1 Preview a New Exhibition in the Fish Gallery

Preview a New Exhibition in the Fish Gallery

Description

Figure -61 Preview a new exhibition in the fish gallery

List of Components

Here it is a list of the components included in this composed component:

Tipo	Nombre
AndComponent	andAudioPNE
AndComponent	andTextPNE
AndComponent	andVideo1PNE
AndComponent	andVideo2PNE
AndComponent	andVideoPNE
AudioComponent	audioPNE
Button2DComponent	buttonVideo1PNE
Button2DComponent	buttonVideo2PNE
Geometry3dsComponent	g3dsGalleryPNE
Geometry3dsComponent	g3dsOccluderPNE
Geometry3dsComponent	g3dsTextPNE
InertialTrackingComponent	inertialTrackingPNE
Video3DComponent	video1PNE
Video3DComponent	video2PNE

In-slots

Name	Type	Description
andAudioPNE.in2	boolean	This slot must be connected to the audio button of the user interface. This slot allows the user to ask for oral information.
andTextPNE.in2	boolean	This slot must be connected to the text button of the user interface. This slot allows the user to ask for textual information.
andVideoPNE.in2	boolean	This slot must be connected to the Video button of the user interface. This slot allows the user to ask for showing a video.

Out-slots

Name	Type	Description
inertialTrackingPNE.out	boolean	True when the inertial tracking is on, false otherwise

Main Properties

Each of the composed components defined for the Museum specific domain has lots of properties, which can be configured with the AMIRE Authoring environment. Each composed component has as many properties as the sum of the properties of each component it is composed of. Here are described the main properties:

audioPNE

Name	Type	Description
audioFileName	string	The name of the file containing the audio signal for the Conclusion of the exhibition

buttonVideo1PNE

Name	Type	Description
releasedImageFileName	string	Filename of the background image shown when released the button of the First Video of the exhibition
toggledImageFileName	string	Filename of the background image shown when toggled the button of the First Video of the exhibition
position	doubleVector	Values (X and Y) that fix the position of the button
dimension	doubleVector	Values (width and height) that fix the dimension of the button

buttonVideo2PNE

Name	Type	Description
releasedImageFileName	string	Filename of the background image shown when released the button of the Second Video of the exhibition
toggledImageFileName	string	Filename of the background image shown when toggled the button of the Second Video of the exhibition
position	doubleVector	Values (X and Y) that fix the position of the button
dimension	doubleVector	Values (width and height) that fix the dimension of the button

g3dsGalleryPNE

Name	Type	Description
nodeFile.0.displayNodeFile	string	File name of the virtual 3D object (Gallery).
offset	integer	The offset transformation matrix between the transformation given by the in-slot and the geometry model

g3dsOccluderPNE

Name	Type	Description
nodeFile.0.displayNodeFile	string	File name of the virtual 3D object to occlude the virtuality in the position of the real objects to maintain in the augmented scene.
offset	integer	The offset transformation matrix between the transformation given by the in-slot and the geometry model

g3dsTextPNE

Name	Type	Description
nodeFile.0.displayNodeFile	string	File name of the virtual 3D object (Artworks names)
offset	integer	The offset transformation matrix between the transformation given by the in-slot and the geometry model

inertialTrackingPNE

Name	Type	Description
compass	integer	Controls the state of the compass component of the InertialCube. The tree possible modes are GEOS, Dual and Fusion modes.
enhancement	integer	In order to provide the best performance for a large range of various applications, three levels of perceptual enhancement are available. Mode 0 for best accuracy, Mode 1 adds a jitter reduction and Mode 2 for immersive applications.
sensitivity	integer	Only used for perceptual enhancement set to mode 1 or 2. It controls the minimum angular rotation rate picked up by the Inertial Cube.
prediction	integer	Inertial sensors can predict motion up to 50ms into the future, which compensate for graphics rendering delays and further contributes to eliminating simulator lag.

video1PNE

Name	Type	Description
videoFileName	string	Name of the file containing the video to be shown (First "fly-throug" video)
xPosition	double	Position x of the video frame on the screen
yPosition	double	Position y of the video frame on the screen
relativeSize	double	This parameter represents the proportionality factor of video size (referred to the height) respect to the original video.

video2PNE

Name	Type	Description
videoFileName	string	Name of the file containing the video to be shown (Second "fly-throug" video)
xPosition	double	Position x of the video frame on the screen
yPosition	double	Position y of the video frame on the screen
relativeSize	double	This parameter represents the proportionality factor of video size (referred to the height) respect to the original video.