Search Results for "linux space invaders" - Page 2
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Showing 49 open source projects for "linux space invaders"
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Flexible Brain Graph Visualizer
Matlab code to visualise brain graphs from connectivity matrices
This very configurable script allows you to plot a 3D (MNI space) visualisation of a brain graph, with edges represented by cylinders and vertices represented by spheres. To aid orientation, a cortical mesh can be added, as can convex hull outlines. The colouring and sizing scheme is fully configurable for both edges and vertices. You can see some example output in... -
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This toolbox generates automatically a vtk-visualization for an ode (Open Dynamics Engine) simulation under Python. You only have to define the simulation space and world and forward these entities to the visualization. That's all... Install also via pip possible: pip install odeViz
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A Matlab based project for tracking cell nuclei in 3D space over time from live imaging data. (Sample images and lineage data are available under "Files".)
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WaveSorter
A powerful, versatile tool for offilne spike analysis and sorting
WaveSorter emphasizes dynamic visualization and versatility. Slider controls let the user select any coefficient or sample from any of several transforms, which can then be plotted to either axis of a 2D histogram (scatterplot). Within the waveform space, cursor-based controls let the user select subregions of the waveform space or individual waveforms to view. The user may cluster waveforms manually or via one of several popular clustering programs. The classification along with waveform... -
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hyperforms
Hyperforms is a visualisation tool for multi-dimensional objects and f
hyperforms is a visualisation tool for multi-dimensional objects and forms. They are projected into a 3D-Space by different methods of Projection. Currently a cell-first projection is implemented. Hyperforms aims at architectural experiments to create computer driven designs. --- The Project is in Research and not ready to use. --- -
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Dex
Data Visualization application written in JavaFX, Groovy, and HTML5.
Data Explorer, or Dex is a tool for exploring data. Dex is a JavaFX application which aims to provide a general purpose framework for data visualization. The basics are easy to learn, however Dex offers advanced capabilities in the form of SQL and groovy transformations. Dex integrates many excellent visualization frameworks into one consistent GUI package. This is an early release, so you are likely to find functional gaps for your particular problem space. In such cases, you are... -
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WikiVis (UM)
Visualization of the Wikipedia network of pages.
This tool provides an interactive visualization of the Wikipedia information space, primarily as a means of navigating the category hierarchy as well as the article network. The project is implemented in Java, utilizing the Java 3D package. This was a student project in 2004-2005 at the University of Macau. This is the code from April 2005 that was finally uploaded to SourceForge in 2012 for archival purposes and to meet the demand from Wikipedia researchers world-wide. -
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Magneticle is a 3D OpenGL physical simulation that applies the Biot-Savart law to charged particles operating inside a magnetic field produced by a current-carrying wire modeled as an arbitrary space curve.
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SPIDR (Space Physics Interactive Data Resource) is a distributed database and application server network, built to select, visualize and model historical space weather data. SPIDR is a web-application and a grid of data mining web-services.
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ViSBARD (Visual System for Browsing, Analysis, and Retrieval of Data) is an interactive visualization and analysis tool for space physics data. It provides an integrated 3-D/2-D environment to analyze measurements across many spacecraft and MHD models.
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An universal 3d visualisation tool, web browser, art tool and experimental platform based on a client/server environment.
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PyPlayground is an environment for developing algorithms involving movement in a space of up to three dimensions using Python.
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Vigo::3D
(Moved to http://code.google.com/p/igb/)
(Moved to http://code.google.com/p/igb/) Vigo::3D is a library for multi-agent simulation and visualization in 3D space. -
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A user-friendly open-source toolkit written in Java that lets you visualize and analyze the behaviour of users in the ActiveWorlds family of 3D virtual worlds by mapping them over 2D space.
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SenseRank Sys: - builds the dictionaries (multidim matrices) of words’ values; - for the set utterance in certain language builds a figure in multidimensional space (in the matrix space) of values (visual schema), which is topological view of sense
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Space Time Analysis of Regional Systems: Combines a suite of geocomputational and dynamic visualization modules for the exploratory analysis of data measured for spatial and temporal units.
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XGL Viewer: A simple fast program to load the XGL standard file format and display it using JOGL (OpenGL) allowing the user to move the object around in space, rotate, zoom, spin, ect... This loader should be easily integrated into any program.
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Acre calculates growing-space or stand-density of trees and creats pictures of it. It can also be used to calculate weighted Voronoi-Diagrams (splits up an area to the neares point or to the point with the greatest influence at a certain place).
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AGISim is a framework for the creation of virtual worlds for artificial intelligence research, allowing AI and human controlled agents to interact in realtime within sensory-rich contexts. AGISim is built on the Crystal Space 3D game engine.
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This is educational software whose purpose it is to clarify the workings of different clustering algorithms by visualising the clustering process in 2D space. This make many possible problems and advantages very clear.
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VisSim is a visual simulator for semi-stationary objects written in C++. The viewer can move around in three dimensional space to view the object from different directions and distances. VisSim uses OpenGL/GLUT and it runs in client-server mode.
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FEVal, the Finite Element Evaluator written in Python, provides easy conversion for many Finite Element data formats (both binary and ascii). Mesh modification is very easy. Values of model results can be accessed given coordinates in physical space.
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Coding convenient Aero & Astro functions into one easy to use package. From rocket engine design, to flight and space dynamics.
