packageExamples
Collection of models that illustrate model use and test models
Extends from Modelica.Icons.ExamplesPackage (Icon for packages containing runnable examples).
Information
This package contains examples for the use of models that can be found in Buildings.Utilities.Math.Functions.
Contents
| Name | Description |
|---|---|
 BesselJ0 | Test case for Bessel function J0 |
| BesselJ1 | Test case for Bessel function J1 |
| BesselY0 | Test case for Bessel function Y0 |
| BesselY1 | Test case for Bessel function Y1 |
| Binomial | Test case for evaluation of binomial coefficients |
| CubicHermite | Test problem for cubic hermite splines |
| ExponentialIntegralE1 | Test case for the exponential integral, E1 |
| Factorial | Test case for evaluation of factorials |
| FallingFactorial | Test case for evaluation of falling factorials |
| Interpolate | Test model for the interpolation function |
| InverseXDerivativeCheck | Model that checks the correct implementation of the 1st order derivative of InverseXRegularized |
| InverseXDerivative_2_Check | Model that checks the correct implementation of the 2nd order derivative of InverseXRegularized |
| InverseXRegularized | Test problem for function that replaces 1/x around the origin by a twice continuously differentiable function |
| IsMonotonic | Tests the correct implementation of the function isMonotonic |
| Polynomial | |
| PowerLinearized | Test problem for function that linearizes y=x^n below some threshold |
| QuinticHermite | Example model using quintic Hermite spline |
| RegNonZeroPower | |
| RegNonZeroPowerDerivativeCheck | |
| RegNonZeroPowerDerivative_2_Check | |
| RegStep | Example for inlined regStep function |
| Round | Example for round function |
| SmoothExponentialDerivativeCheck | |
| SmoothHeavisideDerivatives | Test model for the derivatives of the smoothHeavisidefunction |
| SmoothInterpolation | Test problem for cubic hermite splines that takes a vector of values as an argument |
| SpliceFunction | |
| SpliceFunctionDerivativeCheck | |
| TrapezoidalIntegration | Tests the correct implementation of the function trapezoidalIntegration |