Molsketch is a program for drawing two-dimensional schematic representations of molecules. The goal of the program is to make this quick and easy, without sacrificing the resulting quality. Of course your creations can be used afterwards as vector or bitmap image in any document, presentation or website. Some of the features of Molsketch are:Creating regular and consistent bonds easily with tools as a dynamic grid and magnetic atomsOpen, save and import in all formats supported by the OpenBabel™ libraryExport to Scalable Vector Graphics (SVG) and a number of common used bitmap formatsPrint and export your document to PDFIntelligent addition/removal of hydrogen atomsReal-time information about the molecule, like charge and weightBuilt-in library for quick access to regularly used molecules and functional groups

Molsketch

HDFView is an HDF4 and HDF5 file viewer. It let you browse and arrange the tree structure files hierarchy, view and modify the content of datasets and add, modify or delete their attributes metadata.

HDFView


      Xnec2c is a high-performance multi-threaded electromagnetic simulation
      package to model antenna near- and far-field radiation patterns for
      Linux and UNIX operating systems. The original FORTRAN version of NEC2
      was ported to C by Neoklis Kyriazis, 5B4AZ and released as nec2c. Later
      he wrote xnec2c, a graphical interface for ease of use with many more
      features.
    
    

xnec2c

A multi-threaded EM tool based on NEC2 to model antenna radiation patterns

Veusz is an interactive graphical scientific plotting and graphing package. It is designed to produce publication-ready PDF output. SVG, EMF and bitmap export formats are also supported. Data can be read from text, CSV, HDF5 or FITS files. In addition, you can also enter, manipulate or examine data from within the application.  The program also provides a command line and scripting interface (based on Python) to its plotting facilities. It can also act as a Python plotting module.In Veusz plots are created by building up plotting widgets with a consistent object-based interface. Plotting types support by Veusz include the following: x-y, function, contour, image, stepped, date, vector field, box, polar, ternary, nested and stacked. Plots can also include multiple axes.

Veusz

bibref is a tool that helps discovering internal references in the Bible. It aims at finding citations of the Septuagint in the Greek New Testament in a mechanical way.
      
      
        The Bible, a book that has been translated into many languages, is maybe the most important book has ever existed. Believers have evidence that it is God's word, written by various people being inspired by God himself.
      
      
        The Bible has many internal references. Many of them connect the two parts of the Bible: the Old Testament and the New Testament. The books of the Old Testament are usually written in Hebrew, while the books of the New Testament are Greek. A natural question can arise: How can Hebrew texts be cited in the Greek text?
      
      
        There are several research projects on this, and today it seems to be clear that many authors of the New Testament cited a Greek translation of the Hebrew text, namely the Septuagint, that was widely popular in the first centuries, and still popular in some Christian churches. Many Bible translations, however, mostly use only the Hebrew text as a basis of the Old Testament, because the importance of the Septuagint is not yet widely identified.
      
      
        This software project attempts to support finding citations of the Septuagint in the New Testament automatically. The work is based on The SWORD Project.
      
      
        The bibref package offers several tools that help in comparing the verses of the Septuagint with the verses of the Greek New Testament. The tools consider the texts of full books of the Bible as one unit instead of considering just separated verses. The texts are provided by the SWORD project from the modules LXX and SBLGNT. In the newest versions the module StatResGNT is also supported.
      
    

bibref


      Take control of your research photos with Tropy,
      a tool that shortens the path from finding archival sources to writing about them.
      Spend more time using your research photos, and less time hunting for them.
    
      
      Tropy is an independent, open-source project
      designed and produced by an international team of historians and software developers.
    
    

Tropy

Hopsan is a modelling and simulation environment for fluid and mechatronic systems. It was originally developed for simulation of fluid power systems, but has also been extended with support for other domains such as electric power, mechanics, flight and vehicle dynamics.Hopsan uses bi-directional delay lines, (or transmission line elements TLM) to connect physical component models, but also supports signal flow modelling with common mathematical operators and functions.

Hopsan

A modelling and simulation tool for fluid power and mechatronic systems

OSM Scout Server can be used as a drop-in replacement for online map services providing map tiles, search, and routing. As a result, an offline operation is possible if the device has a server and map client programs installed and running.
      To use the server, you have to start it and configure the client to access it. An example pages with JavaScript-based clients are provided. The server is supported by such clients as Pure Maps and modRana.
    

OSM Scout Server

Maps server providing tiles, geocoder, and router

TeleSculptor is a cross-platform desktop application for photogrammetry. It was designed with a focus on aerial video, such as video collected from UAVs, and handles geospatial coordinates and can make use of metadata, if available, from GPS and IMU sensors. However, the software can also work with non-geospatial data and with collections of images instead of metadata. TeleSculptor uses Structure-from-Motion techniques to estimate camera parameters as well as a sparse set of 3D landmarks. It uses Multiview Stereo techniques to estimate dense depth maps on key frame and then fuses those depth maps into a consistent surface mesh which can be colored from the source imagery.

