Adding parameters whose values are randomly generated from the original file to the output file. More...

Public Member Functions
	__init__ (self, int module_num)
	Constructor.

	set_run_id (self, int val)
	Set the run id in the parameter file.

	insert_parameters (self, str original_filepath, str output_filepath)
	Adding the parameters with random values to the output file.

Static Public Member Functions
	generate_random_value_with_cos (ParValueSet par, module_id)
	Generating a random value according to the module id and the given random generator parameters.

Public Attributes
	effective_speed = ParValueSet.empty()
	Effective speed of light paramter in the scintillation material.

	t_sync = ParValueSet.empty()
	Time synchronization paramter.

	t_diff = ParValueSet.empty()
	Time offset parameter.

	light_attenuation_length = ParValueSet.empty()
	Light attenuation length parameter.

	energy_gain = ParValueSet.empty()
	Energy gain parameter of the PMT (Both sides)

	pedestal = ParValueSet.empty()
	Pedestal parameter of the PMT (Both sides)

	pmt_thresh = ParValueSet.empty()
	PMT threshold parameter (Both sides)

	saturation_coefficient = ParValueSet.empty()
	Saturation coefficient of the PMT (Both sides)

Detailed Description

Example:

from neuland_add_random_hitpar import NeulandRandHitParAdder as ParAdder
 
NUMBER_OF_BARS = 1300
par_adder = ParAdder(NUMBER_OF_BARS)
 
COS_PERIOD = 1000
 
# Use normal set function
par_adder.effective_speed.set(mode = Mode.COSINE, offset = 10., amp = 5., period = COS_PERIOD, err = 0.5)
par_adder.t_sync.set(mode = Mode.UNIFORM, offset = 15., amp = 5, period = COS_PERIOD, err = 0.5)
 
# Use alias set_uniform function. The range of the uniform distribution is [-3., 3.]
par_adder.t_diff.set_uniform( offset = 0., amp = 3., err = 0.5)
 
# Use alias set_cos function
par_adder.light_attenuation_length.set_cos( offset = 0.008, amp = 0.004, period = COS_PERIOD, err = 0.0005)
par_adder.energy_gain.set_cos( offset = 15., amp = 5., period = COS_PERIOD, err = 0.5)
par_adder.pedestal.set_cos( offset = 25., amp = 5., period = COS_PERIOD, err = 0.5)
par_adder.pmt_thresh.set_cos( offset = 0.75, amp = 0.25, period = COS_PERIOD, err = 0.5)
par_adder.saturation_coefficient.set_cos( offset = 0.5, amp = 0.4, period = COS_PERIOD, err = 0.5)
 
input_filename = "sim.par.root.0"
output_filename = "added_sim.par.root.0"
 
# Add a new parameter with random values with other paramters from the input file.
# After the call, the output parameter file will be created.
par_adder.insert_parameters(input_filename, output_filename);