BCFvisinfo.VisualizationInfo Class Reference

Visualization Info (.bcfv) definition More...

Public Member Functions
Boolean	CameraDefined ()
	Returns if a Camera is defined (either Orthogonal or Perspective More...
Boolean	OrthogonalDefined ()
	Returns if an Orthogonal Camera is defined More...
Boolean	PerspectiveDefined ()
	Returns if an Orthogonal Camera is defined More...
String	CameraText ()
	Returns a text with Camera definition More...

Properties
Components	Components [get, set]
OrthogonalCamera	OrthogonalCamera [get, set]
PerspectiveCamera	PerspectiveCamera [get, set]
Collection< Line >	Lines [get]
Boolean	LinesSpecified [get]
Collection< ClippingPlane >	ClippingPlanes [get]
Boolean	ClippingPlanesSpecified [get]
Collection< VisualizationInfoBitmap >	Bitmap [get]
Boolean	BitmapSpecified [get]
String	Guid [get, set]

Detailed Description

Visualization Info (.bcfv) definition

The Visualization Info includes the following properties :

Components	The components node contains a set of Component references The components node has also the DefaultVisibility attribute which indicates true or false for all components of the viewpoint
OrthogonalCamera	This element describes a viewpoint using orthogonal camera
PerspectiveCamera	This element describes a viewpoint using perspective camera
Lines	Lines can be used to add markup in 3D
ClippingPlanes	ClippingPlanes can be used to define a subsection of a building model that is related to the topic
Bitmap	A list of bitmaps can be used to add more information, for example, text in the visualization
Guid	Guid of the viewpoint

The numeric values in this file are all given in fixed units (meters for length and degrees for angle)
Unit conversion is not required, since the values are not relevant to the user

Member Function Documentation

CameraDefined()

Boolean BCFvisinfo.VisualizationInfo.CameraDefined ( )

inline

Returns if a Camera is defined (either Orthogonal or Perspective

In addition to the class extracted from the BCF schema

CameraText()

String BCFvisinfo.VisualizationInfo.CameraText ( )

inline

Returns a text with Camera definition

In addition to the class extracted from the BCF schema

OrthogonalDefined()

Boolean BCFvisinfo.VisualizationInfo.OrthogonalDefined ( )

inline

Returns if an Orthogonal Camera is defined

In addition to the class extracted from the BCF schema

PerspectiveDefined()

Boolean BCFvisinfo.VisualizationInfo.PerspectiveDefined ( )

inline

Returns if an Orthogonal Camera is defined

In addition to the class extracted from the BCF schema

Property Documentation

Bitmap

Collection< VisualizationInfoBitmap > BCFvisinfo.VisualizationInfo.Bitmap[get]

get

A list of bitmaps can be used to add more information, for example, text in the visualization

ClippingPlanes

Collection< ClippingPlane > BCFvisinfo.VisualizationInfo.ClippingPlanes[get]

get

ClippingPlanes can be used to define a subsection of a building model that is related to the topic
Each clipping plane is defined by a location Point and a normal Direction

Components

Components BCFvisinfo.VisualizationInfo.Components[get, set]

getset

The components node contains a set of Component references
The components node has also the DefaultVisibility attribute which indicates true or false for all components of the viewpoint

Guid

string BCFvisinfo.VisualizationInfo.Guid[get, set]

getset

Guid of the viewpoint

Lines

Collection< Line > BCFvisinfo.VisualizationInfo.Lines[get]

get

Lines can be used to add markup in 3D
Each line is defined by three dimensional Start Point and End Point
Lines that have the same start and end points are to be considered points and may be displayed accordingly

OrthogonalCamera

OrthogonalCamera BCFvisinfo.VisualizationInfo.OrthogonalCamera[get, set]

getset

This element describes a viewpoint using orthogonal camera

PerspectiveCamera

PerspectiveCamera BCFvisinfo.VisualizationInfo.PerspectiveCamera[get, set]

getset

This element describes a viewpoint using perspective camera