kopia lustrzana https://github.com/projecthorus/chasemapper
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README.md
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README.md
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# Project Horus - Browser-Based HAB Chase Map
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**Note: This is a work-in-progress. Not all of the features below are functional.**
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**Note: This is a work-in-progress. Features may be incomplete or non-functional!**
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This folder contains code to display payload (and chase car!) position data in a web browser:
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$ sudo pip install flask flask-socketio
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```
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You can then clone this repository with:
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```
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$ git clone https://github.com/projecthorus/chasemapper.git
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```
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## Configuration & Startup
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Many settings are defined in horusmapper.cfg configuration file.
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Many settings are defined in the horusmapper.cfg configuration file.
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Create a copy of the example config file using
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```
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$ cp horusmapper.cfg.example horusmapper.cfg
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```
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Edit this file with your preferred text editor. The config file contains descriptions of each setting.
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Edit this file with your preferred text editor. The configuration file is fairly descriptive - you will need to set:
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* At least one telemetry 'profile', which defines where payload and (optionally) car position telemetry data is sourced from.
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* A default latitude and longitude for the map to centre on.
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You can then start-up the horusmapper server with:
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```
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$ python horusmapper.py
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```
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The server can be stopped with CTRL+C.
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The server can be stopped with CTRL+C. Somes the server doesn't stop cleanly and may the process may need to be killed. (Sorry!)
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## Live Predictions
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Once compiled and installed, you will need to:
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* Copy the 'pred' binary into this directory. If using the Windows build, this will be `pred.exe`; under Linux/OSX, just `pred`.
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* [Download wind data](https://github.com/darksidelemm/cusf_predictor_wrapper/#3-getting-wind-data) for your area of interest, and place the .dat files into the gfs subdirectory.
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* Copy the 'get_wind_data.py' script from cusf_predictor_wrapper/apps into this directory.
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Modify the horusmapper.cfg Predictor section settings as necessary to reflect the gfs and predictor binary locations, and set `[predictor] predictor_enabled = True`
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You will then need to modify the horusmapper.cfg Predictor section setting as necessary to reflect the predictory binary location, the appropriate model_download command, and set `[predictor] predictor_enabled = True`
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You can then click 'Download Model' in the web interface's setting tab to trigger a download of the latest GFS model data. Predictions will start automatically once a valid model is available.
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