Search Results for "atom 3d model" - Page 7
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Showing 311 open source projects for "atom 3d model"
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egjs
Javascript components group that brings easiest way to build web apps
egjs is Javascript components group that brings easiest and fastest way to build a web application in your way. -
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Frapper
The Filmakademie Application Framework
Frapper features a node-based scene model with plugins for node types, a model-view-controller architecture, a panel-oriented user interface and a viewport using the Ogre 3D render engine. Frapper is developed at Filmakademie/Institute of Animation. -
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SoftPixel Engine
Realtime 3D engine for game development
The SoftPixel Engine is an OpenSource high level realtime 3D engine for C++ (GNU C++ & VisualC++). It supports Direct3D11, Direct3D9, OpenGL 1.1 - 4.1, OpenGL|ES 1.1 and OpenGL|ES 2.0 and runs on Windows, Linux, Android and iOS. -
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Open Source CAM - Toolpath Generation for 3-Axis CNC machining
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LorDG
3D genome reconstruction with Lorentzian objective function
LorDG is a software to build 3D chromosomes and genome model from chromosomal contact data such as Hi-C, TCC, 5C. Detail on how to use it: https://github.com/BDM-Lab/Lordg It is published in Nucleic Acids Research : http://nar.oxfordjournals.org/content/early/2016/11/29/nar.gkw1155.long Bioinformatics, Data Mining, Machine Learning (BDM) Laboratory, Jianlin Cheng, PhD Department of Computer Science University of Missouri, Columbia Email: chengji@missouri.edu -
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optpack
FE simulation based automatic global optimisation in modern Fortran
A collection of Fortran 2003, 90 and 77 routines, modules and programs for automatic simulation based global constrained optimisation. The initial application is for FE simulation of elasto-plastic buckling of steel rods aimed at tuning the hardening model. Unix shell scripts are used extensively. High concurrency is achieved with parallel multi-start global search and with parallel MPI FE. Powell's BOBYQA or LINCOA are used (not included in this package). Automatic mesh generation of 3D cylinders is provided + automatic boundary conditions, all via Fortran and shell scripting. -
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MoleculeViewer
View 3D molecule structure and plot 2D density map for CRYSTAL program
...Molecule's 3D operations: Left drag : free rotate Right drag : zoom Left drag + CTRL : rotate along X-axis Left drag + SHIF T: rotate along Y-axis Left drag + ALT : rotate along Z-axis Left click : select and deselect atom Right click : select and deselect atom and show selected atom's serial number Doubble click : show all serial numbers Doubble click + CTRL : show molecule's axes When a atom is selected, you can see the distance between the two atoms by moving the mouse over the second atom. -
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Cambridge Rocketry Simulator
Simulate high power rocket flights with splash down plots
This software allows you perform six degree of freedom simulations of High Power Rocket (HPR) and model rocket flights. Parachute descent is also simulated. 3D flight trajectories are produced as well as detailed tabular flight data. Running in Monte Carlo mode allows generates multiple possible flight paths and splash down plots, indicating the probability of landing in an area. Peer-reviewed publication in the Journal of Open Research Software (JORS) http://doi.org/10.5334/jors.137 "Cambridge Rocketry Simulator – A Stochastic Six-Degrees-of-Freedom Rocket Flight Simulator" -
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MRiLab
A Numerical MRI Simulation Platform
The MRiLab project is moving to GitHub, the latest version can be obtained from https://leoliuf.github.io/MRiLab/ The MRiLab is a numerical MRI simulation package. It has been developed and optimized to simulate MR signal formation, k-space acquisition and MR image reconstruction. MRiLab provides several dedicated toolboxes to analyze RF pulse, design MR sequence, configure multiple transmitting and receiving coils, investigate magnetic field related properties and evaluate real-time... -
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GMES
GMES is a free Python package for FDTD electromagnetic simulations.
GMES is a free finite-difference time-domain (FDTD) simulation Python package developed at GIST to model photonic devices. Its features include simulation in 1D, 2D, and 3D Cartesian coordinates, distributed memory parallelism on any system supporting the MPI standard, portable to any Unix-like system, variuos dispersive ε(ω) models, CPML absorbing boundaries and/or Bloch-periodic boundary conditions, and arbitrary material and source distributions. -
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Icarus Scene Engine
3D .NET engine for Windows, Linux, Mac
Icarus Scene Engine is a cross-platform, CLS-compliant 3D framework, integrating open source APIs into a cohesive all-open-source, all .NET solution. For Windows, MacOSX & Linux. Uses OpenTK, OpenGL, OpenAL APIs for graphics and audio. Runs on Mono/.NET. Links to FFMpeg for streaming video, and FreeType as a temporary conversion mod to bring fonts into a native XML format. Binary builds of Icarus will be infrequent, roughly every 18 months or so, the GIT code updates regularly on a... -
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Java Software Renderer
Java implementation of a software renderer.
