[AllPix]
#random_seed_core = 17040699676838723490
log_level = "WARNING"
log_format = "DEFAULT"
number_of_events = 10
detectors_file = "silicon_detector.conf"
model_paths = models
output_directory =   "silicon_pulse_trapping" #"Holes_DepositionPointCharge_output"
root_file = "-300V_pulsgraph" #"module_test"

[GeometryBuilderGeant4]
world_material = "vacuum"

[Ignore]
#[DepositionPointCharge]
source_type = "point"
model = "fixed"
position = 0 0 260um

#[Ignore]
[DepositionGeant4]
physics_list = FTFP_BERT_LIV
# for electrons +sign with distance while +ve voltage, for holes the -sign with source posistion while +ve voltage.
source_position = 0um 0um -251um 
#source_type = "macro"
particle_type = "AM241"
source_energy = 0MeV
source_type = "point"
#max_step_length = 10.0um
#file_name = "source.mac"
number_of_particles = 1
#range_cut = 10um

#[ROOTObjectReader]
#file_name = "output/test.root"
#ignore_seed_mismatch = true

[Ignore]
#[DopingProfileReader]
model = "constant"
doping_concentration = -1e+18/cm/cm/cm


#[Ignore]
[ElectricFieldReader]
model="linear"
bias_voltage= -300V
depletion_voltage = 0V
output_plots = 1
#depletion_depth=500um

#[Ignore]
[WeightingPotentialReader]
name = "mydetector"
model = "pad"
#ignore_field_dimensions = 1
#file_name = "example_weighting_field.apf"
output_plots =1

#[Ignore]
#[GenericPropagation]
[TransientPropagation]
temperature = 300K
#mobility_model = "canali"
charge_per_step = 30
integration_time= 30ns
propagate_electrons = 1
propagate_holes = 0
output_plots=1
#output_linegraphs = true

  #output_plots_step = 100ps
  #output_plots_theta = 1
  #output_plots_phi = 1

  #output_plots_use_pixel_units = true
  #output_animations = true
  #output_animations_color_markers = true
  #output_plots_align_pixels = true

#timestep_min = 10ps
#timestep_max = 50ps
#timestep_start = 10ps
#spatial_precision = 1nm

#recombination_model= "srh"
#recombination_model = "constant"
#lifetime_electron = 3ns
#lifetime_hole = 2ns
#trapping_model = "ljubljana"
#fluence = 2000MeV
# Constant trapping times for electrons and holes:
trapping_model = "constant"
trapping_time_electron = 2ns
trapping_time_hole = 2ns



#[Ignore]
#[ProjectionPropagation]
#temperature = 293K
#charge_per_step = 500
#propagate_electrons = 1
#integration_time = 40ns
#output_plots=1

[Ignore]
#[SimpleTransfer]
max_depth_distance = 0um
#output_plots = true

[PulseTransfer]
output_plots = 1
output_pulsegraphs =1
output_plots_bins = 100
output_plots_scale = 1
max_depth_distance = 500um
timestep = 0.2ns

#collect_from_implant = 1

# replace by [VisualizationGeant4] to run the visualization
#[VisualizationGeant4]
#mode = "gui"
#accumulate = 1

# Simulate the front-end electronics of the readout chip:
[Ignore]
#[DefaultDigitizer]
output_plots = true
electronics_noise = 110e
threshold = 1500e
threshold_smearing = 30e
#qdc_smearing = 200e
#qdc_slope = 200

[CSADigitizer]
model = "simple"
feedback_capacitance = 5e-15C/V
rise_time_constant = 1e-9s
feedback_time_constant = 10e-9s
integration_time = 0.5e-6s
threshold = 10e-3V
clock_bin_toa = 1.5625ns
clock_bin_tot = 25.0ns
output_plots = 1
output_pulsegraphs =1
ignore_polarity=1


[Ignore]
#[DetectorHistogrammer]
granularity= 100 100


#[Ignore]
[ROOTObjectWriter]
file_name = "300V_pulsgraphwriter.root"
#exclude = "PropagatedCharge","DepositedCharge"