > &bounds)
template<class t_type , class t_other_type >
t_type	distanceSquared (const Polygon< t_type > &poly, const t_other_type &original_object)
template<uint01 t_dims, class t_type , class t_other_type >
t_type	distanceSquared (const Polyline< t_dims, t_type > &poly, const t_other_type &original_object)
template<class t_other_type , uint01 t_dims, class t_type >
constexpr t_type	distanceSquared (const SelectionArea< t_dims, t_type > &area, const t_other_type &other)
template<class t_type , class t_other_type >
t_type	distanceSquared (const t_other_type &original_object, const Polygon< t_type > &poly)
template<uint01 t_dims, class t_type , class t_other_type >
t_type	distanceSquared (const t_other_type &original_object, const Polyline< t_dims, t_type > &poly)
template<class t_other_type , uint01 t_dims, class t_type >
constexpr t_type	distanceSquared (const t_other_type &other, const SelectionArea< t_dims, t_type > &area)
template<uint01 t_dims, class t_type , class t_vertex >
constexpr t_type	distanceSquared (const t_vertex &vertex, const LineSegment< t_dims, t_type, t_vertex > &line)
template<uint01 t_dims, class t_type , class t_vertex >
constexpr t_type	distanceSquared (const t_vertex &vertex, const Triangle< t_dims, t_type, t_vertex > &tri)
template<uint01 t_dims, class t_type , class t_vertex >
constexpr t_type	distanceSquared (const Triangle< t_dims, t_type, t_vertex > &, const Bounds< t_dims, t_type, t_vertex > &)
template<uint01 t_dims, class t_type , class t_vertex >
constexpr t_type	distanceSquared (const Triangle< t_dims, t_type, t_vertex > &tri, const LineSegment< t_dims, t_type, t_vertex > &line)
template<uint01 t_dims, class t_type , class t_vertex >
constexpr t_type	distanceSquared (const Triangle< t_dims, t_type, t_vertex > &tri, const t_vertex &vertex)
template<uint01 t_dims, class t_type >
t_type	distanceSquared (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<uint01 t_dims, class t_type , class t_vertex >
t_type	distanceSquared (const Vector< t_dims, t_type > &vertex, const Bounds< t_dims, t_type, t_vertex > &bounds)
template<uint01 t_dims, class t_type , class t_vertex >
constexpr t_type	distanceSquaredOptimized (const LineSegment< t_dims, t_type, t_vertex > &line, const t_vertex &vertex, const t_vertex &ray, const t_type &dot_ray)
template<uint01 t_dims, class t_type >
t_type	dot (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<class t_node_type , class t_container_type >
uint04	dynamicHeapMedian (uint04 size, const Buffer< t_node_type > &points, const t_container_type &indices, const uint04 start, const uint04 step, uint01 dimension)
template<bool t_has_winding, uint01 t_dims, class t_type , class t_vertex >
constexpr bool	Equals (const Triangle< t_dims, t_type, t_vertex > &tri_a, const Triangle< t_dims, t_type, t_vertex > &tri_b, t_type epsilon=0)
template<uint01 t_dims, class t_type , class t_vertex >
constexpr bool	equals (const LineSegment< t_dims, t_type, t_vertex > &left, const LineSegment< t_dims, t_type, t_vertex > &right, const t_type &epsilon=cast< t_type >(0))
template<class t_type , uint01 t_row_dims, uint01 t_col_dims>
bool	equals (const Matrix< t_type, t_row_dims, t_col_dims > &a, const Matrix< t_type, t_row_dims, t_col_dims > &b, t_type epsilon)
template<uint01 t_dims, class t_type >
constexpr bool	equals (const Vector< t_dims, t_type > &left, const Vector< t_dims, t_type > &right, const t_type &epsilon=cast< t_type >(0))
template<class t_type , class t_memory_allocator , class t_memory_manager >
Buffer< t_type, t_memory_allocator, t_memory_manager >	Except (const Buffer< t_type, t_memory_allocator, t_memory_manager > &a, const Buffer< t_type, t_memory_allocator, t_memory_manager > &b)
template<class t_type , class t_memory_allocator , class t_memory_manager >
Buffer< t_type, t_memory_allocator, t_memory_manager >	ExceptSorted (const Buffer< t_type, t_memory_allocator, t_memory_manager > &a, const Buffer< t_type, t_memory_allocator, t_memory_manager > &b)
template<uint01 t_dims, class t_type , class t_base >
constexpr Ray< t_dims, t_type, t_base >	getMax (const Ray< t_dims, t_type, t_base > &v1, const Ray< t_dims, t_type, t_base > &v2)
template<>
constexpr sint01	getMax (const sint01 &left, const sint01 &right)
template<>
constexpr sint02	getMax (const sint02 &left, const sint02 &right)
template<>
constexpr sint04	getMax (const sint04 &left, const sint04 &right)
template<>
constexpr sint08	getMax (const sint08 &left, const sint08 &right)
template<typename t_type >
constexpr t_type	getMax (const t_type &left, const t_type &middle, const t_type &right)
template<typename t_type >
constexpr t_type	getMax (const t_type &left, const t_type &right)
	Finds the max of the given arguments using the > operator The only requirement is that t_type have > operator defined.
template<>
constexpr uint01	getMax (const uint01 &left, const uint01 &right)
template<>
constexpr uint02	getMax (const uint02 &left, const uint02 &right)
template<>
constexpr uint04	getMax (const uint04 &left, const uint04 &right)
template<>
constexpr uint08	getMax (const uint08 &left, const uint08 &right)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	getMax (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<uint01 t_dims, class t_type , class t_base >
constexpr Vertex< t_dims, t_type, t_base >	getMax (const Vertex< t_dims, t_type, t_base > &v1, const Vertex< t_dims, t_type, t_base > &v2)
template<uint01 t_dims, class t_type , class t_base >
constexpr Ray< t_dims, t_type, t_base >	getMin (const Ray< t_dims, t_type, t_base > &v1, const Ray< t_dims, t_type, t_base > &v2)
template<>
constexpr sint01	getMin (const sint01 &left, const sint01 &right)
template<>
constexpr sint02	getMin (const sint02 &left, const sint02 &right)
template<>
constexpr sint04	getMin (const sint04 &left, const sint04 &right)
template<>
constexpr sint08	getMin (const sint08 &left, const sint08 &right)
template<typename t_type >
constexpr t_type	getMin (const t_type &left, const t_type &middle, const t_type &right)
template<typename t_type >
constexpr t_type	getMin (const t_type &left, const t_type &right)
	Finds the minimum of the given arguments based on the < operator Author: Tyler Parke Date: 2017-11-05.
template<>
constexpr uint01	getMin (const uint01 &left, const uint01 &right)
template<>
constexpr uint02	getMin (const uint02 &left, const uint02 &right)
template<>
constexpr uint04	getMin (const uint04 &left, const uint04 &right)
template<>
constexpr uint08	getMin (const uint08 &left, const uint08 &right)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	getMin (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<uint01 t_dims, class t_type , class t_base >
constexpr Vertex< t_dims, t_type, t_base >	getMin (const Vertex< t_dims, t_type, t_base > &v1, const Vertex< t_dims, t_type, t_base > &v2)
template<class t_type , bool is_buffer = ObjectInfo<t_type>::Buffer>
constexpr std::enable_if<!ObjectInfo< t_type >::Buffer, TypeInfo >::type	GetTypeInfo ()
template<class t_type >
constexpr std::enable_if< ObjectInfo< t_type >::Buffer, TypeInfo >::type	GetTypeInfo ()
template<class t_type , class t_memory_allocator , class t_memory_manager >
Buffer< t_type, t_memory_allocator, t_memory_manager >	Intersect (const Buffer< t_type, t_memory_allocator, t_memory_manager > &a, const Buffer< t_type, t_memory_allocator, t_memory_manager > &b)
template<class t_type , class t_memory_allocator , class t_memory_manager >
Buffer< t_type, t_memory_allocator, t_memory_manager >	IntersectPreserveOrderA (const Buffer< t_type, t_memory_allocator, t_memory_manager > &a, const Buffer< t_type, t_memory_allocator, t_memory_manager > &b)
template<class t_type , class t_memory_allocator , class t_memory_manager >
Buffer< t_type, t_memory_allocator, t_memory_manager >	IntersectSorted (const Buffer< t_type, t_memory_allocator, t_memory_manager > &a, const Buffer< t_type, t_memory_allocator, t_memory_manager > &b)
template<>
constexpr bool	IsInvalid (const fltp04 &value)
template<>
constexpr bool	IsInvalid (const fltp08 &value)
template<>
constexpr bool	IsInvalid (const String &value)
template<class t_type >
constexpr bool	IsInvalid (const t_type &value)
	Query if 'value' is valid or invalid. Invalid values should return invalid if used for calculations or false for operator checks, when possible.
template<>
fltp04	MakeRandom (fltp04 max)
template<>
fltp08	MakeRandom (fltp08 max)
	Returns a pseudo-random number between 0 and the associated max value.
template<class t_type >
t_type	MakeRandom (t_type max)
	Returns a pseudo-random number between 0 and the associated max value.
template<class t_type >
t_type	MakeRandom (t_type min, t_type max)
	Returns a pseudo-random number between 0 and the associated max value.
template<class t_type >
constexpr uint04	MaxDigits ()
	For a given number type, returns the maximum number of digits the number type can represent.
template<>
constexpr uint04	MaxDigits< sint01 > ()
template<>
constexpr uint04	MaxDigits< sint02 > ()
template<>
constexpr uint04	MaxDigits< sint04 > ()
template<>
constexpr uint04	MaxDigits< sint08 > ()
template<>
constexpr uint04	MaxDigits< uint01 > ()
template<>
constexpr uint04	MaxDigits< uint02 > ()
template<>
constexpr uint04	MaxDigits< uint04 > ()
template<>
constexpr uint04	MaxDigits< uint08 > ()
template<class t_container_type >
uint04	median (const t_container_type &elements, Buffer< uint04 > &indices, const uint04 start, const uint04 end, uint01 dimension)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type	operator!= (const t_type &s, const t_vector_type &v)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type	operator!= (const t_vector_type &v, const t_type &s)
template<class t_vector_type >
constexpr std::enable_if< IsVec< t_vector_type >::value, bool >::type	operator!= (const t_vector_type &v_a, const t_vector_type &v_b)
template<uint01 t_dims, class t_type >
constexpr bool	operator!= (const Vector< t_dims, t_type > &vec_a, const Vector< t_dims, t_type > &vec_b)
constexpr TimeSpan	operator% (const Time &time, const TimeSpan &duration)
template<uint01 t_dims, class t_angle_type >
constexpr Vector< t_dims, Angle< t_angle_type > >	operator% (const Vector< t_dims, Angle< t_angle_type > > &vec_a, const Angle< t_angle_type > &value_b)
	Computes the remainder of an Angle given an angle and a modulo divisor.
template<uint01 t_dims, class t_angle_type >
constexpr Vector< t_dims, Angle< t_angle_type > >	operator% (const Vector< t_dims, Angle< t_angle_type > > &vec_a, const Vector< t_dims, Angle< t_angle_type > > &vec_b)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	operator% (const Vector< t_dims, t_type > &vec_a, const t_type &value_b)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	operator% (const Vector< t_dims, t_type > &vec_a, const Vector< t_dims, t_type > &vec_b)
constexpr RGBColor	operator* (const fltp04 &value, const RGBColor &color)
template<class t_type , class t_vector >
Ray< 3, t_type >	operator* (const Matrix< t_type, 3, 3 > &matrix, const Ray< 3, t_type, t_vector > &right)
template<class t_type , class t_vector >
Vertex< 3, t_type, t_vector >	operator* (const Matrix< t_type, 3, 3 > &matrix, const Vertex< 3, t_type, t_vector > &right)
template<class t_type , class t_vector >
Ray< 3, t_type >	operator* (const Matrix< t_type, 4, 4 > &matrix, const Ray< 3, t_type, t_vector > &right)
template<class t_type , class t_vector >
Ray< 4, t_type >	operator* (const Matrix< t_type, 4, 4 > &matrix, const Ray< 4, t_type, t_vector > &right)
template<class t_type , class t_vector >
Vertex< 3, t_type, t_vector >	operator* (const Matrix< t_type, 4, 4 > &matrix, const Vertex< 3, t_type, t_vector > &right)
template<class t_type , class t_vector >
Vertex< 4, t_type >	operator* (const Matrix< t_type, 4, 4 > &matrix, const Vertex< 4, t_type, t_vector > &right)
template<class t_type , class t_vertex , uint01 t_row_dims, uint01 t_col_dims>
Bounds< 1, t_type, t_vertex >	operator* (const Matrix< t_type, t_row_dims, t_col_dims > &matrix, const Bounds< 1, t_type, t_vertex > &bounds)
template<class t_type , class t_vertex , uint01 t_row_dims, uint01 t_col_dims>
Bounds< 2, t_type, t_vertex >	operator* (const Matrix< t_type, t_row_dims, t_col_dims > &matrix, const Bounds< 2, t_type > &bounds)
template<class t_type , class t_vertex , uint01 t_row_dims, uint01 t_col_dims>
Bounds< 3, t_type, t_vertex >	operator* (const Matrix< t_type, t_row_dims, t_col_dims > &matrix, const Bounds< 3, t_type, t_vertex > &bounds)
template<class t_type , uint01 t_dims, class t_vertex , uint01 t_row_dims, uint01 t_col_dims>
LineSegment< t_dims, t_type >	operator* (const Matrix< t_type, t_row_dims, t_col_dims > &matrix, const LineSegment< t_dims, t_type, t_vertex > &line)
template<class t_type , uint01 t_row_dims, uint01 t_col_dims>
Plane< 3, t_type >	operator* (const Matrix< t_type, t_row_dims, t_col_dims > &matrix, const Plane< 3, t_type > &plane)
template<class t_type , class t_vertex , uint01 t_row_dims, uint01 t_col_dims>
Polygon< t_type, t_vertex >	operator* (const Matrix< t_type, t_row_dims, t_col_dims > &matrix, const Polygon< t_type, t_vertex > &poly)
template<class t_type , class t_vertex , uint01 t_dims, uint01 t_row_dims, uint01 t_col_dims>
Polyline< t_dims, t_type, t_vertex >	operator* (const Matrix< t_type, t_row_dims, t_col_dims > &matrix, const Polyline< t_dims, t_type, t_vertex > &poly)
template<class t_type , class t_vector , uint01 t_row_dims, uint01 t_col_dims>
Ray< 1, t_type, t_vector >	operator* (const Matrix< t_type, t_row_dims, t_col_dims > &matrix, const Ray< 1, t_type, t_vector > &right)
template<class t_type , class t_vector , uint01 t_row_dims, uint01 t_col_dims>
Ray< 2, t_type, t_vector >	operator* (const Matrix< t_type, t_row_dims, t_col_dims > &matrix, const Ray< 2, t_type, t_vector > &right)
template<class t_type , uint01 t_dims, class t_vertex , uint01 t_row_dims, uint01 t_col_dims>
Triangle< t_dims, t_type, t_vertex >	operator* (const Matrix< t_type, t_row_dims, t_col_dims > &matrix, const Triangle< t_dims, t_type, t_vertex > &tri)
template<class t_type , class t_vector , uint01 t_row_dims, uint01 t_col_dims>
Vertex< 1, t_type, t_vector >	operator* (const Matrix< t_type, t_row_dims, t_col_dims > &matrix, const Vertex< 1, t_type, t_vector > &right)
template<class t_type , class t_vector , uint01 t_row_dims, uint01 t_col_dims>
Vertex< 2, t_type, t_vector >	operator* (const Matrix< t_type, t_row_dims, t_col_dims > &matrix, const Vertex< 2, t_type, t_vector > &right)
constexpr RGBColor	operator* (const RGBColor &color, const fltp04 &value)
template<class t_type , class t_vector_type >
constexpr std::enable_if< IsVecType< t_vector_type, Angle< fltp08 > >::value, t_vector_type >::type	operator* (const t_type &mult, const t_vector_type &angle)
template<class t_type , class t_vector_type >
constexpr std::enable_if< IsVecType< t_vector_type, Angle< sint04 > >::value, t_vector_type >::type	operator* (const t_type &mult, const t_vector_type &angle)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type	operator* (const t_type &value_a, const t_vector_type &vec_b)
template<class t_type , uint01 t_row_dims, uint01 t_col_dims>
Matrix< t_type, t_row_dims, t_col_dims >	operator* (const t_type mult, const Matrix< t_type, t_row_dims, t_col_dims > &matrix)
template<class t_type , class t_vector_type >
constexpr std::enable_if< IsVecType< t_vector_type, Angle< fltp08 > >::value, t_vector_type >::type	operator* (const t_vector_type &angle, const t_type &mult)
	Multiplication operator for a Vector of Angles.
template<class t_type , class t_vector_type >
constexpr std::enable_if< IsVecType< t_vector_type, Angle< sint04 > >::value, t_vector_type >::type	operator* (const t_vector_type &angle, const t_type &mult)
	Multiplication operator for a Vector of Angles.
template<uint01 t_dims, class t_type , class t_vector_type >
constexpr std::enable_if< std::is_base_of< Vector< t_dims, Angle< fltp08 > >, t_vector_type >::value, t_vector_type >::type	operator* (const t_vector_type &angle, const Vector< t_dims, t_type > &mult)
	Multiplication operator for a Vector of Angles.
template<uint01 t_dims, class t_type , class t_vector_type >
constexpr std::enable_if< std::is_base_of< Vector< t_dims, Angle< sint04 > >, t_vector_type >::value, t_vector_type >::type	operator* (const t_vector_type &angle, const Vector< t_dims, t_type > &mult)
	Multiplication operator for a Vector of Angles.
template<class t_type , class t_vector_type >
constexpr std::enable_if< IsVecType< t_vector_type, Angle< fltp08 > >::value, t_vector_type >::type	operator* (const t_vector_type &mult, const t_vector_type &angle)
template<class t_type , class t_vector_type >
constexpr std::enable_if< IsVecType< t_vector_type, Angle< sint04 > >::value, t_vector_type >::type	operator* (const t_vector_type &mult, const t_vector_type &angle)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type	operator* (const t_vector_type &vec_a, const t_type &value_b)
template<uint01 t_dims, class t_type , class t_vector_type >
constexpr std::enable_if< std::is_base_of< Vector< t_dims, Angle< fltp08 > >, t_vector_type >::value, t_vector_type >::type	operator* (const Vector< t_dims, t_type > &mult, const t_vector_type &angle)
template<uint01 t_dims, class t_type , class t_vector_type >
constexpr std::enable_if< std::is_base_of< Vector< t_dims, Angle< sint04 > >, t_vector_type >::value, t_vector_type >::type	operator* (const Vector< t_dims, t_type > &mult, const t_vector_type &angle)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	operator* (const Vector< t_dims, t_type > &vec_a, const Vector< t_dims, t_type > &vec_b)
template<class t_type , class t_vector , uint01 t_dims, uint01 t_row_dims, uint01 t_col_dims>
Vertex< t_dims, t_type >	operator* (const Vertex< t_dims, t_type, t_vector > &vertex, const Matrix< t_type, t_row_dims, t_col_dims > &matrix)
template<class t_type , class t_vector , uint01 t_dims, uint01 t_row_dims, uint01 t_col_dims>
Ray< t_dims, t_type >	operator* (const Vertex< t_dims, t_type, t_vector > &vertex, const Matrix< t_type, t_row_dims, t_col_dims > &matrix)
template<class t_type >
constexpr RGBColor &	operator*= (RGBColor &color, const t_type &value)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type > &	operator*= (Vector< t_dims, t_type > &vec_a, const Vector< t_dims, t_type > &vec_b)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type > &	operator*= (Vector< t_dims, t_type > &vec_a, t_type value_b)
String	operator+ (const char *&v1, const String &v2)
template<size_t t_size>
String	operator+ (const char(&v1)[t_size], const String &v2)
template<size_t t_size>
String	operator+ (const char(&v1)[t_size], String &&v2)
String	operator+ (const String &string_a, const String &string_b)
String	operator+ (const String &v1, const char &v2)
template<size_t t_size>
String	operator+ (const String &v1, const char(&v2)[t_size])
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type	operator+ (const t_type &scaler_a, const t_vector_type &vec_b)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	operator+ (const t_type &scaler_a, const Vector< t_dims, t_type > &vec_b)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type	operator+ (const t_vector_type &vec_a, const t_type &scaler_b)
template<class t_vector_type , uint01 t_dims, class t_type >
constexpr std::enable_if< std::is_base_of< Vector< t_dims, t_type >, t_vector_type >::value, t_vector_type >::type	operator+ (const t_vector_type &vec_a, const Vector< t_dims, t_type > &vec_b)
	Addition operator.
Time	operator+ (const Time &time, const TimeSpan &value)
String	operator+ (String &&v1, const char &v2)
String	operator+ (String &&v1, const char *&v2)
template<size_t t_size>
String	operator+ (String &&v1, const char(&v2)[t_size])
String	operator+ (String &&v1, const String &v2)
String	operator+ (String &&v1, String &&v2)
String &	operator+= (String &string, const String &value)
template<size_t t_size>
String &	operator+= (String &v1, const char(&v2)[t_size])
Time &	operator+= (Time &time, const TimeSpan &value)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type > &	operator+= (Vector< t_dims, t_type > &vec_a, const Vector< t_dims, t_type > &vec_b)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type > &	operator+= (Vector< t_dims, t_type > &vec_a, t_type scaler_b)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	operator- (const t_type &value_a, const Vector< t_dims, t_type > &vec_b)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type	operator- (const t_vector_type &vec_a, const t_type &value_b)
template<class t_vector_type , uint01 t_dims, class t_type >
constexpr std::enable_if< std::is_base_of< Vector< t_dims, t_type >, t_vector_type >::value, t_vector_type >::type	operator- (const t_vector_type &vec_a, const Vector< t_dims, t_type > &vec_b)
TimeSpan	operator- (const Time &time, const Time &value)
Time	operator- (const Time &time, const TimeSpan &value)
Time &	operator-= (Time &time, const TimeSpan &value)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type > &	operator-= (Vector< t_dims, t_type > &vec_a, const Vector< t_dims, t_type > &vec_b)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	operator-= (Vector< t_dims, t_type > &vec_a, t_type value_b)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type	operator/ (const t_type &value_a, const t_vector_type &vec_b)
template<class t_type , class t_vector_type , class t_angle_type >
constexpr std::enable_if< IsVecType< t_vector_type, Angle< t_angle_type > >::value, t_vector_type >::type	operator/ (const t_vector_type &angle, const t_type &den)
	Division operator for a Vector of Angles.
template<class t_type , class t_vector_type >
constexpr std::enable_if< IsVecType< t_vector_type, Angle< fltp08 > >::value, t_vector_type >::type	operator/ (const t_vector_type &angle, const t_type &den)
	Division operator for a Vector of Angles.
template<class t_type , class t_vector_type >
constexpr std::enable_if< IsVecType< t_vector_type, Angle< sint04 > >::value, t_vector_type >::type	operator/ (const t_vector_type &angle, const t_type &den)
	Division operator for a Vector of Angles.
template<uint01 t_dims, class t_vector_type , class t_angle_type >
constexpr std::enable_if< std::is_base_of< Vector< t_dims, Angle< t_angle_type > >, t_vector_type >::value, Vector< t_dims, fltp08 > >::type	operator/ (const t_vector_type &angle, const Vector< t_dims, Angle< t_angle_type > > &den)
	Division operator for a Vector of Angles.
template<uint01 t_dims, class t_type , class t_vector_type , class t_angle_type >
constexpr std::enable_if< std::is_base_of< Vector< t_dims, Angle< t_angle_type > >, t_vector_type >::value, t_vector_type >::type	operator/ (const t_vector_type &angle, const Vector< t_dims, t_type > &den)
	Division operator for a Vector of Angles.
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type	operator/ (const t_vector_type &vec_a, const t_type &value_b)
template<uint01 t_dims, class t_angle_type >
constexpr Vector< t_dims, fltp08 >	operator/ (const Vector< t_dims, Angle< t_angle_type > > &angle, const Vector< t_dims, Angle< t_angle_type > > &den)
	Division operator for a Vector of Angles.
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	operator/ (const Vector< t_dims, t_type > &vec_a, const Vector< t_dims, t_type > &vec_b)
template<class t_type , class t_vector_type , class t_angle_type >
constexpr std::enable_if< IsVecType< t_vector_type, Angle< t_angle_type > >::value, t_vector_type >::type	operator/ (t_type num, const t_vector_type &angle)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	operator/= (Vector< t_dims, t_type > &vec_a, const Vector< t_dims, t_type > &vec_b)
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type > &	operator/= (Vector< t_dims, t_type > &vec_a, t_type value_b)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type	operator< (const t_type &s, const t_vector_type &v)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type	operator< (const t_vector_type &v, const t_type &s)
template<uint01 t_dims, class t_type >
constexpr bool	operator< (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<uint01 vec_1_size, uint01 vec_2_size, class t_type >
constexpr bool	operator< (const Vector< vec_1_size, t_type > &v1, const Vector< vec_2_size, t_type > &v2)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type	operator<= (const t_type &s, const t_vector_type &v)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type	operator<= (const t_vector_type &v, const t_type &s)
template<uint01 t_dims, class t_type >
constexpr bool	operator<= (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<uint01 vec_1_size, uint01 vec_2_size, class t_type >
constexpr bool	operator<= (const Vector< vec_1_size, t_type > &v1, const Vector< vec_2_size, t_type > &v2)
bool	operator== (const char *&v1, const String &v2)
template<size_t t_size>
bool	operator== (const char(&v1)[t_size], const String &v2)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type	operator== (const t_type &s, const t_vector_type &v)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type	operator== (const t_vector_type &v, const t_type &s)
template<class t_vector_type >
constexpr std::enable_if< IsVec< t_vector_type >::value, bool >::type	operator== (const t_vector_type &v_a, const t_vector_type &v_b)
template<uint01 t_dims, class t_type >
constexpr bool	operator== (const Vector< t_dims, t_type > &vec_a, const Vector< t_dims, t_type > &vec_b)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type	operator> (const t_type &s, const t_vector_type &v)
template<class t_vector_type , class t_type >
constexpr std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type	operator> (const t_vector_type &v, const t_type &s)
template<uint01 t_dims, class t_type >
constexpr bool	operator> (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<uint01 vec_1_size, uint01 vec_2_size, class t_type >
constexpr bool	operator> (const Vector< vec_1_size, t_type > &v1, const Vector< vec_2_size, t_type > &v2)
template<uint01 t_dims, class t_type >
constexpr bool	operator>= (const Vector< t_dims, t_type > &v1, const t_type &s)
template<uint01 t_dims, class t_type >
constexpr bool	operator>= (const Vector< t_dims, t_type > &v1, const Vector< t_dims, t_type > &v2)
template<uint01 vec_1_size, uint01 vec_2_size, class t_type >
constexpr bool	operator>= (const Vector< vec_1_size, t_type > &v1, const Vector< vec_2_size, t_type > &v2)
uint01	operator| (const TextAlignment &a, const TextAlignment &b)
template<uint01 t_dims, class t_angle_type >
constexpr Vector< t_dims, Angle< t_angle_type > >	quantize (const Vector< t_dims, Angle< t_angle_type > > &value, Angle< t_angle_type > d=Angle< t_angle_type >(DEGREES, 1.0))
template<uint01 t_dims, class t_angle_type >
constexpr Vector< t_dims, Angle< t_angle_type > >	quantize (const Vector< t_dims, Angle< t_angle_type > > &value, Vector< t_dims, Angle< t_angle_type > > d=Vector< t_dims, Angle< t_angle_type > >(Angle< t_angle_type >(DEGREES, 1.0)))
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	quantize (const Vector< t_dims, t_type > &value, t_type d=cast< t_type >(1))
template<uint01 t_dims, class t_type >
constexpr Vector< t_dims, t_type >	quantize (const Vector< t_dims, t_type > &value, Vector< t_dims, t_type > d=Vector< t_dims, t_type >(1))
template<typename t_type >
constexpr t_type	quantize (t_type value, t_type d=cast< t_type >(1))
	Rounds the value to the nearest multiple given and returns that value.
Buffer< RGBColor >	RainbowContrastPalette ()
	A palette of highly contrasting colors that make for easy data visualization.
Buffer< RGBColor >	RainbowPalette ()
	A palette representing the colors of the rainbow.
template<class t_to , class t_from >
constexpr t_to	rcast (t_from value)
	Casts the given value. Is equivalent to reinterpret_cast except allows for the option of special cases by specializing the template.
template<typename t_type >
constexpr t_type	sign (t_type value)
	A simple function that returns 1 for all values greater than or equal to 0 and -1 for all values less than 0.
template<class t_type >
std::enable_if<!ObjectInfo< t_type >::Float, fltp08 >::type	sin (const Angle< t_type > &angle)
	Performs optimized sine operation on the given angle using pre-computed lookup table for optimal speed.
template<class t_type >
std::enable_if< ObjectInfo< t_type >::Float, fltp08 >::type	sin (const Angle< t_type > &angle)
	Performs sine operation on the given angle.
template<class t_type >
t_type	sin (const t_type &angle)
	Performs sine operation on the given number assumed to be in radians.
template<class t_type , class t_node_type >
uint04	SortAboutValue (uint04 value_index, const Buffer< t_node_type > &points, Buffer< uint04 > &indices, uint04 start, uint04 end, uint01 dimension)
	Sorts all incoming indices within the given range such that the resulting index matrix will have values less than the index first, and greater than the index second.
template<class t_type , class t_buffer_type , class t_bounds_type >
uint04	SortAboutValue (uint04 value_index, const t_buffer_type &points, Buffer< uint04 > &indices, uint04 start, uint04 end, uint01 dimension, t_bounds_type &bounds_left, t_bounds_type &bounds_right)
	Sorts all incoming indices within the given range such that the resulting index matrix will have values less than the index first, and greater than the index second.
template<class t_type >
t_type	sqrt (const t_type &value)
template<uint01 t_dims, class t_type >
Vector< t_dims, t_type >	sqrt (const Vector< t_dims, t_type > &vector)
template<uint01 t_bucket_size, class t_buffer_type , class t_container_type >
uint04	StaticHeapMedian (const t_buffer_type &points, const t_container_type &indices, uint04 start, uint04 step, uint01 dimension)
	Return the median value in a Buffer of points based on a given dimension.
Buffer< RGBColor >	StrataPalette ()
	A simple palette of redish-brown.
template<class t_type >
std::enable_if<!ObjectInfo< t_type >::Float, fltp08 >::type	tan (const Angle< t_type > &angle)
	Performs optimized tangent operation on the given angle using pre-computed lookup table for optimal speed.
template<class t_type >
std::enable_if< ObjectInfo< t_type >::Float, fltp08 >::type	tan (const Angle< t_type > &angle)
	Performs tan operation on the given angle.
template<class t_type >
t_type	tan (const t_type &angle)
	Performs tan operation on the given angle assumed to be in radians.
void	Throw (String failureMessage, const char *originator=nullptr, const char *sourceLocation=nullptr)
void	ThrowXrResult (XrResult res, const char *originator=nullptr, const char *sourceLocation=nullptr)
template<class t_new_type , uint01 t_dims, class t_angle_type >
constexpr Vector< t_dims, Angle< t_new_type > >	ToTypeAngle (const Vector< t_dims, Angle< t_angle_type > > &old)
	Converts a Vector of one angle to a different container type.
template<class t_type , class t_memory_allocator , class t_memory_manager >
Buffer< t_type, t_memory_allocator, t_memory_manager >	Union (const Buffer< t_type, t_memory_allocator, t_memory_manager > &a, const Buffer< t_type, t_memory_allocator, t_memory_manager > &b)
VkResult	vkExecute (VkResult result, const char *error_message)

Variables
constexpr fltp04	damping_factor = 0.01f
constexpr bool	DESIGN_PRIM = true
const fltp04	doubleMove [14] = { 0.4f, 0.48f, 0.496f, 0.4992f, 0.49984f, 0.49997f, 0.49999f, 0.5f, 0.5f, 0.5f, 0.5f, 0.5f, 0.5f, 0.5f }
const fltp04	doubleMove1 [15] = { 0, 0.3f, 0.42f, 0.468f, 0.4872f, 0.4949f, 0.498f, 0.4992f, 0.4997f, 0.4999f, 0.4999f, 0.5f, 0.5f, 0.5f, 0.5f }
constexpr const fltp08	fast_atof_table [20]
	Data for quick text to number lookup.
CrashManager *	g_crash_manager
constexpr fltp08	intersection_epsilon = 0.0001
constexpr int	model_table_is_clicked_index = Qt::UserRole + 1
constexpr int	model_table_is_selected_index = Qt::UserRole + 2
const fltp08 *const	s_index_sin
const fltp04	singleMove [14] = { 0.4f, 0.64f, 0.784f, 0.8704f, 0.92224f, 0.95334f, 0.97201f, 0.9832f, 0.98992f, 0.99395f, 0.99637f, 0.99782f, 0.99869f, 0.99922f }
const fltp04	singleMove1 [15] = { 0, 0.3f, 0.51f, 0.657f, 0.7599f, 0.83193f, 0.88235f, 0.91765f, 0.94235f, 0.95965f, 0.97175f, 0.98023f, 0.98616f, 0.99031f, 0.99322f }
constexpr const char *	US_STATE_DATASET = "US States"
constexpr const char *	ZIP_CODE_DATASET = "Zip Codes"

Detailed Description

NTP reply.

Typedef Documentation

fltp04

typedef float fltp04

Defines an alias representing a 4 byte floating-point number Bit layout is as follows: -Sign: 1 bit at position 31 determines whether or not the value is positive or negative. 0 denotes a positive number, and 1 denotes a negative number -Exponent: 8 bits stored in position 30–23 The exponent field needs to represent both positive and negative exponents. To do this, a bias is added to the actual exponent in order to get the stored exponent. This value is 127. Thus, an exponent of zero means that 127 is stored in the exponent field. A stored value of 200 indicates an exponent of (200–127), or 73. For reasons exponents of −127 (all 0s) and +128 (all 1s) are reserved for special numbers. -Fraction: 23 bits stored in positions 22–00. The mantissa, also known as the significand, represents the precision bits of the number. It is composed of an implicit leading bit (left of the radix point) and the fraction bits (to the right of the radix point). Note that positive and negative infinity are reserved as max and min. However precision changes for large and small numbers. Precision is greatest around 0.

