PATMOS.py

 
 
import numpy as np
from . import config_setter_utils as csu
 
 
 
 
class Param_atmos:
 
    def __init__(self):
        """ Number of turbulent layers."""
        self.__nscreens__nscreens = 0
        """ Global r0."""
        self.__r0__r0 = None
        """ Pupil pixel size (in meters)."""
        self.__pupixsize__pupixsize = None
        """ L0 per layers in meters."""
        self.__L0__L0 = None
        """ Linear size of phase screens."""
        self.__dim_screens__dim_screens = None
        """ Altitudes of each layer."""
        self.__alt__alt = None
        """ Wind directions of each layer."""
        self.__winddir__winddir = None
        """ Wind speeds of each layer."""
        self.__windspeed__windspeed = None
        """ Fraction of r0 for each layer."""
        self.__frac__frac = None
        """ x translation speed (in pix / iteration) for each layer."""
        self.__deltax__deltax = None
        """ y translation speed (in pix / iteration) for each layer."""
        self.__deltay__deltay = None
        """ RNG Seeds for each layer."""
        self.__seeds__seeds = None
 
    def get_nscreens(self):
        """ Set the number of turbulent layers
 
        :return: (long) number of screens.
        """
        return self.__nscreens__nscreens
 
    def set_nscreens(self, n):
        """ Set the number of turbulent layers
 
        :param n: (long) number of screens.
        """
        self.__nscreens__nscreens = csu.enforce_int(n)
 
    nscreens = property(get_nscreens, set_nscreens)
 
    def get_r0(self):
        """ Get the global r0
 
        :return: (float) : global r0
        """
        return self.__r0__r0
 
    def set_r0(self, r):
        """ Set the global r0
 
        :param r: (float) : global r0
        """
        self.__r0__r0 = csu.enforce_float(r)
 
    r0 = property(get_r0, set_r0)
 
    def get_pupixsize(self):
        """ Get the pupil pixel size
 
        :return: (float) : pupil pixel size
        """
        return self.__pupixsize__pupixsize
 
    def set_pupixsize(self, xsize):
        """ Set the pupil pixel size
 
        :param xsize: (float) : pupil pixel size
        """
        self.__pupixsize__pupixsize = csu.enforce_float(xsize)
 
    pupixsize = property(get_pupixsize, set_pupixsize)
 
    def get_L0(self):
        """ Get the L0 per layers
 
        :return: (lit of float) : L0 for each layers
        """
        return self.__L0__L0
 
    def set_L0(self, l):
        """ Set the L0 per layers
 
        :param l: (lit of float) : L0 for each layers
        """
        self.__L0__L0 = csu.enforce_array(l, size=self.nscreensnscreens, dtype=np.float32,
                                      scalar_expand=True)
 
    L0 = property(get_L0, set_L0)
 
    def get_dim_screens(self):
        """ Get the size of the phase screens
 
        :return: (lit of float) : phase screens sizes
        """
        return self.__dim_screens__dim_screens
 
    def set_dim_screens(self, l):
        """ Set the size of the phase screens
 
        :param l: (lit of float) : phase screens sizes
        """
        self.__dim_screens__dim_screens = csu.enforce_array(l, size=self.nscreensnscreens, dtype=np.int64,
                                               scalar_expand=False)
 
    dim_screens = property(get_dim_screens, set_dim_screens)
 
    def get_alt(self):
        """ Get the altitudes of each layer
 
        :return: (lit of float) : altitudes
        """
        return self.__alt__alt
 
    def set_alt(self, h):
        """ Set the altitudes of each layer
 
        :param h: (lit of float) : altitudes
        """
        self.__alt__alt = csu.enforce_array(h, size=self.nscreensnscreens, dtype=np.float32,
                                       scalar_expand=False)
 
    alt = property(get_alt, set_alt)
 
    def get_winddir(self):
        """ Get the wind direction for each layer
 
        :return: (lit of float) : wind directions
        """
        return self.__winddir__winddir
 
    def set_winddir(self, l):
        """ Set the wind direction for each layer
 
        :param l: (lit of float) : wind directions
        """
        self.__winddir__winddir = csu.enforce_array(l, size=self.nscreensnscreens, dtype=np.float32,
                                           scalar_expand=True)
 
    winddir = property(get_winddir, set_winddir)
 
    def get_windspeed(self):
        """ Get the the wind speed for each layer
 
        :return: (list of float) : wind speeds
        """
        return self.__windspeed__windspeed
 
    def set_windspeed(self, l):
        """ Set the the wind speed for each layer
 
        :param l: (list of float) : wind speeds
        """
        self.__windspeed__windspeed = csu.enforce_array(l, size=self.nscreensnscreens, dtype=np.float32,
                                             scalar_expand=True)
 
    windspeed = property(get_windspeed, set_windspeed)
 
    def get_frac(self):
        """ Get the fraction of r0 for each layers
 
        :return: (lit of float) : fraction of r0
        """
        return self.__frac__frac
 
    def set_frac(self, l):
        """ Set the fraction of r0 for each layers
 
        :param l: (lit of float) : fraction of r0
        """
        self.__frac__frac = csu.enforce_array(l, size=self.nscreensnscreens, dtype=np.float32,
                                        scalar_expand=True)
 
    frac = property(get_frac, set_frac)
 
    def get_deltax(self):
        """ Get the translation speed on axis x for each layer
 
        :return: (lit of float) : translation speed
        """
        return self.__deltax__deltax
 
    def set_deltax(self, l):
        """ Set the translation speed on axis x for each layer
 
        :param l: (lit of float) : translation speed
        """
        self.__deltax__deltax = csu.enforce_array(l, size=self.nscreensnscreens, dtype=np.float32,
                                          scalar_expand=True)
 
    _deltax = property(get_deltax, set_deltax)
 
    def get_deltay(self):
        """ Get the translation speed on axis y for each layer
 
        :return: (lit of float) : translation speed
        """
        return self.__deltay__deltay
 
    def set_deltay(self, l):
        """ Set the translation speed on axis y for each layer
 
        :param l: (lit of float) : translation speed
        """
        self.__deltay__deltay = csu.enforce_array(l, size=self.nscreensnscreens, dtype=np.float32,
                                          scalar_expand=True)
 
    _deltay = property(get_deltay, set_deltay)
 
    def get_seeds(self):
        """ Get the seed for each layer
 
        :return: (lit of int) : seed
        """
        return self.__seeds__seeds
 
    def set_seeds(self, l):
        """ Set the seed for each layer
 
        :param l: (lit of int) : seed
        """
        self.__seeds__seeds = csu.enforce_array(l, size=self.nscreensnscreens, dtype=np.int64,
                                         scalar_expand=True)
 
    seeds = property(get_seeds, set_seeds)