Package fr.inria.zvtm.lens

Implementation of the Sigma Lens framework for use with ZVTM views (focus+context representations including distortion/fisheye lenses, speed-coupled blending lenses, and many more).

See: Description

Interface Summary

Interface	Description
LPDistanceMetrics
TemporalLens
TemporalParamListener

Class Summary

Class	Description
BGaussianLens	Translucent lens.
BInverseCosineLens	Translucent lens.
BlendingLens	Translucent lens.
BLinearLens	Translucent lens.
FixedSizeLens	Parent class of all lenses which have a fixed size (i.e.
FSFresnelLens	Profile: Fresnel-like (discrete steps) - Distance metric: L(2) (circular shape) Size expressed as an absolute value in pixels
FSGaussianLens	Profile: gaussian - Distance metric: L(2) (circular shape) Size expressed as an absolute value in pixels
FSInverseCosineLens	Profile: inverse cosine - Distance metric: L(2) (circular shape) Size expressed as an absolute value in pixels
FSLinearLens	Profile: linear - Distance metric: L(2) (circular shape) Size expressed as an absolute value in pixels
FSManhattanLens	Profile: manhattan - Distance metric: L(2) (circular shape) Size expressed as an absolute value in pixels
FSScramblingLens	Profile: gaussian - Distance metric: L(2) (circular shape) Size expressed as an absolute value in pixels
FSStepLens	Profile: flat steps with transitions - Distance metric: L(2) (circular shape) Size expressed as an absolute value in pixels
FSWaveLens	Profile: sin(x)/x - Distance metric: L(2) (circular shape) Size expressed as an absolute value in pixels
HLinearLens	Translucent lens.
HWaveLens	Translucent lens.
L1FSFresnelLens	Profile: linear - Distance metric: L(1) (diamond shape) Size expressed as an absolute value in pixels
L1FSGaussianLens	Profile: linear - Distance metric: L(1) (diamond shape) Size expressed as an absolute value in pixels
L1FSInverseCosineLens	Profile: inverse cosine - Distance metric: L(1) (diamond shape) Size expressed as an absolute value in pixels
L1FSLinearLens	Profile: linear - Distance metric: L(1) (diamond shape) Size expressed as an absolute value in pixels
L1FSManhattanLens	Profile: manhattan - Distance metric: L(1) (diamond shape) Size expressed as an absolute value in pixels
L3BLinearLens	Translucent lens.
L3FSFresnelLens	Profile: Fresnel-like (discrete steps) - L(3) (intermediate between a circle and a square) Size expressed as an absolute value in pixels
L3FSGaussianLens	Profile: linear - Distance metric: L(3) (intermediate between a circle and a square) Size expressed as an absolute value in pixels
L3FSInverseCosineLens	Profile: inverse cosine - L(3) (intermediate between a circle and a square) Size expressed as an absolute value in pixels
L3FSLinearLens	Profile: linear - Distance metric: L(3) (intermediate between a circle and a square) Size expressed as an absolute value in pixels
L3FSManhattanLens	Profile: manhattan - Distance metric: L(3) (intermediate between a circle and a square) Size expressed as an absolute value in pixels
Lens	Parent class of all lenses
LensMonitor
LInfBInverseCosineLens	Translucent lens.
LInfBLinearLens	Translucent lens.
LInfFSFresnelLens	Profile: Fresnel-like (discrete steps) - Distance metric: L(Inf) (square shape) Size expressed as an absolute value in pixels
LInfFSGaussianLens	Profile: linear - Distance metric: L(Inf) (square shape) Size expressed as an absolute value in pixels
LInfFSInverseCosineLens	Profile: inverse cosine - Distance metric: L(Inf) (square shape) Size expressed as an absolute value in pixels
LInfFSLinearLens	Profile: linear - Distance metric: L(Inf) (square shape) Size expressed as an absolute value in pixels
LInfFSManhattanLens	Profile: manhattan - Distance metric: L(Inf) (square shape) Size expressed as an absolute value in pixels
LInfFSStepLens	Profile: Step-like (flat steps) - Distance metric: L(Inf) (square shape) Size expressed as an absolute value in pixels
LInfSCBLens	Translucent lens.
LInfSCFGaussianLens	Profile: linear - Distance metric: L(Inf) (square shape) - Flattens itself when moving fast Size expressed as an absolute value in pixels
LInfSCFInverseCosineLens	Profile: linear - Distance metric: L(Inf) (square shape) - Flattens itself when moving fast Size expressed as an absolute value in pixels
LInfSCFLinearLens	Profile: linear - Distance metric: L(Inf) (square shape) - Flattens itself when moving fast Size expressed as an absolute value in pixels
LPDGaussianLens	Profile: linear - Distance metric: L(P) - P tends towards zero when going fast Size expressed as an absolute value in pixels
LPFSGaussianLens	Profile: linear - Distance metric: L(P) (user-defined) Size expressed as an absolute value in pixels
RouteLens	A utility class implementing the RouteLens motor behavior.
SCBGaussianLens	Profile: gaussian - Distance metric: L(2) (circular shape) - Dissapear when moving fast Size expressed as an absolute value in pixels
SCBLens	Translucent lens.
SCFGaussianLens	Profile: gaussian - Distance metric: L(2) (circular shape) - Flattens itself when moving fast Size expressed as an absolute value in pixels
SCFInverseCosineLens	Profile: inverse cosine - Distance metric: L(2) (circular shape) - Flattens itself when moving fast Size expressed as an absolute value in pixels
SCFLinearLens	Profile: linear - Distance metric: L(2) (circular shape) - Flattens itself when moving fast Size expressed as an absolute value in pixels
XGaussianLens	Profile: linear - Distance metric: L(2) (circular shape) Rendering enhanced through alpha blending between focus and context in spatially-distorted transition zone. Size expressed as an absolute value in pixels
XLinearLens	Profile: linear - Distance metric: L(2) (circular shape) Rendering enhanced through alpha blending between focus and context in spatially-distorted transition zone. Size expressed as an absolute value in pixels

Package fr.inria.zvtm.lens Description

Implementation of the Sigma Lens framework for use with ZVTM views (focus+context representations including distortion/fisheye lenses, speed-coupled blending lenses, and many more).