---

Warning

Note that Invalid is reserved as invalid values. Using == will not work for these values.

fltp08

typedef double fltp08

Defines an alias representing an 8 byte floating-point number.

---

Bit layout is as follows: -Sign: 1 bit at position 63 determines whether or not the value is positive or negative. 0 denotes a positive number, and 1 denotes a negative number -Exponent: 11 bits stored in position 62–52. The exponent field needs to represent both positive and negative exponents. To do this, a bias is added to the actual exponent in order to get the stored exponent. This value is 1023. Thus, an exponent of zero means that 1023 is stored in the exponent field. A stored value of 200 indicates an exponent of (200–1023), or -823. For reasons exponents of all 0s and all 1s are reserved for special numbers. -Fraction: 52 bits stored in positions 51–00. The mantissa, also known as the significand, represents the precision bits of the number. It is composed of an implicit leading bit (left of the radix point) and the fraction bits (to the right of the radix point). Note that positive and negative infinity are reserved as max and min. However precision changes for large and small numbers. Precision is greatest around 0.

Warning

Note that Invalid is reserved as invalid values. Using == will not work for these values.

HSBAngleType

typedef sint04 HSBAngleType

HSLAngleType

typedef sint04 HSLAngleType

is_base_of_template

template<template< uint01 t_dims, class t_type > class base, typename derived >

using is_base_of_template = typename is_base_of_template_impl<base, derived>::type

MaxHeap

template<class t_comp_type , class t_value_type >

using MaxHeap = BinaryHeap<t_comp_type, t_value_type, false>

MD5_u32plus

typedef unsigned int MD5_u32plus

MinHeap

template<class t_comp_type , class t_value_type >

using MinHeap = BinaryHeap<t_comp_type, t_value_type, true>

NdArray

typedef Buffer<Buffer<double> > NdArray

sint01

typedef int8_t sint01

-Defines an alias representing a 1 byte, signed integer. -Can represent exact integer values -127 through 127. -Byte value 0XFF (integer value: -128) is considered invalid and reserved.

---

sint02

typedef int16_t sint02

-Defines an alias representing a 2 byte, signed integer. -Can represent exact integer values -32767 through 32767. -Byte value 0XFFFF (integer value: -32768) is considered invalid and reserved.

---

sint04

typedef int32_t sint04

-Defines an alias representing a 4 byte, signed integer. -Can represent exact integer values -2147483647 through 2147483647. -Byte value 0XFFFFFFFF (integer value: -2147483648) is considered invalid and reserved.

---

sint08

typedef int64_t sint08

-Defines an alias representing an 8 byte, signed integer -Can represent exact integer values -9223372036854775807 through 9223372036854775807. -Byte value 0XFFFFFFFFFFFFFFFF (integer value: -9223372036854775808) is considered invalid and reserved.

---

uint01

typedef uint8_t uint01

-Defines an alias representing a 1 byte, unsigned integer -Can represent exact integer values 0 through 254. -Byte value 0XFF (integer value: 255) is considered invalid and should normally be reserved. Note that it can be used with caution. -Note that subtracting 1 from 0 will result in 0xFF, the reserved invalid value.

---

uint02

typedef uint16_t uint02

-Defines an alias representing a 2 byte, unsigned integer -Can represent exact integer values 0 through 65534. -Byte value 0xFFFF (integer value: 65535) is considered invalid and reserved. -Note that subtracting 1 from 0 will result in 0xFFFF, the reserved invalid value.

---

uint04

typedef uint32_t uint04

-Defines an alias representing a 4 byte, unsigned integer -Can represent exact integer values 0 through 4294967294. -Byte value 0xFFFFFFFF (integer value: 4294967295) is considered invalid and reserved. -Note that subtracting 1 from 0 will result in 0xFFFFFFFF, the reserved invalid value.

---

uint08

typedef uint64_t uint08

-Defines an alias representing an 8 byte, unsigned integer

---

-Can represent exact integer values 0 through 18446744073709551614. -Byte value 0XFFFFFFFFFFFFFFFF (integer value: 18446744073709551615) is considered invalid and reserved. -Note that subtracting 1 from 0 will result in 0XFFFFFFFFFFFFFFFF, the reserved invalid value.

wchar

typedef wchar_t wchar

Allias for wchar_t, a value that represents a character of two bytes in size.

---

Enumeration Type Documentation

AccelerometerState

enum AccelerometerState

Reports the state of an accelerometer within a OrientationSensor.

---

Enumerator
e_no_accelerometer
e_accelerometer_valid
e_accelerometer_invalid

AerialImageMode

enum class AerialImageMode

strong

enum specifying what type of image to fetch. Options for terrain, satellite, or road views

---

Enumerator
e_google_satellite
e_google_road
e_google_terrain
e_google_hybrid
e_open_maps
e_aerial_image_mode_size

AngleFormatMode

enum AngleFormatMode

Values that represent angle format modes. Used in classes for printing angle in a given format.

---

Enumerator
MODE_DECIMAL_DEGREES
MODE_DEGREES_MINUTES_SECONDS
MODE_GRADIANS
MODE_RADIANS
MODE_SURVEYOR_UNITS

AngleType

enum AngleType

The possible units that can be used by the angle class. These are returned and used for real world angle representation. INTERNAL_ANGLE is the angle internally used by the angle class.

---

Enumerator
RADIANS
DEGREES
INTERNAL_ANGLE
PERCENT

ArialFeatureList

enum class ArialFeatureList

strong

Contains a list of common features that may be provided by Aerial tile services.

---

Enumerator
e_all
e_administrative
e_administrative_country
administrative_land_parcel
administrative_locality
administrative_neighborhood
administrative_province
landscape
landscape_man_made
landscape_natural
poi
poi_attraction
poi_business
poi_government
poi_medical
poi_park
poi_place_of_worship
poi_school
poi_sports_complex
road
road_arterial
road_highway
road_local
transit
transit_line
transit_station
water
e_feature_list_size

BatteryCapacityType

enum class BatteryCapacityType

strong

The various types of capacity information a Battery may have.

---

Enumerator
e_percentage
e_watt_hours
e_voltage

BatteryState

enum class BatteryState

strong

An indication of what state a Battery object is in.

---

Enumerator
e_no_battery
e_normal
e_low_voltage
e_critical_voltage
e_shutdown_voltage
e_invalid

CADColorMethod

enum class CADColorMethod

strong

Entites in CAD can be colored in various ways.

---

Enumerator
e_by_layer
e_by_block
e_by_color
e_by_aci
e_by_pen
e_foreground
e_layer_off
e_layer_frozen
e_none

ColorMode

enum ColorMode

Modes that CAD can use to color objects.

---

Enumerator
e_use
e_by_block
e_by_layer
e_background_contrast

CommandSupport

enum class CommandSupport

strong

Describes whether a HardwareCommandQueue supports certain commands. This is usually firmware.

---

Enumerator
e_supported
e_not_supported
e_not_known

CompressionMode

enum CompressionMode : uint01

Logical information about the type of compression implemented or requested.

---

Enumerator
e_no_compression
e_default_compression
e_best_speed
e_string_compression
e_floating_point_compression
e_best_compression
e_floating_point_compression_1_fltp04
e_floating_point_compression_2_fltp04
e_floating_point_compression_3_fltp04
e_floating_point_compression_4_fltp04
e_floating_point_compression_1_fltp08
e_floating_point_compression_2_fltp08
e_floating_point_compression_3_fltp08
e_floating_point_compression_4_fltp08
e_string_reference
e_compression_count

ConnectionOpenType

enum class ConnectionOpenType

strong

Describes how to open a connection.

---

Enumerator
e_not_open
e_read_only
e_write_only
e_read_write
e_append
e_truncate
e_text
e_unbuffered
e_new_only
e_existing_only

ConnectionState

enum class ConnectionState

strong

Describes the state of the connection.

---

Enumerator
e_no_connection
e_valid_connection
e_awaiting_response
e_attempting_connection
e_invalid_response
e_no_response
e_no_services
e_access_to_port_denied
e_network_error
e_resetting
e_initializing
e_connection_timeout
e_invalid_connection

ContextMenuActions

enum class ContextMenuActions

strong

Default built-in context menu actions.

---

Enumerator
e_show_properties
e_make_visible
e_hide_everything_except
e_make_invisible
e_solid_material
e_outline_material
e_mesh
e_save
e_explode
e_group
e_import_from_library
e_delete_from_library
e_add_station
e_delete_object
e_station_text_visible
e_station_lines_visible
e_station_axis_visible
e_deploy_to_station
e_deploy_to_borehole
e_add_deployment
e_none

DependecyType

enum DependecyType

Stores the type of dependency for a Module or resource.

---

Enumerator
e_file
e_library
e_executable
e_module
e_type
e_firewall_exception
e_bundled_folder
e_rcc_resource
e_source_folder

DesignDialogStyle

enum class DesignDialogStyle

strong

Enumerator
e_edit_settings
e_object_creation
e_next_back_workflow
e_finish_back_workflow
e_next_workflow
e_finish_workflow
e_no_decoration

DimensionValues

enum DimensionValues : uint01

Values that represent dimension values.

---

Note these are used throughout the code to make things more readable. For example, for a vertex we can access it via vertex[Z] instead of vertex[2] which overall contributes to total readability. Typically for shapes (Triangles, LineSegments, etc) we access the nodes via A, B, C. triangle.vertex(A) for example. For points we typically use X, Y, Z triangle.vertex(A)[X] = triangle.vertex(B)[X]

Enumerator
X
A
Y
B
Z
C
W
D

DropArea

enum DropArea

relates where a widget should be dropped relative to another.

---

Enumerator
e_drop_invalid
e_drop_popup
e_drop_center
e_drop_top_fixed
e_drop_right_fixed
e_drop_left_fixed
e_drop_bottom_fixed
e_drop_top_direct_fixed
e_drop_right_direct_fixed
e_drop_left_direct_fixed
e_drop_bottom_direct_fixed
e_drop_top_insert
e_drop_right_insert
e_drop_left_insert
e_drop_bottom_insert

DXFEntityCodes

enum class DXFEntityCodes

strong

Types of CAD entities natively supported by the NDEVR API.

---

Enumerator
e_dxf_UNKNOWN
e_dxf_SECTION
e_dxf_LAYER
e_dxf_BLOCK
e_dxf_ENDBLK
e_dxf_LINETYPE
e_dxf_STYLE
e_dxf_SETTING
e_dxf_VIEWPORT
e_dxf_ENTITY_POINT
e_dxf_ENTITY_LINE
e_dxf_ENTITY_POLYLINE
e_dxf_ENTITY_LWPOLYLINE
e_dxf_ENTITY_VERTEX
e_dxf_ENTITY_SPLINE
e_dxf_ENTITY_KNOT
e_dxf_ENTITY_CONTROLPOINT
e_dxf_ENTITY_ARC
e_dxf_ENTITY_CIRCLE
e_dxf_ENTITY_ELLIPSE
e_dxf_ENTITY_INSERT
e_dxf_ENTITY_TEXT
e_dxf_ENTITY_MTEXT
e_dxf_ENTITY_DIMENSION
e_dxf_ENTITY_LEADER
e_dxf_ENTITY_HATCH
e_dxf_ENTITY_ATTRIB
e_dxf_ENTITY_IMAGE
e_dxf_ENTITY_IMAGEDEF
e_dxf_ENTITY_TRACE
e_dxf_ENTITY_SOLID
e_dxf_ENTITY_3DFACE
e_dxf_ENTITY_XLINE
e_dxf_ENTITY_RAY
e_dxf_ENTITY_SEQEND
e_dxf_ENTITY_ATTRIB_DEF
e_dxf_ENTITY_MESH
e_dxf_ENTITY_MATERIAL
e_dxf_ENTITY_MLEADER
e_dxf_BLOCK_RECORD
e_dxf_GROUP
e_dxf_XRECORD
e_dxf_DICTIONARY

DXFVersion

enum class DXFVersion

strong

Versions of the DXF we support writing out. Lower versions support less features.

---

Enumerator
e_AC1009
e_AC1014
e_AC1021

EulerPosition

enum EulerPosition : uint01

Values that represent euler angles. These are typically used in Vector<3, Angle> to classify an orientation of an object.

---

Enumerator
ROLL
PITCH
YAW

FileProperty

enum FileProperty

---

booleans that can be used to define properties of a file

Enumerator
e_file_cache_is_valid
e_file_exists
e_file_is_hidden
e_file_is_directory

GeodeticValues

enum GeodeticValues : uint01

Values that represent dimension values for geodic dimensions. Represents latitude, longitude, and altitude.

---

Enumerator
LAT
LON
ALT

GeometryBooleanOperation

enum GeometryBooleanOperation

Types of GeometryBoolean operations supported natively by the NDEVR engine.

---

Enumerator
e_concatinate
e_subtract
e_cut

GeometryType

enum class GeometryType

strong

Enumerator
e_points
e_linework
e_triangles
e_convex_polygons
e_concave_polygons
e_grids
e_block_models
e_geometry_type_size

GNSSQuality

enum class GNSSQuality

strong

A list of standard GNSS qualities for GNSS measured data.

---

Enumerator
e_invalid
e_gps_autonomous	Fixed.
e_gps_dsps_fix	Differential GPS fix(values above 2 are 2.3 features) (yellow -> rtk correction from far way)
e_pps_fix	GPS PPS Mode, fix valid (green)
e_rtk_fix	Float RTK (green) fixed.
e_rtk_float
e_estimated
e_unknown
e_timeout
e_size

GyroState

enum GyroState

Used by OrientationSensor to display the current state of any available gyro.

---

Enumerator
e_no_gyro
e_gyro_invalid
e_gyro_valid
e_initializing
e_disabled
e_stabalizing_temp
e_calculating_drift
e_validating_drift
e_needs_reset

InterpolationValues

enum InterpolationValues

Values that represent interpolation functions. Useful in large or complicated geological or time based data sets.

---

Enumerator
nearest_neighbor
e_linear
bicubic

IntersectionTypes

enum IntersectionTypes

Used for classifying shape intersections.

---

Values include:

• Outside means completely outside the other shape, not touching the boundary.
• Inside means entirely inside (but may touch the boundary) of the shape.
• Mixed means the shape is neither completely inside or outside the shape. These values are used heavily in the intersection class.

Enumerator
outside
inside
mixed

LocationValues

enum LocationValues : uint01

Values that represent location values.

---

Note these are used throughout the code to make things more readable as above. For example, for example in point pairs with a max and a min, or in a bounds object.

Enumerator
MIN
MAX

MagnetometerState

enum MagnetometerState

Used by OrientationSensor to display the current state of any available magnetometer.

---

Enumerator
e_no_compass
e_compass_valid
e_compass_invalid
e_calculating_bias

NDEVRLightingTheme

enum NDEVRLightingTheme

Enumerator
e_dark_theme
e_light_theme
e_num_of_themes

NDEVRRibbonAction

enum NDEVRRibbonAction

Enumerator
e_save_file
e_save_as_file
e_open_project
e_undo
e_redo
e_help
e_settings
e_ribbon_action_size

NDEVRSelectionAction

enum NDEVRSelectionAction

Enumerator
e_save_selection
e_delete_selection
e_selection_action_size

NormalMode

enum class NormalMode

strong

Enumerator
e_no_normals
e_smooth_normals
e_vertex_smooth_normals
e_hard_normals

NtpLeapIndicator

enum NtpLeapIndicator

Leap indicators.

Enumerator
NoWarning	No warning.
LastMinute61Warning	Last minute has 61 seconds.
LastMinute59Warning	Last minute has 59 seconds.
UnsynchronizedWarning	Alarm condition (clock not synchronized).

NtpMode

enum NtpMode

Modes.

Enumerator
ReservedMode	Reserved.
SymmetricActiveMode	Symmetric active.
SymmetricPassiveMode	Symmetric passive.
ClientMode	Client.
ServerMode	Server.
BroadcastMode	Broadcast.
ControlMode	NTP control message.
PrivateMode	Reserved for private use.

NtpStratum

enum NtpStratum

Strata.

Enumerator
UnspecifiedStratum	Unspecified or unavailable.
PrimaryStratum	Primary reference (e.g. radio-clock).
SecondaryStratumFirst	Secondary reference (via NTP or SNTP).
SecondaryStratumLast
UnsynchronizedStratum	Unsynchronized.

PlanePosition

enum class PlanePosition

strong

The location of an object either below, above, or on a given N-dimensional plane.

---

Enumerator
e_above_plane
e_below_plane
e_on_plane

PrimitiveBitFlags

enum class PrimitiveBitFlags

strong

Enumerator
e_is_selected
e_is_hidden
e_is_locked
e_is_deleted
e_is_closure_primitive

PrimitiveMode

enum class PrimitiveMode

strong

Used with Geometry to describe how vertices and indices are used to form shapes.

---

Enumerator
e_no_index
e_point
e_lines
e_polyline
e_triangle
e_triangle_fan
e_triangle_strip
e_grid
e_block_model
e_index_mode_size

PrimitiveProperty

enum class PrimitiveProperty

strong

Enumerator
Outline
Solid
Vertices
Index_Property_Size

RangeSensorType

enum RangeSensorType

The type of a range sensor.

