Search Results for "c# dxf g code"
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Showing 93 open source projects for "c# dxf g code"
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1
Candle
GRBL controller application with G-Code visualizer written in Qt
GRBL controller application with G-Code visualizer written in Qt. -
2
Marlin
Optimized firmware for RepRap 3D printers based on Arduino platform
Marlin is a popular open source firmware for the RepRap family of 3D printers. It is straightforward, reliable, extensible and adaptable, which is why it is used by many respected commercial 3D printer vendors as well as hobbyists. It runs on inexpensive 8-bit Atmel AVR micro-controllers, with added support for 32-bit and ARM-based boards. Marlin builds can be small enough for use on a headless printer with only modest hardware, and features can be enabled as-needed. -
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Vampirio Code
Vampirio Code, a great Code Editor and Compiler
A versatile open source code editor and also IDE that supports syntax highlighting and compilation on many well known languages like C#, C++, Javascript, JAVA, HTML, PHP and CMake. Vampirio Code allows your code to be tested or even compiled for personal or commercial projects. Its functionalities are: One simple file can be compiled with F5 without saving it Syntax highlighting Already integrated to 'dotnet' and 'msvc' compilers Tab manager C#, C++, Javascript, JAVA, HTML, PHP and CMake supported MSVC, GNU g++, CLang and Emscripten compilers supported Javac and Java supported Node.js and Xampp supported -
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G-Code Transformation Utility
Transformation utility to rotate coordinates in G-Code files
Coordinate rotation is useful when making PCB with 2+ layers. Based on a reference points (which are included in PCB production files during DIY manufacture) it is possible to layout different PCB layers during drilling, UV exposing, gluing &final cut. Each time PCB was dismounted from a CNC and mounted again, it will have some angle of rotation over a zero point (X=0, Y=0). Manual measurement of this rotation angle is performed with help of laser module mounted on the same CNC. For each... -
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C++ Eigenvectors
C++ matrix class template with eigenvectors
All code is in a single .h file except for a .cpp file with the main() demo. Computation time scales as N^4. Also has class template Polynomial. Has extensive operators and methods. Algorithm summary: Any polynomial of degree m is uniquely and simply determined by its values at m+1 points. In particular the characteristic polynomial of an NxN matrix A can be determined by evaluating the determinant |x * I - A| at N+1 distinct values of x. Householder reduction is used to find ... -
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dxf2gcode
DXF2GCODE: converting 2D dxf drawings to CNC machine compatible G-Code
DXF2GCODE is a tool for converting 2D (dxf, pdf, ps) drawings to CNC machine compatible GCode. Windows, Linux, and Mac support by using python scripting language. -
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Openwifi
open-source IEEE 802.11 WiFi baseband FPGA (chip) design
Linux mac80211 compatible full-stack IEEE802.11/Wi-Fi design based on SDR (Software Defined Radio). -
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asap
A modern cmake starter project for C++ with a complete build lifecycle
A modern cmake starter project for C++ with a complete build lifecycle, testing, dependency management, etc. Portable across Linux, OS X and Windows. Have you ever found yourself spending countless hours trying to figure out how to start a professional C++ project with unit tests, a robust dev workflow, change logs, code coverage, linting, formatting...? The C++ ecosystem is getting better but is still very far away from other ecosystems such as JavaScript, or even Rust. It's certainly easy... -
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Entity-To-Code
Mathematical Functions in an NPM library made with JS and C++
NPM URL: https://www.npmjs.com/package/entitytocode Source Forge: https://entity-to-code.sourceforge.io WIKI Git: https://github.com/BSW-G-D-iph6/Entity-To-Code/wiki -
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image2relief
Create CNC G-code from images for gemstone engraving.
image2relief is a C++ program using OpenCV to convert raster images into G-code for CNC engraving of gemstones. It supports the creation of mid-reliefs, low reliefs, and shallow reliefs (without undercuts), using image-based surface profiling. The tool accounts for different end mill diameters by simulating circular tool footprints. The image is scanned stepwise along a customizable path. -
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C++ Complex Calculator
C++ complex calculator with arrays, matrices, eigenvectors, functions
This is a command line C++ code which compiles and links using gnu g++. It has scientific notation, scientific functions, complex integration including path integrals, and loops with tests. User defined functions are strings. A variable may simultaneously represent a scalar, an array, and a string. Arrays up to ten dimensions are allowed. Householder reduction is used for determinants, eigenvectors, and QR matrix factorization. -
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Jittor
Jittor is a high-performance deep learning framework
Jittor is a high-performance deep learning framework based on JIT compiling and meta-operators. The whole framework and meta-operators are compiled just in time. A powerful op compiler and tuner are integrated into Jittor. It allowed us to generate high-performance code specialized for your model. Jittor also contains a wealth of high-performance model libraries, including image recognition, detection, segmentation, generation, differentiable rendering, geometric learning, reinforcement... -
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cppsp
cppsp --a scripting language base on c++
cppsp is a transpiled script-like language. Its compiler:cppsp is a kind of source-to-source compiler. Download the cppsp.exe or compiler the sourcecode by yourself. Requirement:prepare your own c++ compiler and set it's folder to environment path. Optional: put the folder path of exe to environment. Use cmd or other console to compiler .cppsp file: cppsp(if not in environment path:.\cppsp.exe or c:...\cppsp.exe) script.cppsp. Setting c++ include/lib folder by .ini file... -
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CBuild
Build system for c++ with scripts written in c++
This is build system designed to build c/c++ code, but It can be retargeted to almost any task. All script are written is c++ and build system support compilation targets and tasks (simple function with some arguments). Also, from the box, CBuild include templates to use in with gcc/g++ or mingw-gcc/mingw-g++ compilers, but with some code can be expanded to support any compiler (supporting other gcc variant requires only changing three variables in build system implementation class). ... -
15
Chess Engines for Android
Portable UCI- and XBoard-compatible chess engines.
