[AllPix]
log_level = "WARNING"
log_format = "DEFAULT"
number_of_events = 100
detectors_file = "detector.conf"
experimental_multithreading = true

[GeometryBuilderGeant4]
world_material = "air"


[DepositionPointCharge]
log_level = "INFO"
model = "fixed"
number_of_steps = 1000
source_type = "mip"
position = 37.5um 37.5um 0um
spot_size = 0.01um

[ElectricFieldReader]
model = "mesh"
file_name = "iv_50_000001_0_0.8_ElectricField.init" 
output_plots = true
#output_plots_project = x
#output_plots_projection_percentage = 0.5
#output_plots_project = y
#output_plots_projection_percentage = 0.5
output_plots_project = z
output_plots_projection_percentage = 0
output_plots_single_pixel = false


#[ElectricFieldReader]
#model = "linear"
#bias_voltage = -150V
#depletion_voltage = -50V


[WeightingPotentialReader]
log_level = "INFO"
model = "mesh"
file_name = "iv_50_000001_0_0.8_WeightingPotential.init"
output_plots = true


[TransientPropagation]
temperature = 300K
charge_per_step = 2
timestep = 0.01ns #0.01ns
integration_time = 200ns
induction_matrix = 3, 3
output_plots = true


[PulseTransfer]
output_plots = 1   
#output_plots_bins = 1000
output_pulsegraphs = 1    #Determines if pulse graphs should be generated for every event. This creates several graphs per event
timestep = 0.01ns            #Time step for the pulse to be generated from charge carrier arrival times
#max_depth_distance = 10um

[DefaultDigitizer]
#threshold = 300
output_plots = 1

[DetectorHistogrammer]
name = "detector1"


[ROOTObjectWriter]
file_name = "output_tcad_field_simulation_iv_50.root"

#[VisualizationGeant4]
#mode = "gui"
#transparency = 0.4
#accumulate = 0
#background_color = yellow
#view_style = "wireframe"
#trajectories_color_mode = "charge"
#trajectories_color_positive = "blue"
#trajectories_color_neutral = "green"
#trajectories_color_negative = "red"
#trajectories_draw_step_color = green
#draw_hits = "true"
#simple_view = false
#hidden_trajectories = false
#trajectories_draw_step = 0 (non mi disegna gli step)