---

Enumerator
e_line
e_2d_fan
e_3d_fan

RawConnectionLoggingMode

enum class RawConnectionLoggingMode

strong

Enumerator
e_binary_logging
e_ascii_logging

RegistryActionType

enum class RegistryActionType

strong

Available registry actions that can be taken on program installation.

---

Enumerator
e_append
e_create
e_remove

RegistryType

enum class RegistryType

strong

Available registry actions that can be taken on program installation.

---

Enumerator
e_string
e_integer
e_binary
e_expandable
e_multi_string
e_folder

RibbonArea

enum class RibbonArea

strong

Requests a ribbon or tab area to be in a certain location and orientation relative to another widget.

---

Enumerator
e_keep_square
e_top
e_bottom
e_left
e_right
e_left_horizontal
e_right_horizontal
e_vertical_accordian
e_vertical_menu

RibbonLayoutMode

enum RibbonLayoutMode

The orientations a ribbon can take on.

---

Enumerator
e_best
e_vertical
e_horizontal
e_ignored

ScanMode

enum class ScanMode

strong

The mode that a scanner will collect data in.

---

Enumerator
e_horizontal
e_vertical
e_horizontal_and_vertical
e_circle_scan
e_moving_circle_scan
e_image_only
e_video_scan
e_undefined

SelectionMode

enum SelectionMode

---

The type of selection used.

Enumerator
e_selection_point
e_selection_line
e_selection_polygon
e_selection_bounds
e_selection_plane

SnapLocation

enum class SnapLocation

strong

A list of directions that a view can be pointed relative to an object or scene.

---

Enumerator
e_isometric_nw
e_isometric_n
e_isometric_ne
e_isometric_w
e_top_down_snap
e_bottom_snap
e_isometric_e
e_isometric_sw
e_isometric_s
e_isometric_se
e_n_side_snap
e_s_side_snap
e_e_side_snap
e_w_side_snap
e_front
e_back
e_back_wo_pitch
e_left
e_right
e_front_wo_pitch_yaw
e_back_wo_pitch_yaw
e_left_wo_yaw
e_right_wo_yaw
e_best_snap
e_best_side_snap
e_no_snap

SplineBoundaryType

enum class SplineBoundaryType

strong

Enumerator
e_first_deriv
e_second_deriv
e_not_a_knot

SplineType

enum class SplineType

strong

Enumerator
e_linear
e_cspline
e_cspline_hermite

TextAlignment

enum class TextAlignment

strong

How to align text into a given container.

---

Enumerator
e_left
e_right
e_top
e_bottom
e_bottom_base
e_h_center
e_v_center
e_v_baseline_center
e_center

TooltipType

enum class TooltipType

strong

Enums for program-generated tooltips.

---

Enumerator
e_browse_file
e_quick_start
e_new_project
e_exit_program
e_about_program
e_log_info
e_program_settings
e_light_theme
e_dark_theme
e_tablet_theme
e_desktop_theme
e_mobile_theme
e_add_station
e_add_pattern
e_preserve_precision
e_read_lines
e_read_points
e_read_meshes
e_write_lines
e_write_points
e_write_meshes
e_always_show_import_dialog
e_always_show_export_dialog
e_start_3D_scan
e_stop_3D_scan
e_pause_3D_scan
e_add_boretrak_segment
e_remove_boretrak_segment
e_run_circle_scan
e_camera_action_combo
e_smooth_button
e_no_smooth
e_light_smooth
e_normal_smooth
e_heavy_smooth
e_max_smooth
e_flip_uv_toggle
e_generate_uv_toggle
e_optimize_mesh_toggle
e_optimize_model_heirarchy_toggle
e_remove_identical_vertices_toggle
e_convert_degenerates_toggle
e_flatten_model_toggle
e_optimize_mesh_instance_toggle
e_flat_normals
e_smooth_normals
e_no_normals
e_no_winding
e_clockwise_winding
e_counter_clockwise_winding
e_print_viewports
e_close_project
e_save_project
e_share_project
e_save_as_project
e_export

TriangleLocation

enum TriangleLocation

Values that represent triangle locations.

---

Enum: TriangleLocation

Enumerator
outside_tri
edge_ab
edge_bc
edge_ca
vertex_a
vertex_b
vertex_c
angle_a
angle_b
angle_c
inside_tri
mixed_location_tri
tri_location_nan

UnitCategory

enum class UnitCategory

strong

A category of unit describing what it relates to. Any category can have some number of units defined which could be used to display or describe the data.

---

Enumerator
e_undefined_unit
e_angle
e_orientation
e_distance
e_coordinate
e_surface_area
e_volume
e_weight
e_speed
e_acceleration
e_rotational_speed
e_time
e_force
e_ratio
e_lat_lon

UVType

enum class UVType

strong

Channels that describe how an object should interact with light.

---

Enumerator
e_KD
e_KS
e_KA
e_reflect
e_emmisive
e_normal
e_displace
e_uv_size

VehicleType

enum VehicleType

Enumerator
e_mini_compact_sedan
e_sub_compact_sedan
e_compact_sedan
e_mid_sized_sedan
e_large_sedan
e_hatchback
e_coupe
e_sport_car
e_sport_convertible
e_light_duty_truck
e_medium_duty_truck
e_heavy_duty_truck
e_station_wagon
e_suv_small
e_suv_large
e_cargo_van_small
e_cargo_van_large
e_passenger_van_small
e_passenger_van_large

VertexFlags

enum class VertexFlags : uint01

strong

Enumerator
e_is_selected
e_is_hidden
e_is_locked
e_is_filtered
e_is_closure_location
e_is_smooth

VertexProperty

enum class VertexProperty : uint01

strong

Enumerator
Position
Normal
Tangent
BiTangent
Color
Texture
BitFlag
Bones
PreSmoothedPosition
Region
Vertex_Property_Size
Invalid

ViewportLayoutTheme

enum class ViewportLayoutTheme

strong

The potential layouts of multiple viewports within the NDEVR engine.

---

Enumerator
e_undefined
e_1_panel
e_1l1r_panel
e_2l1r_panel
e_1l2r_panel
e_2l2r_panel

WindingMode

enum class WindingMode

strong

Enumerator
e_no_winding
e_clockwise_winding
e_counterclockwise_winding
e_indeterminate_winding

Function Documentation

abs() [1/9]

template<class t_angle_type >

Angle< t_angle_type > abs ( const Angle< t_angle_type > & value )

constexpr

Changes an input with a negative sign, to a positive sign.

Parameters

[in]

value

The signed angle

Returns

The absolute value of the input angle

abs() [2/9]

template<class t_type >

std::enable_if<!IsVec< t_type >::value, t_type >::type abs ( const t_type & value )

constexpr

---

Abs the given value.

Author: Tyler Parke

Date: 2017-11-13

Parameters: value - The value.

Returns

A t_type.

abs() [3/9]

template<class t_type >

std::enable_if< IsVec< t_type >::value, t_type >::type abs ( const t_type & value )

constexpr

abs() [4/9]

TimeSpan abs ( const TimeSpan & value )

constexpr

abs() [5/9]

template<>

uint01 abs ( const uint01 & value )

constexpr

---

Abs the given value.

Author: Tyler Parke

Date: 2017-11-13

Parameters: value - The value.

Returns

An uint01.

abs() [6/9]

template<>

uint02 abs ( const uint02 & value )

constexpr

---

Abs the given value.

Author: Tyler Parke

Date: 2017-11-13

Parameters: value - The value.

Returns

An uint02.

abs() [7/9]

template<>

uint04 abs ( const uint04 & value )

constexpr

---

Abs the given value.

Author: Tyler Parke

Date: 2017-11-13

Parameters: value - The value.

Returns

An uint04.

abs() [8/9]

template<>

uint08 abs ( const uint08 & value )

constexpr

---

Abs the given value.

Author: Tyler Parke

Date: 2017-11-13

Parameters: value - The value.

Returns

An uint08.

abs() [9/9]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > abs ( const Vector< t_dims, t_type > & vector )

constexpr

---

Abs the given vector.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vector - The vector.

Returns

A Vector<t_dims,t_type>

AddAssimpInterfaceFunctionsToModuleManager()

void AddAssimpInterfaceFunctionsToModuleManager

(

)

AddCADFunctionsToModuleManager()

void AddCADFunctionsToModuleManager

(

)

AddCADInterfaceFunctionsToModuleManager()

void AddCADInterfaceFunctionsToModuleManager

(

)

AddCoordinateProjectionFunctionsToModuleManager()

void AddCoordinateProjectionFunctionsToModuleManager

(

)

AddCSFFunctionsToModuleManager()

void AddCSFFunctionsToModuleManager

(

)

AddDesignWidgetsFunctionsToModuleManager()

void AddDesignWidgetsFunctionsToModuleManager

(

)

AddE57InterfaceFunctionsToModuleManager()

void AddE57InterfaceFunctionsToModuleManager

(

)

AddGeoSLAMInterfaceFunctionsToModuleManager()

void AddGeoSLAMInterfaceFunctionsToModuleManager

(

)

AddGLESInterfaceFunctionsToModuleManager()

void AddGLESInterfaceFunctionsToModuleManager

(

)

AddHardwareFunctionsToModuleManager()

void AddHardwareFunctionsToModuleManager

(

)

AddHardwareWidgetsFunctionsToModuleManager()

void AddHardwareWidgetsFunctionsToModuleManager

(

)

AddIredesFunctionsToModuleManager()

void AddIredesFunctionsToModuleManager

(

)

AddKMLInterfaceFunctionsToModuleManager()

void AddKMLInterfaceFunctionsToModuleManager

(

)

AddLASInterfaceFunctionsToModuleManager()

void AddLASInterfaceFunctionsToModuleManager

(

)

AddLocalCameraStreamFunctionsToModuleManager()

void AddLocalCameraStreamFunctionsToModuleManager

(

)

AddNDEVRBluetoothFunctionsToModuleManager()

void AddNDEVRBluetoothFunctionsToModuleManager

(

)

AddNDEVRChartsFunctionsToModuleManager()

void AddNDEVRChartsFunctionsToModuleManager

(

)

AddNDEVRFontsFunctionsToModuleManager()

void AddNDEVRFontsFunctionsToModuleManager

(

)

AddNDEVRGraphicsFunctionsToModuleManager()

void AddNDEVRGraphicsFunctionsToModuleManager

(

)

AddNDEVRImagesFunctionsToModuleManager()

void AddNDEVRImagesFunctionsToModuleManager

(

)

AddNDEVRNetworkFunctionsToModuleManager()

void AddNDEVRNetworkFunctionsToModuleManager

(

)

AddNDEVRNetworkProtocolsFunctionsToModuleManager()

void AddNDEVRNetworkProtocolsFunctionsToModuleManager

(

)

AddNDEVRPrintFunctionsToModuleManager()

void AddNDEVRPrintFunctionsToModuleManager

(

)

AddNDEVRSerialPortFunctionsToModuleManager()

void AddNDEVRSerialPortFunctionsToModuleManager

(

)

AddNDEVRSoundManagerFunctionsToModuleManager()

void AddNDEVRSoundManagerFunctionsToModuleManager

(

)

AddNDEVRSoundsFunctionsToModuleManager()

void AddNDEVRSoundsFunctionsToModuleManager

(

)

AddNDEVRSurfacingFunctionsToModuleManager()

void AddNDEVRSurfacingFunctionsToModuleManager

(

)

AddNDEVRWebSocketFunctionsToModuleManager()

void AddNDEVRWebSocketFunctionsToModuleManager

(

)

AddOpenXLSXInterfaceFunctionsToModuleManager()

void AddOpenXLSXInterfaceFunctionsToModuleManager

(

)

AddPDFFunctionsToModuleManager()

void AddPDFFunctionsToModuleManager

(

)

AddReportGeneratorFunctionsToModuleManager()

void AddReportGeneratorFunctionsToModuleManager

(

)

AddSHPInterfaceFunctionsToModuleManager()

void AddSHPInterfaceFunctionsToModuleManager

(

)

AddSocketIOFunctionsToModuleManager()

void AddSocketIOFunctionsToModuleManager

(

)

AddSweetHomeInterfaceFunctionsToModuleManager()

void AddSweetHomeInterfaceFunctionsToModuleManager

(

)

AddTranslationResourcesFunctionsToModuleManager()

void AddTranslationResourcesFunctionsToModuleManager

(

)

AddVehicleDatabaseFunctionsToModuleManager()

void AddVehicleDatabaseFunctionsToModuleManager

(

)

AddVNCInterfaceFunctionsToModuleManager()

void AddVNCInterfaceFunctionsToModuleManager

(

)

AddVulkanInterfaceFunctionsToModuleManager()

void AddVulkanInterfaceFunctionsToModuleManager

(

)

AddWebViewsFunctionsToModuleManager()

void AddWebViewsFunctionsToModuleManager

(

)

AddXRInterfaceModuleToModuleManager()

void AddXRInterfaceModuleToModuleManager

(

)

ApxMedian()

template<class t_buffer_type >

uint04 ApxMedian	(	const t_buffer_type &	elements,
		const Buffer< uint04 > &	indices,
		uint04	start,
		uint04	end,
		uint01	dimension )

Returns the aproximate median, or value that is close to the median, significantly faster than it would take to calculate the true median.

---

ApxNthElement()

template<class t_type , class t_node_type >

uint04 ApxNthElement	(	const Buffer< t_node_type > &	points,
		Buffer< uint04 > &	indices,
		uint04	start,
		uint04	end,
		uint01	dimension )

Returns the aproximate Nth element, or value that is close to the Nth Element, significantly faster than it would take to calculate the true Nth element of the sorted series.

---

AreParallel()

template<uint01 t_dims, class t_type >

bool AreParallel	(	const Vector< t_dims, t_type > &	v1,
		const Vector< t_dims, t_type > &	v2 )

---

Determine if we are parallel.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

True if parallel, false if not.

AreSame() [1/4]

template<class t_type >

std::enable_if<!IsVec< t_type >::value, bool >::type AreSame ( const t_type & a, const t_type & b )

constexpr

AreSame() [2/4]

template<class t_type >

std::enable_if<!IsVec< t_type >::value, bool >::type AreSame ( const t_type & a, const t_type & b, const t_type & epsilon )

constexpr

AreSame() [3/4]

template<class t_vector_type >

std::enable_if< IsVec< t_vector_type >::value, bool >::type AreSame ( const t_vector_type & v_a, const t_vector_type & v_b )

constexpr

AreSame() [4/4]

template<class t_vector_type , class t_type >

std::enable_if< IsVec< t_vector_type >::value, bool >::type AreSame ( const t_vector_type & v_a, const t_vector_type & v_b, const t_type & epsilon )

constexpr

assign() [1/7]

template<class t_type_a >

void assign	(	t_type_a &	a,
		const char *	b )

assign() [2/7]

template<class t_type_a >

void assign	(	t_type_a &	a,
		const t_type_a &	b )

assign() [3/7]

template<class t_type_a , class t_type_b >

void assign	(	t_type_a &	a,
		const t_type_b &	b )

assign() [4/7]

template<class t_type_a , uint01 t_dim_b, class t_type_b >

void assign	(	t_type_a &	a,
		const Vector< t_dim_b, t_type_b > &	b )

assign() [5/7]

template<class t_type_a , uint01 t_dim_b, class t_type_b >

void assign	(	t_type_a &	a,
		const Vector< t_dim_b, t_type_b > &	b,
		uint01	dim )

assign() [6/7]

template<uint01 t_dim_a, class t_type_a , uint01 t_dim_b, class t_type_b >

void assign	(	Vector< t_dim_a, t_type_a > &	a,
		const Vector< t_dim_b, t_type_b > &	b )

assign() [7/7]

template<uint01 t_dim_a, class t_type_a , uint01 t_dim_b, class t_type_b >

void assign	(	Vector< t_dim_a, t_type_a > &	a,
		const Vector< t_dim_b, t_type_b > &	b,
		uint01	dim )

cast() [1/9]

template<class t_to >

t_to cast ( BitReference value )

constexpr

cast() [2/9]

template<class t_to , class t_from >

t_to cast ( const Angle< t_from > & value )

constexpr

cast() [3/9]

template<class t_to >

t_to cast ( const String & value )

constexpr

cast() [4/9]

template<>

uint04 cast ( fltp04 value )

constexpr

Casts the given value. Is equivalent to static_cast except allows for the option of special cases by specializing the template.

static_cast is used for cases where you want to reverse an implicit conversion, with a few restrictions and additions.

In debug mode, cast performs runtime check to ensure value is positve prior to casting

This should be used if you know that you refer to an object of a specific type, and thus a check would be unnecessary.

Parameters

[in]

value

- The value to cast.

Returns

The value cast to the usigned.

cast() [5/9]

template<>

uint04 cast ( fltp08 value )

constexpr

Casts the given value. Is equivalent to static_cast except allows for the option of special cases by specializing the template.

static_cast is used for cases where you want to reverse an implicit conversion, with a few restrictions and additions.

In debug mode, cast performs runtime check to ensure value is positve prior to casting

This should be used if you know that you refer to an object of a specific type, and thus a check would be unnecessary.

Parameters

[in]

value

- The value to cast.

