HGlobals.h

Defines several file I/O and point/vector/pixel datatypes

Content

Classes

`HPoint`	The HPoint class is the data type of a three-dimensional point.
`HPointKey`
`HIntRectangle`
`HPlane`	The HPlane class is the data type of a plane.
`HPlaneKey`	The HPlaneKey class is the data type of a plane that can be used as a key in STL containers.
`HPixelRGB`	The HPixelRGB class is the data type of a rgb pixel.
`HPixelRGBA`	The HPixelRGBA class is the data type of a rgba pixel.

Macro definitions

`HFileInputResult`
`InputOK`
`InputVersionMismatch`
`InputFail`
`InputNotHandled`
`InputBadFileName`
`InputBadOptions`
`InputBadLicense`
`InputLibraryNotFound`
`HFileOutputResult`
`OutputOK`
`OutputVersionMismatch`
`OutputFail`
`OutputNotHandled`
`OutputBadFileName`
`OutputBadOptions`
`OutputBadLicense`
`OutputLibraryNotFound`
`LAST_HFileInputResult`	Specifies last file output type.
`LAST_HFileOutputResult`	Specifies last file output type.
`LAST_HSignal`	Specifies last object signal.
`LAST_HShadowMode`	Specifies last shadow mode type.
`HPOINT_EPSILON`	HPOINT_EPSILON.

Type definitions

HVector

The HVector class is the data type of a three-dimensional vector.

Enumerators

`HFileIOResult`
`HSignal`
`HShadowMode`
`HCutGeometryVisibility`
`HSelectionHighlightMode`
`HRegionEdgeHighlightMode`
`HRegionFaceHighlightMode`
`HRefSelType`

Macro definitions

HFileInputResult

InputOK

InputVersionMismatch

InputFail

InputNotHandled

InputBadFileName

InputBadOptions

InputBadLicense

InputLibraryNotFound

HFileOutputResult

OutputOK

OutputVersionMismatch

OutputFail

OutputNotHandled

OutputBadFileName

OutputBadOptions

OutputBadLicense

OutputLibraryNotFound

LAST_HFileInputResult: Specifies last file output type.

LAST_HFileOutputResult: Specifies last file output type.

LAST_HSignal: Specifies last object signal.

LAST_HShadowMode: Specifies last shadow mode type.

HPOINT_EPSILON: HPOINT_EPSILON.

Type definitions

typedef class HPoint HVector

The HVector class is the data type of a three-dimensional vector.

The HVector class encapsulates the x, y, and z coordinates of a 3-dimensional vector. HVector simplifies the passing of 3-dimensional vector data to all of the MVO and derived classes. It is widely used by public and internal functions as well as by native HOOPS routines.

Enumerators

enum HFileIOResult

Indicates the result of an attempt to read a file

Values:

enumerator HIO_OK: self-explanatory

enumerator HIO_VersionMismatch: self-explanatory

enumerator HIO_Fail: self-explanatory

enumerator HIO_NotHandled: self-explanatory

enumerator HIO_BadFileName: self-explanatory

enumerator HIO_BadOptions: self-explanatory

enumerator HIO_BadLicense: self-explanatory

enumerator HIO_LibraryNotFound: self-explanatory

enum HSignal

Used for requesting notification from objects when given actions happen. This is for intra-object signalling, not for messages passed to/from UI or OS

Values:

enumerator HSignalDelete: self-explantory

enumerator HSignalCameraPositionChanged: self-explantory

enumerator HSignalSelected: self-explantory

enumerator HSignalDeSelectedOne: self-explantory

enumerator HSignalDeSelectedAll: self-explantory

enumerator HSignalPaint: a paint (screen update) has occurred; signal_data is pointer to HRectangle containing window size

enumerator HSignalClash: objects have clashed; signal_data is pointer to StencilProbe object that detected a clash; StencilProbe is deprecated, should this be removed?

enumerator HSignalRenderModeChanged: self-explantory

enumerator HSignalResize: self-explantory

enum HShadowMode

Shadow Mode

Values:

enumerator HShadowNone: no shadow

enumerator HShadowSoft: soft shadow

enumerator HShadowHard: hard shadow

enum HCutGeometryVisibility

cut geometry visibility settings

Values:

enumerator HCutGeometryVisibilityNone: No cut geometry will be visible.

enumerator HCutGeometryVisibilityFaces: Faces will be visible for cut geometry.

enumerator HCutGeometryVisibilityEdges: Edges will be visible for cut geometry.

enumerator HCutGeometryVisibilityAll: Both Faces and Edges will be visible.

enum HSelectionHighlightMode

Values:

enumerator HighlightDefault: use default conditional highlighting

enumerator HighlightQuickmoves: use quick move reference highlighting

enumerator InverseTransparency: do nothing to the selected item, but make the rest of the model transparent.

enumerator ColoredInverseTransparency: color the selected item and make the rest of the model transparent.

enum HRegionEdgeHighlightMode

Values:

enumerator NoEdges

enumerator AllEdges

enumerator PerimeterEdges

enum HRegionFaceHighlightMode

Values:

enumerator FacesUnmodified

enumerator FacesForcedOn

enumerator FacesForcedOff

enum HRefSelType

Values:

enumerator RefSelSpriting: use spriting for reference selection

enumerator RefSelDefault: use whatever the current quick moves preference is

enumerator RefSelOff: do not use quick moves for reference selection