Open Source C++ Earth Sciences Software for Windows - Page 3

This is a library that allows applications that does not use Qt to use the QNetMap library (https://sourceforge.net/projects/qnetmap/). Library developed in the T8 LLC (http://t8.ru). Written and supported by Sergey Shumeyko.

The project is concerned with developing new plug-ins for the space plasma analysis software QSAS. The plug-ins are developed mainly for the Cluster II mission, Champ and Swarm. QSAS can be downloaded from: http://www.sp.ph.ic.ac.uk/csc-web/QSAS/

Simple application that connects to USGS to retrieve the list of latest earthquakes and display them on an interactive map. Inspired from "Beginning Nokia Apps Development - Qt and Html5 for Symbian and Meego" (ISBN: 978-1-4302-3177-6).

rinex3manipulator is a software to manipulate RINEX 3 files, available functions are: - cut - under sample - filter constellation observations This small program is born to handle in a fast way RINEX 3 files to be used subsequently by the goGPS software: https://sourceforge.net/projects/gogps/

Rachis, A Cross-platform Hierarchical Identification System. Rachis is an application for the cataloguing and identification of entities (taxa). It is being implemented from scratch, but is based heavily on the lessons learned from Taxabase.

RSTT is a software package that improves the accuracy of regional seismic travel time prediction and event location. The software package includes a computerized representation of 3-dimensional seismic wave speed for Earth's crust and shallow mantle (the outer-most 100 to 200 km of the Earth) and algorithms to calculate travel times for waves that are commonly used to locate events. RSTT was designed with real-time monitoring in mind and travel times can be computed on the fly in approximately 1 millisecond.

Rootfly enables researchers to annotate minirhizotron images for the purpose of extracting statistical information about plant roots.

Command Line Route calculator for Aviation. Inputs: Cruise Speed, Fuel Burn, Wind Direction/Speed, Segment Distance. Outputs: Flight Bearing, Ground Speed, Segment Time, Fuel Burn. Deals with Multiple Segments with variable Cruise/Wind. csv support

SEG-Y files need special compression because they don't compress well using gzip and the like. The code is cross-platform C++ using nothing else than standard system libraries. This is a spin-off from the OpendTect project (http://opendtect.org).

Seismic Wave Propagation in 2D acoustic or elastic media using the following methods: Staggered-Grid Finite Difference Method, Spectral Element Method, Interior-Penalty Discontinuous Galerkin Method, and Isogeometric Method.

Console application for conversion of seismic data to wav-pcm.

Reconstruction technique of internal velocities structure of massives using tomography method. The reconstruction uses as input data the recorded traveltime of direct propagating seismic waves and spatial coordinates of emission and reception points.

These classes are useful for signal processing in Matlab or C++. They bring together tools and methods which may be used interchangeably for Matlab and C++. Their initial use is in conjunction with work towards my degree at UC Berkeley.

Application to estimate the solar power available at a point on the Earth's surface given latitude, longitude, altitude and collector tilt, azimuth, etc.

Simple dialog window to calculate the Standard Atmosphere properties (namely Temperature, Pressure, Density, and Speed of sound) using the altitude as input. It uses the published US Standard Atmosphere 1976 set of equations. Different unit conversions can be done directly within the interface. Useful for preparing CFD boundary conditions. The executable will write an .ini file from within the same folder it is launched. The ini file retrieves the interface options as well as positioning the window a the same spot as when it was last used.

ESML is an interchange technology that utilizes external metadata to allow applications to plug and play seamlessly with Earth Science specific datasets in heterogeneous formats.

VAPOR is the Visualization and Analysis Platform for Ocean, atmosphere, and solar Research

The VIP Toolbox is a set of libraries and tools to enable researchers to process image data from the VEGETATION and other remote sensing sensors.

Command-Prompt vector Calculator (Vector Product, Dot Product, Cross product) with Adaption for Geology (Borehole-Plane Intersection Angle, and Plane-Plane Intersection Orientation). *.csv File Input Supported. (Described in Help (/?))

Cca-forum unifies the Common Component Architecture tools and tutorial. It includes the CCA specifications, the Ccaffeine framework for HPC, and related tools. These support multilanguage scientific and parallel computing.

EXTREMA is an interactive program with publication quality graphics and mathematical analysis capabilities. EXTREMA can be GUI and/or command driven. The command language includes conditional branching, looping and subroutine calling constructs.

A Field Log Book for Geologists

GPSBook is a software dedicated to manage display and manipulate GPS traces.

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.

MicMac is a software for solving image matching problems, specially those arising in geographic context. It is highly customizable at the algorithmic level and for the data input (image format and geo-localization).