irfpy.mels.calpds¶
Calibration information obtained from PDS
- irfpy.mels.calpds.cnt2dnf = array([[3.42243e+02, 1.15644e+02, 6.61440e+01, ..., 3.64467e+02, 1.39825e+02, 2.18703e+02], [3.71902e+02, 1.25865e+02, 7.32759e+01, ..., 3.84967e+02, 1.50908e+02, 2.38037e+02], [3.99748e+02, 1.36525e+02, 7.89944e+01, ..., 4.16450e+02, 1.63310e+02, 2.57691e+02], ..., [1.53443e+07, 4.66791e+06, 3.64396e+06, ..., 1.96724e+07, 5.46872e+06, 9.77243e+06], [1.72628e+07, 5.25161e+06, 4.09958e+06, ..., 2.21325e+07, 6.15240e+06, 1.09945e+07], [ nan, nan, nan, ..., nan, nan, nan]])¶
Conversion factor from counts (per sample) to differntial number flux, /cm2 sr s eV
- irfpy.mels.calpds.kfactor = array([7.167, 7.152, 7.141, 7.165, 7.188, 7.625, 7.262, 7.266, 7.275, 7.254, 7.262, 7.255, 7.255, 7.271, 7.253, 7.188])¶
So-called K-factor.
- irfpy.mels.calpds.hv_energy_shell = array([2.800000e+03, 2.577777e+03, 2.374017e+03, 2.185982e+03, 2.012991e+03, 1.853675e+03, 1.706666e+03, 1.571966e+03, 1.447521e+03, 1.332649e+03, 1.227350e+03, 1.130256e+03, 1.040684e+03, 9.586320e+02, 8.827350e+02, 8.123080e+02, 7.480340e+02, 6.892310e+02, 6.345300e+02, 5.839320e+02, 5.381200e+02, 4.950430e+02, 4.560680e+02, 4.198290e+02, 3.870080e+02, 3.562390e+02, 3.282050e+02, 3.022220e+02, 2.782910e+02, 2.557260e+02, 2.358970e+02, 2.167520e+02, 1.996580e+02, 1.839320e+02, 1.695730e+02, 1.558970e+02, 1.435900e+02, 1.319660e+02, 1.217090e+02, 1.121370e+02, 1.032480e+02, 9.504300e+01, 8.752100e+01, 8.068400e+01, 7.384600e+01, 6.837600e+01, 6.290600e+01, 5.743600e+01, 5.333300e+01, 4.923100e+01, 4.512800e+01, 4.170900e+01, 3.829100e+01, 3.487200e+01, 3.213700e+01, 2.940200e+01, 2.735000e+01, 2.529900e+01, 2.324800e+01, 2.119700e+01, 1.989300e+01, 1.831900e+01, 1.686900e+01, 1.553600e+01, 1.430600e+01, 1.317300e+01, 1.212800e+01, 1.116900e+01, 1.028700e+01, 9.472000e+00, 8.724000e+00, 8.032000e+00, 7.396000e+00, 6.812000e+00, 6.269000e+00, 5.777000e+00, 5.315000e+00, 4.895000e+00, 4.511000e+00, 4.152000e+00, 3.824000e+00, 3.521000e+00, 3.239000e+00, 2.983000e+00, 2.747000e+00, 2.532000e+00, 2.332000e+00, 2.148000e+00, 1.973000e+00, 1.820000e+00, 1.676000e+00, 1.543000e+00, 1.420000e+00, 1.307000e+00, 1.205000e+00, 1.107000e+00, 1.020000e+00, 9.380000e-01, 8.660000e-01, 7.940000e-01, 7.330000e-01, 6.770000e-01, 6.200000e-01, 5.740000e-01, 5.280000e-01, 4.870000e-01, 4.460000e-01, 4.100000e-01, 3.790000e-01, 3.490000e-01, 3.180000e-01, 2.920000e-01, 2.720000e-01, 2.510000e-01, 2.310000e-01, 2.100000e-01, 1.950000e-01, 1.790000e-01, 1.640000e-01, 1.490000e-01, 1.380000e-01, 1.280000e-01, 1.180000e-01, 1.080000e-01, 9.700000e-02, 9.200000e-02, 8.200000e-02, nan])¶
HV energy applied to the spherical shells. Not used by users.
