CompAero/FannoFlowRelations.py
def apply_pipe_parameters(self, diameter: float, length: float, frictionCoeff: float = 0.005) -> None:
        """This functions applies parameters of a known pipe to the determined state of the flow. 
            This allows the state at the downstream end of the pipe or pipe section to be found

        Args:
            diameter (float): Diameter of pipe
            length (float): Length of pipe
            frictionCoeff (float, optional): Friction coefficient of the pipe. Defaults to 0.005 which holds for Reynolds > 10^5.
        """
        self.pipeDiameter = diameter
        self.pipeLength = length
        self.frictionCoeff = frictionCoeff
        self.__calculateDownStreamState()
This functions applies parameters of a known pipe to the determined state of the flow. 
            This allows the state at the downstream end of the pipe or pipe section to be found

        Args:
            diameter (float): Diameter of pipe
            length (float): Length of pipe
            frictionCoeff (float, optional): Friction coefficient of the pipe. Defaults to 0.005 which holds for Reynolds > 10^5.
        
This functions applies parameters of a known pipe to the determined state of the flow.
This allows the state at the downstream end of the pipe or pipe section to be found
This functions applies parameters of a known pipe to the determined state of the flow . This allows the state at the downstream end of the pipe or pipe section to be found
def apply_pipe_parameters(self, diameter: float, length: float, frictionCoeff: float = 0.005) -> None:
        self.pipeDiameter = diameter
        self.pipeLength = length
        self.frictionCoeff = frictionCoeff
        self.__calculateDownStreamState()
def apply_pipe_parameters ( self , diameter : float , length : float , frictionCoeff : float = 0.005 ) -> None : self . pipeDiameter = diameter self . pipeLength = length self . frictionCoeff = frictionCoeff self . __calculateDownStreamState ( )
This functions applies parameters of a known pipe to the determined state of the flow.
This functions applies parameters of a known pipe to the determined state of the flow .
"""This functions applies parameters of a known pipe to the determined state of the flow. 
            This allows the state at the downstream end of the pipe or pipe section to be found

        Args:
            diameter (float): Diameter of pipe
            length (float): Length of pipe
            frictionCoeff (float, optional): Friction coefficient of the pipe. Defaults to 0.005 which holds for Reynolds > 10^5.
        """
self
diameter
float
Diameter of pipe
Diameter of pipe
length
float
Length of pipe
Length of pipe
frictionCoeff
float
Friction coefficient of the pipe. Defaults to 0.005 which holds for Reynolds > 10^5.
Friction coefficient of the pipe . Defaults to 0 . 005 which holds for Reynolds > 10^5 .
0.005 which holds for Reynolds > 10^5