Open source chess engines that support the Universal Chess Interface (UCI) protocol or Chess Engine Communication Protocol (XBoard). They are written in the C, C++, Go and Rust programming language. C and C++ based chess engines were generated with Android NDK, Clang and GCC. Go and Rust based chess engines were generated with their correspondent compilers. This was done on different platforms like Linux, Termux and Windows. Every zip archive contains a readme file with further information (e. g. link to the source code). ... -
16
Denise
C64/Amiga emulator with shader and runAhead
Denise is a cycle accurate and platform independant C64 / Amiga 500/1000 emulator. My motivation for this project is understanding how it works and write clean and easy readable code. RetroArch SLANG shaders are supported by Denise. Features already known from the C64 emulation, such as runAhead, savestates, drive sounds, PAL encoding, dynamic rate control, G-Sync/FreeSync, Warp, just in time polling are also available for the Amiga. Denise supports SuperCPU, Final Chesscard, REU,... -
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Larsen Commander for OS/2 - git
GUI File Manager and Command Shell for OS/2 - ArcaOS
First class, powerful, flexible and user friendly GUI file manager and command shell for OS/2 - ArcaOS. A Windoze (95 and up) version is also available. It makes your daily file management more productive. Copy, move, rename, delete, browse and edit your files of any types easily. Especially useful for programmers, system administrators and power users that need more control of their system than is possible to achieve by the WPS or Explorer. This is the projects home page for the current... -
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Quaternion Lorentz
Complex quaternion calculator with Lorentz boosts and rotations
C++ code to perform the Lorentz boosts and rotations of special relativity using complex quaternions The interface is a complex quaternion console-based calculator with operations + - * / ^ and functions for Lorentz boosts and rotations. THEORY Complex quaternions have form q = A + B * I + C * J + D * K with A, B, C, D complex I * I = -1 , J * J = -1 , K * K = -1, I * J = K, J * I = -K , J * K = I,K * J = -I, K * I = J, I * K = -J Transpose T takes I into -I, J into -J, K... -
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FITS DLL
Libraries for saving and reading FITS images with two slices (complex)
This project augments the open source NASA FITS file software with many high level functions . These save and read float and double images with one to two slices. Two slices are needed for complex data, Here are a few of the floats functions: int SaveFITSFile44(const char* filename, const float* pdata1, const float* pdata2, long nx, long ny, double xleft, double ytop, double dx, double dy, int itype); int SaveFITSFile4(const char* filename, const float* pdata, long nx,... -
20
CT4AM
Tools for 3D image analysis of additively manufactured parts
CT4AM is a cross-platform toolkit for 3D-image processing in the domain of additive manufacturing for toolpath visualisation or correlation to tomographic data and related materials science. It is written in C++ and provides small, problem-specific applications for viewing, analysing and visualising of volumetric data from micro-CT scans with respect to the complex process parameters and characteristics of additive manufacturing. Moreover, data analysis and processing of G-code are key assets of the project. The main objective is not to provide yet another complex application for volume data visualization and medical image processing. ... -
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Windows Native Unix Shell (wnus prompt)
A comprehensive Unix/Linux-like shell environment for Windows 7+ 64bit
This project is implemented entirely in C++ without external dependencies. Windows Native Unix Shell (wnus prompt) (pronounced Wenus) brings the power and familiarity of bash sh ash commands and common terminal utilities to native Windows, with full NTFS support and Windows API integration. . It contains 342 fully implemented commands built-in , encompassing file managements operation and so much more. It has a comprehensive help system. This doesn't require WSL to work, or any... -
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NKTgLaw
Core library & API for the NKTg Law (Nguyen Khanh Tung). Includes core
Core library & API for the NKTg Law (Nguyen Khanh Tung). Includes core implementation, REST/gRPC API, and 150+ client wrappers -
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Surface Explorer 3D v3.2
Surface Explorer 3D plots mathematical surfaces in 3D.
...User defined surface equations can be explicit, implicit, or parametric. Surface and color equations are specified by user. The user can export to the clipboard, or file formats including VRML, POV, DXF, STL, and output to a printer. The STL format can be used to do 3D printing to create a physical object. Surface Explorer 3D is provided as freeware in the hopes that others can enjoy exploring math equations. Full MFC C++ source code is included as freeware. Version 3.2 Jan 28 2024 1) Increased the length of plotting equations from 255 characters to unlimited 2) Added several new example surfaces Version 3.1 - Nov 6, 2022 1) Bug fix for minus sign in equations 2) Added Range Variables used in equations 3) Added Color Scheme Dialog 4) Added many more example surfaces Youtube Video: https://www.youtube.com/watch?... -
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Larsen Commander for OS/2 and eCS
Source code is here - https://sourceforge.net/projects/lcmd-git/
Source code is now developed using GIT. Please use new project page here - https://sourceforge.net/projects/lcmd-git/ Larsen Commander for OS/2 Warp and eCS. Consists of two parts; 1) the underlying C++ G-Lib framework that build directly on top of native 32 bit OS/2 APIs and 2) the Larsen Commander application it self, written in C++ on top of that G-Lib framework. -
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FFTW_Ada
An Ada 2012 binding to the FFTW fast Fourier transform library
FFTW_Ada is an Ada binding to the FFTW (fast Fourier transform) library written at MIT by Matteo Frigo and Steven G. Johnson. FFTW is written in C. FFTW_Ada allows calls to FFTW from an Ada program, thus allowing Ada code to compute fast Fourier and certain other related transforms. FFTW_Ada v2 works with FFTW v3 and requires Ada 2012.
