Program Identi3D is designed for storing, visualization and identification hierarchical structures of engineering systems and communications. Main information unit here is an object, represented by:

• its name,
• its three-dimensional geometric frame model (the most optimum from standpoints of volume of input information),
• its textual information,
• its relations with other similar objects such as "belongs to", "contains".

Program is designed for Windows operating system (3.1-95).

Main possibilities of the program:

• suitable and simple interface for making the object’s geometric frame models with visual checking of correctness of entering,

• possibility of using an expanding library of primitives of frame models,
• absence of restrictions on complexity geometric models from standpoints of storage and visualizations
• dynamic operative memory and disc space allocation for keeping object models, depending on its current complexity only
• high guarantee of data integrity in case of possible operating system or hardware malfunctions or faults
• autosave functions of entering data
• providing of the quick data operations performance such as access, addition, removing, updating of objects, which has linear dependence on its difficulty,
• building 3D image both separates objects, and several relational objects in any projection
• scaling an image for viewing its details,
• printing an images on any Windows compatible device.

When using a program an user has a possibility to view 3D image of objects and textual information on them. The program has possibility to move through hierarchy of objects and select of chosen object. Chosen object and all other objects, which are included into it, is displayed at each time moment. For instance, building will be displayed with all their own premises and communications (and with premises equipment on the special request). It is possible to select an interest premise (or equipment) and simultaneously get textual information on him.

Given program tested and patented in Russia Cosmic Agency and has proven its efficiency at the existing engineering system description.

For further information please contact vmabk@hpvm.cs.msu.su