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Stereogram Explorer is user-friendly design software for creating
high-quality hidden 3D graphics, also known as Single Image Random
Dot Stereograms (SIRDS) or Single Image Stereograms (SIS) known
from the "Magic Eye" series. Stereogram Explorer uses advanced
algorithms and can render animations from 3DS models.
Stereogram Explorer enables import 3D models in 3DS-file format
(3D Studio) generate and save depth maps. You must only select 3DS file and change scene parameters as scale, rotation and camera offset. Model is displayed as depth map. Depth parameters are automatically recalculated on scene modification. There are some special options to control depth parameters.
Stereogram animations from 3D models are rendered to AVI files.
Main features:
User-friendly interface
Random dot stereograms (SIRDS)
Pattern or textured stereograms (SIS)
Support for many file types including GIFs, JPEGs, PICTs, and BMPs
Import 3DS (3D Studio) models
Export depthmaps from 3D scene
Autocalculated depth coeficient for loaded 3D models
Scaling, rotating and moving 3D models
Generate AVI animation from 3D model
Export to BMP and JPG image
Hidden-surface removal
Complete absence of artifacts (ghosts)
Really smooth 3D images (oversampling up to 8 levels)
Blur effect (3 levels)
Automatic texture and depth image bilinear resizing
All options are configurable
Supported image file formats:
Depth & texture Image Formats - BMP, JPG, PNG, TIFF, TGA, GIF, PCX, WMF, EMF,...
3D model formats - 3DS
Output Image Format - BMP, JPG, PNG, TGA
Output Animation Format - AVI
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color depth
flash map zoom
stereo depth
critical depth
depth of field
normal depth
trace map
Markets Strategies Map Software
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Stereographic Suite - create stunning 3D optical illusions!
IndaSoftware Stereographic Suite is a software package designed to help users easily and quickly create high-quality stereograms. Grounded in sophisticated software architecture, the suite consists of three complementary programs.
Stereogram Generator generates stereograms from depth maps and textures. You simply specify a depth map and a texture image, click the Generate button and the stereogram is created! Other features include four tiling algorithms, support for mapped texture stereograms, flexible settings and sophisticated echo ghosting reduction. You can also import depth maps and tiling textures created in other programs.
You can use Texture Maker to create textures that hide the hidden images. Texture Maker creates highly attractive and detailed textures (that can be used for making stereograms or for other uses). The program ensures and preserves the integrity of the image. Thus, it is possible to achieve visually continuous high-quality stereographic images using textures created in Texture Maker. With the help of Texture Maker you can create unique patterns using procedural algorithms, transform non-seamless textures into seamless tiling textures, and much more.
Modeler creates three-dimensional scenes and renders them into depth maps and color maps. A set of simple and complex shapes and objects can be easily added and manipulated on the program's three-dimensional digital canvas. This program is an easy-to-use modeler that allows the creation of high-quality depth maps for use with stereograms. Models created in many other 3D modeling programs can also be imported and manipulated.
Stereogram Explorer: http://www.aolej.com/files/stereo2.zip
Stereographic Suite: http://www.indasoftware.com/_files/download/stereo/StereographicSuite_2.0.exe |
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Eye4Software GPS Toolkit: http://www.eye4software.com/files/gpstoolkit/eye4gps.exe
Toolkit to add GPS functionality to your software and scripts (GPS SDK). All NMEA0183 protocol versions are supported and can be filtered by NMEA sentence type and talker ID. Information on GPS status can also be retrieved: GPS fix quality, satellites used in fix, satellites in view, satellite azimuth, elevation and signal strengths. The toolkit also offers functionality to perform map grid and datum transformations: latitude and longitude can be converted to various map grids, using Transverse Mercator (TM), Stereographic or Lambert (LCC) projection, for instance, to convert the GPS position to UTM. All map grid parameters can be specified (Scale Factor, False Northing, False Easting, Origin Latitude, Origin Longitude, North Parallel, South Parallel ) allowing you to convert your position to any map grid around.Comes with various programming examples: Visual C++, Visual Basic, Visual C# .NET, Visual Basic .NET and VBScript. |
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