The goal of this library is to allow the creation of graphics in an easy way without having to care about graphic standart. It also make the color interpolation in a proper way and prevent some of the openGL artefacts. It also tries to be coherent ove
software and documentation related to my Ph.D. dissertation, granted in 1990 from the N.C. State Univ. Dept. of Nuclear Engineering, titled "Transient, Two-Phase Subchannel Analysis on Advanced Architecture Computers" (the "advanced architecture" part of that title is obviously no longer accurate)
DataDraw3d is a library and a programm for interactive displaying different kinds of scientific data in the interactive manner. It use OpenGL and/or GDK drawing facilities to archive best performance on high variety of platforms.
TRAPEX - solution of quadrature problems on finite intervals using trapezoidal sums with polynomial extrapolation and adaptive order and stepsize control.
The purpose of this project was to prepare gfortran for integration into gcc. Since this integration was completed in the summer of 2003, this project is now finished. You can find information about gfortran on http://gcc.gnu.org/wiki/GFortran/
SMP 4 LiNuX Balls 2 To Wall high performance dual CPU applications.
Fortran lacks some very basic, but extremely useful, C functionality. The intent of c4for is to provide a library available at link time for fortran code to access the C functionality.
An easy to use, yet save and fast linear algebra library. LinAl is designed to be compatible with the one and only true language for numerical computations, which is FORTRAN. It is based on STL containers and algorithms.
Project to develop a set of open source tool to help people working in the HVAC/R (heating, ventilation, air conditioning and refrigeration) area.
Main Phase Modeling, MPM, is a implementation of a 2D staggered grid solution of the elastic waveequation, using a moving zone. This enables both efficient modeling of seismic wide angle data, and modeling of selected propagating phases.
WHATCH’EM simulates mosquito container water temperature
WHATCH’EM simulates the highly non-linear manner in which atmospheric conditions and container characteristics determine water temperature and height, leading to results that are not always intuitive and likely not simulated by simpler empirical models. WHATCH’EM has the capacity to be utilized for other mosquitoes and other container-inhabiting arthropods.
Intelligent e-knowledge base engine for any kind of knowledge-based applications, supporting effective knowledge presentation, precise knowledge search, adaptive learning and immediate consulting.
This is an educational example of how to run a numerical model (in Fortran) from Python, including data handling (netCDF), configuration with a config file, etc.
Numerikus is an attempt to build a set of numerical libraries written in C/C++, Fortran, Java and C# for single processor and multi-core processors. It wil have from basic functions to Linear Algebra solvers and ODE's and PDE's methods.
PyWofost is a python implementation of the WOFOST crop growth model. It is designed for scientific and semi-operational purposes which greatly benefit from the flexibility of the python language. This SF site is not yet in use, see www.wofost.wur.nl
This project provides a web location for CUG members to share code or links to utilities, scripts, or procedures for managing Cray systems.
Proteus Cross Compiler system allows the generation and compilation of Java Code from llvm-gcc compatible languages (C/C++/fortran). The generated code will execute at up to 50% of native code.