ST_CM_RainflowCounting_InitPars

Function block-specific structure with initialization parameters, which are analyzed when the function block is initialized.

TYPE ST_CM_RainflowCounting_InitPars EXTENDS ST_CM_Object_InitPars :
STRUCT
    nBins       : UDINT := 64;       (* Number of bins for the stress levels. *)
    fminStress  : LREAL := -40.0;    (* Lower limit of the stress bins. *)
    fmaxStress  : LREAL := 40.0;     (* Upper limit of the stress bins. *)
    nBinsMean   : UDINT := 64;       (* Number of bins for the mean levels. *)
    fminMean    : LREAL := -40.0;    (* Lower limit of bins for mean stress values. *)
    fmaxMean    : LREAL := 40.0;     (* Upper limit of bins for mean stress values. *)
    nChannels   : UDINT := 1;        (* Number of channels. *)
END_STRUCT
END_TYPE

• nBins defines the number of bins for the stress level. The total number of bins is nBins + 2; the value must be at least one. The first bin of each row contains the stress levels that are less than or equal to the defined minimum; analogously, all values greater than the defined maximum fall into the last bin of each row.
• fminStress defines the lower limit of the stress level. All values that are less than or equal to this value are accumulated in a bin.
• fmaxStress defines the upper limit of the stress level. Values that exceed the maximum are counted in the last bin.
• nBinsMean defines the number of bins for the mean values. The value must be at least one. Two separate bins are added in the first/last column of the Halfcycle Count Matrix, where mean values are kept that are less than or equal to or, respectively, greater than the defined limits.
• fminMean defines the lower limit of the mean values. All values that are less than or equal to this value are accumulated in a bin.
• fmaxMean defines the upper limit of the mean values. Values that exceed the maximum are counted in the last bin.
• nChannels defines the number of independent channels. This must be greater than zero.