gui/gui_batch.py
def write_batch_to_file(self, filename='batch_test_default.txt'):
        """
        This function creates a new file if he doesn't exist already, moves it to 'inputs/batch_file' folder
        and writes data and comments associated to them.
        Inputs: saa_values : <list> Sun Azimuth Angle (deg)
                sza_values : <list> Sun Zenith Angle (deg)
                batch_name : Name of the batch file.
                p_values : <list> Phytoplankton linear scaling factor
                x_value : <list> Scattering scaling factor
                y_value : <list> Scattering slope factor
                g_value : <list> CDOM absorption scaling factor
                s_value : <list> CDOM absorption slope factor
                s_value : <list> depth (m)
                waveL_values : Wavelength values used to test.
                verbose_value : Number concerning if the software explains a lot or not what it does.
                phytoplankton_path : The path to the file containing phytoplankton data.
                bottom_path : The path to the file containing bottom data.
                nb_cpu : The number of CPU we want to allowed to the software.
                executive_path : The path to the file where there is executive files using by PlanarRad.
                report_parameter :
        """

        #---------------------------------------------------------#
        # The following is the file which is passed to planarradpy.
        #---------------------------------------------------------#
        self.batch_file = open(str(filename), 'w')

        self.batch_file.write("""#----------------------------------------#
# Name of the batch run
#----------------------------------------#
batch_name = """)
        self.batch_file.write(str(self.batch_name))
        self.batch_file.write("""

#----------------------------------------#
# Bio-optical parameters list
#----------------------------------------#
saa_list = """)
        self.batch_file.write(str(self.saa_values))
        self.batch_file.write("""
sza_list = """)
        self.batch_file.write(str(self.sza_values))
        self.batch_file.write("""
p_list = """)
        self.batch_file.write(str(self.p_values))
        self.batch_file.write("""
x_list = """)
        self.batch_file.write(str(self.x_value))
        self.batch_file.write("""
y_list = """)
        self.batch_file.write(str(self.y_value))
        self.batch_file.write("""
g_list = """)
        self.batch_file.write(str(self.g_value))
        self.batch_file.write("""
s_list = """)
        self.batch_file.write(str(self.s_value))
        self.batch_file.write("""
z_list = """)
        self.batch_file.write(str(self.z_value))
        self.batch_file.write("""

#----------------------------------------#
# Wavelengths
# All IOPs are interpolated to these 
# Wavelengths
#----------------------------------------#
wavelengths = """)
        self.batch_file.write(str(self.wavelength_values))
        self.batch_file.write("""

#----------------------------------------#
# Number of CPUs
# -1 means query the number of CPUs
#----------------------------------------#
num_cpus = """)
        self.batch_file.write(str(self.nb_cpu))
        self.batch_file.write("""

#----------------------------------------#
# Path of Planarrad
#----------------------------------------#
exec_path = """)
        self.batch_file.write(self.executive_path)
        self.batch_file.write("""

#----------------------------------------#
# Logging level
#----------------------------------------#
verbose = """)
        self.batch_file.write(str(self.verbose_value))
        self.batch_file.write("""

#----------------------------------------#
# File paths
# Using absolute paths
#----------------------------------------#
phytoplankton_absorption_file =""")
        self.batch_file.write(self.phytoplankton_path)
        self.batch_file.write("""
bottom_reflectance_file = """)
        self.batch_file.write(self.bottom_path)
        self.batch_file.write("""

#----------------------------------------#
# Set the parameter to report
#----------------------------------------#
report_parameter = """)
        self.batch_file.write(str(self.report_parameter_value))

        self.batch_file.write("""

""")

        self.batch_file.close()

