Target-Simulation Functions

The Data Matching adapter supports functions for a given simulation and the target.

The following target-simulation functions are supported:

Correlation Factor

Correlation factor between the target and simulation data.

Difference of Maximum Position

Difference between the simulation and targets maximum positions, X-values.

Difference of Minimum Position

Difference between the simulation and targets minimum positions, X-values.

Maximum Difference

Maximum difference between the simulation and target data.

Maximum Difference Position

Position, X-value, of the maximum difference between the simulation and target data.

Minimum Difference

Minimum difference between the simulation and target data.

Minimum Difference Position

Position, X-value, of the minimum difference between the simulation and target data.

Relative Error

The relative error for hyperelastic curve fitting.

Russell Comprehensive Error Factor

Russell Comprehensive Error Factor.

Russell Magnitude Error Factor

Russell Magnitude Error Factor

Russell Phase Error Factor

Russell Phase Error Factor

Standard Deviation of the Difference

Standard deviation of difference between the simulation and target data.

Sum of the Absolute Difference

Sum of the absolute difference between the simulation and target graphs.

Sum of the Area Difference Over the Target

Area between the graph of the simulation and target where simulation is over the target.

Sum of the Area Difference Under the Target

Area between the graph of the simulation and target where simulation is under target.

Sum of the Difference Mean

Mean value of the difference between the simulation and target data.

Sum of the Difference Over the Target

Sum of the differences in value where the simulation is over the target.

Sum of the Difference Under the Target

Sum of the differences in value where the simulation is under the target.

Sum of the Squared Difference

Sum of the squared difference.

Y Value Difference of Maximum Position

Difference between the Y-values of the simulation and targets maximum positions, X-values.

Y Value Difference of Minimum Position

Difference between the Y-values of the simulation and targets minimum positions, X-values.