TeleSculptor

Photogrammetry designed with a focus on aerial video

Corese is an all-inclusive software platform engineered to faithfully implement and creatively extend the Semantic Web standards set forth by the W3C. This spans a wide range of technologies, including RDF, RDFS, SPARQL 1.1 Query &amp; Update, OWL RL, SHACL, and beyond.Corese-Gui is the graphical user interface to the Corese platform, serving as an intuitive gateway for the Semantic Web. It offers a rich set of features that facilitate the creation, manipulation, analysis, serialization, and querying of RDF data.Moreover, the GUI brings advanced capabilities to your fingertips, incorporating extended functionalities such as STTL SPARQL, SPARQL Rule, and LDScript. This enhances your data processing and reasoning workflows, making Corese-GUI an indispensable tool for both novices and experts in the Semantic Web domain.

Corese-Gui

With Space Launch you can keep track of upcoming launches.Data on the launches are provided by spacelaunchnow.me.Space Launch is currently in alpha release. Some crashes due to problems of communication with spacelaunchnow.me server can remain. More features will be added later.Compatible with GNOME Mobile (PinePhone, Librem 5).

Space Launch

When will the next rocket soar to the skies?

Define a few points and get mathematical functions that connect them.

Funkcio

The application allows you to calculate the numbers of the name and birth, the psychomatrix and the signs of some horoscopes.

Astronum

Program for simple astrological and numerological calculations

A BibTeX viewer and editor written in Python and GTK, using python-bibtexparser under the hood.Features include:View, edit, sort, filter, and search BibTeX databasesView and edit BibTeX strings or import strings from external filesCustomizable editor layoutsShortcuts for common actions, such as protecting upper case letters or converting between unicode and LaTeX

Bada Bib!

The Engauge Digitizer tool assists in interactively extracting numbers from images of graphs. Conceptually, it is thus the opposite of a graphing tool that converts data points to graphs. It provides assistance in enhancing the image quality and matching the data points. Engauge Digitizer is used by individuals such as grad students and researchers as well as engineers and employees in large government and commercial organizations for processing single files but also managing databases of thousands of image files.Features of Engauge Digitizer include:Automatic grid line removalAutomatic point and axis matchingAutomatic curve tracingImage processing for separating important details from background informationA wizard providing an interactive tutorial to explain the basic stepsMultiple coordinate systems in the same image can be digitized in advanced modeCubic spline interpolation between points gives more accurate curves with fewer pointsHandling of cartesian, polar, linear and logarithmic graphsSupport for drag-and-drop and copy-and-pasteContext-sensitive help, user manual and tutorials explaining every featurePreview windows to give immediate feedback while modifying settingsAutomated line and point extraction to rapidly digitize data

Engauge Digitizer

interactively convert a bitmap graph or map into numbers


            Photometry allows viewing light distribution curves and metadata of IESNA and EULUMDAT photometric
            files which describe the light distribution of light sources like lamps and luminaires and
            are used mostly for data transfer in the lighting industry and in 3D graphics.
        
      
            Photometry following information of the opened photometric file:
        
      
        Light distribution curves
        General information (Catalog Number, Manufacturer, Description, etc.)
        Photometric properties (Light Output Ratio and Downward Flux Fraction)
        Lamps and ballast information
        Luminaire and luminous opening geometry information
        Additional properties (Test number, issue date, test laboratory, etc.)
        Intensity Values for selected C planes and gamma angles
        Raw text source of photometric file
      
    

Photometry

ROOT is a framework for data processing, developed at CERN, the epicenter of high-energy physics research. It can handle extensive data using the mathematical and statistical methods it provides, along with user-developed routines. The results can be visually presented according to specific needs and exported to various formats such as PDF, PS, PNG, etc.

ROOT

Thymio Suite allows you to choose easily between the different programming interfaces you can use to program a Thymio educational robot. The different interfaces available are:VPL (Visual Programming Language)VPL3BlocklyScratchAseba StudioOn top of the programming interfaces, Thymio Suite gives you access to different tools such as the Thymio Simulator, Thymio Upgrader and Wireless Thymio configurator. Thymio Suite also allows you to browse and access all Thymio robots plugged to your computer, or available in your network. You can give each robot a name that will be stored in the robot for easier identification. You can now acces robots over internet on a remote host

Thymio Suite

Accessing Thymio's programming interfaces easily


        Squey allows any user to perform interactive explorations over very large amounts of data.
        Thanks to its innovative set of visualisations, the user is freed from the classical burden of query-based interactions and can then use all his logical and deductive power to discover valuable insights from the data.
        The ability to correlate several datasets with different structures permits to intuitively understand the causal chains over the course of the whole life cycle of the studied product.
        It can be used for different purposes:
    
      
        Initial understanding of large and complex datasets
        Isolating weak signals very efficiently
        Controlling and improving Machine Learning algorithms
      
    

