[Allpix]
### Number of events.
### NOTE: If visualization module is used, fix this to 100 max.
number_of_events = 1
### Detector/Geometry file.
detectors_file = "dialeil-detector-gdml.conf"
### Output directory.
output_directory = "."
### ROOT file for output plots (called Modules).
root_file = "ModFile00000.root"
# Normal verbosity: WARNING, FATAL
log_level = "WARNING"
### Model path.
model_paths = ./
# If simulation files can be overwritten or not.
deny_overwrite = true

[GeometryBuilderGeant4]
world_material = "vacuum"
world_margin_percentage = 0.0
world_minimum_margin = 0mm 0mm 0mm

[DepositionGeant4]
#### Charge creation mean energy and Fano factor.
# Default value: Si (3.64 eV). For germanium: 2.9 eV
charge_creation_energy = 2.9eV
# Default value: Si (0.115). For germanium: 0.112
fano_factor = 0.112

##### Type of source.
### X-rays of 20 keV.
particle_type = "gamma"
source_energy = 20.0keV
number_of_particles = 1

### Iron source.
#particle_type = "Fe55"
#source_energy = 0eV
#number_of_particles = 1

# Position from front window.
source_position = 0um 0um -20mm

##### Source shape.
### Point.
#source_type ="point"

### Beam.
#source_type = "beam"
#beam_size = 0.5mm
#beam_direction = 0 0 1

### Square.
source_type = "square"
square_side =  30mm
square_angle = 0deg

# Output plot: Deposited charge.
output_plots = true
# Maximum deposited charge of histogram.
output_plots_scale = 40ke

[ElectricFieldReader]
# COMSOL electric field.
#model = "mesh"
# File name.
#file_name = "SAMBA_Ge_ElectricFieldComponents_200V_7mm.init"
# Field map scale.
#field_scale = 1.0 1.0
# Field offset
#field_offset = 0.0 0.0

# Linear electric field.
model = "linear"
# Voltage at front side. SAMBA: -800V, DLS: -200V
bias_voltage = -200V
# Maximum electric-field at pogo-pins, minimum at front window.
deplete_from_implants = true
# Depletion voltage. SAMBA: -550V(?), DLS: -150V
depletion_voltage = -150V

# Output plots.
output_plots = 1

#[WeightingPotentialReader]
# COMSOL weighting potential.
#model = "mesh"
# File name.
#file_name = "SAMBA_Ge_WeightingField_9Pixels.init"
# Field map scale.
#ignore_field_dimensions = true

# Output plots.
#output_plots = 1

[GenericPropagation]
# The temperature is fixed inside the code.
temperature = 77.36K
# Mobility model (Silicon).
mobility_model = jacoboni
# Mobility model (modified version of Jacobini model).
#mobility_model = jacobonigermanium
# Electrons are collected at the implants.
propagate_electrons = true
# Holes are just simulated for output plots.
propagate_holes = true
# Charges per cluster.
charge_per_step =  100
# Signal rise-time.
integration_time = 200ns
# Propagation precision: Better 1-2 ns/step.
# It also determines the number of frames.
timestep_min = 0.5ns
timestep_max = 0.5ns
timestep_start = 0.5ns
#spatial_precision = 0.001mm

# Output plots -> Drift time.
output_plots = 1
# Plot step: Time step (but not frame step!).
output_plots_step = 5ns
# Animation (just 1 event).
output_animations = false
# Auxiliar graph for animations.
output_linegraphs = false
# 10^9 means 1 ns (sim) = 1 sec (GIF). 10 ns = 1 sec
output_animations_time_scaling = 1.0e8
# Max charge in z = Total charge / Value
output_animations_contour_max_scaling = 20

#### TRANSFER modules: Propagated charge -> Pixel charge.
# Transfer by default.
[SimpleTransfer]
max_depth_distance = 100um

# Output plots
output_plots = 1
output_plots_step = 5.0ns
output_plots_range = 200ns

#[InducedTransfer]
#induction_matrix = 3 3

[DefaultDigitizer]
# PT = 1 us, FWHM = 235 eV -> ENC-FWHM = 211 eV = 72.8 e- -> Sigma = 30.9 e-
electronics_noise = 31
gain = 1.0
threshold = 1
qdc_smearing = 1

# Output plots
output_plots = 1
output_plots_scale = 40ke
output_plots_bins = 400

[ROOTObjectWriter]
### Output file name with all simulation information.
file_name = "File00000.root"
### Output file name with all simulation information.
include = DepositedCharge PixelHit

# Visualization module.
# The default viewer is gui (mode) & Qt (driver).
# For VRML files, the mode is none & the driver VRML2FILE.
[VisualizationGeant4]
mode = none
driver = VRML2FILE
hidden_trajectories = false
simple_view = false