Open Source Linux Data Visualization Software - Page 88

C++ library that implements basic data structures and algorithms for computer vision and image processing applications

TopicMapTools allows the creation, manipulation and visualization of XML Topic Maps. It is based on the TM4J framework. The editor can be used in genealogy for the visualisation of e.g. family trees.

Solid body rotation simulator in free space.

TraffStats: network Traffic Statistic - is a monitoring and traffic analysis software, using SNMP to collect data from any enabled device. - has the ability to generate graphs (using jpgraph) with the option to compare and sum up different devices.

Trafix is an animated, open source road traffic simulator which simulates cars, trucks and buses. The vehicles are animated and display using X windows. The code is written in C++. Input road files are created graphically using Xfig.

A visualisation for the Traplas transport simulator.

Traviz is a graphical user interface for tranalyzer2, a lightweight flow generator and packet analyzer application. It visualize the collected data in a user friendly interface and generates nice data plots (2D/3D histogramms, pie-charts, xy-charts) Update: Traviz has moved to GitHub https://github.com/splattner/traviz

This project extends a previous work on node link tree visualisation and interaction by providing visual clues on hidden structures. We adopt DOITree from Prefuse package (https://github.com/prefuse/Prefuse), a multi-focal tree layout algorithm, for exploring large hierarchical structures. Related publications: https://www.sciencedirect.com/science/article/pii/S1045926X1630009X https://ieeexplore.ieee.org/stamp/stamp.jsp?arnumber=6902871

TreeDraw is a object-oriented Java class framework to aid in visualizing tree data strucures. It consists of a few abstract classes. If you derive your tree, nodes, and edges from these abstract classes, you can easily visualize your data structure.

Efficiently create compact, highly customizable tree layouts - Based on Walker's algorithm with enhancements suggested by Buchheim, Jünger, and Leipert the software builds tree layouts in linear time. I.e. even trees with many nodes are built fast. Downloads are available at https://sourceforge.net/projects/treelayout/files/. For detailed documentation look at the TreeLayout web site http://treelayout.sourceforge.net/. Development for TreeLayout has moved to https://github.com/abego/treelayout/.

A treemap visualization java library, to implement Shneiderman's treemap easily (http://www.cs.umd.edu/hcil/treemaps/). Shows efficiently tree data as a rectangle colored map. Usefull to monitor thousand of files in a little window.

Two dimensional (2D) fine mesh finite element (FE) grid editing system. Includes constrained Delaunay triangulation, and automated grid resolution changes based on local attributes. Win32 and Motif GUIs. Mature application, now going open source.

This project will design a CAD engine architecture which allows algorithms to be designed using Python and a robust GUI architecture.

Simple example for triangulate polygon with allegro engine (C++). This project provided "as is". It have two bugs: cursor and camera orientation. If you do not pay attention to it, the program is working. Maybe I'll fix it later.

By using a neural net from neuroph.org with the programmlanguage Java, you can change the net by this software. Easy watch it on the screen and move the values up or down. More or less value at the output neurons. Saving, Loading from different .nnet`s. Adding comments. Changing the visible output neuron Setting wished input neurons to get visible. A small fast and easy weight version and a continuing version, which should get involved in the neuroph project.

TulipForDoxygen is a software using the Tulip library of David AUBER. It creates the "Clickable image map" needed for the documentations generated by Doxygen.

UDA stands for Universal Descriptive Algebra. It consists of a Java package handling universal algebras and relational structures as description systems.

UIBM (= Universal Individual-Based Model) is an agent-based simulation/3d-dvisualization of the dynamics within multispecies plant communities of Northwest Europe, parameterized from databases using universal scaling laws.

UMLet is an open-source Java tool for rapidly drawing UML diagrams, with a focus on a sound and pop-up-free user interface. Its homepage is www.umlet.com. v15.1 released on March 20, 2023.

MATLAB tools to create overlay images from NIfTI or ANALYZE files (neuroimaging format) and convert them to DICOM for use in the clinical environment. Allows radiologists and neurosurgeons easy access to fMRI data. http://paradime.net/research/

Uberviewer is a java/swt log processor for Uberlogger (a kernel-based observatory). It allows real-time analysis of a remote OS, including process and I/O monitoring. This tool is intended to be helpful for security researchers and malware analysts.

Graph polynomials and view prime numbers on a ulam spiral graphing plot. Only integer numbers. Based on an old GPL version of the JEP equation parser. See website for additional examples/live applets Seems to be closely related to Cellular automaton.

Ulysses is a next-generation software for the calculation and visualization of electric and magnetic fields as emitted by electric objects like transformer stations, high voltage transmission lines and sub-terrain cables.

Undotree is a Vim plugin that reveals Vim's non-linear undo history as a navigable tree, letting users visualize and revisit past versions or divergent edit branches. It modifies the current buffer temporarily without saving to disk, ensuring safety during navigation. Vim's undo/redo feature is a great way to protect your work from accidental changes or data loss. Unlike other editors, where undoing and then accidentally typing something can cause you to lose your edits, Vim allows you to revert to previous states without losing any data, as long as you keep the Vim session alive. If you want to keep your undo history permanently, Vim offers a persistent undo feature. This feature saves your undo history to a file on disk, allowing you to preserve your undo history across editing sessions. To enable persistent undo, refer to the instructions below. This can be a useful option for those who want to maintain a long-term undo history for a file or project.

UniGNUPlot -an easy program for persons who wants use all the power of GNUPlot, but have no time to learn how! -Graphic based on Tk/TCL...