Search Results for "image 2d to 3d" - Page 2
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Showing 47 open source projects for "image 2d to 3d"
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YAFEMS
Yet Another Finite Element Method Solver
YAFEMS (Yet Another Finite Element Method Solver) is a FEM solver for Linux and WIndows that reads a MED mesh file produced by Salome (http://www.salome-platform.org/) with certain groups created into the mesh, and with the help of an input text file (.yaf), performs a 3D or 2D plane stress or plane strain analysis and creates results in plain text format and in MED format. This way a complete analysis can be carried inside Salome, where a mesh file can be created, exported and read... -
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lagrange_simulation_mechanics
simulations with Lagrangian method,both symbolic and by numeric deriv
alleged to the video 'tutorial' "the Mechanics and its Simulation". Simulation with Lagrangian method, both symbolic, and by numerical derivation. All well-grouped in folders. there is also a 'review' in 3 demos of the Newtonian dynamics: mass-spring systems. most of progs are written in C, with use of SDL lib to display simple graphics and have real-time interactivity. As to programming complexity, it's very simple... this all aims at classical physics simulation in a simple but efficient... -
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jHepWork
jHepWork was a name of the DataMelt program in 2005-20013
jHepWork (2005-2013) was an environment for scientific computation, data analysis and data visualization for scientists, engineers and students. The program is fully multiplatform (100% Java) and integrated with the Jython (Python) scripting language. Currently the project is known under the name DataMelt (https://datamelt.org) -
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JohanneumSTM
Data logging and visualization in 2D and 3D for STMs.
This is a project we - ten students, 16 to 18 years old, and one teacher - are currently working on in the so called "Physik-Projektkurs" at school in which we build and program our own scanning tunneling microscope. This software is designed for DAQ systems by BMCM (we use the USB-AD16F), but it should not be too difficult to adapt it to foreign systems.It currently supports resolutions up to 1024x1024, visualization in 2D and 3D using colors from predefined gradients, export to PNG, CSV... -
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Diffractteach
Diffraction simulation
Simulation of the diffraction phenomena of a plane-wave on a 2D-diaphragm in the Fraunhoffer approximation (corresponding to 99.9% of real common situations). The diaphragm is freely defined by the user via a bitmap file. This program is entended as a help of teaching the diffraction phenomena to students. -
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Nice and handy tool for phisicists and any other scientists who need some math. This project contains DOS application with GUI made with BGI and can draw functions in 2D and 3D, approximate with least square method and build histogram (more in future ;)).
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Quantum Mechanical Toolkit And 3D Viewer for C++. Allows Data Visualisation via Images, Surfaces and Volume plots using OpenGL, as well as rapid development Quantum Mechanical Simulations. Uses the Blitz++, VTK Visualisation and Qt Libraries.
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The purpose of this program is to plot the waveforms of the hydrogen wave function. The program has 4 option's. First, plotting the radial function, second, plotting the radial probability, third, 2d wave function,last, 3d wave function.
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MathFrame++ allows scientific C++ applications to be easily coded and provides various services to these applications like drawing in 2D/3D, data entry dialogs, clipboard, printing - all this, while not having to deal with windows programming directly.
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SimpleODE - physic simulation lib.It is free project based on Open Dynamics Engine (ODE):rigid body dynamics,realtime simulation, cloth, fluid(water) 2D, all ODE joints,vehicles,legged creatures ragdoll,complex objects,many demos. PROJECT CLOSED
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GtkPlot is a graphical front-end for Gnuplot, based on gtk+. Features: 2D/3D plotting (parametric as well), labelling, axes management, and much more... Please consider shifting to the pyGtkPlot project: https://launchpad.net/pygtkplot
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Matho is a OS Independant Application and API for mathematical operations, features include curve sketching, calculus, iterative formulae, algebra solver, 2d/3d geometry and mechanical and statistical functionality.
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Eiger is an electromagnetic software for frequency domain analysis. It consists of physics models for 2D and 3D electromagnetic scattering, radiation, and penetration problems. It contains Green's functions for periodic and layer medium.
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openGPR is a framework for the management, processing and 2D/3D-visualization of ground penetrating radar (GPR, georadar) data. It interoperates with existing tools like Seismic Unix, with a special focus on georadar applications.
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A flexible and easy-to-use physics engine for 2d written in java. A similar engine for 3d in c++, and a AI able to interact with the physics engine, affecting the world, written in c++ using neural nets and genetic algorithms.
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Spectra processor for 1D, 2D or 3D data sets obtained in x-ray and neutron scattering experiments. Includes an elaborate batch system as well as visualization tools.
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Modama is a new software project for processing and analysing 2d detector data (images) provided by any available detectors, mainly SAX and WAX.
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Real-time data visualization. Graphically view your data as it's being generated. Peakster is a very intuitive GUI written entirely in Python, which monitors data at regular intervals and uses gnuplot to render 2D, 3D and superimposed plots.
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femke
Finite Element Method Kernel Engine
Femke (Finite Element Method Kernel Engine) provides a basic set of tools for solving finite element method systems for windows (x86/x64). Femke can be compiled as static library, dynamic library and as managed wrapper library. This project depends heavily on (not included): - OpenCASCADE (2D/3D modelling) - NetGen (2D/3D meshing) - NgSolve (assembling of system marices) - GetFEM++ (assembling of system marices) - OpenBLAS (Optimized Linear Algebra Routines) - SparseSuite (Solving... -
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Vector Math is a C++ templated math library for 2D and 3D geometry applications, as scientific data visualization and physic engine development. One of the objectives is to have a syntax similar to Matlab, maintaining the performance.
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md-utils
Utilities to analyze molecular dynamics data
md-utils is a set of command line tools written in C designed to perform certain operations and analysis on the molecular dynamics data. The supported operations involve trajectory coordinate transformation to the COM system, Cartesian coordinate transformation to selected internal coordinates and to projected normal mode coordinates, trajectory merging, selecting subsets of trajectory frames, selecting subsets of atoms, permuting atoms, etc. Analysis tools involve 1D, 2D and 3D data binning...