Flux

Namepb

Flux to Activate component file name

Enter the file name of the Flux to Activate project created by Flux. The file has the same name as the Flux project and uses the .F2STA extension.

String

MultiplexedMode

Multiplexed inputs/outputs

Select vector or scalar mode for the input/output.

Number

0
1

nin

Number of input ports

The number of input parameters stored in the *.F2TSA file.

Number

inports

Inputs

Structure

inports/label

Label

Cell of strings

nout

Number of output ports

The number of output parameters stored in the *.F2TSA file.

Number

outports

Outputs

Structure

outports/label

Label

Cell of strings

externalActivation

External activation

Specifies whether the block receives an external activation or inherits its activation through its regular input ports. When External Activation is selected, an additional activation port is added to the block. By default, external activation is not selected. If external activation is selected, the Flux engine performs a computation only at event instants, for example at periodic events defined by an external clock. In addition, the Minimum variation (%) for the Flux computation and Maximum computation intervals is disabled.

Number

0
1

ExtraPoint

Extra Flux calls at Activate event instants

When deselected, Activate invokes Flux only at the Activate solver mesh points to update the Flux block outputs. When selected, Activate also invokes Flux at all Activate discrete event instants.

Number

0
1

EpsInput

Minimum input variation (%) to run Flux computation

Specifies the percentage of input variation between two calculation steps under which a Flux calculation should not occur. When the Flux calculation is not carried out, outputs are computed based on the 'Output extrapolation order' that is defined, therefore permitting several Activate time steps to be carried out without any Flux calculations.

Scalar

maxComputationInterval

Maximum computation interval

If a non-zero 'Maximum computation interval' is provided, and a non-zero 'Minimal input variation' is specified, the Flux engine is forced to perform a computation not later than the 'Maximum computation interval' since the last computation, even if the input values have not changed.

Scalar

extrapolateOrder

Output extrapolation order

Choose the output extrapolation order (0 : no extrapolation, 1 : linear extrapolation).

Number

ndepu

Break algebraic loop

Add a one-step delay to help avoid the algebraic loops caused by the Flux block.

In order to breake the algebraic loop, the block provides the option to delays at input(s) or outputs.

Number

0
1

delayType

Delay type

It is also possible to declare the block as a block with no input-output dependency which is not recommanded.

String

'Delay
on
input(s)'
'Delay
on
output(s)'
'Force
no
input-output
dependency'

Subsampling

Subsampling (reduced result storage)

N (>2) means one out of N data is stored in the result data file in Flux. This feature is available in Flux version 2018 and above.

Scalar

ConsoleDisplay

Flux console display

Select the check box to turn on the Flux display console, though this may drastically slow down the computation.

Number

0
1

log_file_name

Log file name (*.log)

Activate messages as well as messages communicated from Flux to Activate are logged into this file.

String

InstalledFluxVersion

Current Flux version

Displays the Flux version in use.

String

Version

Flux component version

Flux version used to generate the coupling component.

String

Appli

Flux solver

Displays the Flux solver in use.

String

RSize

Numerical memory (MB)

Specifies the memory used for the various modeling actions. 3D mesh and solving processes (Flux 2D-3D) include a high memory demand. Memory allocation is a function of the application type (real/complex) and matrix size for the solving process.

Scalar

CSize

Character memory (MB)

Character memory is used for storing entity names (parameters, transformations, regions) and project names presented in the directory.

Scalar

nCORES

Number of cores

Number of cores used by Flux during co-simulation. This feature is available in Flux version 2018 and above.

Number