Transient: add more tests

# SPDX-FileCopyrightText: 2023 CERN and the Allpix Squared authors

# SPDX-License-Identifier: MIT

#DESC tests if non-existing trapping models selected in the configuration file are detected

[Allpix]

detectors_file = "detector.conf"

number_of_events = 1

random_seed = 0

[DepositionPointCharge]

model = "fixed"

source_type = "point"

position = 445um 220um 0um

number_of_charges = 2000

# We use a custom field here to not trigger the warning about linear fields being inappropriate

[ElectricFieldReader]

model = "custom"

field_function = "[0]*z + [1]"

field_parameters = -3750V/cm/cm, -1000V/cm

[WeightingPotentialReader]

model = pad

[TransientPropagation]

log_level = INFO

temperature = 293K

trapping_model = "nonexistent"

#PASS (FATAL) [I:TransientPropagation:mydetector] Error in the configuration:\nValue "nonexistent" of key 'trapping_model' in section 'TransientPropagation' is not valid: Model with name "nonexistent" does not exist

# SPDX-FileCopyrightText: 2023 CERN and the Allpix Squared authors

# SPDX-License-Identifier: MIT

#DESC tests functionality of custom trapping model

[Allpix]

detectors_file = "detector.conf"

number_of_events = 1

random_seed = 0

[DepositionPointCharge]

model = "fixed"

source_type = "point"

position = 445um 220um 0um

number_of_charges = 4

# We use a custom field here to not trigger the warning about linear fields being inappropriate

[ElectricFieldReader]

model = "custom"

field_function = "[0]*z + [1]"

field_parameters = -3750V/cm/cm, -1000V/cm

[WeightingPotentialReader]

model = pad

[TransientPropagation]

log_level = INFO

temperature = 293K

charge_per_step = 1

max_charge_groups = 0

trapping_model = "custom"

trapping_function_electrons = "[0]"

trapping_parameters_electrons = 10ns

trapping_function_holes = "[0]"

trapping_parameters_holes = 10ns

#PASS Trapped 7 charges during transport

# SPDX-FileCopyrightText: 2023 CERN and the Allpix Squared authors

# SPDX-License-Identifier: MIT

#DESC test the automatic scaling of charge per step when transport of a deposit would exceed the set max charge groups

[Allpix]

detectors_file = "detector.conf"

number_of_events = 1

random_seed = 0

[DepositionPointCharge]

model = "fixed"

source_type = "point"

position = 445um 220um 0um

number_of_charges = 200

[DopingProfileReader]

log_level = DEBUG

model = "constant"

doping_concentration = 300000000000000

# We use a custom field here to not trigger the warning about linear fields being inappropriate

[ElectricFieldReader]

model = "custom"

field_function = "[0]*z + [1]"

field_parameters = -3750V/cm/cm, -1000V/cm

[WeightingPotentialReader]

model = pad

[TransientPropagation]

log_level = INFO

temperature = 293K

charge_per_step = 1

max_charge_groups = 100

recombination_model = "srh_auger"

#PASS Deposited charge: 200, which exceeds the maximum number of charge groups allowed. Increasing charge_per_step to 2 for this deposit.