VIRTUAL MULTI-DIMENSIONAL & MULTI-LEVEL GRAPHICS

INTENDED FOR

• Scientific and geophysical data analysis, real-time multi-factor complicated processes control, data processing and presentation, design, education and so more.

• Surface complex data
• Spatial geological modeling
• 3-D seismic prospecting
• Borehole measurements

FEATURES

• System graphics interface allows 3-dimensional navigation in the objects space with the help of keyboard and mouse, in different coordinate planes.
• Objects in graphics windows may be rotated, scaled or shifted in 3-dimensional space at users request.
• System allows many kinds of N-dimensional data overlapping. For example, You can overlay 2-D digit map on non-planar 3-D surface, or You may trace straight lines directly through the curvilinear 3-D relief.
• Objects may be multicolored or shaded, planar or non-planar, solid or transparent. Object enclosing one into another is allowed too.
• System allows to operate with the set of different 2-D or/and 3-D image or data covers, and to overlay one of them onto another.

• Two-level unlimited virtual memory, with the floating, between the main and disk cores, memory items. The first level is the segment allocation and this allows to allocate 500Mb. The second level allows not only virtual segments, but also - virtual data offsets - for more effective separate objects dynamic construction and destruction.
• Dynamic process and data run-time free linking system by four alternative methods, such as by virtual or static body address, by virtual handle, by unique name and by the data type or process method. This methodology allows group calling operations, data or/and processes conveyors.
• Four-level virtual graphics interface. The first level is the virtual plotting-type plane graphics system. The second one - is the virtual pictures multi-window or printer representation functions. The third one - is the three-dimensional tools for different spatial objects show. And last fourth level is the floating point real multi-dimensional different data representation functions.
• Network program architecture, based on the set of primary categories. These are the object (it's body), the slot (typed virtual or static address of object body), the link (between two objects) and the vector of objects or their slots (the last is list). Micro- and macro- program items definition as links between the any memory object and the corresponding screen image or variable symbolic name.

IF YOU CAN'T IMAGINE, HOW TO PRESENT YOUR DATA, WE'LL DO IT NEVERTHELESS!!!