Uses of Class
com.ryanm.config.imp.Priority

Packages that use Priority

com.ryanm.glvisualiser	The general visualiser system.
com.speckled.specksim.imp.motion	Movement model implementations.
com.speckled.specksim.imp.shells	MessageShell implementations.
com.speckled.specksim.imp.specks	Speck implementations.
com.speckled.specksim.state	Classes for representing and manipulating the interesting state of a simulation

Uses of Priority in com.ryanm.glvisualiser

Fields in com.ryanm.glvisualiser with annotations of type Priority

GLCamera	GLVisualiser.camera The camera used to visualise the scene
GLCapture	GLVisualiser.capture Screenshot utility
Vector3f	GLCamera.default3dPosition The default position of the camera
Vector3f	GLCamera.default3dTarget The default target of the camera
float	GLCamera.farPlane The distance to the far clipping plane
GLLighting	GLVisualiser.lighting The lighting information
float	GLCamera.mouseWheelSensitivity The angle by which to alter the fov for every click of the wheel, in degrees
float	GLCamera.nearPlane The distances to the near and far clipping planes
boolean	GLCamera.originView When in originView mode, the near and far clipping planes are set so as to keep the unit cube in the positive octant in view.
boolean	GLCamera.ortho When true, an orthographic matrix is used
float	GLCamera.orthoWidth The minimum extent of the orthographic view in either the x or y directions
int	GLCamera.pickingSensitivity The size of the picking square
float	GLCamera.speed The movement speed of the camera, in units per second

Methods in com.ryanm.glvisualiser with annotations of type Priority

void	GLVisualiser.enablePicking(boolean b) Sets whether or not we are interested in knowing what is under the cursor.
java.awt.Color	GLVisualiser.getBackgroundColour() Gets the current background colour
void	GLVisualiser.setAxesDrawing(boolean b) Sets whether to draw the axis labels
void	GLVisualiser.setBoundaryDrawing(boolean b) Sets whether to draw the boundary cube or not
void	GLVisualiser.setLazyMode(boolean b) Enables and disables lazy mode.
void	GLVisualiser.setLineColour(java.awt.Color lineColour) Sets the line colour to be used for the boundary box and axis labels
void	GLVisualiser.setLineWidth(float width) Sets the line width for the boundary and axis labels.
void	GLCamera.setMouseSensitivity(float mouseSensitivity) Sets the turning speed of the camera.
void	GLVisualiser.setTargetFPS(float fps) Sets the target frame rate for the animator

Uses of Priority in com.speckled.specksim.imp.motion

Fields in com.speckled.specksim.imp.motion with annotations of type Priority

boolean	StaticMovementModel.elevAligned Determines whether or not specks have random roll angles
boolean	StaticMovementModel.headAligned Determines whether or not specks have random roll angles
boolean	StaticMovementModel.is2D Determines whether we are in 2D mode or not
int	StaticMovementModel.offset Used to get different position sets
boolean	StaticMovementModel.rollAligned Determines whether or not specks have random roll angles

Uses of Priority in com.speckled.specksim.imp.shells

Fields in com.speckled.specksim.imp.shells with annotations of type Priority

float	PerfectRadioShell.bitrate The bitrate of the radio, in kbps
float	CollimatedShell.bitrate The bitrate of the radio, in kbps.
float	EllipsoidShell.bitrate The bit rate of the shell
int	PerfectRadioShell.channel The channel of the radio
int	EllipsoidShell.channel The channel id
int	CollimatedShell.channelID The channel ID.
float	CollimatedShell.divergenceAngle The angle of divergence for the beam, 0 == perfect line pi=sphere
boolean	EllipsoidShell.preserveProportions When true, setting the min or max range will preserve the relative proportions of the ellipsoid.
Vector3f	EllipsoidShell.radius The radius of the ellipse
float	CollimatedShell.range The maximum range of the beam
boolean	CollimatedShell.relativeToSpeck Determines whether the target vector is relative to the speck orientation, rather than to the world

Methods in com.speckled.specksim.imp.shells with annotations of type Priority

void	EllipsoidShell.setMaxRange(float range) Sets the length of the largest radii in the ellipse.
void	EllipsoidShell.setMinRange(float range) Sets the length of the smallest radii in the ellipse
void	PerfectRadioShell.setRadioRange(float r) Sets the range of this radio
void	EllipsoidShell.setVolume(float volume) Sets the volume of the ellipsoid.
void	EllipsoidShell.setXRadius(float xRadius) Sets the x-radius of the shell.

Uses of Priority in com.speckled.specksim.imp.specks

Fields in com.speckled.specksim.imp.specks with annotations of type Priority

static float	NeighbourlySpeck.broadcastDelay The time delay between broadcasts
static CarrierSenseMac	NeighbourlySpeck.mac The mac protocol used to broadcast
static float	NeighbourlySpeck.recordLife The time for which a neighbour record exists
static MessageShell	NeighbourlySpeck.shell The message shell that we use to send messages

Methods in com.speckled.specksim.imp.specks with annotations of type Priority

static void

AbstractSpeck.setRandomSeedOffset(int offset) Sets the random seed offset.

Uses of Priority in com.speckled.specksim.state

Fields in com.speckled.specksim.state with annotations of type Priority

boolean

StateReader.loop Determines if playback will loop or not

Methods in com.speckled.specksim.state with annotations of type Priority

java.io.File	StateRecorder.getOutput() Gets the current output file
void	StateReader.setInputFile(java.io.File input) Sets the input file
void	StateRecorder.startRecording() Starts recording state objects.
void	StateRecorder.stopRecording() Stops recording incoming state objects