Returns

The value cast to the usigned.

cast() [6/9]

template<>

uint04 cast ( sint04 value )

constexpr

Casts the given value. Is equivalent to static_cast except allows for the option of special cases by specializing the template.

static_cast is used for cases where you want to reverse an implicit conversion, with a few restrictions and additions.

In debug mode, cast performs runtime check to ensure value is positve prior to casting

This should be used if you know that you refer to an object of a specific type, and thus a check would be unnecessary.

Parameters

[in]

value

- The value to cast.

Returns

The value cast to the usigned.

cast() [7/9]

template<>

uint04 cast ( sint08 value )

constexpr

Casts the given value. Is equivalent to static_cast except allows for the option of special cases by specializing the template.

static_cast is used for cases where you want to reverse an implicit conversion, with a few restrictions and additions.

In debug mode, cast performs runtime check to ensure value is positve prior to casting

This should be used if you know that you refer to an object of a specific type, and thus a check would be unnecessary.

Parameters

[in]

value

- The value to cast.

Returns

The value cast to the usigned.

cast() [8/9]

template<class t_to , class t_from >

t_to cast ( t_from value )

constexpr

Casts the given value. Is equivalent to static_cast except allows for the option of special cases by specializing the template.

static_cast is used for cases where you want to reverse an implicit conversion, with a few restrictions and additions.

cast performs no runtime checks.

This should be used if you know that you refer to an object of a specific type, and thus a check would be unnecessary.

Parameters

[in]

value

- The value to cast.

Returns

The value cast to the specified type.

cast() [9/9]

template<class t_to , class t_from >

t_to cast ( Vector< 1, t_from > & value )

constexpr

ChangeEndian()

template<class t_type >

t_type ChangeEndian

(

t_type

in

)

---

Converts an object from big endian to little endian. Does not consider structue

of object so will need to be called for each sub-part of a non-primitive type

CheckCanCast() [1/2]

template<class t_other_type , class t_type >

std::enable_if<!std::is_polymorphic< t_type >::value, bool >::type CheckCanCast ( t_type * )

constexpr

CheckCanCast() [2/2]

template<class t_other_type , class t_type >

std::enable_if< std::is_polymorphic< t_type >::value, bool >::type CheckCanCast ( t_type * other )

constexpr

CheckXrResult()

XrResult CheckXrResult ( XrResult res, const char * originator = nullptr, const char * sourceLocation = nullptr )

inline

classify() [1/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Bounds< t_dims, t_type, t_vertex > &	bounds,
		const LineSegment< t_dims, t_type, t_vertex > &	line )

Classifies.

Author: Tyler Parke

Date: 2017-11-19

Parameters: bounds - The bounds. line - The line.

Returns

The IntersectionTypes.

classify() [2/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Bounds< t_dims, t_type, t_vertex > &	bounds,
		const Plane< t_dims, t_type > &	plane )

classify() [3/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Bounds< t_dims, t_type, t_vertex > &	bounds,
		const Polygon< t_type > &	polygon )

classify() [4/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Bounds< t_dims, t_type, t_vertex > &	bounds,
		const RadialObject< t_dims, t_type, t_vertex > &	radial )

Classifies.

Author: Tyler Parke

Date: 2017-11-19

Parameters: bounds - The bounds. radial - The radial.

Returns

The IntersectionTypes.

classify() [5/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Bounds< t_dims, t_type, t_vertex > &	bounds,
		const t_vertex &	vertex )

Classifies.

Author: Tyler Parke

Date: 2017-11-19

Parameters: bounds - The bounds. vertex - The vertex.

Returns

The IntersectionTypes.

classify() [6/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Bounds< t_dims, t_type, t_vertex > &	bounds,
		const Triangle< t_dims, t_type, t_vertex > &	tri )

Classifies.

Author: Tyler Parke

Date: 2017-11-19

Parameters: bounds - The bounds. tri - The triangle.

Returns

The IntersectionTypes.

classify() [7/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Bounds< t_dims, t_type, t_vertex > &	left,
		const Bounds< t_dims, t_type, t_vertex > &	right )

Classifies.

Author: Tyler Parke

Date: 2017-11-19

Parameters: outside - The outside. inside - The inside.

Returns

The IntersectionTypes.

classify() [8/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const LineSegment< t_dims, t_type, t_vertex > &	left,
		const LineSegment< t_dims, t_type, t_vertex > &	right )

classify() [9/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const LineSegment< t_dims, t_type, t_vertex > &	line,
		const Bounds< t_dims, t_type, t_vertex > &	bounds )

Classifies.

Author: Tyler Parke

Date: 2017-11-19

Parameters: line - The line. bounds - The bounds.

Returns

The IntersectionTypes.

classify() [10/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const LineSegment< t_dims, t_type, t_vertex > &	line,
		const Plane< t_dims, t_type > &	plane )

classify() [11/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const LineSegment< t_dims, t_type, t_vertex > &	line,
		const Polygon< t_type > &	polygon )

classify() [12/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const LineSegment< t_dims, t_type, t_vertex > &	line,
		const t_vertex &	vertex )

classify() [13/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const LineSegment< t_dims, t_type, t_vertex > &	line,
		const Triangle< t_dims, t_type, t_vertex > &	tri )

Classifies.

Author: Tyler Parke

Date: 2017-11-19

Parameters: line - The line. tri - The triangle.

Returns

The IntersectionTypes.

classify() [14/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Plane< t_dims, t_type > &	plane,
		const Bounds< t_dims, t_type, t_vertex > &	bounds )

classify() [15/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Plane< t_dims, t_type > &	plane,
		const LineSegment< t_dims, t_type, t_vertex > &	line )

classify() [16/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Plane< t_dims, t_type > &	plane,
		const RadialObject< t_dims, t_type, t_vertex > &	radial )

classify() [17/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Plane< t_dims, t_type > &	plane,
		const t_vertex &	point )

classify() [18/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Plane< t_dims, t_type > &	plane,
		const Triangle< t_dims, t_type, t_vertex > &	triangle )

classify() [19/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Polygon< t_type > &	polygon,
		const Bounds< t_dims, t_type, t_vertex > &	bounds )

classify() [20/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Polygon< t_type > &	polygon,
		const LineSegment< t_dims, t_type, t_vertex > &	line )

classify() [21/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Polygon< t_type > &	polygon,
		const Triangle< t_dims, t_type, t_vertex > &	tri )

classify() [22/37]

template<class t_type , class t_vertex >

IntersectionTypes classify	(	const Polygon< t_type, t_vertex > &	polygon,
		const t_vertex &	vector )

classify() [23/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const RadialObject< t_dims, t_type, t_vertex > &	rad,
		const t_vertex &	vector )

Classifies.

Author: Tyler Parke

Date: 2017-11-19

Parameters: rad - The radians. vector - The vector.

Returns

The IntersectionTypes.

classify() [24/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const RadialObject< t_dims, t_type, t_vertex > &	radial,
		const Bounds< t_dims, t_type, t_vertex > &	bounds )

Classifies.

Author: Tyler Parke

Date: 2017-11-19

Parameters: radial - The radial. bounds - The bounds.

Returns

The IntersectionTypes.

classify() [25/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const RadialObject< t_dims, t_type, t_vertex > &	radial,
		const Plane< t_dims, t_type > &	plane )

classify() [26/37]

template<class t_other_type , uint01 t_dims, class t_type >

IntersectionTypes classify	(	const SelectionArea< t_dims, t_type > &	area,
		const t_other_type &	other )

classify() [27/37]

template<class t_other_type , uint01 t_dims, class t_type >

IntersectionTypes classify	(	const t_other_type &	other,
		const SelectionArea< t_dims, t_type > &	area )

---

Classifies.

Author: Tyler Parke

Date: 2018-03-26

Parameters: other - The vector. area - The radians.

Returns

The IntersectionTypes.

classify() [28/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const t_vertex &	point,
		const Plane< t_dims, t_type > &	plane )

classify() [29/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const t_vertex &	point,
		const Triangle< t_dims, t_type, t_vertex > &	tri )

classify() [30/37]

template<class t_type , class t_vertex >

IntersectionTypes classify	(	const t_vertex &	vector,
		const Polygon< t_type, t_vertex > &	polygon )

classify() [31/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const t_vertex &	vector,
		const RadialObject< t_dims, t_type, t_vertex > &	rad )

Classifies.

Author: Tyler Parke

Date: 2017-11-19

Parameters: vector - The vector. rad - The radians.

Returns

The IntersectionTypes.

classify() [32/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const t_vertex &	vertex,
		const Bounds< t_dims, t_type, t_vertex > &	bounds )

Classifies.

Author: Tyler Parke

Date: 2017-11-19

Parameters: vertex - The vertex. bounds - The bounds.

Returns

The IntersectionTypes.

classify() [33/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Triangle< t_dims, t_type, t_vertex > &	tri,
		const LineSegment< t_dims, t_type, t_vertex > &	line )

Classifies.

Author: Tyler Parke

Date: 2017-11-19

Parameters: tri - The triangle. line - The line.

Returns

The IntersectionTypes.

classify() [34/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Triangle< t_dims, t_type, t_vertex > &	tri,
		const Polygon< t_type > &	polygon )

classify() [35/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Triangle< t_dims, t_type, t_vertex > &	tri,
		const t_vertex &	point )

classify() [36/37]

template<uint01 t_dims, class t_type , class t_vertex >

IntersectionTypes classify	(	const Triangle< t_dims, t_type, t_vertex > &	triangle,
		const Plane< t_dims, t_type > &	plane )

classify() [37/37]

template<uint01 t_dims, class t_type >

IntersectionTypes classify	(	const Vector< t_dims, t_type > &	v1,
		const Vector< t_dims, t_type > &	v2 )

clip() [1/2]

template<typename t_type >

t_type clip ( const t_type & value, const t_type & lower_bound, const t_type & upper_bound )

constexpr

Clips the value given so that that the returned value falls between upper and lower bound.

For example, clip(-1, 0, 10) would return 0, clip(.5, 0, 10) would return .5, and clip(11.5, 0, 10) would return 10.

Author: Tyler Parke

Date: 2017-11-05

Parameters

[in]	value	The value. If this falls between the upper and lower bound it is returned.
[in]	lower_bound	The lower bound. It is assumed that this will always be a value less than or equal to the upper bound.
[in]	upper_bound	The upper bound. It is assumed that this will always be a value greater than or equal to the lower bound.

Returns

the value if it falls between the upper or lower bound, otherwise if less than lower bound. returns lower bound and if greater than upper bound returns upper bound.

clip() [2/2]

template<uint01 t_dims, typename t_type >

Vector< t_dims, t_type > clip ( const Vector< t_dims, t_type > & value, const Vector< t_dims, t_type > & lower_bound, const Vector< t_dims, t_type > & upper_bound )

constexpr

ClosestPoint() [1/2]

template<uint01 t_dims, class t_type , class t_vertex >

Vector< t_dims, t_type > ClosestPoint ( const Triangle< t_dims, t_type, t_vertex > & tri, const t_vertex & point )

constexpr

---

Closest point.

Author: Tyler Parke

Date: 2017-11-17

Parameters: tri - The triangle. point - The point.

Returns

A Vector<t_dims,t_type>

ClosestPoint() [2/2]

template<uint01 t_dims, class t_type , class t_vertex >

Vector< t_dims, t_type > ClosestPoint ( const Triangle< t_dims, t_type, t_vertex > & tri, const t_vertex & point, const t_vertex & edge0, const Vector< t_dims, t_type > & edge1, t_type a, t_type b, t_type c, t_type det )

constexpr

cos() [1/3]

template<class t_type >

std::enable_if<!ObjectInfo< t_type >::Float, fltp08 >::type cos

(

const Angle< t_type > &

angle

)

Performs optimized cosine operation on the given angle using pre-computed lookup table for optimal speed.

Parameters

[in]

angle

The angle to perform cosin on.

Returns

The cosine of the given angle

cos() [2/3]

template<class t_type >

std::enable_if< ObjectInfo< t_type >::Float, fltp08 >::type cos

(

const Angle< t_type > &

angle

)

Performs cosine operation on the given angle.

Parameters

[in]

angle

The angle to perform cosine on.

Returns

The cosine of the given angle

cos() [3/3]

template<class t_type >

t_type cos

(

const t_type &

angle

)

Performs cosine operation on the given angle assumed to be in radians.

Parameters

[in]

angle

The number, in radians, to perform cosine on.

Returns

The cosine of the given angle

cross() [1/4]

template<class t_type >

Vector< 1, t_type > cross ( const Vector< 1, t_type > & , const Vector< 1, t_type > &  )

constexpr

---

Returns the cross product of 2 numbers. Note cross product is defined only for certain dimensions

Author: Tyler Parke

Date: 2017-05-17

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

A Vector<t_dims,t_type&gt of v1 X v2;

cross() [2/4]

template<class t_type >

Vector< 2, t_type > cross ( const Vector< 2, t_type > & v1, const t_type & v2 )

constexpr

cross() [3/4]

template<class t_type >

t_type cross ( const Vector< 2, t_type > & v1, const Vector< 2, t_type > & v2 )

constexpr

cross() [4/4]

template<class t_type >

Vector< 3, t_type > cross ( const Vector< 3, t_type > & v1, const Vector< 3, t_type > & v2 )

constexpr

determinate() [1/2]

template<uint01 t_dims, class t_type >

t_type determinate	(	const Vector< t_dims, t_type > &	v1,
		const Vector< t_dims, t_type > &	v2 )

---

Determinates.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

A t_type.

determinate() [2/2]

template<uint01 t_dims, class t_type >

t_type determinate	(	const Vector< t_dims, t_type > &	v1,
		const Vector< t_dims, t_type > &	v2,
		const Vector< t_dims, t_type > &	v3 )

---

Determinates.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type> v3 - The third Vector<t_dims,t_type>

Returns

A t_type.

distance() [1/6]

template<class t_precision , uint01 t_dims, class t_type , class t_vertex >

t_type distance ( const LineSegment< t_dims, t_type > & line, const Vector< t_dims, t_type > & vertex )

constexpr

distance() [2/6]

template<class t_precision , uint01 t_dims, class t_type , class t_vertex >

t_precision distance	(	const LineSegment< t_dims, t_type, t_vertex > &	left,
		const LineSegment< t_dims, t_type, t_vertex > &	right,
		t_precision	epsilon = cast<t_precision>(0) )

distance() [3/6]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distance ( const Plane< t_dims, t_type > & plane, const Vertex< t_dims, t_vertex > & vertex )

constexpr

distance() [4/6]

template<class epsilon_type , uint01 t_dims, class t_type , class t_vertex >

t_type distance ( const t_vertex & vertex, const LineSegment< t_dims, t_type, t_vertex > & line )

constexpr

distance() [5/6]

template<uint01 t_dims, class t_type >

t_type distance	(	const Vector< t_dims, t_type > &	v1,
		const Vector< t_dims, t_type > &	v2 )

---

Distances.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

A t_type.

distance() [6/6]

template<class t_distance_type , uint01 t_dims, class t_type >

t_distance_type distance	(	const Vector< t_dims, t_type > &	v1,
		const Vector< t_dims, t_type > &	v2 )

---

Distances.

Author: Tyler Parke

Date: 2017-11-13

Typeparams: t_distance_type - Type of the distance type. t_dims - Type of the dims. t_type - Type of the type. Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

A t_distance_type.

distanceSquared() [1/21]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquared ( const Bounds< t_dims, t_type, t_vertex > & , const Triangle< t_dims, t_type, t_vertex > &  )

constexpr

distanceSquared() [2/21]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquared	(	const Bounds< t_dims, t_type, t_vertex > &	a,
		const Bounds< t_dims, t_type, t_vertex > &	b )

distanceSquared() [3/21]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquared	(	const Bounds< t_dims, t_type, t_vertex > &	bounds,
		const Vector< t_dims, t_type > &	vertex )

distanceSquared() [4/21]

template<uint01 t_dims, class t_type , class t_vertex_a , class t_vertex_b >

t_type distanceSquared	(	const Bounds< t_dims, t_type, t_vertex_a > &	bounds,
		const LineSegment< t_dims, t_type, t_vertex_b > &	line )

distanceSquared() [5/21]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquared	(	const LineSegment< t_dims, t_type, t_vertex > &	left,
		const LineSegment< t_dims, t_type, t_vertex > &	right,
		const t_type &	epsilon = cast<t_type>(0) )

distanceSquared() [6/21]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquared	(	const LineSegment< t_dims, t_type, t_vertex > &	line,
		const t_vertex &	vertex )

Distance squared.

Author: Tyler Parke

Date: 2017-11-19

Parameters: line - The line. vertex - The vertex.

