ufpGetFlowData()

Syntax

data = ufpGetFlowData ( ufpHd, dataName ) ;

Type

AcuSolve User-Defined Function Flow Routine.

Parameters

ufpHd (pointer)

The opaque handle which was passed to the user function.

dataName (integer)

Symbolic name of the requested data.

Table 1.

Symbolic Name	Data returned	Array size
UFP_FLOW_VELOCITY	flow velocity	3
UFP_FLOW_PRESSURE	pressure	1
UFP_FLOW_TEMPERATURE	temperature	1
UFP_FLOW_EDDY_VISCOSITY	eddy viscosity	1
UFP_FLOW_SPECIES_1	species 1	1
UFP_FLOW_SPECIES_2	species 2	1
UFP_FLOW_SPECIES_3	species 3	1
UFP_FLOW_SPECIES_4	species 4	1
UFP_FLOW_SPECIES_5	species 5	1
UFP_FLOW_SPECIES_6	species 6	1
UFP_FLOW_SPECIES_7	species 7	1
UFP_FLOW_SPECIES_8	species 8	1
UFP_FLOW_SPECIES_9	species 9	1
UFP_FLOW_GRAD_VELOCITY	flow velocity gradient	9
UFP_FLOW_GRAD_PRESSURE	pressure gradient	3
UFP_FLOW_GRAD_TEMPERATURE	temperature gradient	3
UFP_FLOW_GRAD_EDDY_VISCOSITY	eddy viscosity gradient	3
UFP_FLOW_GRAD_SPECIES_1	species 1 gradient	3
UFP_FLOW_GRAD_SPECIES_2	species 2 gradient	3
UFP_FLOW_GRAD_SPECIES_3	species 3 gradient	3
UFP_FLOW_GRAD_SPECIES_4	species 4 gradient	3
UFP_FLOW_GRAD_SPECIES_5	species 5 gradient	3
UFP_FLOW_GRAD_SPECIES_6	species 6 gradient	3
UFP_FLOW_GRAD_SPECIES_7	species 7 gradient	3
UFP_FLOW_GRAD_SPECIES_8	species 8 gradient	3
UFP_FLOW_GRAD_SPECIES_9	species 9 gradient	3

Return Value

The return value is a pointer to a one-dimensional real array.

The size of the array depends on the value of dataName. You are responsible for ensuring that the requested data is available in the AcuSolve data base.

Description

Real*     data ;
Real      ext ;
data      = ufpGetFlowData( ufpHd, UFP_FLOW_GRAD_VELOCITY ) ;
ext       = sqrt(data[0]*data[0] + data[4]*data[4] + data[8]*data[8]) ;

Errors

This routine expects valid ufpHd and dataName as arguments; invalid arguments return an error.