This example package actually serves several purposes:
This example package actually serves several purposes:
*) It illustrates how to initialize and access the detector description and magnetic field.
*) It checks that the expected number of detector elements are created.
* It illustrates how to initialize and access the detector description and magnetic field.
*) It generates a set of neutral alignment constants for the Tracker, which can be folded into the conditions database.
*) It dumps a standalone GeoModel sqlite geometry database which could be used by external programs to display FASER without requiring any FASER software (only GeoModel)
* It checks that the expected number of detector elements are created.
* It generates a set of neutral alignment constants for the Tracker, which can be folded into the conditions database.
* It dumps a standalone GeoModel sqlite geometry database which could be used by external programs to display FASER without requiring any FASER software (only GeoModel)
To run the algorithm, in a run directory where Calypso has been installed, do
To run the algorithm, in a run directory where Calypso has been installed, do
```
run > ./setup.sh
run > ./setup.sh
run > python python/GeoModelTest/GeoModelTestConfig.py
run > python python/GeoModelTest/GeoModelTestConfig.py
```
The file GeoModelTestConfig.py can be edited to change some run options.
The file `GeoModelTestConfig.py` can be edited to change some run options.
After running the algorithm, to add the alignment data into your local conditions DB, do:
After running the algorithm, to add the alignment data into your local conditions DB, do:
