Type:

Data structure

Available as of:

V1.0.4.0

Versions:

Current version

etMode

ET_StartSimulationMode

Operation mode of the start simulation

xEventTriggered

BOOL

TRUE = On every rising edge of FB_StartSimulation.i_xStart, the simulation POU produces complete signal frequencies.

ET_StartSimulationMode.Equidistant and ET_StartSimulationMode.Random generate a signal each.

ET_StartSimulationMode.EquidistantGroups and ET_StartSimulationMode.RandomGroups generate a group each.

xImmediatelyFirstSignal

BOOL

TRUE = Immediately after a positive edge of FB_StartSimulation.i_xStart the first signal is generated.

FALSE = Immediately after a positive edge of FB_StartSimulation.i_xStart no signal is generated. The function block starts with the waiting sequence between two signals.

xUseTime

BOOL

TRUE = The simulation POU works on a time basis. All parameter entries are interpreted as time specifications in ms.

FALSE = The simulation POU works on a position basis. All parameter entries are interpreted as positions in units of the master belt.

xStatisticalVariation

BOOL

Sub-mode for the simulation modes Equidistant and EquidistantGroups

TRUE = The position of the signals is subject to random variance.

FALSE = The position of the signals is not randomly changed.

lencMaster

SystemConfiguration.L_ENC

Logical encoder for operation on position basis.

ifDriveMaster

SystemConfigurationItf.IF_Drive

MasterEncoder for operation on position basis.

lrDistance

LREAL

The distance between two signals in the Equidistant mode or the distance between two signals in a group in the EquidistantGroups mode in units of the master belt if xUseTime = FALSE or in ms if xUseTime = TRUE.

diSignalsInGroup

DINT

Number of signals in a group for the simulation mode EquidistantGroups.

lrGroupDistance

LREAL

The distance between two groups of signals in the simulation mode EquidistantGroups in units of the master belt if xUseTime = FALSE or in ms if xUseTime = TRUE.

lrNegativeVariance

LREAL

The size of the window in negative direction in which the signals in the simulation modes Equidistant and EquidistantGroup are set randomly.

It is assumed that a negative value is specified here.

lrPositiveVariance

LREAL

The size of the window in positive direction in which the signals in the simulation modes Equidistant and EquidistantGroup are set randomly.

It is assumed that a positive value is specified here.

lrMinDistance

LREAL

Minimum distance between two signals in the simulation mode Random or two signals in a group in the simulation mode RandomGroups in units of the master belt if xUseTime = FALSE or in ms if xUseTime = TRUE.

lrMaxDistance

LREAL

Maximum distance between two signals in the simulation mode Random or two signals in a group in the simulation mode RandomGroups in units of the master belt if xUseTime = FALSE or in ms if xUseTime = TRUE.

diMinSignalsInGroup

DINT

Minimum number of signals in a group in the simulation mode RandomGroups

diMaxSignalsInGroup

DINT

Maximum number of signals in a group in the simulation mode RandomGroups

lrMinGroupDistance

LREAL

Minimum distance between two groups of signals in the simulation mode RandomGroups in units of the master belt if xUseTime = FALSE or in ms if xUseTime = TRUE.

lrMaxGroupDistance

LREAL

Maximum distance between two groups of signals in the simulation mode RandomGroups in units of the master belt if xUseTime = FALSE or in ms if xUseTime = TRUE.

xMissingSignals

BOOL

TRUE = A percentage of the signals in the amount of lrPercentageOfSignalsMissing is randomly not generated.

FALSE = All signals are being generated.

lrPercentageOfSignalsMissing

LREAL

Number of randomly unavailable signals in percent.