[Allpix]

	number_of_events = 100
	detectors_file = "../geometry.conf"
	log_level = "WARNING"
	log_format = "SHORT"
	model_paths = "../../models/mimosis1.conf"
	root_file = "modules_test.root"

[GeometryBuilderGeant4]

[DepositionGeant4]
	
	physics_list = FTFP_BERT_EMY
        particle_type = "e-"
        #particle_type = 
	source_energy = 5GeV
	#source_energy = ENERGYGeV
	source_position = 0 0 -20mm
        source_type = "beam"
	beam_size = 2mm
	beam_direction = 0 0 1
	number_of_particles = 1
	max_step_length = 1um
	output_plots = 1

[ElectricFieldReader]
    ## Adds an electric field to the detector from one of the supported sources.
    ## By default, detectors do not have an electric field applied.
	name = "detector1"
	model = "mesh"
	file_name =  "../ElectricField/pix_DC_1Vbb_ElectricField.init"	
        #file_name = ../ElectricField/mimosis0006_ElectricField.init
        field_mapping = PIXEL_FULL
	output_plots = 1
	output_plots_single_pixel = 1
	output_plots_project = y

[DopingProfileReader]
        #model = "regions"
        #doping_concentration = [[2.um, 1.0e15], [20.um, 1.0e12], [25.um, 5.0e18]]
        model = "mesh"
        file_name = "../DopingConcentration/pix_DC_0Vbb_DopingConcentration.init"
        #file_name = ../DopingConcentration/mimosis0006_DopingConcentration.init
        field_mapping = "PIXEL_FULL"
        output_plots = true

[GenericPropagation]

#Input: DepositedCharge
#Output: PropagatedCharge
#this allows for non-linear E fields unlike the ProjectionPropagation module which is more simple and used to perform fast simulations
	
    log_level = "WARNING"
    
    ## Simulates the propagation of electrons and/or holes through the sensitive sensor volume of
    ## the detector. It allows to propagate sets of charge carriers together in order to speed up the
    ## simulation while maintaining the required accuracy.
    ## The propagation process for these sets is fully independent and no interaction is simulated.
temperature = 300K
charge_per_step = 5
    ## Maximum number of charge carriers to propagate together.
    ## Divides the total number of deposited charge carriers at a specific point into sets of this number
    ## of charge carriers and a set with the remaining charge carriers.
    ## A value of 10 charges per step is used by default if this value is not specified.
integration_time = 200ns
    ##  Time within which charge carriers are propagated. 
    ##  After exceeding this time, no further propagation is performed for the respective carriers. 
    ##  Defaults to the LHC bunch crossing time of 25ns.
propagate_electrons = true
    ##  Select whether electron-type charge carriers should be propagated to the electrodes. 
    ##  Defaults to true.
propagate_holes = false
    ##  Select whether hole-type charge carriers should be propagated to the electrodes. 
    ##  Defaults to false.
recombination_model = "srh"
	timestep_min = 1ps
	timestep_max = 5ps
        #output_animations = true
        output_plots = 1
        #output_linegraphs = 1
	#output_plots_step = 100ps
	#output_plots_use_pixel_units = 1
	#output_animations = 1
        #output_plots_theta = 1
        #output_plots_phi = 1
        #output_plots_align_pixels = 1
	#output_plots_use_equal_scaling = 1
	#output_plots_lines_at_implants = 1

[SimpleTransfer]
	max_depth_distance = 2um
        collect_from_implant = 1
	output_plots = 1


[DefaultDigitizer]
    ## Simple digitization module which translates the collected charges into a digitized signal
    ## proportional to the input charge. 
    ## It simulates noise contributions from the readout electronics
    ## as Gaussian noise and allows for a configurable threshold.
    ## The linear response of an QDC as well as a TDC with configurable resolution can be simulated.
    ## For maximum simplicity only the absolute of the charge is used and compared to a positive threshold.

        log_level = "WARNING"
	electronics_noise = 5e	
    ##  Standard deviation of the Gaussian noise in the electronics 
    ## (before amplification and application of the threshold). Defaults to 110 electrons.
        threshold = 150e
    ## Threshold for considering the collected charge as a hit. Defaults to 600 electrons.
        #threshold_smearing = 10e
        #qdc_smearing = 10e
	#qdc_resolution = 12
    ## Resolution of the QDC in units of bits. 
    ## Thus, a value of 8 would translate to a QDC range of 0 – 255.
    ## A value of 0bit switches off the QDC simulation and returns the actual charge in electrons.
    ## Defaults to 0.
       threshold_smearing = 5e
    ##  Standard deviation of the Gaussian uncertainty in the threshold charge value.
    ##  Defaults to 30 electrons.
        #qdc_slope = 7.76e
	output_plots = 1
	
#[VisualizationGeant4]
#	mode = "gui"

[DetectorHistogrammer]
    ##  This module provides an overview of the produced simulation data for a quick inspection 
    ##  and simple checks.
 
log_level = "DEBUG"
        max_cluster_charge = 150ke

[ROOTObjectWriter]

        file_name =               "output_test.root"