Returns

A t_type.

distanceSquared() [7/21]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquared ( const LineSegment< t_dims, t_type, t_vertex > & line, const Triangle< t_dims, t_type, t_vertex > & tri )

constexpr

distanceSquared() [8/21]

template<uint01 t_dims, class t_type , class t_vertex_a , class t_vertex_b >

t_type distanceSquared	(	const LineSegment< t_dims, t_type, t_vertex_a > &	line,
		const Bounds< t_dims, t_type, t_vertex_b > &	bounds )

distanceSquared() [9/21]

template<class t_type , class t_other_type >

t_type distanceSquared	(	const Polygon< t_type > &	poly,
		const t_other_type &	original_object )

distanceSquared() [10/21]

template<uint01 t_dims, class t_type , class t_other_type >

t_type distanceSquared	(	const Polyline< t_dims, t_type > &	poly,
		const t_other_type &	original_object )

distanceSquared() [11/21]

template<class t_other_type , uint01 t_dims, class t_type >

t_type distanceSquared ( const SelectionArea< t_dims, t_type > & area, const t_other_type & other )

constexpr

distanceSquared() [12/21]

template<class t_type , class t_other_type >

t_type distanceSquared	(	const t_other_type &	original_object,
		const Polygon< t_type > &	poly )

distanceSquared() [13/21]

template<uint01 t_dims, class t_type , class t_other_type >

t_type distanceSquared	(	const t_other_type &	original_object,
		const Polyline< t_dims, t_type > &	poly )

distanceSquared() [14/21]

template<class t_other_type , uint01 t_dims, class t_type >

t_type distanceSquared ( const t_other_type & other, const SelectionArea< t_dims, t_type > & area )

constexpr

distanceSquared() [15/21]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquared ( const t_vertex & vertex, const LineSegment< t_dims, t_type, t_vertex > & line )

constexpr

Distance squared.

Author: Tyler Parke

Date: 2017-11-19

Parameters: vertex - The vertex. line - The line.

Returns

A t_type.

distanceSquared() [16/21]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquared ( const t_vertex & vertex, const Triangle< t_dims, t_type, t_vertex > & tri )

constexpr

distanceSquared() [17/21]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquared ( const Triangle< t_dims, t_type, t_vertex > & , const Bounds< t_dims, t_type, t_vertex > &  )

constexpr

distanceSquared() [18/21]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquared ( const Triangle< t_dims, t_type, t_vertex > & tri, const LineSegment< t_dims, t_type, t_vertex > & line )

constexpr

distanceSquared() [19/21]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquared ( const Triangle< t_dims, t_type, t_vertex > & tri, const t_vertex & vertex )

constexpr

Returns

The squared distance between the triangle and the vertex.

distanceSquared() [20/21]

template<uint01 t_dims, class t_type >

t_type distanceSquared	(	const Vector< t_dims, t_type > &	v1,
		const Vector< t_dims, t_type > &	v2 )

---

Distance squared.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

A t_type.

distanceSquared() [21/21]

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquared	(	const Vector< t_dims, t_type > &	vertex,
		const Bounds< t_dims, t_type, t_vertex > &	bounds )

distanceSquaredOptimized()

template<uint01 t_dims, class t_type , class t_vertex >

t_type distanceSquaredOptimized ( const LineSegment< t_dims, t_type, t_vertex > & line, const t_vertex & vertex, const t_vertex & ray, const t_type & dot_ray )

constexpr

Distance squared optimized.

Author: Tyler Parke

Date: 2017-11-19

Parameters: line - The line. vertex - The vertex. ray - The ray. dot_ray - The dot ray.

Returns

A t_type.

dot()

template<uint01 t_dims, class t_type >

t_type dot	(	const Vector< t_dims, t_type > &	v1,
		const Vector< t_dims, t_type > &	v2 )

---

Dots.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

A t_type.

dynamicHeapMedian()

template<class t_node_type , class t_container_type >

uint04 dynamicHeapMedian	(	uint04	size,
		const Buffer< t_node_type > &	points,
		const t_container_type &	indices,
		const uint04	start,
		const uint04	step,
		uint01	dimension )

Equals()

template<bool t_has_winding, uint01 t_dims, class t_type , class t_vertex >

bool Equals ( const Triangle< t_dims, t_type, t_vertex > & tri_a, const Triangle< t_dims, t_type, t_vertex > & tri_b, t_type epsilon = 0 )

constexpr

---

Tests if objects are considered equal.

Author: Tyler Parke

Date: 2017-11-17

Parameters: tri_a - Constant triangle<t dims,t type,t vertex>& to be compared. tri_b - Constant triangle<t dims,t type,t vertex>& to be compared. epsilon - (Optional) T type to be compared.

Returns

True if the objects are considered equal, false if they are not.

equals() [1/3]

template<uint01 t_dims, class t_type , class t_vertex >

bool equals ( const LineSegment< t_dims, t_type, t_vertex > & left, const LineSegment< t_dims, t_type, t_vertex > & right, const t_type & epsilon = cast<t_type>(0) )

constexpr

Tests if objects are considered equal.

Author: Tyler Parke

Date: 2017-11-19

Parameters: left - Constant line segment<t dims,t type,t vertex>& to be compared. right - Constant line segment<t dims,t type,t vertex>& to be compared. epsilon - (Optional) Constant type& to be compared.

Returns

True if the objects are considered equal, false if they are not.

equals() [2/3]

template<class t_type , uint01 t_row_dims, uint01 t_col_dims>

bool equals	(	const Matrix< t_type, t_row_dims, t_col_dims > &	a,
		const Matrix< t_type, t_row_dims, t_col_dims > &	b,
		t_type	epsilon )

equals() [3/3]

template<uint01 t_dims, class t_type >

bool equals ( const Vector< t_dims, t_type > & left, const Vector< t_dims, t_type > & right, const t_type & epsilon = cast<t_type>(0) )

constexpr

---

Tests if objects are considered equal.

Author: Tyler Parke

Date: 2017-11-13

Parameters: left - Constant vector<t dims,t type>& to be compared. right - Constant vector<t dims,t type>& to be compared. epsilon - (Optional) Constant type& to be compared.

Returns

True if the objects are considered equal, false if they are not.

Except()

template<class t_type , class t_memory_allocator , class t_memory_manager >

Buffer< t_type, t_memory_allocator, t_memory_manager > Except	(	const Buffer< t_type, t_memory_allocator, t_memory_manager > &	a,
		const Buffer< t_type, t_memory_allocator, t_memory_manager > &	b )

ExceptSorted()

template<class t_type , class t_memory_allocator , class t_memory_manager >

Buffer< t_type, t_memory_allocator, t_memory_manager > ExceptSorted	(	const Buffer< t_type, t_memory_allocator, t_memory_manager > &	a,
		const Buffer< t_type, t_memory_allocator, t_memory_manager > &	b )

getMax() [1/13]

template<uint01 t_dims, class t_type , class t_base >

Ray< t_dims, t_type, t_base > getMax ( const Ray< t_dims, t_type, t_base > & v1, const Ray< t_dims, t_type, t_base > & v2 )

constexpr

---

Finds the max of the given arguments.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

The calculated maximum.

getMax() [2/13]

template<>

sint01 getMax ( const sint01 & left, const sint01 & right )

constexpr

getMax() [3/13]

template<>

sint02 getMax ( const sint02 & left, const sint02 & right )

constexpr

getMax() [4/13]

template<>

sint04 getMax ( const sint04 & left, const sint04 & right )

constexpr

getMax() [5/13]

template<>

sint08 getMax ( const sint08 & left, const sint08 & right )

constexpr

getMax() [6/13]

template<typename t_type >

t_type getMax ( const t_type & left, const t_type & middle, const t_type & right )

constexpr

getMax() [7/13]

template<typename t_type >

t_type getMax ( const t_type & left, const t_type & right )

constexpr

Finds the max of the given arguments using the > operator The only requirement is that t_type have > operator defined.

For Vector-based structures a new object is created that, for each dimension stores the max for that dimension.

Note integers, use same as the templated getMax, however, we can optimize specially for integers using some bit twiddling tricks. This removes a branch statement entirely and is likely faster on a modern CPU

Parameters

[in]	left	- One of two comparators to determine the max of.
[in]	right	- One of two comparators to determine the max of.

Returns

The calculated maximum.

getMax() [8/13]

template<>

uint01 getMax ( const uint01 & left, const uint01 & right )

constexpr

getMax() [9/13]

template<>

uint02 getMax ( const uint02 & left, const uint02 & right )

constexpr

getMax() [10/13]

template<>

uint04 getMax ( const uint04 & left, const uint04 & right )

constexpr

getMax() [11/13]

template<>

uint08 getMax ( const uint08 & left, const uint08 & right )

constexpr

getMax() [12/13]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > getMax ( const Vector< t_dims, t_type > & v1, const Vector< t_dims, t_type > & v2 )

constexpr

---

Finds the max of the given arguments.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

The calculated maximum.

getMax() [13/13]

template<uint01 t_dims, class t_type , class t_base >

Vertex< t_dims, t_type, t_base > getMax ( const Vertex< t_dims, t_type, t_base > & v1, const Vertex< t_dims, t_type, t_base > & v2 )

constexpr

---

Finds the max of the given arguments.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

The calculated maximum.

getMin() [1/13]

template<uint01 t_dims, class t_type , class t_base >

Ray< t_dims, t_type, t_base > getMin ( const Ray< t_dims, t_type, t_base > & v1, const Ray< t_dims, t_type, t_base > & v2 )

constexpr

---

Finds the min of the given arguments.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

The calculated minimum.

getMin() [2/13]

template<>

sint01 getMin ( const sint01 & left, const sint01 & right )

constexpr

getMin() [3/13]

template<>

sint02 getMin ( const sint02 & left, const sint02 & right )

constexpr

getMin() [4/13]

template<>

sint04 getMin ( const sint04 & left, const sint04 & right )

constexpr

getMin() [5/13]

template<>

sint08 getMin ( const sint08 & left, const sint08 & right )

constexpr

getMin() [6/13]

template<typename t_type >

t_type getMin ( const t_type & left, const t_type & middle, const t_type & right )

constexpr

getMin() [7/13]

template<typename t_type >

t_type getMin ( const t_type & left, const t_type & right )

constexpr

Finds the minimum of the given arguments based on the < operator Author: Tyler Parke Date: 2017-11-05.

Parameters

[in]	left	A t_type to process.
[in]	right	A t_type to process.

The only requirement is that t_type have > operator defined.

For Vector-based structures a new object is created that, for each dimension stores the max for that dimension.

Note integers, use same as the templated getMax, however, we can optimize specially for integers using some bit twiddling tricks. This removes a branch statement entirely and is likely faster on a modern CPU

Returns

The calculated minimum.

getMin() [8/13]

template<>

uint01 getMin ( const uint01 & left, const uint01 & right )

constexpr

getMin() [9/13]

template<>

uint02 getMin ( const uint02 & left, const uint02 & right )

constexpr

getMin() [10/13]

template<>

uint04 getMin ( const uint04 & left, const uint04 & right )

constexpr

getMin() [11/13]

template<>

uint08 getMin ( const uint08 & left, const uint08 & right )

constexpr

getMin() [12/13]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > getMin ( const Vector< t_dims, t_type > & v1, const Vector< t_dims, t_type > & v2 )

constexpr

---

Finds the min of the given arguments.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

The calculated minimum.

getMin() [13/13]

template<uint01 t_dims, class t_type , class t_base >

Vertex< t_dims, t_type, t_base > getMin ( const Vertex< t_dims, t_type, t_base > & v1, const Vertex< t_dims, t_type, t_base > & v2 )

constexpr

---

Finds the min of the given arguments.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first Vector<t_dims,t_type> v2 - The second Vector<t_dims,t_type>

Returns

The calculated minimum.

GetTypeInfo() [1/2]

template<class t_type , bool is_buffer = ObjectInfo<t_type>::Buffer>

std::enable_if<!ObjectInfo< t_type >::Buffer, TypeInfo >::type GetTypeInfo ( )

constexpr

GetTypeInfo() [2/2]

template<class t_type >

std::enable_if< ObjectInfo< t_type >::Buffer, TypeInfo >::type GetTypeInfo ( )

constexpr

Intersect()

template<class t_type , class t_memory_allocator , class t_memory_manager >

Buffer< t_type, t_memory_allocator, t_memory_manager > Intersect	(	const Buffer< t_type, t_memory_allocator, t_memory_manager > &	a,
		const Buffer< t_type, t_memory_allocator, t_memory_manager > &	b )

IntersectPreserveOrderA()

template<class t_type , class t_memory_allocator , class t_memory_manager >

Buffer< t_type, t_memory_allocator, t_memory_manager > IntersectPreserveOrderA	(	const Buffer< t_type, t_memory_allocator, t_memory_manager > &	a,
		const Buffer< t_type, t_memory_allocator, t_memory_manager > &	b )

IntersectSorted()

template<class t_type , class t_memory_allocator , class t_memory_manager >

Buffer< t_type, t_memory_allocator, t_memory_manager > IntersectSorted	(	const Buffer< t_type, t_memory_allocator, t_memory_manager > &	a,
		const Buffer< t_type, t_memory_allocator, t_memory_manager > &	b )

IsInvalid() [1/4]

template<>

bool IsInvalid ( const fltp04 & value )

constexpr

IsInvalid() [2/4]

template<>

bool IsInvalid ( const fltp08 & value )

constexpr

IsInvalid() [3/4]

template<>

bool IsInvalid ( const String & value )

constexpr

IsInvalid() [4/4]

template<class t_type >

bool IsInvalid ( const t_type & value )

constexpr

Query if 'value' is valid or invalid. Invalid values should return invalid if used for calculations or false for operator checks, when possible.

Author: Tyler Parke

Date: 2017-11-05

Parameters

[in]

value

The value.

Returns

True if the value is invalid, false if the value is valid.

MakeRandom() [1/4]

template<>

fltp04 MakeRandom ( fltp04 max )

inline

---

Returns a pseudo-random number between 0 and the associated max value

Author: Tyler Parke

Date: 2017-11-18

Parameters: max - The maximum value the random value can take on.

Returns

A pseudo-random number.

MakeRandom() [2/4]

template<>

fltp08 MakeRandom ( fltp08 max )

inline

Returns a pseudo-random number between 0 and the associated max value.

---

Author: Tyler Parke

Date: 2017-11-18

Parameters: max - The maximum value the random value can take on.

Returns

A pseudo-random number.

MakeRandom() [3/4]

template<class t_type >

t_type MakeRandom

(

t_type

max

)

Returns a pseudo-random number between 0 and the associated max value.

---

Author: Tyler Parke

Date: 2017-11-18

Parameters: max - The maximum value the random value can take on.

Returns

A pseudo-random number.

MakeRandom() [4/4]

template<class t_type >

t_type MakeRandom	(	t_type	min,
		t_type	max )

Returns a pseudo-random number between 0 and the associated max value.

---

Author: Tyler Parke

Date: 2017-11-18

Parameters: max - The maximum value the random value can take on. min - The maximum value the random value can take on.

Returns

A pseudo-random number.

MaxDigits()

template<class t_type >

uint04 MaxDigits ( )

constexpr

For a given number type, returns the maximum number of digits the number type can represent.

---

MaxDigits< sint01 >()

template<>

uint04 MaxDigits< sint01 > ( )

constexpr

MaxDigits< sint02 >()

template<>

uint04 MaxDigits< sint02 > ( )

constexpr

MaxDigits< sint04 >()

template<>

uint04 MaxDigits< sint04 > ( )

constexpr

MaxDigits< sint08 >()

template<>

uint04 MaxDigits< sint08 > ( )

constexpr

MaxDigits< uint01 >()

template<>

uint04 MaxDigits< uint01 > ( )

constexpr

MaxDigits< uint02 >()

template<>

uint04 MaxDigits< uint02 > ( )

constexpr

MaxDigits< uint04 >()

template<>

uint04 MaxDigits< uint04 > ( )

constexpr

MaxDigits< uint08 >()

template<>

uint04 MaxDigits< uint08 > ( )

constexpr

median()

template<class t_container_type >

uint04 median	(	const t_container_type &	elements,
		Buffer< uint04 > &	indices,
		const uint04	start,
		const uint04	end,
		uint01	dimension )

operator!=() [1/4]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type operator!= ( const t_type & s, const t_vector_type & v )

constexpr

operator!=() [2/4]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type operator!= ( const t_vector_type & v, const t_type & s )

constexpr

operator!=() [3/4]

template<class t_vector_type >

std::enable_if< IsVec< t_vector_type >::value, bool >::type operator!= ( const t_vector_type & v_a, const t_vector_type & v_b )

constexpr

operator!=() [4/4]

template<uint01 t_dims, class t_type >

bool operator!= ( const Vector< t_dims, t_type > & vec_a, const Vector< t_dims, t_type > & vec_b )

constexpr

---

Inequality operator. Performs the '!=' operation on the value in each dimension.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - The first instance to compare. vec_b - The second instance to compare.

Returns

True if any of the values in each vector dimension is not considered equivalent.

operator%() [1/5]

TimeSpan operator% ( const Time & time, const TimeSpan & duration )

constexpr

operator%() [2/5]

template<uint01 t_dims, class t_angle_type >

Vector< t_dims, Angle< t_angle_type > > operator% ( const Vector< t_dims, Angle< t_angle_type > > & vec_a, const Angle< t_angle_type > & value_b )

constexpr

Computes the remainder of an Angle given an angle and a modulo divisor.

Parameters

[in]	vec_a	The Vector to compute the remainder.
[in]	value_b	The Vector to use as the modulo

Returns

The result of the modulo operation.

operator%() [3/5]

template<uint01 t_dims, class t_angle_type >

Vector< t_dims, Angle< t_angle_type > > operator% ( const Vector< t_dims, Angle< t_angle_type > > & vec_a, const Vector< t_dims, Angle< t_angle_type > > & vec_b )

constexpr

operator%() [4/5]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > operator% ( const Vector< t_dims, t_type > & vec_a, const t_type & value_b )

constexpr

operator%() [5/5]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > operator% ( const Vector< t_dims, t_type > & vec_a, const Vector< t_dims, t_type > & vec_b )

constexpr

---

Xor operator.

