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See:
Description
| Class Summary | |
|---|---|
| AspectRatio | Demonstrates how to link a display's aspect ratio to the size of the display frame. |
| CollabMapTest | A simple test for collaborative ScalarMap editing |
| DelaunayTest | DelaunayTest provides a graphical demonstration of implemented Delaunay triangulation algorithms, in 2-D or 3-D. |
| DisplayEventTest | |
| DisplaySwitch | |
| DisplayTest | DisplayTest is the general class for testing Displays. |
| FlowTest | |
| HSVDisplay | HSVDisplay is an application for interactively exploring the relation between the HSV and RGB color coordiantes. |
| IDeskMcIDAS | |
| MapProjectionDisplay | Example class to show how to create a Display side CoordinateSystem for supporting various map projections. |
| MiniSheet | MiniSheet is a "toy" version of visad.ss.SpreadSheet, with only two cells. |
| MultiData | Demonstrates how to switch multiple data objects between a single display. |
| Parallel | |
| ReflectionTest | This example demonstrates the power and flexibility of visad.util.ReflectedUniverse for coding applications with reflection. |
| Region | |
| Region3D | |
| Rivers | |
| SatDisplay | Example class to display a satellite image in VisAD. |
| ScaleTest | Class to demostrate how to programatically control the AxisScales for ScalarMaps |
| Simple | |
| SimpleAnimate | |
| SimpleImage | |
| SimpleMcIDAS | |
| SocketDataTest | A simple test for collaboration using a socket data server |
| Stream2DTest | |
| Test00 | |
| Test01 | |
| Test02 | |
| Test03 | |
| Test04 | |
| Test05 | |
| Test06 | |
| Test07 | |
| Test08 | |
| Test09 | |
| Test10 | |
| Test11 | |
| Test12 | |
| Test13 | |
| Test14 | |
| Test15 | |
| Test16 | |
| Test17 | |
| Test18 | |
| Test19 | |
| Test20 | |
| Test21 | |
| Test22 | |
| Test23 | |
| Test24 | |
| Test25 | |
| Test26 | |
| Test27 | |
| Test28 | |
| Test29 | |
| Test30 | |
| Test31 | |
| Test32 | |
| Test33 | |
| Test34 | |
| Test35 | |
| Test36 | |
| Test37 | |
| Test38 | |
| Test39 | |
| Test40 | |
| Test41 | |
| Test42 | |
| Test43 | |
| Test44 | |
| Test45 | |
| Test46 | |
| Test47 | |
| Test48 | |
| Test49 | |
| Test50 | |
| Test51 | |
| Test52 | |
| Test53 | |
| Test54 | |
| Test55 | |
| Test56 | |
| Test57 | |
| Test58 | |
| Test59 | |
| Test60 | |
| Test61 | |
| Test62 | |
| Test63 | |
| Test64 | |
| Test65 | |
| Test66 | |
| Test67 | |
| Test68 | |
| Test69 | |
| Test70 | |
| Test71 | |
| Test72 | |
| Test73 | |
| TestEvents | Start up a bunch of collaborative clients, then have the
server and clients go through a number of rounds where
they all tweak their controls to trigger a bunch of events
and, after a predetermined amount of time, check to make
sure everyone is synchronized. OptionDescription -c numNumber of clients -d numSeconds to delay * 100 -e numNumber of events per round -r numNumber of rounds |
| TestIDesk | |
| TestMsg | |
| TestPlotDigits | TestPlotDigits calculates an array of points to be plotted to the screen as vector pairs, given a number and a bounding rectangle, for use as a label on a contour R^2. |
| TestSkeleton | |
| TestStereo | |
| UISkeleton | |
| VerySimple | |
| VisuTraj | |
The classes in this package are examples by the VisAD group to illustrate the capabilities of the VisAD library. They are included here to help CUENCAS programers understand VisAD.
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CUENCAS was initially developed by Ricardo Mantilla at the University of Colorado under the supervision of Dr. Vijay K. Gupta. We wish to recognize the support from the National Science Fundation.