fisspy/read/read_factory.py
def reload(self, x1=0, x2=None, y1=0, y2=None, ncoeff=False, noiseSuppression=False):
        """
        Reload the FISS data.

        Parameters
        ----------
        x1 : `int`, optional
            A left limit index of the frame along the scan direction
        x2 : `int`, optional
            A right limit index of the frame along the scan direction
            If None, read all data from x1 to the end of the scan direction.
        y1 : `int`, optional
            A left limit index of the frame along the scan direction
        y2 : `int`, optional
            A right limit index of the frame along the scan direction
            If None, read all data from x1 to the end of the scan direction.
        noceff : `int`, optional
            he number of coefficients to be used for
            the construction of frame in a pca file.
        noiseSuprresion : `bool`, optional
            If True Savitzky-Golay noise filter is applied in the wavelength axis.
            Default is False.
        """
        self.data = readFrame(self.filename, self.pfile, x1=x1, x2=x2, y1=y1, y2=y2, ncoeff=ncoeff)
        self.ny, self.nx, self.nwv = self.data.shape
        self.x1 = x1
        self.x2 = x2
        self.y1 = y1
        self.y2 = y2
        self.extentRaster = [0, self.nx*self.xDelt,
                             0, self.ny*self.yDelt]
        self.extentSpectro = [self.wave.min()-self.wvDelt/2,
                              self.wave.max()+self.wvDelt/2,
                              0, self.ny*self.yDelt]
        if noiseSuppression:
            self._noiseSuppression()

        Reload the FISS data.

        Parameters
        ----------
        x1 : `int`, optional
            A left limit index of the frame along the scan direction
        x2 : `int`, optional
            A right limit index of the frame along the scan direction
            If None, read all data from x1 to the end of the scan direction.
        y1 : `int`, optional
            A left limit index of the frame along the scan direction
        y2 : `int`, optional
            A right limit index of the frame along the scan direction
            If None, read all data from x1 to the end of the scan direction.
        noceff : `int`, optional
            he number of coefficients to be used for
            the construction of frame in a pca file.
        noiseSuprresion : `bool`, optional
            If True Savitzky-Golay noise filter is applied in the wavelength axis.
            Default is False.
        
Reload the FISS data.
Parameters

x1 : `int`, optional
A left limit index of the frame along the scan direction
x2 : `int`, optional
A right limit index of the frame along the scan direction
If None, read all data from x1 to the end of the scan direction.
y1 : `int`, optional
A left limit index of the frame along the scan direction
y2 : `int`, optional
A right limit index of the frame along the scan direction
If None, read all data from x1 to the end of the scan direction.
noceff : `int`, optional
he number of coefficients to be used for
the construction of frame in a pca file.
noiseSuprresion : `bool`, optional
If True Savitzky-Golay noise filter is applied in the wavelength axis.
Default is False.
Reload the FISS data . Parameters x1 : ` int ` optional A left limit index of the frame along the scan direction x2 : ` int ` optional A right limit index of the frame along the scan direction If None read all data from x1 to the end of the scan direction . y1 : ` int ` optional A left limit index of the frame along the scan direction y2 : ` int ` optional A right limit index of the frame along the scan direction If None read all data from x1 to the end of the scan direction . noceff : ` int ` optional he number of coefficients to be used for the construction of frame in a pca file . noiseSuprresion : ` bool ` optional If True Savitzky - Golay noise filter is applied in the wavelength axis . Default is False .
def reload(self, x1=0, x2=None, y1=0, y2=None, ncoeff=False, noiseSuppression=False):
        self.data = readFrame(self.filename, self.pfile, x1=x1, x2=x2, y1=y1, y2=y2, ncoeff=ncoeff)
        self.ny, self.nx, self.nwv = self.data.shape
        self.x1 = x1
        self.x2 = x2
        self.y1 = y1
        self.y2 = y2
        self.extentRaster = [0, self.nx*self.xDelt,
                             0, self.ny*self.yDelt]
        self.extentSpectro = [self.wave.min()-self.wvDelt/2,
                              self.wave.max()+self.wvDelt/2,
                              0, self.ny*self.yDelt]
        if noiseSuppression:
            self._noiseSuppression()
def reload ( self , x1 = 0 , x2 = None , y1 = 0 , y2 = None , ncoeff = False , noiseSuppression = False ) : self . data = readFrame ( self . filename , self . pfile , x1 = x1 , x2 = x2 , y1 = y1 , y2 = y2 , ncoeff = ncoeff ) self . ny , self . nx , self . nwv = self . data . shape self . x1 = x1 self . x2 = x2 self . y1 = y1 self . y2 = y2 self . extentRaster = [ 0 , self . nx * self . xDelt , 0 , self . ny * self . yDelt ] self . extentSpectro = [ self . wave . min ( ) - self . wvDelt / 2 , self . wave . max ( ) + self . wvDelt / 2 , 0 , self . ny * self . yDelt ] if noiseSuppression : self . _noiseSuppression ( )
Reload the FISS data.
Reload the FISS data .
"""
        Reload the FISS data.

        Parameters
        ----------
        x1 : `int`, optional
            A left limit index of the frame along the scan direction
        x2 : `int`, optional
            A right limit index of the frame along the scan direction
            If None, read all data from x1 to the end of the scan direction.
        y1 : `int`, optional
            A left limit index of the frame along the scan direction
        y2 : `int`, optional
            A right limit index of the frame along the scan direction
            If None, read all data from x1 to the end of the scan direction.
        noceff : `int`, optional
            he number of coefficients to be used for
            the construction of frame in a pca file.
        noiseSuprresion : `bool`, optional
            If True Savitzky-Golay noise filter is applied in the wavelength axis.
            Default is False.
        """
self
x1
x2
y1
y2
ncoeff
noiseSuppression