Author: Tyler Parke

Date: 2018-04-10

Parameters: vec_a - The first value to xor. vec_b - The second value to xor.

Returns

The result of the operation.

operator*() [1/36]

RGBColor operator* ( const fltp04 & value, const RGBColor & color )

constexpr

operator*() [2/36]

template<class t_type , class t_vector >

Ray< 3, t_type > operator* ( const Matrix< t_type, 3, 3 > & matrix, const Ray< 3, t_type, t_vector > & right )

inline

operator*() [3/36]

template<class t_type , class t_vector >

Vertex< 3, t_type, t_vector > operator*	(	const Matrix< t_type, 3, 3 > &	matrix,
		const Vertex< 3, t_type, t_vector > &	right )

operator*() [4/36]

template<class t_type , class t_vector >

Ray< 3, t_type > operator* ( const Matrix< t_type, 4, 4 > & matrix, const Ray< 3, t_type, t_vector > & right )

inline

operator*() [5/36]

template<class t_type , class t_vector >

Ray< 4, t_type > operator* ( const Matrix< t_type, 4, 4 > & matrix, const Ray< 4, t_type, t_vector > & right )

inline

operator*() [6/36]

template<class t_type , class t_vector >

Vertex< 3, t_type, t_vector > operator*	(	const Matrix< t_type, 4, 4 > &	matrix,
		const Vertex< 3, t_type, t_vector > &	right )

operator*() [7/36]

template<class t_type , class t_vector >

Vertex< 4, t_type > operator* ( const Matrix< t_type, 4, 4 > & matrix, const Vertex< 4, t_type, t_vector > & right )

inline

operator*() [8/36]

template<class t_type , class t_vertex , uint01 t_row_dims, uint01 t_col_dims>

Bounds< 1, t_type, t_vertex > operator*	(	const Matrix< t_type, t_row_dims, t_col_dims > &	matrix,
		const Bounds< 1, t_type, t_vertex > &	bounds )

operator*() [9/36]

template<class t_type , class t_vertex , uint01 t_row_dims, uint01 t_col_dims>

Bounds< 2, t_type, t_vertex > operator*	(	const Matrix< t_type, t_row_dims, t_col_dims > &	matrix,
		const Bounds< 2, t_type > &	bounds )

operator*() [10/36]

template<class t_type , class t_vertex , uint01 t_row_dims, uint01 t_col_dims>

Bounds< 3, t_type, t_vertex > operator*	(	const Matrix< t_type, t_row_dims, t_col_dims > &	matrix,
		const Bounds< 3, t_type, t_vertex > &	bounds )

operator*() [11/36]

template<class t_type , uint01 t_dims, class t_vertex , uint01 t_row_dims, uint01 t_col_dims>

LineSegment< t_dims, t_type > operator* ( const Matrix< t_type, t_row_dims, t_col_dims > & matrix, const LineSegment< t_dims, t_type, t_vertex > & line )

inline

operator*() [12/36]

template<class t_type , uint01 t_row_dims, uint01 t_col_dims>

Plane< 3, t_type > operator*	(	const Matrix< t_type, t_row_dims, t_col_dims > &	matrix,
		const Plane< 3, t_type > &	plane )

operator*() [13/36]

template<class t_type , class t_vertex , uint01 t_row_dims, uint01 t_col_dims>

Polygon< t_type, t_vertex > operator* ( const Matrix< t_type, t_row_dims, t_col_dims > & matrix, const Polygon< t_type, t_vertex > & poly )

inline

operator*() [14/36]

template<class t_type , class t_vertex , uint01 t_dims, uint01 t_row_dims, uint01 t_col_dims>

Polyline< t_dims, t_type, t_vertex > operator* ( const Matrix< t_type, t_row_dims, t_col_dims > & matrix, const Polyline< t_dims, t_type, t_vertex > & poly )

inline

operator*() [15/36]

template<class t_type , class t_vector , uint01 t_row_dims, uint01 t_col_dims>

Ray< 1, t_type, t_vector > operator* ( const Matrix< t_type, t_row_dims, t_col_dims > & matrix, const Ray< 1, t_type, t_vector > & right )

inline

operator*() [16/36]

template<class t_type , class t_vector , uint01 t_row_dims, uint01 t_col_dims>

Ray< 2, t_type, t_vector > operator* ( const Matrix< t_type, t_row_dims, t_col_dims > & matrix, const Ray< 2, t_type, t_vector > & right )

inline

operator*() [17/36]

template<class t_type , uint01 t_dims, class t_vertex , uint01 t_row_dims, uint01 t_col_dims>

Triangle< t_dims, t_type, t_vertex > operator* ( const Matrix< t_type, t_row_dims, t_col_dims > & matrix, const Triangle< t_dims, t_type, t_vertex > & tri )

inline

operator*() [18/36]

template<class t_type , class t_vector , uint01 t_row_dims, uint01 t_col_dims>

Vertex< 1, t_type, t_vector > operator* ( const Matrix< t_type, t_row_dims, t_col_dims > & matrix, const Vertex< 1, t_type, t_vector > & right )

inline

operator*() [19/36]

template<class t_type , class t_vector , uint01 t_row_dims, uint01 t_col_dims>

Vertex< 2, t_type, t_vector > operator* ( const Matrix< t_type, t_row_dims, t_col_dims > & matrix, const Vertex< 2, t_type, t_vector > & right )

inline

operator*() [20/36]

RGBColor operator* ( const RGBColor & color, const fltp04 & value )

constexpr

operator*() [21/36]

template<class t_type , class t_vector_type >

std::enable_if< IsVecType< t_vector_type, Angle< fltp08 > >::value, t_vector_type >::type operator* ( const t_type & mult, const t_vector_type & angle )

constexpr

operator*() [22/36]

template<class t_type , class t_vector_type >

std::enable_if< IsVecType< t_vector_type, Angle< sint04 > >::value, t_vector_type >::type operator* ( const t_type & mult, const t_vector_type & angle )

constexpr

operator*() [23/36]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type operator* ( const t_type & value_a, const t_vector_type & vec_b )

constexpr

---

Multiplication operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: value_a - The first value to multiply. vec_b - The second value to multiply.

Returns

The result of the operation.

operator*() [24/36]

template<class t_type , uint01 t_row_dims, uint01 t_col_dims>

Matrix< t_type, t_row_dims, t_col_dims > operator*	(	const t_type	mult,
		const Matrix< t_type, t_row_dims, t_col_dims > &	matrix )

operator*() [25/36]

template<class t_type , class t_vector_type >

std::enable_if< IsVecType< t_vector_type, Angle< fltp08 > >::value, t_vector_type >::type operator* ( const t_vector_type & angle, const t_type & mult )

constexpr

Multiplication operator for a Vector of Angles.

Parameters

[in]	mult	A scaler value to multiply the angle by.
[in]	angle	The vector of Angles to multiply.

Returns

The result of the multiplication operation.

operator*() [26/36]

template<class t_type , class t_vector_type >

std::enable_if< IsVecType< t_vector_type, Angle< sint04 > >::value, t_vector_type >::type operator* ( const t_vector_type & angle, const t_type & mult )

constexpr

Multiplication operator for a Vector of Angles.

Parameters

[in]	mult	A scaler value to multiply the angle by.
[in]	angle	The vector of Angles to multiply.

Returns

The result of the multiplication operation.

operator*() [27/36]

template<uint01 t_dims, class t_type , class t_vector_type >

std::enable_if< std::is_base_of< Vector< t_dims, Angle< fltp08 > >, t_vector_type >::value, t_vector_type >::type operator* ( const t_vector_type & angle, const Vector< t_dims, t_type > & mult )

constexpr

Multiplication operator for a Vector of Angles.

Parameters

[in]	mult	A Vector scaler value to multiply the angle by.
[in]	angle	The vector of Angles to multiply.

Returns

The result of the multiplication operation.

operator*() [28/36]

template<uint01 t_dims, class t_type , class t_vector_type >

std::enable_if< std::is_base_of< Vector< t_dims, Angle< sint04 > >, t_vector_type >::value, t_vector_type >::type operator* ( const t_vector_type & angle, const Vector< t_dims, t_type > & mult )

constexpr

Multiplication operator for a Vector of Angles.

Parameters

[in]	angle	The vector of Angles to multiply.
[in]	mult	A Vector scaler value to multiply the angle by.

Returns

The result of the multiplication operation.

operator*() [29/36]

template<class t_type , class t_vector_type >

std::enable_if< IsVecType< t_vector_type, Angle< fltp08 > >::value, t_vector_type >::type operator* ( const t_vector_type & mult, const t_vector_type & angle )

constexpr

operator*() [30/36]

template<class t_type , class t_vector_type >

std::enable_if< IsVecType< t_vector_type, Angle< sint04 > >::value, t_vector_type >::type operator* ( const t_vector_type & mult, const t_vector_type & angle )

constexpr

operator*() [31/36]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type operator* ( const t_vector_type & vec_a, const t_type & value_b )

constexpr

---

Multiplication operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - The first value to multiply. value_b - The second value to multiply.

Returns

The result of the operation.

operator*() [32/36]

template<uint01 t_dims, class t_type , class t_vector_type >

std::enable_if< std::is_base_of< Vector< t_dims, Angle< fltp08 > >, t_vector_type >::value, t_vector_type >::type operator* ( const Vector< t_dims, t_type > & mult, const t_vector_type & angle )

constexpr

operator*() [33/36]

template<uint01 t_dims, class t_type , class t_vector_type >

std::enable_if< std::is_base_of< Vector< t_dims, Angle< sint04 > >, t_vector_type >::value, t_vector_type >::type operator* ( const Vector< t_dims, t_type > & mult, const t_vector_type & angle )

constexpr

operator*() [34/36]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > operator* ( const Vector< t_dims, t_type > & vec_a, const Vector< t_dims, t_type > & vec_b )

constexpr

---

Multiplication operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - The first value to multiply. vec_b - The second value to multiply.

Returns

The result of the operation.

operator*() [35/36]

template<class t_type , class t_vector , uint01 t_dims, uint01 t_row_dims, uint01 t_col_dims>

Vertex< t_dims, t_type > operator* ( const Vertex< t_dims, t_type, t_vector > & vertex, const Matrix< t_type, t_row_dims, t_col_dims > & matrix )

inline

operator*() [36/36]

template<class t_type , class t_vector , uint01 t_dims, uint01 t_row_dims, uint01 t_col_dims>

Ray< t_dims, t_type > operator* ( const Vertex< t_dims, t_type, t_vector > & vertex, const Matrix< t_type, t_row_dims, t_col_dims > & matrix )

inline

operator*=() [1/3]

template<class t_type >

RGBColor & operator*= ( RGBColor & color, const t_type & value )

constexpr

operator*=() [2/3]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > & operator*= ( Vector< t_dims, t_type > & vec_a, const Vector< t_dims, t_type > & vec_b )

constexpr

---

Multiplication assignment operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - [in,out] The vector a. vec_b - The vector b.

Returns

The result of the operation.

operator*=() [3/3]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > & operator*= ( Vector< t_dims, t_type > & vec_a, t_type value_b )

constexpr

---

Multiplication assignment operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - [in,out] The vector a. value_b - The value b.

Returns

The result of the operation.

operator+() [1/16]

String operator+ ( const char *& v1, const String & v2 )

inline

operator+() [2/16]

template<size_t t_size>

String operator+ ( const char(&) v1[t_size], const String & v2 )

inline

operator+() [3/16]

template<size_t t_size>

String operator+ ( const char(&) v1[t_size], String && v2 )

inline

operator+() [4/16]

String operator+ ( const String & string_a, const String & string_b )

inline

operator+() [5/16]

String operator+ ( const String & v1, const char & v2 )

inline

operator+() [6/16]

template<size_t t_size>

String operator+ ( const String & v1, const char(&) v2[t_size] )

inline

operator+() [7/16]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type operator+ ( const t_type & scaler_a, const t_vector_type & vec_b )

constexpr

operator+() [8/16]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > operator+ ( const t_type & scaler_a, const Vector< t_dims, t_type > & vec_b )

constexpr

---

Addition operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: scaler_a - The first value. vec_b - A value to add to it.

Returns

The result of the operation.

operator+() [9/16]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type operator+ ( const t_vector_type & vec_a, const t_type & scaler_b )

constexpr

---

Addition operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - The first value. scaler_b - A value to add to it.

Returns

The result of the operation.

operator+() [10/16]

template<class t_vector_type , uint01 t_dims, class t_type >

std::enable_if< std::is_base_of< Vector< t_dims, t_type >, t_vector_type >::value, t_vector_type >::type operator+ ( const t_vector_type & vec_a, const Vector< t_dims, t_type > & vec_b )

constexpr

Addition operator.

---

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - The first value. vec_b - A value to add to it.

Returns

The result of the operation.

operator+() [11/16]

Time operator+	(	const Time &	time,
		const TimeSpan &	value )

operator+() [12/16]

String operator+ ( String && v1, const char & v2 )

inline

operator+() [13/16]

String operator+ ( String && v1, const char *& v2 )

inline

operator+() [14/16]

template<size_t t_size>

String operator+ ( String && v1, const char(&) v2[t_size] )

inline

operator+() [15/16]

String operator+ ( String && v1, const String & v2 )

inline

operator+() [16/16]

String operator+ ( String && v1, String && v2 )

inline

operator+=() [1/5]

String & operator+= ( String & string, const String & value )

inline

operator+=() [2/5]

template<size_t t_size>

String & operator+= ( String & v1, const char(&) v2[t_size] )

inline

operator+=() [3/5]

Time & operator+=	(	Time &	time,
		const TimeSpan &	value )

operator+=() [4/5]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > & operator+= ( Vector< t_dims, t_type > & vec_a, const Vector< t_dims, t_type > & vec_b )

constexpr

---

Addition assignment operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - [in,out] The vector a. vec_b - The vector b.

Returns

The result of the operation.

operator+=() [5/5]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > & operator+= ( Vector< t_dims, t_type > & vec_a, t_type scaler_b )

constexpr

---

Addition assignment operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - [in,out] The vector a. scaler_b - The scaler b.

Returns

The result of the operation.

operator-() [1/5]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > operator- ( const t_type & value_a, const Vector< t_dims, t_type > & vec_b )

constexpr

---

Subtraction operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: value_a - The first value. vec_b - A value to subtract from it.

Returns

The result of the operation.

operator-() [2/5]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type operator- ( const t_vector_type & vec_a, const t_type & value_b )

constexpr

---

Subtraction operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - The first value. value_b - A value to subtract from it.

Returns

The result of the operation.

operator-() [3/5]

template<class t_vector_type , uint01 t_dims, class t_type >

std::enable_if< std::is_base_of< Vector< t_dims, t_type >, t_vector_type >::value, t_vector_type >::type operator- ( const t_vector_type & vec_a, const Vector< t_dims, t_type > & vec_b )

constexpr

---

Subtraction operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - The first value. vec_b - A value to subtract from it.

Returns

The result of the operation.

operator-() [4/5]

TimeSpan operator-	(	const Time &	time,
		const Time &	value )

operator-() [5/5]

Time operator-	(	const Time &	time,
		const TimeSpan &	value )

operator-=() [1/3]

Time & operator-=	(	Time &	time,
		const TimeSpan &	value )

operator-=() [2/3]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > & operator-= ( Vector< t_dims, t_type > & vec_a, const Vector< t_dims, t_type > & vec_b )

constexpr

---

Subtraction assignment operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - [in,out] The vector a. vec_b - The vector b.

Returns

The result of the operation.

operator-=() [3/3]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > operator-= ( Vector< t_dims, t_type > & vec_a, t_type value_b )

constexpr

---

Subtraction assignment operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - [in,out] The vector a. value_b - The value b.

Returns

The result of the operation.

operator/() [1/10]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type operator/ ( const t_type & value_a, const t_vector_type & vec_b )

constexpr

---

Division operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: value_a - The numerator. vec_b - The denominator.

Returns

The result of the operation.

operator/() [2/10]

template<class t_type , class t_vector_type , class t_angle_type >

std::enable_if< IsVecType< t_vector_type, Angle< t_angle_type > >::value, t_vector_type >::type operator/ ( const t_vector_type & angle, const t_type & den )

constexpr

Division operator for a Vector of Angles.

Parameters

[in]	den	A scaler value to divide the angle by.
[in]	angle	The Vector of Angles to divide.

Returns

The result of the multiplication operation.

operator/() [3/10]

template<class t_type , class t_vector_type >

std::enable_if< IsVecType< t_vector_type, Angle< fltp08 > >::value, t_vector_type >::type operator/ ( const t_vector_type & angle, const t_type & den )

constexpr

Division operator for a Vector of Angles.

Parameters

[in]	den	A scaler value to divide the angle by.
[in]	angle	The Vector of Angles to divide.

Returns

The result of the multiplication operation.

operator/() [4/10]

template<class t_type , class t_vector_type >

std::enable_if< IsVecType< t_vector_type, Angle< sint04 > >::value, t_vector_type >::type operator/ ( const t_vector_type & angle, const t_type & den )

constexpr

Division operator for a Vector of Angles.

