Package net.sf.jaer.stereopsis

Stereoscopic vision.

See:
Description

Interface Summary

StereoChipInterface

Defines interface to a stereo pair of chips each with its own AEChip object.

Class Summary

DisparityFilter	The filter calculates x-coordinate disparities for every single event, by averaging over disparities of previous events in the local neighborhood.
EyeFilter	This filter processes BinocularEvents (generated by the stereoboard chip for example) to let pass event through according to two criteria : Left or Right retina and (added for convenience) ON or OFF events (This filter may be slowing down real-time applications)
GlobalDisparityFilter	The filter assumes a single frontal object and calculates the global x-coordinate disparity.
GlobalDisparityFilter2	(GlobalDisparityFilter2 is an optimized version of GlobalDisparityFilter without the additional viewer.) The filter assumes a single frontal object and calculates the global x-coordinate disparity.
MatrixLoader	A conveniance function which loads a matrix into a 2D array.
StereoBiasgenHardwareInterface	Duplicates the hardware interface to a single bias generator to control a stereo pair of chips each with it's own hardware interface.
StereoClusterTracker	Extends ClusterTracker to track objects in 3-d space.
StereoDisparitiesCanvas	Visualizes the accumulated weights for all possible disparities in a histogram.
StereoGeometry	Encapsulates stereo geometry.
StereoHardwareInterface	A hardware interface to a stereo pair of sensors.
StereoMatchingCanvas	Visualizes a 2D matching matrix as a grayscale image.
StereoMatchingFrame	Frame for visualizing matching matrix and disparites.
Stereopsis	General helper methods and static values for stereopsis.
StereoTranslateRotate	Shifts both images relatively to each other.
StereoVergenceFilter	Applies event disparity to incoming events if they are DisparityEvents.

Package net.sf.jaer.stereopsis Description

Stereoscopic vision.