Returns a real vector weith a Piecewise Linear Approximation of the input real array. The number of PWL segments is determined by the second argument. See the argument definitions for specialized curve fits and additional options.
| Number | Type | Compulsory | Default | Description |
| 1 | real array | Yes | The XY input vector | |
| 2 | real | Yes | The number of segments | |
| 3 | string | No | Specifies the use of a specialized algorithm | |
| 4 | real | No | Fix the last PWL point? | |
| 5 | real | No | Optional parameters |
The vector to process. Must have a reference (x values).
The number of segments of the resulting piecewise linear approximation.
Sets the type of algorithm to use. Can be 'generic', 'diode', 'capacitor', or 'inductor'.
Fixes the last PWL point to be the last data point of the input vector
Optional parameters for the 'generic', 'diode', and 'inductor' algorithms. For 'diode', a number (resistance) greater than 0 will force the first segment to have a slope of 1/resistance. 0 will force the first segment to have a slope of 0. For 'inductor', 1 will symmetrically fit the curve around (0,0). For 'generic', 1 will curve fit through point (0,0).
Return type: real array
----
| ▲Function Summary▲ | ||
| ◄ PutEnvVar | PWLDialog ▶ | |