Open Source Python Earth Sciences Software - Page 3

Methods and testing of methods for automatic analysis of in situ cyclic voltammetry data. This, at least initially, is the code from my masters thesis, which was done as a contribution to a larger project called Aevum. Aevum is being developed at t

Set of python scripts that can be used for the calculations of equilibrium fractionation factors from experiments and from statistical mechanics theory. python scripts use Scipy/Numpy/Matplotlib/WxPython for calculations, plotting and the GUI

The LuSeismo project provides modules for the Earthworm project to capture analog seismometer data w/linux. The project also provides GUI interfaces used in the Loyola Physics Department for several labs, utilizing these seismometers as educational tools

A set of python programs for forward modelling of marine notch formation, along with an pseduo-inverse model for obtaining relative sea level curves from notch data.

MoDAVE aims at providing data analysis and visualization extensions to Mosaic datasets, including cubed sphere data, to the Climate Data Analysis Tools (CDATA) in particular.

Platform providing the support for Wireless Sensor Networks in the domain of Natural Hazards as a Service. The objective of the WSN platform is monitoring the behaviour of rockfall barriers, rockfall netting, rock sheds and other protection systems

With OSM-TileDownload you can easily create maps from www.openstreetmap.org OSM-TileDownload requires Python, Qt4, PyQt4 and ImageMagick.

Modelling hydrological processes with open source software

Engineering, analysis and computing tools for marine and coastal science and technology

The purpose of this workshop is to share the tools created as an aid to our everyday work with students, enthusiasts and specialists interested in the development and use of new technologies including (but not limited to) geomatics, mapping, web mapping services (WMS), drafting, remote sensing, GIS and related occult sciences of Gaia. Check out the NBR (dn2nbr) and NDVI (dn2ndvi) calculating tools for GRASS GIS at the top menu!!!

PEng is a tool for performing and documenting engineering calculations. It can handle units and generates output via Latex.

Physical modelling of water transport in plants

Python Planetary Physics Package

Python app using wxWidgets that does some simple visualizations of topographical data, including 3D model, contour lines, and elevation profiles.

PyPak is a Python library for communication with Campbell Scientific dataloggers through the PakBus interface over TCP/IP or serial lines.

PyRadmon Reborn. This project started after the original programmers quit supporting it. The project now contains support for audio*, has a version that supports two Geiger counters** and a cleaner, more stable code. * = PyAudio is used as library for the audio support. ** = The two counters both run in their own thread. UPDATE-2015-2: * Added timeouts to sockets to prevent crashing of the script. * Updated some comments. UPDATE-2015-1: Since there have been some passed time I decided to pickup the keyboard to write for PyRadmon again, hence the new updates. Most significant changes: * Added a logger for catching and storing messages to a log file. * Complete cosmetic overhaul, fixing ugliness throughout the code, in the hope others might find it easier to read/more standardized.

PySDB is simple to use field data manager for structural geologists written in Python. Data are traditionally organized by sites and rock units, classified by structural types and could be freely tagged by user-defined labels.

PySOS, a python-based implementation of the OGC SOS standard. PySOS is a lightweight set of scripts that work in conjunction with a web server to serve data from a relational database.

A lightweight hyperspectral imaging library that provides developers with spectral algorithms for the Python programming language. New for v0.14.x: a scikit-learn bridge (alpha and partial). The functions and classes are organized by topics: * abundance maps: FCLS, NNLS, UCLS * classification: AbundanceClassification, NormXCorr, KMeans SAM, SID, SVC * detection: ACE, CEM, GLRT, MatchedFilter, OSP * distance: chebychev, NormXCorr, SAM, SID * endmembers extraction: ATGP, FIPPI, NFINDR, PPI * material count: HfcVd, HySime * noise: Savitzky Golay, MNF, whiten * sigproc: bilateral * sklearn: HyperEstimatorCrossVal, HyperSVC and others * spectro: convex hull quotient, features extraction (tetracorder style), USGS06 lib interface * util: load_ENVI_file, load_ENVI_spec_lib, corr, cov and others The library do an extensive use of the numpy numeric library and can achieve good speed. The library is mature enough and is very usable even if the development is at a beta step.

Pysolar is a Python library for calculating the position of the sun relative to the earth as a function of latitude, longitude, and time. There is also code included for other problems related to the development of photovoltaic systems. Still in alpha.

A python package for interpreting METAR coded weather reports

ResistPy is a Python program designed to work with R2 & R3t for processing, modelling & visualization of electrical resistivity data. ResistPy reads a variety of raw data formats and helps the user prepare the data for modelling with R2 or R3.

Explore InSAR data and more

Project created to develop customizations in OpenGeo, to contribute to the standardization of formats Brazilians. Tool-Kit aplication for system Geo Integrations, using java frameworks.

Slowmo is an application developed to calculate and plot the travel times of the wave front of a tsunami.