        #-------------------------------------------------------------------#
        # The following is the action to move the file to the good directory.
        #-------------------------------------------------------------------#
        src = './' + filename
        dst = './inputs/batch_files'
        os.system("mv" + " " + src + " " + dst)
def write_batch_to_file(self, filename='batch_test_default.txt'):
        """
        This function creates a new file if he doesn't exist already, moves it to 'inputs/batch_file' folder
        and writes data and comments associated to them.
        Inputs: saa_values : <list> Sun Azimuth Angle (deg)
                sza_values : <list> Sun Zenith Angle (deg)
                batch_name : Name of the batch file.
                p_values : <list> Phytoplankton linear scaling factor
                x_value : <list> Scattering scaling factor
                y_value : <list> Scattering slope factor
                g_value : <list> CDOM absorption scaling factor
                s_value : <list> CDOM absorption slope factor
                s_value : <list> depth (m)
                waveL_values : Wavelength values used to test.
                verbose_value : Number concerning if the software explains a lot or not what it does.
                phytoplankton_path : The path to the file containing phytoplankton data.
                bottom_path : The path to the file containing bottom data.
                nb_cpu : The number of CPU we want to allowed to the software.
                executive_path : The path to the file where there is executive files using by PlanarRad.
                report_parameter :
        """

        #---------------------------------------------------------#
        # The following is the file which is passed to planarradpy.
        #---------------------------------------------------------#
        self.batch_file = open(str(filename), 'w')

        self.batch_file.write("""#----------------------------------------#
# Name of the batch run
#----------------------------------------#
batch_name = """)
        self.batch_file.write(str(self.batch_name))
        self.batch_file.write("""

#----------------------------------------#
# Bio-optical parameters list
#----------------------------------------#
saa_list = """)
        self.batch_file.write(str(self.saa_values))
        self.batch_file.write("""
sza_list = """)
        self.batch_file.write(str(self.sza_values))
        self.batch_file.write("""
p_list = """)
        self.batch_file.write(str(self.p_values))
        self.batch_file.write("""
x_list = """)
        self.batch_file.write(str(self.x_value))
        self.batch_file.write("""
y_list = """)
        self.batch_file.write(str(self.y_value))
        self.batch_file.write("""
g_list = """)
        self.batch_file.write(str(self.g_value))
        self.batch_file.write("""
s_list = """)
        self.batch_file.write(str(self.s_value))
        self.batch_file.write("""
z_list = """)
        self.batch_file.write(str(self.z_value))
        self.batch_file.write("""

#----------------------------------------#
# Wavelengths
# All IOPs are interpolated to these 
# Wavelengths
#----------------------------------------#
wavelengths = """)
        self.batch_file.write(str(self.wavelength_values))
        self.batch_file.write("""

#----------------------------------------#
# Number of CPUs
# -1 means query the number of CPUs
#----------------------------------------#
num_cpus = """)
        self.batch_file.write(str(self.nb_cpu))
        self.batch_file.write("""

#----------------------------------------#
# Path of Planarrad
#----------------------------------------#
exec_path = """)
        self.batch_file.write(self.executive_path)
        self.batch_file.write("""

#----------------------------------------#
# Logging level
#----------------------------------------#
verbose = """)
        self.batch_file.write(str(self.verbose_value))
        self.batch_file.write("""

#----------------------------------------#
# File paths
# Using absolute paths
#----------------------------------------#
phytoplankton_absorption_file =""")
        self.batch_file.write(self.phytoplankton_path)
        self.batch_file.write("""
bottom_reflectance_file = """)
        self.batch_file.write(self.bottom_path)
        self.batch_file.write("""

#----------------------------------------#
# Set the parameter to report
#----------------------------------------#
report_parameter = """)
        self.batch_file.write(str(self.report_parameter_value))

        self.batch_file.write("""

""")

        self.batch_file.close()

        #-------------------------------------------------------------------#
        # The following is the action to move the file to the good directory.
        #-------------------------------------------------------------------#
        src = './' + filename
        dst = './inputs/batch_files'
        os.system("mv" + " " + src + " " + dst)
def write_batch_to_file ( self , filename = 'batch_test_default.txt' ) : #---------------------------------------------------------# # The following is the file which is passed to planarradpy. #---------------------------------------------------------# self . batch_file = open ( str ( filename ) , 'w' ) self . batch_file . write ( """#----------------------------------------#
# Name of the batch run
#----------------------------------------#
batch_name = """ ) self . batch_file . write ( str ( self . batch_name ) ) self . batch_file . write ( """

