Documentation

Calibration value of the parameter. The value that you prefer to use. The default value is [] (unspecified). Specify a finite, real, double value.

Before specifying Calibration value, you must specify CalToMain compute numerator and CalToMain compute denominator to define the computation method. The parameter uses the computation method and the calibration value to calculate the main value that Simulink^® uses.

Minimum value for the calibration parameter. The default value is [] (unspecified). Specify a finite, real, double scalar value.

Before specifying Calibration minimum, you must specify CalToMain compute numerator and CalToMain compute denominator to define the computation method. The parameter uses the computation method and the calibration minimum value to calculate the minimum or maximum value that Simulink uses. A first order rational function is strictly monotonic, either increasing or decreasing. If it is increasing, setting the calibration minimum sets the main minimum value. If it is decreasing, setting the calibration minimum sets the main maximum.

If the parameter value is less than the minimum value or if the minimum value is outside the range of the parameter data type, Simulink generates a warning. In these cases, when updating the diagram or starting a simulation, Simulink generates an error.

Maximum value for the calibration parameter. The default value is [] (unspecified). Specify a finite, real, double scalar value.

Before specifying Calibration maximum, you must specify CalToMain compute numerator and CalToMain compute denominator to define the computation method. The parameter uses the computation method and the calibration maximum value to calculate the corresponding maximum or minimum value that Simulink uses. A first order rational function is strictly monotonic, either increasing or decreasing. If it is increasing, setting the calibration maximum sets the main maximum value. If it is decreasing, setting the calibration maximum sets the main minimum.

If the parameter value is less than the minimum value or if the minimum value is outside the range of the parameter data type, Simulink generates a warning. In these cases, when updating the diagram or starting a simulation, Simulink generates an error.

Specify the numerator coefficients a and b of the first-order linear equation:

The default value is [] (unspecified). Specify finite, real, double scalar values for a and b. For example, [1 1] or, for reciprocal scaling, 1.

Once you have applied CalToMain compute numerator, you cannot change it.

Specify the denominator coefficients c and d of the first-order linear equation:

The default value is [] (unspecified). Specify finite, real, double scalar values for c and d. For example, [1 1].

Once you have applied CalToMain compute denominator, you cannot change it.

Specify the name of the calibration parameter. The default value is ''. Specify a character vector value, for example, 'T1'.

Specify the measurement units for this calibration value. This field is intended for use in documenting this parameter. The default value is ''. Specify a character vector value, for example, 'Fahrenheit'.

Simulink indicates whether the configuration is valid. The default value is true. If Simulink detects an issue with the configuration, it sets this field to false and provides information in the Diagnostic message field. You cannot set this field.

If you specify invalid parameter settings, Simulink displays a message in this field. Use the diagnostic information to help you fix an invalid configuration issue. You cannot set this field.