pyroSAR/gamma/parser_demo.py
def SLC_deramp(SLC_1, SLC_par1, SLC_2, SLC_par2, mode, dop_ph='-', logpath=None):
    """
    | Calculate and subtract Doppler phase from an SLC image
    | Copyright 2016, Gamma Remote Sensing, v1.5 4-Feb-2016 clw
    
    Parameters
    ----------
    SLC-1:
        (input) SLC data file (fcomplex or scomplex format)
    SLC_par1:
        (input) SLC parameter file with Doppler information
    SLC-2:
        (output) SLC with Doppler phase removed (or added)
    SLC_par2:
        (output) SLC parameter file for the output SLC
    mode:
        mode of operation:
            * 0: subtract Doppler phase ramp (deramp)
            * 1: add Doppler phase ramp (reramp)
    
    dop_ph:
        (output) Doppler phase (FLOAT)
            Note: SLC_par1 contains the Doppler polynomial that is used to calculate the Doppler phase ramp
    logpath: str or None
        a directory to write command logfiles to
    """
    process(['/cluster/GAMMA_SOFTWARE-20161207/ISP/bin/SLC_deramp', SLC_1, SLC_par1, SLC_2, SLC_par2, mode, dop_ph], logpath=logpath)

    | Calculate and subtract Doppler phase from an SLC image
    | Copyright 2016, Gamma Remote Sensing, v1.5 4-Feb-2016 clw
    
    Parameters
    ----------
    SLC-1:
        (input) SLC data file (fcomplex or scomplex format)
    SLC_par1:
        (input) SLC parameter file with Doppler information
    SLC-2:
        (output) SLC with Doppler phase removed (or added)
    SLC_par2:
        (output) SLC parameter file for the output SLC
    mode:
        mode of operation:
            * 0: subtract Doppler phase ramp (deramp)
            * 1: add Doppler phase ramp (reramp)
    
    dop_ph:
        (output) Doppler phase (FLOAT)
            Note: SLC_par1 contains the Doppler polynomial that is used to calculate the Doppler phase ramp
    logpath: str or None
        a directory to write command logfiles to
    
| Calculate and subtract Doppler phase from an SLC image
| Copyright 2016, Gamma Remote Sensing, v1.5 4-Feb-2016 clw

Parameters



(output) Doppler phase (FLOAT)
Note: SLC_par1 contains the Doppler polynomial that is used to calculate the Doppler phase ramp
logpath: str or None
a directory to write command logfiles to
| Calculate and subtract Doppler phase from an SLC image | Copyright 2016 Gamma Remote Sensing v1 . 5 4 - Feb - 2016 clw Parameters ( output ) Doppler phase ( FLOAT ) Note : SLC_par1 contains the Doppler polynomial that is used to calculate the Doppler phase ramp logpath : str or None a directory to write command logfiles to
def SLC_deramp(SLC_1, SLC_par1, SLC_2, SLC_par2, mode, dop_ph='-', logpath=None):
    process(['/cluster/GAMMA_SOFTWARE-20161207/ISP/bin/SLC_deramp', SLC_1, SLC_par1, SLC_2, SLC_par2, mode, dop_ph], logpath=logpath)
def SLC_deramp ( SLC_1 , SLC_par1 , SLC_2 , SLC_par2 , mode , dop_ph = '-' , logpath = None ) : process ( [ '/cluster/GAMMA_SOFTWARE-20161207/ISP/bin/SLC_deramp' , SLC_1 , SLC_par1 , SLC_2 , SLC_par2 , mode , dop_ph ] , logpath = logpath )
| Calculate and subtract Doppler phase from an SLC image
| Copyright 2016, Gamma Remote Sensing, v1.5 4-Feb-2016 clw
| Calculate and subtract Doppler phase from an SLC image | Copyright 2016 Gamma Remote Sensing v1 . 5 4 - Feb - 2016 clw
"""
    | Calculate and subtract Doppler phase from an SLC image
    | Copyright 2016, Gamma Remote Sensing, v1.5 4-Feb-2016 clw
    
    Parameters
    ----------
    SLC-1:
        (input) SLC data file (fcomplex or scomplex format)
    SLC_par1:
        (input) SLC parameter file with Doppler information
    SLC-2:
        (output) SLC with Doppler phase removed (or added)
    SLC_par2:
        (output) SLC parameter file for the output SLC
    mode:
        mode of operation:
            * 0: subtract Doppler phase ramp (deramp)
            * 1: add Doppler phase ramp (reramp)
    
    dop_ph:
        (output) Doppler phase (FLOAT)
            Note: SLC_par1 contains the Doppler polynomial that is used to calculate the Doppler phase ramp
    logpath: str or None
        a directory to write command logfiles to
    """
SLC_1
SLC_par1
SLC_2
SLC_par2
mode
dop_ph
logpath