PYTHA MODEL

The PYTHA modeler is very easy to learn, easy to use and yet extraordinarily versatile and powerful. You can efficiently model complex objects and scenes in very short time.

3D modeling Every scene consists of single parts and groups of parts. These are modeled once and may be saved in a library for reutilization.  Once you have created an object or imported it from a library you may edit it further. You can deform it, position it in the scene or combine it with other parts using Boolean operations.

2D construction: 2D drawing is an essential part of your every day work.. Even if you model 3D objects you will need cross sections and guide lines. When working in 2D you use lines, rectangles, circles, polygons, parallels etc. or the spline curve. You edit elements e.g. by trimming, filleting or intersecting. Auxiliary lines are like a real drawing board with a pair of compasses and a ruler. Grid, snapping criteria and layers make the workflow much smoother.

Editing parts: A wide set of 2D and 3D tools allows you to edit your parts in any way you can imagine.

Free forms: Curtains, upholstered furniture, landscapes, plants, extravagant design objects and common items with rounded shapes are modeled using free form surfaces. Next to Bézier, B-Spline and Coons faces PYTHA provides the free extrude (loft) on order to create harmonic shapes from arbitrary cross sections.
The NURSS subdivision surfaces provide a powerful toolbox which allows you to create complex objects from a simple starting point, e.g. really convert a simple block into a winged chair. Using NURSS is as easy as playing with children’s modeling clay.

Cabinet wizard: The PYTHA cabinet wizard is a design studio of its own, fully integrated into the PYTHA modeler. A virtual room corresponding to the real dimensions, if appropriate with a pitched roof, gives a good impression of the proportions of the design. The flexible communication with the PYTHA modeler allows the use of any kind of design like frame type fronts, profiled doors, drawers or individual handles. Combine the freedom of CAD with the speed and efficiency of a generator! Planning and designing becomes so easy and leaves you more time for creativity.

The PYTHA parts list evaluates the elements of a project. It compares parts, counts identical parts and outputs the data in user formatted lists. The part attributes and properties to be used can be freely selected (e.g. name, article number, description, part size, material etc.). Thus the PYTHA parts list can be designed to suit your special requirements. Already in the PYTHA system you can create calculation lists. For extended calculations the parts list data may be passed to virtually any external calculating software or spreadsheet. The PYTHA parts list is extremely flexible and can be adapted to external formats. Special analyzing methods within PYTHA make the connection to an optimization program or CNC machines totally smooth. The PYTHA parts list indeed turns out to be the key component in the workflow from planning to calculation, ordering and production – it is essential for the every day work in production.

Parametrics: Do you often use library parts that are almost identical but are available in different sizes and heights? In this case the PYTHA parametrics are a valuable add on to the 3D modeler. Any type of parts or groups can be parametrized and saved in a library once they have been modeled. If these elements are imported later they will automatically prompt you for the dimensions you need and adapts the objects accordingly. Typical applications are cabinets, windows, doors, exhibition construction systems etc. that always have the same shape, but vary in size.

Spline curve: The PYTHA curve behaves like a rubber band that can be pulled, stretched and deformed. Thus you can effortlessly design free shapes in short time that can be further manipulated. These can e.g. be the cross section of a profile or the guide line of a free extrude.