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- Python 78.7%
- Jupyter Notebook 16.5%
- C++ 2.3%
- Emacs Lisp 1%
- Makefile 0.7%
- Other 0.8%
The ppss table misses the dc_estimate parameter for the operational heater setpoint. The regulator is a purely proportional. The charactristic is very nonlinear. The dc_estimate account for the required DC to turn on the transistor and reach the required power. This patch reprograms the PPSS entry that kicks the operational heater once per minute. |
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|---|---|---|
| solo | ||
| .gitignore | ||
| README.md | ||
| requirements.txt | ||
| setup.py | ||
| solopath | ||
| solopath.py | ||
| solopath_noninter | ||
SolO Configurations
This is a fork of Stephan's SVN repo eda/python containing the configuration of our Solar Orbiter instruments.
Requirements
- python3 (v. 3.5+)
- numpy (v. 1.0+)
Installation
The easiest way to install solo_config is using pip. This way, all dependencies are automatically installed.
$ pip3 install --user git+https://gitlab.physik.uni-kiel.de/solo/solo_config.git
If you are asked for them, input your GitLab credentials afterwards.
To update to the newest version, use
$ pip3 install --upgrade --user git+https://gitlab.physik.uni-kiel.de/solo/solo_config.git
If you want to install solo_config for all users on a machine instead of only for your account, you can remove the --user option and add sudo as a prefix. If you are using a virtual environment (virtualenv), the --user option should be omitted as well.