Open Source Windows Data Visualization Software - Page 95

This is a collection of Python functions, with which data can be exported from the Python environment to a file which can be viewed in GoogleEarth.

Gramm is a MATLAB toolbox that enables the rapid creation of complex, publication-quality figures. Its design philosophy focuses on a declarative approach, where users specify the desired end result, as opposed to the traditional imperative method involving for loops, if/else statements, etc. The MATLAB implementation of gramm is inspired by the "grammar of graphics" principles (Wilkinson 1999) and the ggplot2 library for R by Hadley Wickham. As a reference to this inspiration, gramm stands for GRAMmar of graphics for MATLAB. A similar library called Seaborn also exists for Python. Gramm has been used in many publications from varied fields and is particularily suited for neuroscience, from human movement psychophysics (Morel et al. 2017), to electrophysiology (Morel et al. 2016; Ferrea et al. 2017), human functional imaging (Wan et al. 2017) and animal training (Berger et al. 2017).

graphICs is used to visualize IC-layout-data from GDS II-files. It reads a stream of GDS II-records, optimizes it by removing objects smaller than a user-defined minimal size an writes it to Asymptote-code. This code can be translated via Asymptote to PDF, PNG or other formats. The output can be specified to be printed on an A-format paper, portrait or landscape, top/right, center or bottom/left align. To use graphICs you need to download the JAR-file containing the program (no installation needed) and the MAP-file containing the color-information for the design (you can modify it or you create your own). To create graphic or PDF-files you need to download Asymptote from asymptote.sourceforge.net. Look at http://sourceforge.net/p/graphicsic/wiki/Usage/ for the Usage. You can download the actual version of graphICs, an example MAP-file and the Bachelor-Thesis about graphICs on the download page.

Visualize Go module dependencies in Graphviz DOT format. Run graphdot in the directory of any project using Go modules with a go.mod file to print out a dependency graph in Graphviz DOT format. The output can be piped directly into dot to generate a PNG image file. For large graphs with many nodes of dependencies, you may want to generate an SVG file to allow you to zoom in with high fidelity and save disk space instead. If you like a more UML'ish style, you can use the provided graph properties from uml.gprops.

A System for Rendering Graphics with Java and C++

graphite: a portable graphics library, written in Java, JOGL and Postscript that allows rapid generation of high-quality graphs using an efficient, compact Java engine.

A small utility for visualizing graphics of the wide math function list. Based on Glade/GTK+ toolkit so integrates into GNOME flawlessly. Uses mathGl library for drawing purposes, see http://mathgl.sourceforge.net/

Interactive Perl environment for data analysis. It consists of several integrated tools such as a Plotting tool, Interactive Shell, and more. Written entirely in Perl using Tk.

Geo-Spatial Data Viewer (GSDView) is a lightweight viewer for geo-spatial data and products. It is written in python and Qt4 and uses the GDAL library. GSDView is modular and has a simple plug-in architecture.

heatmap.js is a lightweight, easy to use JavaScript library to help you visualize your three dimensional data! Use it to add new value to your project, build a business based on it, study and visualize user behaviour, or why not build something completely crazy/awesome? Whether you want to have an aggregated overview of your users behaviour, or look at thousands of events distributed on a map, heatmap.js has all your heatmap visualization needs covered! Because it is the most advanced heat map visualization library on the web. It has a light footprint (~3kB gzip) and with the new 2.0 release heatmap.js just got faster and better. With only a few lines of code you can create your own interactive web heatmap. heatmap.js' API is all documented, also prioritized, so you can start developing right away! Heatmap.js is not a user behaviour tracking script. It simply creates dynamic heatmaps based on the data you feed it.

hlv is a collection of high level view plugins for eclipse. A the moment it will just be a call graph view using the zest toolkit and GEF.

hrbrthemes is a focused ggplot2 theme package with an emphasis on typography, layout precision, and visual polish. It includes themes like theme_ipsum and Font scales tailored for clean, high‑quality production graphics.

Wonder if your yacht design is ok? Will your wing fly or sink due turbulent flow? Download hydrosim and check, it's easy.

Set of tools and libs for managing structured data in a very flexible way: Imp./Exp. ASCII, XML, SQL, PS, Tex/LaTex, RTF GUI: X-Windows, MS-Windows Interface to C++, DBs, Perl, PHP, Java, TCP/IP LISP-like interpreter written in C++ using C-LIB

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. ---

iMEDgine is a software that allows visualization and manipulation of medical 3D image data. The software itself provides the GUI, basic manipulation functionality and interfaces to algorithms as implemented in ITK.

iMove is an open-source, low-code JavaScript development toolkit that converts visual flowcharts into reusable application logic. It provides a browser-based canvas where developers arrange nodes, connect execution paths, and write custom functions. Each node can contain configurable parameters and reusable logic. Completed workflows can be exported as a domain-specific language representation and executed through the iMove SDK. The toolkit supports frontend interactions, asynchronous requests, Node.js services, and combined frontend-backend workflows. Its extensible architecture allows developers to create custom nodes and integrate plugins. The project explores generating code for multiple programming languages from visual workflows. iMove uses AntV X6 for diagram editing and is no longer actively maintained.

iSBatch is a Java-based plugin for ImageJ (version 1.49d) or its distribution Fiji. iSBatch is designed for quick evaluation of analysis pipelines and visual exploration of datasets. It is distributed under an open open-source license (GNU General Public License, version 3). The plugin handles the data in a hierarchical fashion based on a source folder containing all data and little guidance provided by the user. The software is designed for rapid exploration of large datasets and it includes an internal SQLite database (http://sqljet.com/) for convenience.

i-sight is a scientific data visualization / plotting / mesh visualization software that can plot data fields, contours, streamlines (much like TecPlot), and also has a 3D mesh visualizer that can cut a mesh, perform shadow visualization and related stuf

iTag has been designed for researchers that rely on photographic census techniques of animals that are hard to detect via image recognition algorithms and was originally developed for counting Grey Seals in the German wadden sea during March 2013. It has since then been further expanded and has now reached beta status. iTag allows Users to define up to 9 different categories and name them accordingly. In addition, 4 modifiers are available to further increase the options during a tagging session. Users are able to load a series of Images into a session and add tags on objects on these images within previously defined categories and modifiers. Upon ending the session, result files are produced including (if provided by the EXIF data) the gps information for each Picture, the number of objects in each category and a detailed result file that describes each individual object. In addition, all images that were tagged are saved.

3D Imaging for Civil Engineering. 3D imaging system for ground penetrating radar (GPR, georadar) data applied to civil engineering (roads, railways, etc.). Currently planning support for 3DR (www.3d-radar.com) and HDF5 (www.hdfgroup.org) formats.

Analyze 7.5 (img/hdr) files are used by many medical imaging packages for data export. This small script converts these Analyze 7.5 image files to comma delimited text files, which are suitable for down stream applications.

Either web-based or java swing tool to visualize german economic relations between each other and the politic.

Software environment for manipulation of DNA and protein sequences in a phylogenetic context.

Create charts with Python in a very similar way to creating charts using Chart.js. The charts created are fully configurable, interactive, and modular and are displayed directly in the output of the cells of your jupyter notebook environment. Charts are fully interactive, you can hover it to display tooltips and select the information you want to see directly from the output cell of your notebook. All the types of charts present in Chart.js are exposed in ipychart. Even complex features such as mixed-types charts are available. Charts are highly customizable and all Chart.js options are available in ipychart. You have complete control over the appearance of your chart.