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    # in ModelChain
    def __init__(..., singlediode_calcparams_model=None)
        # calls setters
        self.singlediode_calcparams_model = singlediode_calcparams_model
        
    @property
    def singlediode_calcparams_model(self):
        return self._singlediode_calcparams_model

    @singlediode_calcparams_model.setter

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# based on scipy/optimize/Zeros/brentq.c
# modified to python by
# William Holmgren [email protected] @wholmgren
# University of Arizona, 2018

# /* Written by Charles Harris [email protected] */
#
# #include <math.h>
# #include "zeros.h"
#

wholmgren

from __future__ import division, print_function, absolute_import
from math import exp, sin

from scipy.optimize.cython_optimize cimport zeros

NUM_OF_IRRAD = 10
IL = [sin(il) + 6.0 for il in range(NUM_OF_IRRAD)]


# governing equations

wholmgren

# based on scipy/optimize/Zeros/brentq.c
# modified to python by
# William Holmgren [email protected] @wholmgren
# University of Arizona, 2018

# /* Written by Charles Harris [email protected] */
#
# #include <math.h>
# #include "zeros.h"
#

wholmgren

wholmgren

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Column	Description
Pac0	AC-power output from inverter based on input power and voltage (W)
Pdc0	DC-power input to inverter, typically assumed to be equal to the PV array maximum power (W)

| to the PV array maximum power (W) |