Java implementation of a software renderer. Software rendering is handled only by a CPU, without any GPU support. Renderer is implemented in pure Java, without any additional frameworks. Additional requirements: JDK / JRE 8 -
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GeoNet is a software to perform rigorous least squares adjustment of topographic (Total station, GNSS and levels) observations directly in a global reference frame.
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ViennaTS
The Vienna Topography Simulator
ViennaTS is a C++, OpenMP-parallelized Topography simulator, focusing on processing challenges for micro- and nanoelectronics. At its core is the Level Set framework, allowing for an implicit surface description of material surfaces and interfaces. Within this framework models for geometry manipulation such as boolean operations and chemical mechanical planarization have been implemented. The tool supports several etching and deposition models, essential for the understanding of... -
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Enhanced 3D ITU channel Model
A complete 3D stochastic channel model for urban and rural environment
This enhanced version of the existing 2D ITU channel model provides elevation related statistics in addition to the azimuth plane. The modified LSPs statistics are based on 3D ray tracer tool ( Smart Internet lab-Bristol University) and covers range of frequency (600 MHz, 2400 MHz and 5900 MHz) bands and environments (urban and rural). A user interface file is provided for easy setup of channel related parameters. -
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CamelCAM
3D CAM program for CNC mills/lathes
CamelCAM will allow the user (in time, when/if fully functional) to load CAD 3D geometry objects from DXF, IGES and possibly other file formats, choose a particular CNC machine model, set needed parameters and then generate an ISO program suited for that CNC machine, capable of milling/lathing the selected piece. -
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APL@Voro
APL@Voro a tool for model bilayer simulation analysis.
APL@Voro is a program designed to aid in the analysis of lipid bilayer simulations carried out by gromacs. It calculates the area per lipid and the membrane thickness even for mixed bilayers. Colored Voronoi diagrams and different types of plots are presented in an interactive environment. -
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Enhanced 3D ITU channel-CSN
Exttended 3D 3GPP ITU channel model
The existing 2D ITU generic channel model is enhanced to account for 3D component, different operating frequency bands. The enhanced version have LSPs statistics from 3D ray tracer engine developed by University of Bristol, CSN group. -
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Fluid Gravity 3way
there are 3 observers to every curve, each seeing the other 2
I recently dug up some of my old simulations after to my surprise 3SAT and a theoretical expansion of boltzmann statistics reminded me I already simulated something like that but I didnt know how good a simulation it was. Check how the varying density and shape of electron clouds and soliton-like or fluid drop like blobs of field gradually start to point outward and get thinner, like a soliton is bell curve shaped as seen from outside. More importantly, compare the 2 halfs of electron cloud... -
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eSBMTools
python tools for enhanced native structure-based modeling
eSBMTools: python tools that assist the setup and evaluation of native structure-based simulations of proteins and nucleic acids, both at the Cα and all-atom level. The tools interface with GROMACS and support its standard output formats. Information from other sources like bioinformatics or experimental data can be added to the standard native structure-based model (SBM). Publication to be cited: Benjamin Lutz, Claude Sinner, Geertje Heuermann, Abhinav Verma, and Alexander Schug. eSBMTools 1.0: enhanced native structure-based modeling tools. ... -
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...The tools will allow users to: - View/Edit/Visualise the data of a NIF model. - Libraries to Read/Write the NIF Format. - Import/Export NIF models into various 3D package via Plug-ins. - Custom content creation for NetImmerse/Gamebryo Games.
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ProBez
Projections of Bezier curves
Interface to manipulate with 3d gragic,s reading initial data fron an XML file, created by user which represents 3d model and saves data in vectorized format. -
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Gen3D
A tool for 3D genome and chromosome structural model construction
Gen3D is an application designed to determine three-dimensional genome and chromosome models. It uses chromosomal contact data to construct three-dimensional conformations. This method can generate three-dimensional chromosomal models satisfying a large portion of chromosomal contacts. The software is developed in Prof. Jianlin Cheng's Bioinformatics, Data Mining and Machine Learning Laboratory in the Computer Science Department at the University of Missouri - Columbia, USA. The project... -
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TinyRenderer
A brief computer graphics / rendering course
Tiny Renderer (tinyrenderer by ssloy) is a lightweight educational software rasterizer that illustrates how OpenGL works by implementing a mini rendering pipeline in around 500 lines of code—serving as a compact, instructive graphics project. The final code consists of about 500 lines. My students typically require 10 to 20 hours of programming to start producing such renderers. The input is a 3D model composed of a triangulated mesh and textures. The output is a rendering. There is no graphical interface; the program simply generates an image. To minimize external dependencies, I provide my students with a single class for handling TGA files — one of the simplest formats supporting RGB, RGBA, and grayscale images. This serves as our foundation for image manipulation. ... -
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This java application takes input images of an object on a a known sheet of paper and produce a realistic 3d triangulated model of the object. It is designed to integrate the software with the Reprap project to create a simple "3d photocopier". The software was written for a PhD thesis and is currently in an incomplete state.