Squey

TLA+ is a high-level language for modeling programs and systems. It is useful for eliminating fundamental design errors, which are hard to find and expensive to correct in code.The TLA Toolbox is an IDE (integrated development environment) for the TLA+ tools.  Use it to:Create and edit your specs, with the locations of parsing errors marked in the modulesRun the PlusCal translator, with the locations of translation errors marked in the PlusCal codeView the pretty-printed versions of your modulesRun the TLC model checker. The Toolbox allows you to explorer an error trace produced by TLC—for example, by evaluating arbitrary formulas at each step in the traceRun the TLA+ proof system

TLA+ Toolbox

TLA+ Toolbox is an IDE (integrated development environment) for the TLA+ tools


      Lightwave explorer is an open source nonlinear optics simulator, intended to be fast, visual, and flexible for students and researchers to play with ultrashort laser pulses and nonlinear optics without having to buy a laser first. Supports both CUDA and CPU calculations. Its purpose and goals are:
    
      
        Easily-extensible database of materials
        Multiple physical models, including the unidirectional nonlinear wave equation and finite-difference time-domain approaches.
        Efficient code so that complicated systems can be simulated in 3D: Real laser pulses can be messy, and if they weren't so before a nonlinear crystal, there's a good chance they are after. Multidimensional simulations open up the weird world of spatiotemporal couplings. You have options for very fast simulations when there's a symmetry to use (e.g. cylindrical), alongside fully 3D propagation
        A graphical interface that lets you see what you're doing
        A flexible sequence mode to string together elements: not just nonlinear crystals, also spherical or parabolic mirrors, apertures, filters, free space propagation and more
        Fitting/optimization routines
        A Python module for easy postprocessing
      
    

Lightwave Explorer

An efficient, user-friendly solver for nonlinear light-matter interaction

It is intended primarily for viewing astro photos and images. It supports the following formats:FITS 8, 16, 32 bit integer and 32, 64 bit floatXISF 8, 16, 32 bit integer and 32, 64 bit floatRAW CR2/CR3, DNG, NEFJPEG, PNG, BMP, GIF, PBM, PGM, PPM and SVG imagesFeatures of application:Using same stretch function as PixInsightOpenGL accelerated drawingIndex and search FITS XISF header dataQuick mark images and then copy/move marked filesConvert FITS &lt;-&gt; XISFConvert FITS/XISF -&gt; JPEG/PNGImage statistics mean, media, min, maxSupport for WCSThumbnailsConvert CFA images to colour - debayerColor space awareHistogram

Tenmon

FITS/XISF image viewer, converter, index and search

Display geological maps of the UK, using data from the British Geological Survey. Allows rock unit names, types and ages to be found easily. Linear features and UK-wide gravitational and magnetic anomaly maps can also be shown.

Grock

LogarithmPlotter is, as it's name suggests, a plotter made with logarithm scales in mind. With an object system similar to Geogebra's, it allows dynamic creation of both logarithmic-scaled and non logarithmic-scaled plots with very few limitations.It's primary use is to quickly create asymptotic Bode plots, but it's extensible nature and ability to switch to non-logarithmic scales allow it to create other things with it, like sequences or statistical repartition functions.Features:Graphical objects (points, fonctions, Bode magnitudes...) management systemComplete object editionAdvanced history systemDiagram looks customisationLogarithmPlotter is available in:🇬🇧 English🇫🇷 French🇩🇪 German🇭🇺 Hungarian🇳🇴 NorwergianLearn more: https://apps.ad5001.eu/logarithmplotter/

LogarithmPlotter

KADAS Albireo is a mapping application based on QGIS and targeted at non-specialized users, providing enhanced functionalities in areas such as drawing, measuring, terrain analysis, etc.

Kadas Albireo

Mapping application for non-specialized users

Climaxima is a user interface building on Maxima.

Climaxima

A simple plotter and numerical solver, which can plot csv style plain text files with numerical data separated by whitespace, as well can numerically solve equations and ODEs to generate data and plot them for studying dynamical systems.
      Features :
      
        Plot datafiles (2D and 3D).
        Can change appearance of plot.
        Solve and plot ODE and Difference Equations.
        Plot functions of one and two variables.
        Comes with its own JavaScript based Console for simple calculation tasks.
      
    

SSPlot

Simple plotting utility and numerical simulator

TigerJython is a free development environment for the Python programming language. If you want to learn programming, this is the tool for you. It already includes everything you need to start programming right away.For all versions we guarantee not to change or spy your software.

TigerJython


      Profex is a graphical user interface for Rietveld refinement of powder X-ray diffraction (XRD) data with the program BGMN. It can be used for phase identification, phase quantification, structure refinement, and export of results and graphs to tables and figures.
    
    

Profex

Graphical user interface for plotting the cyclic voltammogram and calculating jpa, jpc, and reversibility. PySimpleCV also plots battery cycles and calculates efficiencies. Written in pure Python. Currently supports VersaStudio (.par),.csv, and .txt. For.csv and.txt, the first column must be voltage and the second column is current. Battery cycling currently only support .xls files with state (C_CC, D_CC, R) columns from LANHE. Support copy-paste battery efficiency. Modules used: Numpy, Matplotlib, PySimpleGUI, pandas, and statsmodel License: GPLv3

PySimpleCV

Plot Cyclic voltammogram and battery cycling

מדעים