- irfpy.mels.calpds.energy_table = array([[2.00676000e+04, 2.00256000e+04, 1.99948000e+04, ..., 2.03588000e+04, 2.03084000e+04, 2.01264000e+04], [1.84749278e+04, 1.84362611e+04, 1.84079056e+04, ..., 1.87430166e+04, 1.86966166e+04, 1.85290611e+04], [1.70145798e+04, 1.69789696e+04, 1.69528554e+04, ..., 1.72614776e+04, 1.72187453e+04, 1.70644342e+04], ..., [6.59364000e-01, 6.57984000e-01, 6.56972000e-01, ..., 6.68932000e-01, 6.67276000e-01, 6.61296000e-01], [5.87694000e-01, 5.86464000e-01, 5.85562000e-01, ..., 5.96222000e-01, 5.94746000e-01, 5.89416000e-01], [ nan, nan, nan, ..., nan, nan, nan]])¶
Energy table for MEX/ELS, channel dependent. (128, 16) shape.
- irfpy.mels.calpds.simple_energy_table = array([2.02963250e+04, 1.86854999e+04, 1.72085074e+04, 1.58455004e+04, 1.45915427e+04, 1.34367108e+04, 1.23710885e+04, 1.13946903e+04, 1.04926274e+04, 9.65995615e+03, 8.89667660e+03, 8.19287254e+03, 7.54359310e+03, 6.94882380e+03, 6.39867016e+03, 5.88816685e+03, 5.42226471e+03, 4.99602013e+03, 4.59950968e+03, 4.23274059e+03, 3.90066372e+03, 3.58841201e+03, 3.30589441e+03, 3.04320922e+03, 2.80530005e+03, 2.58226519e+03, 2.37905548e+03, 2.19071283e+03, 2.01724449e+03, 1.85367786e+03, 1.70994364e+03, 1.57116751e+03, 1.44725845e+03, 1.33326559e+03, 1.22918169e+03, 1.13004864e+03, 1.04083904e+03, 9.56580295e+02, 8.82230507e+02, 8.12846070e+02, 7.48412487e+02, 6.88937006e+02, 6.34412379e+02, 5.84853102e+02, 5.35286577e+02, 4.95636257e+02, 4.55985936e+02, 4.16335615e+02, 3.86594250e+02, 3.56860134e+02, 3.27118769e+02, 3.02335507e+02, 2.77559493e+02, 2.52776230e+02, 2.32951070e+02, 2.13125910e+02, 1.98251603e+02, 1.83384545e+02, 1.68517487e+02, 1.53650429e+02, 1.44198140e+02, 1.32788706e+02, 1.22278109e+02, 1.12615609e+02, 1.03699723e+02, 9.54869604e+01, 8.79120820e+01, 8.09605907e+01, 7.45672483e+01, 6.86595680e+01, 6.32375497e+01, 5.82214580e+01, 5.36112927e+01, 4.93780593e+01, 4.54420219e+01, 4.18756677e+01, 3.85267741e+01, 3.54823253e+01, 3.26988293e+01, 3.00965505e+01, 2.77189810e+01, 2.55226287e+01, 2.34784988e+01, 2.16228348e+01, 1.99121446e+01, 1.83536767e+01, 1.69039392e+01, 1.55701808e+01, 1.43016604e+01, 1.31926112e+01, 1.21488002e+01, 1.11847248e+01, 1.02931362e+01, 9.47403456e+00, 8.73466844e+00, 8.02429706e+00, 7.39366125e+00, 6.79926887e+00, 6.27736338e+00, 5.75545788e+00, 5.31328794e+00, 4.90736144e+00, 4.49418625e+00, 4.16074662e+00, 3.82730700e+00, 3.53011081e+00, 3.23291462e+00, 2.97196187e+00, 2.74725256e+00, 2.52979194e+00, 2.30508263e+00, 2.11661675e+00, 1.97164300e+00, 1.81942056e+00, 1.67444681e+00, 1.52222437e+00, 1.41349406e+00, 1.29751506e+00, 1.18878475e+00, 1.08005444e+00, 1.00031888e+00, 9.27832000e-01, 8.55345125e-01, 7.82858250e-01, 7.03122688e-01, 6.66879250e-01, 5.94392375e-01, nan])¶
Simple version of energy table for MEX/ELS.
The energy table is indeed a function of the energy step and the anode number (direction). The full table is
energy_table. For this simple table, the anode dependence is averaged. Thus, the shape of this table is (128,).