Parameters

[in]	den	A scaler value to divide the angle by.
[in]	angle	The Vector of Angles to divide.

Returns

The result of the multiplication operation.

operator/() [5/10]

template<uint01 t_dims, class t_vector_type , class t_angle_type >

std::enable_if< std::is_base_of< Vector< t_dims, Angle< t_angle_type > >, t_vector_type >::value, Vector< t_dims, fltp08 > >::type operator/ ( const t_vector_type & angle, const Vector< t_dims, Angle< t_angle_type > > & den )

constexpr

Division operator for a Vector of Angles.

Parameters

[in]	den	A scaler value the angle will divide by.
[in]	angle	The Vector of Angles to divide the den by.

Returns

The result of the multiplication operation.

operator/() [6/10]

template<uint01 t_dims, class t_type , class t_vector_type , class t_angle_type >

std::enable_if< std::is_base_of< Vector< t_dims, Angle< t_angle_type > >, t_vector_type >::value, t_vector_type >::type operator/ ( const t_vector_type & angle, const Vector< t_dims, t_type > & den )

constexpr

Division operator for a Vector of Angles.

Parameters

[in]	den	A scaler value the angle will divide by.
[in]	angle	The Vector of Angles to divide the den by.

Returns

The result of the multiplication operation.

operator/() [7/10]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, t_vector_type >::type operator/ ( const t_vector_type & vec_a, const t_type & value_b )

constexpr

---

Division operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - The numerator. value_b - The denominator.

Returns

The result of the operation.

operator/() [8/10]

template<uint01 t_dims, class t_angle_type >

Vector< t_dims, fltp08 > operator/ ( const Vector< t_dims, Angle< t_angle_type > > & angle, const Vector< t_dims, Angle< t_angle_type > > & den )

constexpr

Division operator for a Vector of Angles.

Parameters

[in]	den	A scaler value the angle will divide by.
[in]	angle	The Vector of Angles to divide the den by.

Returns

The result of the multiplication operation.

operator/() [9/10]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > operator/ ( const Vector< t_dims, t_type > & vec_a, const Vector< t_dims, t_type > & vec_b )

constexpr

---

Division operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - The numerator. vec_b - The denominator.

Returns

The result of the operation.

operator/() [10/10]

template<class t_type , class t_vector_type , class t_angle_type >

std::enable_if< IsVecType< t_vector_type, Angle< t_angle_type > >::value, t_vector_type >::type operator/ ( t_type num, const t_vector_type & angle )

constexpr

operator/=() [1/2]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > operator/= ( Vector< t_dims, t_type > & vec_a, const Vector< t_dims, t_type > & vec_b )

constexpr

---

Division assignment operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - [in,out] The vector a. vec_b - The vector b.

Returns

The result of the operation.

operator/=() [2/2]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > & operator/= ( Vector< t_dims, t_type > & vec_a, t_type value_b )

constexpr

---

Division assignment operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - [in,out] The vector a. value_b - The value b.

Returns

The result of the operation.

operator<() [1/4]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type operator< ( const t_type & s, const t_vector_type & v )

constexpr

operator<() [2/4]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type operator< ( const t_vector_type & v, const t_type & s )

constexpr

operator<() [3/4]

template<uint01 t_dims, class t_type >

bool operator< ( const Vector< t_dims, t_type > & v1, const Vector< t_dims, t_type > & v2 )

constexpr

operator<() [4/4]

template<uint01 vec_1_size, uint01 vec_2_size, class t_type >

bool operator< ( const Vector< vec_1_size, t_type > & v1, const Vector< vec_2_size, t_type > & v2 )

constexpr

operator<=() [1/4]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type operator<= ( const t_type & s, const t_vector_type & v )

constexpr

operator<=() [2/4]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type operator<= ( const t_vector_type & v, const t_type & s )

constexpr

operator<=() [3/4]

template<uint01 t_dims, class t_type >

bool operator<= ( const Vector< t_dims, t_type > & v1, const Vector< t_dims, t_type > & v2 )

constexpr

operator<=() [4/4]

template<uint01 vec_1_size, uint01 vec_2_size, class t_type >

bool operator<= ( const Vector< vec_1_size, t_type > & v1, const Vector< vec_2_size, t_type > & v2 )

constexpr

operator==() [1/6]

bool operator== ( const char *& v1, const String & v2 )

inline

operator==() [2/6]

template<size_t t_size>

bool operator== ( const char(&) v1[t_size], const String & v2 )

inline

operator==() [3/6]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type operator== ( const t_type & s, const t_vector_type & v )

constexpr

operator==() [4/6]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type operator== ( const t_vector_type & v, const t_type & s )

constexpr

operator==() [5/6]

template<class t_vector_type >

std::enable_if< IsVec< t_vector_type >::value, bool >::type operator== ( const t_vector_type & v_a, const t_vector_type & v_b )

constexpr

operator==() [6/6]

template<uint01 t_dims, class t_type >

bool operator== ( const Vector< t_dims, t_type > & vec_a, const Vector< t_dims, t_type > & vec_b )

constexpr

---

Equality operator. Performs the '==' operation on the value in each dimension.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vec_a - The first instance to compare. vec_b - The second instance to compare.

Returns

True if the value in each vector dimension is considered equivalent.

operator>() [1/4]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type operator> ( const t_type & s, const t_vector_type & v )

constexpr

operator>() [2/4]

template<class t_vector_type , class t_type >

std::enable_if< IsVecType< t_vector_type, t_type >::value, bool >::type operator> ( const t_vector_type & v, const t_type & s )

constexpr

operator>() [3/4]

template<uint01 t_dims, class t_type >

bool operator> ( const Vector< t_dims, t_type > & v1, const Vector< t_dims, t_type > & v2 )

constexpr

---

Greater-than comparison operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first instance to compare. v2 - The second instance to compare.

Returns

True if the first parameter is greater than to the second.

operator>() [4/4]

template<uint01 vec_1_size, uint01 vec_2_size, class t_type >

bool operator> ( const Vector< vec_1_size, t_type > & v1, const Vector< vec_2_size, t_type > & v2 )

constexpr

---

Greater-than comparison operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first instance to compare. v2 - The second instance to compare.

Returns

True if the first parameter is greater than to the second.

operator>=() [1/3]

template<uint01 t_dims, class t_type >

bool operator>= ( const Vector< t_dims, t_type > & v1, const t_type & s )

constexpr

operator>=() [2/3]

template<uint01 t_dims, class t_type >

bool operator>= ( const Vector< t_dims, t_type > & v1, const Vector< t_dims, t_type > & v2 )

constexpr

---

Greater-than-or-equal comparison operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first instance to compare. v2 - The second instance to compare.

Returns

True if the first parameter is greater than or equal to the second.

operator>=() [3/3]

template<uint01 vec_1_size, uint01 vec_2_size, class t_type >

bool operator>= ( const Vector< vec_1_size, t_type > & v1, const Vector< vec_2_size, t_type > & v2 )

constexpr

---

Greater-than-or-equal comparison operator.

Author: Tyler Parke

Date: 2017-11-13

Parameters: v1 - The first instance to compare. v2 - The second instance to compare.

Returns

True if the first parameter is greater than or equal to the second.

operator|()

uint01 operator| ( const TextAlignment & a, const TextAlignment & b )

inline

quantize() [1/5]

template<uint01 t_dims, class t_angle_type >

Vector< t_dims, Angle< t_angle_type > > quantize ( const Vector< t_dims, Angle< t_angle_type > > & value, Angle< t_angle_type > d = Angle<t_angle_type>(DEGREES, 1.0) )

constexpr

quantize() [2/5]

template<uint01 t_dims, class t_angle_type >

Vector< t_dims, Angle< t_angle_type > > quantize ( const Vector< t_dims, Angle< t_angle_type > > & value, Vector< t_dims, Angle< t_angle_type > > d = Vector<t_dims, Angle<t_angle_type>>(Angle<t_angle_type>(DEGREES, 1.0)) )

constexpr

quantize() [3/5]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > quantize ( const Vector< t_dims, t_type > & value, t_type d = cast<t_type>(1) )

constexpr

---

Quantizes.

Author: Tyler Parke

Date: 2017-11-13

Parameters: a - A Vector<t_dims,t_type> to process. d - (Optional) A t_type to process.

Returns

A Vector<t_dims,t_type>

quantize() [4/5]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > quantize ( const Vector< t_dims, t_type > & value, Vector< t_dims, t_type > d = Vector<t_dims, t_type>(1) )

constexpr

---

Quantizes.

Author: Tyler Parke

Date: 2017-11-13

Parameters: a - A Vector<t_dims,t_type> to process. d - (Optional) A Vector<t_dims,t_type> to process. parameter3 - The third parameter.

Returns

A Vector<t_dims,t_type>

quantize() [5/5]

template<typename t_type >

t_type quantize ( t_type value, t_type d = cast<t_type>(1) )

constexpr

Rounds the value to the nearest multiple given and returns that value.

For example quantize(.8, .25) would return .75. quantize(.8, .1) would return .8 and quantize(.8, .5) would return 1.0 Author: Tyler Parke

Date: 2017-11-05

Parameters

[in]	value	A t_type to process.
[in]	d	(Optional) A t_type to process. Default value is 1.

Returns

The nearest multiple from the given input.

RainbowContrastPalette()

Buffer< RGBColor > RainbowContrastPalette

(

)

A palette of highly contrasting colors that make for easy data visualization.

---

RainbowPalette()

Buffer< RGBColor > RainbowPalette

(

)

A palette representing the colors of the rainbow.

---

rcast()

template<class t_to , class t_from >

t_to rcast ( t_from value )

constexpr

Casts the given value. Is equivalent to reinterpret_cast except allows for the option of special cases by specializing the template.

Allows any pointer to be converted into any other pointer type. Also allows any integral type to be converted into any pointer type and vice versa.

Author: Tyler Parke

Date: 2017-09-04

Parameters

[in]

value

- The value to cast.

Returns

The value cast to the specified type.

sign()

template<typename t_type >

t_type sign ( t_type value )

constexpr

A simple function that returns 1 for all values greater than or equal to 0 and -1 for all values less than 0.

Author: Tyler Parke

Date: 2017-11-05

Parameters

[in]

value

- The value to check the sign of.

Returns

1 for all values greater than or equal to 0 and -1 for all values less than 0.

sin() [1/3]

template<class t_type >

std::enable_if<!ObjectInfo< t_type >::Float, fltp08 >::type sin

(

const Angle< t_type > &

angle

)

Performs optimized sine operation on the given angle using pre-computed lookup table for optimal speed.

Parameters

[in]

angle

The angle to perform sin on.

Returns

The sine of the given angle

sin() [2/3]

template<class t_type >

std::enable_if< ObjectInfo< t_type >::Float, fltp08 >::type sin

(

const Angle< t_type > &

angle

)

Performs sine operation on the given angle.

Parameters

[in]

angle

The angle to perform sin on.

Returns

The sine of the given angle

sin() [3/3]

template<class t_type >

t_type sin

(

const t_type &

angle

)

Performs sine operation on the given number assumed to be in radians.

Parameters

[in]

angle

The number, in radians to perform sin on.

Returns

The sine of the given angle

SortAboutValue() [1/2]

template<class t_type , class t_node_type >

uint04 SortAboutValue	(	uint04	value_index,
		const Buffer< t_node_type > &	points,
		Buffer< uint04 > &	indices,
		uint04	start,
		uint04	end,
		uint01	dimension )

Sorts all incoming indices within the given range such that the resulting index matrix will have values less than the index first, and greater than the index second.

---

SortAboutValue() [2/2]

template<class t_type , class t_buffer_type , class t_bounds_type >

uint04 SortAboutValue	(	uint04	value_index,
		const t_buffer_type &	points,
		Buffer< uint04 > &	indices,
		uint04	start,
		uint04	end,
		uint01	dimension,
		t_bounds_type &	bounds_left,
		t_bounds_type &	bounds_right )

Sorts all incoming indices within the given range such that the resulting index matrix will have values less than the index first, and greater than the index second.

---

sqrt() [1/2]

template<class t_type >

t_type sqrt

(

const t_type &

value

)

---

Sqrts the given value.

Author: Tyler Parke

Date: 2017-11-13

Parameters: value - The value.

Returns

A t_type.

sqrt() [2/2]

template<uint01 t_dims, class t_type >

Vector< t_dims, t_type > sqrt

(

const Vector< t_dims, t_type > &

vector

)

---

Sqrts the given vector.

Author: Tyler Parke

Date: 2017-11-13

Parameters: vector - The vector.

Returns

A Vector<t_dims,t_type>

StaticHeapMedian()

template<uint01 t_bucket_size, class t_buffer_type , class t_container_type >

uint04 StaticHeapMedian	(	const t_buffer_type &	points,
		const t_container_type &	indices,
		uint04	start,
		uint04	step,
		uint01	dimension )

Return the median value in a Buffer of points based on a given dimension.

---

StrataPalette()

Buffer< RGBColor > StrataPalette

(

)

A simple palette of redish-brown.

---

tan() [1/3]

template<class t_type >

std::enable_if<!ObjectInfo< t_type >::Float, fltp08 >::type tan

(

const Angle< t_type > &

angle

)

Performs optimized tangent operation on the given angle using pre-computed lookup table for optimal speed.

Parameters

[in]

angle

The angle to perform tangent on.

Returns

The tangent of the given angle

tan() [2/3]

template<class t_type >

std::enable_if< ObjectInfo< t_type >::Float, fltp08 >::type tan

(

const Angle< t_type > &

angle

)

Performs tan operation on the given angle.

Parameters

[in]

angle

The angle to perform tan on.

Returns

The tangent of the given angle

tan() [3/3]

template<class t_type >

t_type tan

(

const t_type &

angle

)

Performs tan operation on the given angle assumed to be in radians.

Parameters

[in]

angle

The angle, in radians, to perform tan on.

Returns

The tangent of the given angle

Throw()

void Throw ( String failureMessage, const char * originator = nullptr, const char * sourceLocation = nullptr )

inline

ThrowXrResult()

void ThrowXrResult ( XrResult res, const char * originator = nullptr, const char * sourceLocation = nullptr )

inline

ToTypeAngle()

template<class t_new_type , uint01 t_dims, class t_angle_type >

Vector< t_dims, Angle< t_new_type > > ToTypeAngle ( const Vector< t_dims, Angle< t_angle_type > > & old )

constexpr

Converts a Vector of one angle to a different container type.

Parameters

[in]

old

The value to change into a different angle container

Returns

The same angle with a new container type

Union()

template<class t_type , class t_memory_allocator , class t_memory_manager >

Buffer< t_type, t_memory_allocator, t_memory_manager > Union	(	const Buffer< t_type, t_memory_allocator, t_memory_manager > &	a,
		const Buffer< t_type, t_memory_allocator, t_memory_manager > &	b )

vkExecute()

VkResult vkExecute ( VkResult result, const char * error_message )

extern

Variable Documentation

damping_factor

fltp04 damping_factor = 0.01f

constexpr

DESIGN_PRIM

bool DESIGN_PRIM = true

constexpr

doubleMove

const fltp04 doubleMove[14] = { 0.4f, 0.48f, 0.496f, 0.4992f, 0.49984f, 0.49997f, 0.49999f, 0.5f, 0.5f, 0.5f, 0.5f, 0.5f, 0.5f, 0.5f }

doubleMove1

const fltp04 doubleMove1[15] = { 0, 0.3f, 0.42f, 0.468f, 0.4872f, 0.4949f, 0.498f, 0.4992f, 0.4997f, 0.4999f, 0.4999f, 0.5f, 0.5f, 0.5f, 0.5f }

fast_atof_table

const fltp08 fast_atof_table[20]

constexpr

Initial value:

= {
        0.0,
        0.1,
        0.01,
        0.001,
        0.0001,
        0.00001,
        0.000001,
        0.0000001,
        0.00000001,
        0.000000001,
        0.0000000001,
        0.00000000001,
        0.000000000001,
        0.0000000000001,
        0.00000000000001,
        0.000000000000001,
        0.0000000000000001,
        0.00000000000000001,
        0.000000000000000001,
        0.0000000000000000001,
    }

Data for quick text to number lookup.

---

g_crash_manager

CrashManager* g_crash_manager

extern

intersection_epsilon

fltp08 intersection_epsilon = 0.0001

constexpr

model_table_is_clicked_index

int model_table_is_clicked_index = Qt::UserRole + 1

constexpr

model_table_is_selected_index

int model_table_is_selected_index = Qt::UserRole + 2

constexpr

s_index_sin

const fltp08* const s_index_sin

extern

singleMove

const fltp04 singleMove[14] = { 0.4f, 0.64f, 0.784f, 0.8704f, 0.92224f, 0.95334f, 0.97201f, 0.9832f, 0.98992f, 0.99395f, 0.99637f, 0.99782f, 0.99869f, 0.99922f }

singleMove1

const fltp04 singleMove1[15] = { 0, 0.3f, 0.51f, 0.657f, 0.7599f, 0.83193f, 0.88235f, 0.91765f, 0.94235f, 0.95965f, 0.97175f, 0.98023f, 0.98616f, 0.99031f, 0.99322f }

US_STATE_DATASET

const char* US_STATE_DATASET = "US States"

constexpr

ZIP_CODE_DATASET

const char* ZIP_CODE_DATASET = "Zip Codes"

constexpr