qcodes/instrument_drivers/Keysight/keysight_34980a_submodules.py
def is_closed(self, row: int, column: int) -> bool:
        """
        to check if a channel is closed/connected

        Args:
            row: row number
            column: column number

        Returns:
            True if the channel is closed/connected
            False if it's open/disconnected.
        """
        self.validate_value(row, column)
        channel = self.to_channel_list([(row, column)])
        message = self.ask(f'ROUT:CLOSe? {channel}')
        return bool(int(message))

        to check if a channel is closed/connected

        Args:
            row: row number
            column: column number

        Returns:
            True if the channel is closed/connected
            False if it's open/disconnected.
        
to check if a channel is closed/connected
to check if a channel is closed / connected
def is_closed(self, row: int, column: int) -> bool:
        self.validate_value(row, column)
        channel = self.to_channel_list([(row, column)])
        message = self.ask(f'ROUT:CLOSe? {channel}')
        return bool(int(message))
def is_closed ( self , row : int , column : int ) -> bool : self . validate_value ( row , column ) channel = self . to_channel_list ( [ ( row , column ) ] ) message = self . ask ( f'ROUT:CLOSe? {channel}' ) return bool ( int ( message ) )
to check if a channel is closed/connected
to check if a channel is closed / connected
"""
        to check if a channel is closed/connected

        Args:
            row: row number
            column: column number

        Returns:
            True if the channel is closed/connected
            False if it's open/disconnected.
        """
True if the channel is closed/connected
False if it's open/disconnected.
True if the channel is closed / connected False if it ' s open / disconnected .
self
row
int
None
column
int
None