Software

During the course of my research and teaching I have written a number of specialist software applications - often to help deal with a particular problem. These also include Excel Worksheets for specific tasks.


Feel free to download the files below. Please be aware that I am not able to provide any technical support for them.

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WINDOWS SOFTWARE

>TIR TOOLKIT< Converts Meteosat TIR channel DN to radiance/temperature

>6ToTemp< Converts Meteosat 6 DN to radiance/temperature

>Bat6ToTemp< Batch processes Meteosat 6 DN values to radiance/temperature

>SolarCalc< Converts hour/day/lat to Solar zenith/azimuth/elevation angles

>BatSolar< Batch conversion of hour/day/lat to Solar angles

>Compile< Scans directory of BURS Autosat files and decodes filenames

>Met2IDA< Converts BURS Autosat (inc BLOCK) files to IDA/Windisp format
(REQUIRES >aut2ida.exe< and >autb2ida.exe< to work)

>Filechange< Converts cryptic BURS Autosat filenames to more logical form

>GraphClock< A Graphical clock

>MetBrowse< Once commercial now free - Meteorology Lab software
(Unlock Code: GUPX47N)

>MetCalc< Calculates range of humidity values from WET/DRY Bulb temperatures

>ProxyCalc< Calculates proxy air temperature from Meteosat TIR DN

>QuickTools< QuickTools utility desktop software (FREE!)


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EXCEL WORKSHEETS

>DAISY WORLD< An Excel implementation of DaisyWorld model

>LOS NDVI ALGORITHM< Implementation of Los algorithm for sensor degradation

>TRIGHEIGHT< Allows distance to be calculated from Abney Level reading


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APPLE MACINTOSH OS X


>HUMIDCALC<

What it does:

Accepts a WET bulb temperature (in degrees celsius) and a DRY bulb temperature (in degrees celsius) from either a portable instrument (such as a whirling or Assman hygrometer) OR fixed instruments located in a standard Stevenson screen.

The Calculate button, when pressed will produce the following:

1) Saturation Vapour Pressure (@ DRY bulb temp) in hPa (mb)
2) Saturation Vapour Pressure (@ WET bulb temp) in hPa (mb)
3) Vapour Pressure in hPa (mb)
4) Saturation Deficit in hPa (mb)
5) Absolute Humidity in grams of water per cubic metre of air
6) Specific Humidity in grams of water per kilogram of air
7) Relative Humidity in percent

The program is provided without any warranty or support and is completely free.
Written with RealBasic 2006 edition by Mark P. Cresswell, 2006
http://www.ukscience.org


Written and Maintained by Dr Mark P Cresswell