Open Source Python CAD Software - Page 2

This software allows to fit various hyperelastic constitutive models. Optimal set of parameters of a selected constitutive model can be identified. Many advanced setting, methods and corrections are available to get optimal results according to the user's preference.

Linux TinyCad, or LiniCad, is a tiny CAD used for educational purposes. It is written in Python/Tk and its goals are to be as programmatically easy and small as possible.

The OpenMultiphysics project is the home for community-driven development of application integration technologies designed to aid in the design and implementation of multiphysics simulation capabilities. Design and development in this project is driven by the Consortium for Open Multiphysics. Feel free to visit us at our GitHub site as well: https://github.com/IllinoisRocstar/IMPACT

Typically, to program a GUI is time consuming and requires experience with graphic libraries. OpenNum lets you create a graphical interface adapted to your solvers by simply editing an XML configuration file. More specifically, OpenNum lets you · to collect a hierarchical dataset, · to call any executable file and · to visualize scalar and vector fields, plot graphs or show simple plain text files. It also has other useful utilities specifically designed for numerical simulation packages: · it allows managing a centralized materials dataset; · it can read several finite element mesh formats and several field formats.

PyMathProg is a Python reincarnation of AMPL and GNU MathProg modeling language, implemented in pure Python, connecting to GLPK via swiglpk. Create, optimize, report, change and re-optimize your model with Python, easily integrate database, plotting, etc.

Allows one to program fablab (factory and/or laboratory) in the same way as we program computer. Imagine commands like: "dim screw12 as new screw" or "mold(form_piston_081212, brass)" or ''gear(3)=lasercut(steel2,"biggear.gc")". This approach will let us program highly automated and self-deploying or even self-replicating factories. I am more engineer than programmer and just beginner in python. So it looks like community help will be needed :)

Assisted program to compute the center of a cross in an image. It is based in python and opencv. Main target is massive data processing. Developed for my Ph.D.

finFoil is an application to help amateur surfboard fin makers foil their fins properly. All downloads are moved to https://finfoil.io Check out the homepage for the latest news and tutorials: https://finfoil.io hrobeers

A plug-in for Abaqus FEA with empiric data for many types of materials (linear, nonlinear, ortotropic). A simple GUI for creating properties for common materials and sections for bulk and shells.

Software script assembly to be executed on cnc machines and robots to build, maintain and replicate open source fablab. Here software meets hardware.

Simple CAM program for creating RS274NGC gcode from vector format files like DXF CF2 PLT. Can be used with AXIS interface from EMC project. It's early alpha stage.

walterbot è un "virtual presence device" controllabile da remoto via interfaccia web. La distro Debian per architettura ARMhf6 è stata ottimizzata per "Raspberrypi B rev2". Il codice python scritto da Walter, controlla 2 motori DC tramite un TB6612FNG https://github.com/InformaticiTarantini/Pi-dro La distro è "out of the box" basta clonare l'immagine su una SD card (minimo 2Gb) proprio come si fa con raspbian. Tramite accesso ssh o direttamente dal raspberrypi, eseguire il comando "sudo ceni" per configurare la rete wireless (Si consiglia di creare una swap ed estendere il filesistem con raspi-config, ma non è indispensabile). A questo punto ri/avviare, e dopo una trentina di secondi richiamare l'ip della LAN o quello pubblico in DMZ prescelto che si è assegnati al raspberrypi. Attenzione ai collegamenti dalla GPIO al TB6612FNG se avete dubbi scrivete Per info: http://informaticitarantini.net/ https://github.com/devilicecream dariolynx@gmail.com dave-null@riseup.net

The "wirecutter" plugin for inkscape is a plugin to generate g-Code for a 2D wirecutter with a turning table. You can either draw one open path which is the path which the machine will cut or you can draw some closed paths. These closed paths (e.g. Letters) must be connected because the cutter cannot leave the raw material like a milling machine. The Plugin helps you to create these connectors. If you have a wirecutter with a turning table you can create multiple "cuts" for different positions of the turning table. This software is not really tested and is still in development.

This is a free program for solving linear 2D framed structures under static loading and calculating the mode shapes. It is coupled with an easy-to-use GUI that provides the possibility to design the structure very fast. It calculates reaction forces, diagrams of axial and shear forces, as well as, diagrams of bending moments. Moreover, it calculates the mode shapes of the structure using various methods and it will be cabable of performing dynamic analysis soon. The program is written in FORTRAN90 and the GUI in Python. At the moment it is available only in 64bit version for windows.