emlib/emlib.py
def SetRange(self, min, max):
        """
        Reset our min and max allowable values for Coefficient.  This is useful for Monte Carlo algorithms that will tune each coefficient during the calibration process.

        :param min=:     minimum value
        :param max=:     maximum value
        :type min=:      float
        :type max=:      float

        """
        self.min=min
        self.max=max

        Reset our min and max allowable values for Coefficient.  This is useful for Monte Carlo algorithms that will tune each coefficient during the calibration process.

        :param min=:     minimum value
        :param max=:     maximum value
        :type min=:      float
        :type max=:      float

        
Reset our min and max allowable values for Coefficient.  This is useful for Monte Carlo algorithms that will tune each coefficient during the calibration process.
Reset our min and max allowable values for Coefficient . This is useful for Monte Carlo algorithms that will tune each coefficient during the calibration process .
def SetRange(self, min, max):
        self.min=min
        self.max=max
def SetRange ( self , min , max ) : self . min = min self . max = max
Reset our min and max allowable values for Coefficient.
Reset our min and max allowable values for Coefficient .
"""
        Reset our min and max allowable values for Coefficient.  This is useful for Monte Carlo algorithms that will tune each coefficient during the calibration process.

        :param min=:     minimum value
        :param max=:     maximum value
        :type min=:      float
        :type max=:      float

        """
self
min
max
min=
None
max=
None