The software showed here was developed
by assignment of real customers.
Actually, most of these applications are in use.
 

illumination design

This application calculates and shows levels of the illumination within a rectangular zone. The user chooses lamps and places in a layout. The application maps, with a suitable color code (point entities), the illumination level in a rectangular zone (any 3D-plane). The application takes in consideration the position, model and quantity of lamps placed in the area.

contour maps

This useful application can easily produce 3D contour maps and cut-sections from a few data. You get a 3D-mesh AutoCAD entity and from this point, you can make renderings to use in presentations and level lines visualization. The application draws automatically selected cut sections over the 3D model or in a 2D representation. Besides, the application calculates the volume between the surface and a specified horizontal plane.

belt conveyors, automatic drawing and calculation

This CAD application calculates and produces automatically the drawing of belt conveyors with precise details. From the prompt of AutoCAD, an user executes the respective added "command". Next, the application reads a data-file and draws automatically the complete conveyor. The drawing includes the belt configuration, pulle, bearings, rollers, stringers and the complete transmission system.

pipelines automatic drawing

This application produces automatically the drawing of the geometric project of pipelines. By reading data files the application draws the plant view, and the vertical profile of a pipeline. Full annotation is added automatically regarding segment lengths, magnetic orientation, horizontal deflection angles, integer kilometers, coordinate system grid and north symbol. Besides rivers, high-tension lines, roads, railways and property boundaries that crossing the pipeline are also drawn.

automatic finite element modeling (FEM) of silos

This application generates automatically the AutoCAD geometrical model of silos. The model consists of foundation slab, walls, bottom and top formed all of them by a lot of tiny plates (finite elements) interconnected each other.