[Allpix]
detectors_file = "geometry_basic.conf"
number_of_events = 1
multithreading = false
#geometry_basic
#[d1]
#type = "cube_1mm"
#position = 0 0 0mm
#orientation = 0deg 0deg 0deg

[GeometryBuilderGeant4]
world_material = "air"

[DepositionLaser]
log_level = "INFO"
wavelength = 660nm
number_of_photons = 10000
pulse_duration = 0.4ns
source_position = 0mm -120.75um 1.15mm
beam_direction = 0 0 -1
# source_position = 0 -1.15mm 0
# beam_direction = 0 1 0
beam_geometry = "converging"
beam_waist = 10um
focal_distance = 1mm
beam_convergence_angle = 20deg
output_plots = true

[ElectricFieldReader]
output_plots= true
# model = "constant"
# bias_voltage = -300V
# depletion_depth=300um
model= "mesh"
file_name = "md4_1_25052023_Vconst_0000_des_ElectricField.apf"
field_mapping = PIXEL_FULL


[WeightingPotentialReader]

model = "mesh"
file_name = "md4_000005_des_wp_modified_ElectrostaticPotential.init"
output_plots = true
field_mapping = PIXEL_FULL
ignore_field_dimensions = true



[TransientPropagation] 
temperature = 293K 
charge_per_step = 5
output_plots = true 
timestep = 0.01ns 
integration_time = 15ns
mobility_model=jacoboni
output_linegraphs = true
output_linegraphs_collected = true
#output_animations = true
multiplication_model = "massey_optimized"


[PulseTransfer]
output_plots = true
output_pulsegraphs = true
output_plots_scale = 1



[DefaultDigitizer]
output_plots = true
output_plots_scale= 1
electronics_noise = 0e
threshold = 100e


[DetectorHistogrammer]
granularity = 100, 100

[ROOTObjectWriter]
file_name = "111simulation.root"