Merge branch 'b-docu-doping' into 'v3.0-stable' (0ced40f9) · Commits · XRFLab109 / Allpix Squared

AUTHORS.md

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		@@ -15,6 +15,7 @@ The following authors, in alphabetical order, have developed or contributed to A
		* Mathieu Benoit, BNL, [mbenoit](https://gitlab.cern.ch/mbenoit)
		* Thomas Billoud, Université de Montréal, [tbilloud](https://gitlab.cern.ch/tbilloud)
		* Tobias Bisanz, CERN, [tbisanz](https://gitlab.cern.ch/tbisanz)
		* Bogdan-Mihail Blidaru, Heidelberg University, [mblidaru](https://gitlab.cern.ch/mblidaru)
		* Marco Bomben, Université de Paris, [mbomben](https://gitlab.cern.ch/mbomben)
		* Koen van den Brandt, Nikhef, [kvandenb](https://gitlab.cern.ch/kvandenb)
		* Carsten Daniel Burgard, DESY, [cburgard](https://gitlab.cern.ch/cburgard)

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		* `output_plots_single_pixel`: Determines if the whole sensor has to be plotted or only a single pixel. Defaults to true (plotting a single pixel).

		## Usage

		In the following example a doping profile map in APF format is loaded:

		```ini
		[DopingProfileReader]
		model = "mesh"
		file_name = "example_doping_profile.apf"
		field_mapping = PIXEL_FULL
		```

		In the next example two regions with constant doping are used. Down to a depth of `25um` the doping concentration is $`6\times 10^{11} \,\text{cm}^{-3}`$, while below it the doping is set to $`5\times 10^{18} \,\text{cm}^{-3}`$:

		```ini
		[DopingProfileReader]
		model = "regions"
		doping_concentration = [[25um,6e11/cm/cm/cm],[50um,5e18/cm/cm/cm]]
		```

		Finally, a constant doping of $`-2.13\times 10^{15} \,\text{cm}^{-3}`$ is set for the entire sensor:

		```ini
		[DopingProfileReader]
		model = "constant"
		doping_concentration = -2.13e+15/cm/cm/cm
		```

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		[DopingProfileReader]
		log_level = DEBUG
		model = "regions"
		doping_concentration = [[20um, 100000000000], [100um, -3000000000000]]
		doping_concentration = [[20um, 1e14/cm/cm/cm], [100um, -3e15/cm/cm/cm]]

		#PASS Set constant doping concentration of -3e+15/cm/cm/cm at sensor depth 100um

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		[DopingProfileReader]
		log_level = DEBUG
		model = "constant"
		doping_concentration = -2134560000000
		doping_concentration = -2.13456e+15/cm/cm/cm

		#PASS Set constant doping concentration of -2.13456e+15/cm/cm/cm