A tool that writes radiation levels (and optionally geocoordinates) to image files and extracts the infos from external sources.

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Marcus Scholz d42844ebeb Added MIT license. Do whatever you want with this thing.		2020-03-02 19:10:04 +01:00
.gitignore	Initial commit	2020-03-01 17:17:37 +01:00
LICENSE	Added MIT license. Do whatever you want with this thing.	2020-03-02 19:10:04 +01:00
Readme.md	Removed math from dependencies, as round() is there by default.	2020-03-01 18:05:47 +01:00
exif_rad.py	Beautified output in a tablish format.	2020-03-02 00:03:12 +01:00

radiation tagger

exif_rad.py is a simple unix-style cross-platform Python 3 tool which can write certain tags to an image file.

It can scan a couple of images, extract their Exif-tags, and compare the DateTimeOriginal with other sources.

By now it can parse a .his (CSV) file from a GeigerLog file export and calculate the radiation in µS/h using the factor in SIFACTOR.

It then creates a UserComment Exif tag with the actual measured radiation at the time the photo has been taken.

Dependencies

Right now it depends on the following Python 3 libraries:

GeigerCounter log file in csv format as it is being exported by the software GeigerLog. Such files look like this: 149654, 2020-02-27 05:12:42, 13.0, 0.0
A bunch of images (jpg, cr2, etc.) with its time of creation stored in DateTimeOriginal
A gpx track

All sources are matched by their timestamp, so all sources have to be recorded during the same time.

to-do

In the future it should also be able to do the same with a gpx-file to extract geolocations and to write them into the appropiate Exif-fields.
It might get interactive help and command line argument processing.
It might get a setup.py if I want to waste my time on it.
I might want to get rid of the requirement to use a bloated GUI application to download the history data off the geigercounter. There must be a neat working command line tool.