Global Conveyance System Routing Methods

Global conveyance system routing methods. More...

Collaboration diagram for Global Conveyance System Routing Methods:

Functions
int	routing_open (void)
	Initializes the routing analyzer.
double	routing_getRoutingStep (int routingModel, double fixedStep)
	Determines time step used for flow routing at current time period.
void	routing_execute (int routingModel, double routingStep)
	Executes the routing process at the current time period.
void	routing_close (int routingModel)
	Closes down the routing analyzer.

Detailed Description

Global conveyance system routing methods.

Function Documentation

routing_close()

void routing_close

(

int

routingModel

)

Closes down the routing analyzer.

Parameters

[in]

routingModel

Routing method code

Implementation arguments

• routingModel (in): Routing method code.

Here is the call graph for this function:

routing_execute()

void routing_execute	(	int	routingModel,
		double	routingStep )

Executes the routing process at the current time period.

Parameters

[in]	routingModel	Routing method code
[in]	routingStep	Routing time step (sec)

Implementation arguments

• routingModel (in): Routing method code.
• routingStep (in): Routing time step (sec).

Here is the call graph for this function:

routing_getRoutingStep()

double routing_getRoutingStep	(	int	routingModel,
		double	fixedStep )

Determines time step used for flow routing at current time period.

Parameters

[in]	routingModel	Routing method code
[in]	fixedStep	User-supplied time step (sec)

Returns

Time step used for flow routing (sec)

Implementation arguments

• routingModel (in): Routing method code

• fixedStep (in): User-supplied time step (sec)

  Returns

  Time step used for flow routing (sec)

Here is the call graph for this function:

routing_open()

int routing_open

(

void

)

Initializes the routing analyzer.

Returns

Error code

An error code.

Here is the call graph for this function: