Output Formats 

ScientificVR^® allows to save images in most popular output formats:

• Windows Bitmap (BMP)
• Portable Network Graphics (PNG)
• Tag Image File Format (TIFF)
• Joint Photographic Experts Group File Interchange format (JPEG)
• Encapsulated Postscript format (EPS)
• Any other graphic formats (depends on plugins installed)

Also, images can be printed.

Plugins

Capabilities of ScientificVR^® may be extended using plug-in modules (plugins). Plugins may extend the following subsystems:

• Data loading subsystem (input formats)
• Presentation output subsystem (output formats)
• Data transformation subsystem
• Visualization subsystem

Plugins may be developed by vendor and any ScientificVR^® user.

Types Of Data Presentation

• Graphs
  This way of one-dimensional scalar values presentation in the form of a plot holds its place among the simplest and most usable ones.
  
  
• Color presentation of two-dimensional scalar data.
  One of the most pictorial and effective ways of presenting a two-dimensional distribution of a scalar value in graphic form is depicting it on the computer screen in the form of dots, each one of them being colored from a certain palette according to the numerical magnitude of the value represented
  
  
• Presenting two-dimensional scalar data via height distribution.
  Another way of showing a scalar value two-dimensional distribution consists in using a certain surface in a three-dimensional space, where each point of the two-dimensional distribution is represented by a dot on the surface whose height is proportionate to the numerical magnitude of the value in question.
  
  
• Iso-lines.
  Often a convenient way of presenting the distribution of a two-dimensional parameter is to plot its iso-lines. Their color can be determined by the numerical magnitude of the given parameter.
  
  
• Two- and three-dimensional vectors.
  Vectors are traditionally depicted to visualize 2D and 3D vector fields. The length of the vector and its color may stand for several parameters simultaneously.
  
  
• Three-dimensional voxel graphics.
  To depict three-dimensional parameters distribution a unique technique of data presentation is employed, which is based on voxel graphics using semi-transparent color palettes.
  
  
• Iso-surfaces.
  Iso-surfaces serve to visualize three-dimensional fields and are similar to iso-lines. Apart from parameters color presentation iso-surfaces feature a capability to vary the degree of surface transparency.
  
  
• Combined images.
  The abovementioned types of data presentation can randomly be combined, which makes possible the accomplishment of intricate phenomena complex analysis.
  
• Textures.
  Parameter distribution on any surface, say, on the surface of a body, can be depicted with the help of its texture peculiarities.
  
  
• Stream lines and tracers.
  Stream lines hold relevant information as to the structure of vector fields. These lines can be realized in various forms: strips of stream, tracers of stream, "stroboscope", etc.
  
  
• Animations.
  3D animations allow to achieve more comprehensive recognition of phenomenon or process under consideration. Animations may be saved using Audio Video Interleave (AVI) file format with different types of compression (depends on codecs installed).
  
  
• Stereo Images.
  One of the most important feature of ScientificVR^® visualizer is ablility to create and show stereoscopic images using traditional personal computers. To see stereoscopic effect user should use a proper video card and stereoscopic glasses (e.g. ASUS V7100 Deluxe).