Spectral Signal Processing Suite
v1.0

## signal.example Class rEulerData

```java.lang.Object
|
+--signal.example.rEulerData
```

public class rEulerData
extends java.lang.Object

Reactive Eulter Equations on [-1,1] at t=0.5.

 Field Summary ` double` `A` ` double` `alpha` ` double` `B` ` double[]` `data`           The Chebyshev SSV solution on a mapped grid formed with map 1 and alpha = 0.9999 ` double[]` `exact`           The reference solution is computed using the Nessayahu-Tadmor method with N=2000 (interpolated with cubic option of Matlabs interp1 back to the spectral grid with N=512) and a very small time step. ` boolean` `hasExact` ` int` `map` ` int` `N` ` boolean` `twoD` ` double` `uMax` ` double` `uMin`

 Constructor Summary `rEulerData()`

 Methods inherited from class java.lang.Object `clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait`

 Field Detail

### N

`public int N`

### A

`public double A`

### B

`public double B`

### uMin

`public double uMin`

### uMax

`public double uMax`

### alpha

`public double alpha`

### map

`public int map`

### hasExact

`public boolean hasExact`

### twoD

`public boolean twoD`

### data

`public double[] data`
The Chebyshev SSV solution on a mapped grid formed with map 1 and alpha = 0.9999

### exact

`public double[] exact`
The reference solution is computed using the Nessayahu-Tadmor method with N=2000 (interpolated with cubic option of Matlabs interp1 back to the spectral grid with N=512) and a very small time step.
 Constructor Detail

### rEulerData

`public rEulerData()`

Spectral Signal Processing Suite
v1.0