generateOpticalSims Namespace Reference

Functions
def	generateRandSampleArray (base_array, uncertainty)
def	generateOpticalPropertiesIncludeFile (outFileName, apd_ref, apd_eff, paint_ref)
def	generateOpticalPropertiesIncludeFilePaintOnly (outFileName, paint_ref)
def	get_eff_tgraph_from_sim_file (simFile)
def	get_eff_tgraph_from_sim_file90 (simFile)
def	get_eff_tgraph_from_sim_file0 (simFile)
def	get_eff_tgraph_from_sim_fileQE (simFile)
def	calc_collection_efficiency (simOutputFile)
def	calc_chi2EQE (QEOutputFile, EQE90OutputFile, EQE0OutputFile)
def	run_default_simulation ()
def	run_scaled_simulation (apd_ref_scaler, apd_eff_scaler, paint_ref_scaler)
def	run_EQE_simulation (apd_ref_scaler, apd_eff_scaler, paint_ref_scaler)
def	run_EQE_ParamSweep (paint_ref_scaler)
def	run_n_simulations (number_of_runs)
def	test_limits ()
def	run_Chi2Grid ()
def	run_scaledSimGrid ()
def	runFullSimMC ()

Variables
	apd_reflectivity
	apd_efficiency
	r_paint
	wavelengthEQEMeas
	measuredQE
	measuredEQE90
	measuredEQE0
float	minLambda = 330.0
float	maxLambda = 550.0

Function Documentation

calc_chi2EQE()

def generateOpticalSims.calc_chi2EQE	(		QEOutputFile,
			EQE90OutputFile,
			EQE0OutputFile
	)

Here is the call graph for this function:

Here is the caller graph for this function:

calc_collection_efficiency()

def generateOpticalSims.calc_collection_efficiency

(

simOutputFile

)

Here is the call graph for this function:

Here is the caller graph for this function:

generateOpticalPropertiesIncludeFile()

def generateOpticalSims.generateOpticalPropertiesIncludeFile	(		outFileName,
			apd_ref,
			apd_eff,
			paint_ref
	)

Here is the caller graph for this function:

generateOpticalPropertiesIncludeFilePaintOnly()

def generateOpticalSims.generateOpticalPropertiesIncludeFilePaintOnly	(		outFileName,
			paint_ref
	)

Here is the caller graph for this function:

generateRandSampleArray()

def generateOpticalSims.generateRandSampleArray	(		base_array,
			uncertainty
	)

get_eff_tgraph_from_sim_file()

def generateOpticalSims.get_eff_tgraph_from_sim_file

(

simFile

)

Here is the caller graph for this function:

get_eff_tgraph_from_sim_file0()

def generateOpticalSims.get_eff_tgraph_from_sim_file0

(

simFile

)

get_eff_tgraph_from_sim_file90()

def generateOpticalSims.get_eff_tgraph_from_sim_file90

(

simFile

)

get_eff_tgraph_from_sim_fileQE()

def generateOpticalSims.get_eff_tgraph_from_sim_fileQE

(

simFile

)

run_Chi2Grid()

def generateOpticalSims.run_Chi2Grid

(

)

Here is the call graph for this function:

run_default_simulation()

def generateOpticalSims.run_default_simulation

(

)

Here is the call graph for this function:

run_EQE_ParamSweep()

def generateOpticalSims.run_EQE_ParamSweep

(

paint_ref_scaler

)

Here is the call graph for this function:

run_EQE_simulation()

def generateOpticalSims.run_EQE_simulation	(		apd_ref_scaler,
			apd_eff_scaler,
			paint_ref_scaler
	)

Here is the call graph for this function:

Here is the caller graph for this function:

run_n_simulations()

def generateOpticalSims.run_n_simulations

(

number_of_runs

)

Here is the call graph for this function:

run_scaled_simulation()

def generateOpticalSims.run_scaled_simulation	(		apd_ref_scaler,
			apd_eff_scaler,
			paint_ref_scaler
	)

Here is the call graph for this function:

Here is the caller graph for this function:

run_scaledSimGrid()

def generateOpticalSims.run_scaledSimGrid

(

)

Here is the call graph for this function:

runFullSimMC()

def generateOpticalSims.runFullSimMC

(

)

Here is the call graph for this function:

test_limits()

def generateOpticalSims.test_limits

(

)

Here is the call graph for this function:

Variable Documentation

apd_efficiency

generateOpticalSims.apd_efficiency

Initial value:

=  np.array([ 0.94000000, 0.94000000, 0.94000000, 0.94000000, 
                            0.94000000, 0.94000000, 0.94000000, 0.94000000, 
                            0.94000000, 0.94000000, 0.94000000, 0.94000000, 
                            0.94000000, 0.92000000, 0.92000000, 0.91000000, 
                            0.91000000, 0.90500000, 0.88000000, 0.87000000, 
                            0.85000000, 0.79000000, 0.77000000, 0.77500000,  
                            0.76300000, 0.75500000, 0.75000000, 0.73000000, 
                            0.71000000, 0.71000000, 0.70000000, 0.66000000, 
                            0.65000000, 0.65000000, 0.65000000, 0.80000000
                            ])

apd_reflectivity

generateOpticalSims.apd_reflectivity

Initial value:

=  np.array([ 0.18000000, 0.17000000, 0.18000000, 0.18000000,
                              0.18000000, 0.17500000, 0.18000000, 0.18000000, 
                              0.17000000, 0.18000000, 0.18000000, 0.17000000, 
                              0.19000000, 0.18000000, 0.18000000, 0.17000000, 
                              0.19000000, 0.18500000, 0.19000000, 0.19000000, 
                              0.21500000, 0.20000000, 0.22000000, 0.26000000, 
                              0.24000000, 0.22000000, 0.18000000, 0.20000000, 
                              0.20000000, 0.22000000, 0.25500000, 0.31000000,
                              0.39000000, 0.39000000, 0.38000000, 0.15000000 
                              ])

maxLambda

float generateOpticalSims.maxLambda = 550.0

measuredEQE0

generateOpticalSims.measuredEQE0

Initial value:

=  np.array([0.0349184,0.14508,0.26310963,0.299675102,0.351331237,0.401338144,
                         0.418277301,0.427045805,0.44012933,0.458093382,0.45360873,0.44888,
                         0.449454942,0.461867205,0.48627431,0.5101125,0.529183813,0.544627451,
                         0.554907885,0.564276594,0.571123402,0.580612073,0.583809112,0.591671905,
                         0.599646871,0.605874192,0.614688749,0.623072243,0.631160158,0.637383178,
                         0.644242339,0.646669557,0.655042077,0.66390014,0.671320698,0.676195014])

measuredEQE90

generateOpticalSims.measuredEQE90

Initial value:

=  np.array([0.0349184,0.25792,0.433357037,0.485763673,0.559748073,0.62419299,
                          0.643857669,0.652404362,0.667131721,0.692029412,0.686138254,0.6812271,
                          0.684883721,0.705440962,0.738389941,0.77074375,0.794298369,0.814667685,
                          0.829937137,0.842379102,0.851030416,0.862379696,0.865838683,0.875136813,
                          0.883198052,0.883729315,0.888159147,0.890868335,0.894996122,0.90081343,
                          0.903339801,0.901158822,0.906024343,0.911406772,0.912870669,0.913739169])

measuredQE

generateOpticalSims.measuredQE

Initial value:

=  np.array([0.00,0.19344,0.317279259,0.369760408,0.448989412,0.527971546,
                       0.55638773,0.570613255,0.584989046,0.605867647,0.596297302,0.580563631,
                       0.576180959,0.603918457,0.640704112,0.674575,0.697738656,0.717412783,
                       0.732949491,0.741117503,0.749246048,0.75821106,0.761558841,0.766699267,
                       0.770791027,0.770430685,0.771665715,0.773038055,0.771243086,0.77258567,
                       0.772623964,0.767495321,0.770796829,0.771638321,0.770763998,0.768339723])

minLambda

float generateOpticalSims.minLambda = 330.0

r_paint

generateOpticalSims.r_paint

Initial value:

=  np.array([ 0.97000000, 0.96000000, 0.96000000, 0.96000000, 
                    0.95000000, 0.95500000, 0.95000000, 0.95000000, 
                    0.94000000, 0.94000000, 0.94000000, 0.93000000, 
                    0.93000000, 0.93000000, 0.93000000, 0.93000000, 
                    0.93000000, 0.92500000, 0.93000000, 0.92000000, 
                    0.92500000, 0.92500000, 0.92000000, 0.92000000, 
                    0.92000000, 0.92500000, 0.92000000, 0.92000000, 
                    0.91500000, 0.92000000, 0.91500000, 0.91000000, 
                    0.88000000, 0.85000000, 0.85000000, 0.85000000 
                  ])

wavelengthEQEMeas

generateOpticalSims.wavelengthEQEMeas

Initial value:

=  np.array([250,260,270,280,290,300,
                              310,320,330,340,350,360,
                              370,380,390,400,410,420,
                              430,440,450,460,470,480,
                              490,500,510,520,530,540,
                              550,560,570,580,590,600])