#----------------------------------------#
# Bio-optical parameters list
#----------------------------------------#
saa_list = """ ) self . batch_file . write ( str ( self . saa_values ) ) self . batch_file . write ( """
sza_list = """ ) self . batch_file . write ( str ( self . sza_values ) ) self . batch_file . write ( """
p_list = """ ) self . batch_file . write ( str ( self . p_values ) ) self . batch_file . write ( """
x_list = """ ) self . batch_file . write ( str ( self . x_value ) ) self . batch_file . write ( """
y_list = """ ) self . batch_file . write ( str ( self . y_value ) ) self . batch_file . write ( """
g_list = """ ) self . batch_file . write ( str ( self . g_value ) ) self . batch_file . write ( """
s_list = """ ) self . batch_file . write ( str ( self . s_value ) ) self . batch_file . write ( """
z_list = """ ) self . batch_file . write ( str ( self . z_value ) ) self . batch_file . write ( """

#----------------------------------------#
# Wavelengths
# All IOPs are interpolated to these 
# Wavelengths
#----------------------------------------#
wavelengths = """ ) self . batch_file . write ( str ( self . wavelength_values ) ) self . batch_file . write ( """

#----------------------------------------#
# Number of CPUs
# -1 means query the number of CPUs
#----------------------------------------#
num_cpus = """ ) self . batch_file . write ( str ( self . nb_cpu ) ) self . batch_file . write ( """

#----------------------------------------#
# Path of Planarrad
#----------------------------------------#
exec_path = """ ) self . batch_file . write ( self . executive_path ) self . batch_file . write ( """

#----------------------------------------#
# Logging level
#----------------------------------------#
verbose = """ ) self . batch_file . write ( str ( self . verbose_value ) ) self . batch_file . write ( """

#----------------------------------------#
# File paths
# Using absolute paths
#----------------------------------------#
phytoplankton_absorption_file =""" ) self . batch_file . write ( self . phytoplankton_path ) self . batch_file . write ( """
bottom_reflectance_file = """ ) self . batch_file . write ( self . bottom_path ) self . batch_file . write ( """

#----------------------------------------#
# Set the parameter to report
#----------------------------------------#
report_parameter = """ ) self . batch_file . write ( str ( self . report_parameter_value ) ) self . batch_file . write ( """

""" ) self . batch_file . close ( ) #-------------------------------------------------------------------# # The following is the action to move the file to the good directory. #-------------------------------------------------------------------# src = './' + filename dst = './inputs/batch_files' os . system ( "mv" + " " + src + " " + dst )
This function creates a new file if he doesn't exist already, moves it to 'inputs/batch_file' folder
        and writes data and comments associated to them.
        Inputs: saa_values : <list> Sun Azimuth Angle (deg)
                sza_values : <list> Sun Zenith Angle (deg)
                batch_name : Name of the batch file.
                p_values : <list> Phytoplankton linear scaling factor
                x_value : <list> Scattering scaling factor
                y_value : <list> Scattering slope factor
                g_value : <list> CDOM absorption scaling factor
                s_value : <list> CDOM absorption slope factor
                s_value : <list> depth (m)
                waveL_values : Wavelength values used to test.
                verbose_value : Number concerning if the software explains a lot or not what it does.
                phytoplankton_path : The path to the file containing phytoplankton data.
                bottom_path : The path to the file containing bottom data.
                nb_cpu : The number of CPU we want to allowed to the software.
                executive_path : The path to the file where there is executive files using by PlanarRad.
                report_parameter :
This function creates a new file if he doesn t exist already moves it to inputs / batch_file folder and writes data and comments associated to them . Inputs : saa_values : <list > Sun Azimuth Angle ( deg ) sza_values : <list > Sun Zenith Angle ( deg ) batch_name : Name of the batch file . p_values : <list > Phytoplankton linear scaling factor x_value : <list > Scattering scaling factor y_value : <list > Scattering slope factor g_value : <list > CDOM absorption scaling factor s_value : <list > CDOM absorption slope factor s_value : <list > depth ( m ) waveL_values : Wavelength values used to test . verbose_value : Number concerning if the software explains a lot or not what it does . phytoplankton_path : The path to the file containing phytoplankton data . bottom_path : The path to the file containing bottom data . nb_cpu : The number of CPU we want to allowed to the software . executive_path : The path to the file where there is executive files using by PlanarRad . report_parameter :