Search Results for "mingw32-gsl"
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Showing 76 open source projects for "mingw32-gsl"
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GSL
Guidelines support library
...While some types have been broken out into their own headers (e.g. gsl/span), it is simplest to just include gsl/gsl and gain access to the entire library. This project makes use of the Google Test testing library. Please see the ThirdPartyNotices.txt file for details regarding the licensing of Google Test. -
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dibnn
Drop In the Bucket Neural Networks
One more lightweight neural network in C. -
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Hex
Hydrogen-Electron Collisions
A computer code for simulation of electron-hydrogen scattering. Contains three (more or less) finished sub-programs: (a) “hex-ecs” which solves the Schrödinger equation in the B-spline basis, (b) “hex-dwba” which computes scattering variables for high energies using the distorted wave Born approximation of the first order and finally (c) “hex-db” which is a user interface to a plain SQLite database, where the intermediate results are being stored, and which is used to extract... -
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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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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. Class Matrix and class Polynomial facilitate finding... -
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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,... -
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ccgsl
Use Gnu Scientific Library as if it were writtem in C++.
The ccgsl provides simple C++ wrappers for the GNU Scientific Library. It uses Java-like shared-pointer classes in place of structs to avoid direct memory allocation/freeing and to work better with the STL. It lets you construct functions for optimisation, root-finding and the like from C++ member functions, making it easier to integrate with existing C++ code. It also provides C++ exceptions. -
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VENOM C2 shellcode
C2 shellcode generator/compiler/handler
The script will use msfvenom (metasploit) to generate shellcode in different formats ( C# | python | ruby | dll | msi | hta-psh | doc | apk | macho | elf | deb | mp4 | etc ) injects the shellcode generated into one template (example: python) "the python function will execute the shellcode into ram" and uses compilers like gcc (gnu cross compiler) or mingw32 or pyinstaller to build the executable file. It also starts a handler to receive the remote connection (shell or meterpreter) venom 1.0.11 (malicious_server) was build to take advantage of apache2 webserver to deliver payloads (LAN) using a fake webpage writen in html to be hable to trigger payload downloads, the user just needs to send the link provided to target host. -
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Fedora Cygwin
Cygwin cross-compiler for Fedora
This project provides a Cygwin cross-compiler toolchain for current versions of Fedora Linux and RHEL6-compatible distributions, including a large selection of cross-compiled libraries. Also available are the mingw32 packages with static libraries required for building Cygwin's setup.exe installer. -
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F3DM
Finite Element Method on 3D Meshes
f3dmlib is a FEM library that can read, write and analyse 3D tetrahedral meshes, minimize a given functional, and refine the resulting meshes. The minimization is parallelized with OpenMP. Three main features in unstable 1.8.x version (available via GIT): quadratic elements, periodic boundary conditions, and the solver for scalar and electromagnetic wave equations. f3dmgeom is a collection of a few simple tools for creating surface meshes for tetgen. It can handle simple geometries only. -
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JTSDK
Build Systems for WSJT Applications
JTSDK is a pre-configured collection of open source cross platform development frameworks, Gnu tools, libraries and custom written scripts designed to ease compiling WSJT applications and documentation from source code. WINDOWS APPLICATIONS ---------------------------------------------------------------------- * JTSDK-QT.......: WSJT-X, WSPR-X and MAP65 * JTSDK-PY........: WSJT and WSPR * JTSDK-DOC....: All WSJT Documentation * JTSDK-MSYS..: General Compiling LINUX... -
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Interpolator
Multi-platform C++ QT Project for polynomial regression
...It is modular, so support for a new file type can be added by including a plugin in the plugins folder. To compile the software you need to run qmake first. Make sure to install the dependent Qt add-ons such as QtCharts. You also need GSL library (GNU Scientific Library). On linux you will probably find built packages in your package manager (e.g. sudo apt install libgslX libgslcblas0 -- X is the version number, remember to update dependencies to the right version/name in .pro file). On windows you need to search for a built GSL package or build it yourself and change the path in the .pro file. ... -
