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Rhinoceros is a powerful software that helps you design industrial components. This software helps you to 3D mechanical design, product simulation, mold creation and more. Other uses of this software in industrial design, architecture, water industries, jewelry design, car design, etc. are mentioned and the supported formats are DWG / DXF (AutoCAD 200x, 14, 13, and 12), SAT ( ACIS), DGN, FBX, X_T (Parasolid), 3DS, LWO, STL and more. The highlight of Rhinoceros download is the ability to exchange files with other design software, and the ability to draft design is also included.
Rhinoceros Rhino is one of the most popular software used by designers and especially industrial designers, using the Non-uniform Rational B-Spline system, which is a mathematical system for calculating and presenting curves and surfaces in graphics. Computer. The system was first introduced in the automotive industry and its specialized software and then in other areas of computer graphics. The principle of surfacing in Rhino is based on curves. For modeling in the Rhino environment, a network of curves is first created in space and then transformed to the surface.
By downloading Rhinoceros you can create, edit, analyze, document, render, stimulate and move the design and translation of curves, surfaces, solids, polygon meshes and more. It has the precision needed to design, prototype, engineer, analyze, and produce anything from a plane to a jewel. With the help of Rhinoceros software you can create 3D product forks. This software is very powerful and does not require strong hardware and you can install and use it on any system.These Premium Pixologic ZBrush Tutorials, are collections From companies.
Rhinoceros software capabilities
- Exceptional design accuracy
- Ability to exchange files with other design software, rendering, animation
- Ability to work with large teams and on large models
- Supports a wide range of 3D scanners, printers and digital tools
- 3D modeling is similar to that found only in products that are 20 to 50 times more expensive than Rhino
Hi everyone,
This post is a bit long, so just to bring the essential first, I am a civil engineer working for a 1000 people engineering company (https://www.setec.fr/en/). We are designing bridges, towers, and power plants.
I am working for our scientific direction, where I am in charge of developping new tools between engineering softwares (finte elements) and 3D / BIM softwares. From my own experinece with Rhino, I think it is the perfect environment to develop “software bridges”. But as I said I am just a civil engineer, and I need good advice here. Lukilly you’re here ! Here above I briefly describe what I’ve been doing with scripts so far, what I need to do now, and what kind of help I really need.
What I have been doing so far
I have been using RhinoScript for a couple of years, and so far I’ve been quite happy with it. From drawing a parametric bridge (200 lines) to more recent applications (1000 lines), my scripts became a bit more complex, using .TXT files to store a database describing civil engineering structures for example.
What I need to do now
Now I have a more complex project. I need to develop a “toolbox” for an engineer to start from its calculation results (.TXT files) and create with rhino a parametric reinforcement model of a building, and then export it to TEKLA, for draftsmen to take over detailed drawings. See above for more details.
What kind of help do I need
I want to make sure I use an appropriate dev environment. In other words, can I just stay with separate scripts that I load one by one, or should I move to real dev environments, using Visual Studio for example.
I have never used Visual Studio but I looked at what other people did with it and it looks good :
https://repository.tudelft.nl/islandora/object/uuid%3Ab41a1e0f-d885-4bea-910f-0b80e8020f74
However, I am bit afraid of loosing time on learning new langages (other than RS and Python) that would slow my dev, and I really need advice from experienced people Here. Is it worth it ?
I should also mention that the ideal for me and my company would be to contract a specific assistance with McNeel to have someone giving me advice on my coding environment and general code organization. I don’t know if this is feasable. But I would be happy to talk about it.
A hint of how I could start my project
I am not a professional dev, and here is how I think I could do it (and where I really need advice)
- write a script for each function of my toolbox
- each script store and retrieve information in/from Rhino custom Object properties (in order to avoid maintaining a separate database using objects identidiers, which would add significant functionalities I think).
Here above are the first scripts, just to give you a hint :
0/ INPUT
This is just .TXT files containing a mesh and calculation results at mesh node points.
Script 1/ INPUT VISUALIZATION
Visualise the mesh and the results in Rhino. This is fine with RS or Python.
Script 2/ CREATING PARAMETRIC REINFOCEMENT ZONES
This is creating series of bars. For example you create a polygon on your mesh in rhino, and then the script asks you a few parameters (bars spacing and diameter) and creates a layer with your serie of bars.
Script N : Many other functionalities, ending with reinforcement export to TEKLA
Well, if you got so far, thank you, and many thanks for your help.
Best regards,
Rhino 3d Stadium Template Free
Tanguy Prevost
Structural and Civil Engineer
tanguy.prevost@setec.com