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mpv-i686-cross-compiling-MinGW32-Doc
Cross-compiling MPV Player for Win32 (doc + releases)
This project aims at setting up a MinGW-w64 Toolchain on a pure Linux-32 Bits system to cross-compil MPV Player. Documentation is available at https://github.com/rboxeur/mpv-i686-cross-compiling-MinGW32-Doc/blob/master/index.rst Some releases for mpv are downloadable -
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Not So Complicated Wires
Less Explosions, More Wires
...Be more like Friend1 and Friend2 and use my beautiful program, and maybe make it better if you'd like? -Petar Juric By the Huevos, all of this is written with Qt5. Compiled with MinGW32. Good luck. :D -
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ffp
A 3D Free Finite element Program
...Still under development but already working: solves the steady state Navier-Lamé and the Laplace equation in 3D on tetrahedrons. It uses the Intel MKL and NVIDIA CUDA library for solving. GSL support needs to be improved. Open CL is still missing. In addition to the numerical core (which can be used stand-alone), another project called mcf exists for using ffp as a FEFLOW plug-in. -
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mdoptcli
Multidimensional Optimizer for Command Line
This program is a command-line interface to several multi-dimensional optimization algorithms coded in the *GNU Scientific Library -- GSL*. Namely the *Simplex* algorithm, which does not need a gradient, and from the gradient-based algorithms the *Conjugate Gradient -- CG* and the *Broyden-Fletcher-Goldfarb-Shanno -- BFGS* methods. The energy (and possibly energy gradient) is evaluated by a given command, which has to accept coordinates on standard input and returns the appropriate energy (or gradient) on standard output. -
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Integrate green/free toolchains, For build same source code on Win/Linux conveniently. Language: [C] [C++] [ASM] [Verilog] [Python3] [Perl] With toolchains: [mingw32] for win [iverilog] (for win, Todo: Compile Script) [Python3.4] for win [NSAM 2.11.08] for win [Tinyperl]for win
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The Moluccas
Portable Build Environment and OSS Distro for Windows
A pre-configured MinGW focused on ease of use, integration, workflow and completeness. It's also portable and isolated OSS distro. -
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irayMol
Molecular visualization
Analyses and Interactive visualizations of the structures, functions and actions of biomolecules including molecular surface computation, and protein-ligand interface and protein-ligand docking where the ligand could a small compound, a nucleic acid, membrane and other proteins, written in C++/Qt/openGL/GLSL with more than 125,000 lines of codes. In addition to Qt, the only external library needed is GSL everything else is coded from the scratch. -
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C++ Core Guidelines
The C++ Core Guidelines are a set of tried-and-true guidelines
The C++ Core Guidelines is a living set of best-practice recommendations for writing modern, safe, and maintainable C++. Authored and curated by leaders in the C++ community, it organizes guidance into rules on type and resource safety, interfaces, performance, error handling, concurrency, and library design. Each rule is rationale-driven, showing the “why” behind recommendations and linking to examples that illustrate good and bad patterns. The guidelines encourage use of modern language... -
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waifu2x-ROS
ReactOS and Windows XP compatible build of waifu2x.
...The original is there: https://github.com/WL-Amigo/waifu2x-converter-cpp Here are some minor cosmetic changes (switch to control memory usage and slightly reformatted output) and files needed to build under MinGW32-W64. To recompile (in Linux), run "make clean; make". 2016-10-17 UPDATE: added simple GUI. 2016-10-18 FIX: corrected typo, added some crashes handling. 2016-11-20 UPDATE: - added "TTA" and "number of passes" options; - enabled RGB models (without internal upscaling); - updated JPEG, TIFF, WebP and OpenEXR libraries; - modified OpenCV to enable JPEG compression in TIFF images (sources included); - replaced models with Nagadomi's ones (https://github.com/nagadomi/waifu2x). 2016-12-28: Happy New Year and Merry Christmas! ... -
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GNU Scientific Library for Windows
GNU Scientific Library(GSL) 2.2.1 for Windows
This version of GNU Scientific Library(GSL) is compiled for Windows using gcc 6.2.0. It contains both static as well as shared libraries. -
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build environment: COLLECT_GCC=g++ Target: x86_64-w64-mingw32 Thread model: posix gcc version 5.3.0 (x86_64-posix-seh-rev0, Built by MinGW-W64 project)
