Example files for JPlotter.  These files are 'read only', if you want to change them be sure to change that attribute (Right click>Properties).  Try changing various values in the input windows to see how they affect the graph.
Tip: If you put these files in a folder 'C:\JPlotter' they will appear in the Open File dialog box without further navigation.

1. DEFAULT CASE: A graph of the parabola y=x^2-10. Click Y Auto Scale to ON to see the effect of auto scale.

2. XE(X^2).JPL: Graph of y=x*exp(-k*x^2) with k=0.5, 1.0, 1.5.

3. DATA2.JPL: This is a example of data type input. There are two sets of input data separated by an '@' sign.  A comparison function is plotted through the straight line portion of the first curve.

4. CRANK.JPL: The motion of the piston is plotted against the crank angle for five different values of r/l, where r is radius of the crank pin and l is the length of the connecting rod.  For r/l=0, the motion fits the comparison function cos(x).
Note that 'Radians' is switched to 'Degrees'.

5. ERROR2.JPL: This plots a set of data on a log-log scale. A comparison function slightly displaced shows that y~x^4.

6. ELLIPCOSINE.JPL: A plot of the elliptic cosine for 6 values of the parameter k.
For k=0, the elliptic cosine is the same as the regular cosine in the comparison function.

7. ELLIPSINE.JPL:  A plot of the elliptic sine for 6 values of the parameter k.
For k=0, the elliptic sine is the same as the regular sine in the comparison function.

8. ELLIPDELTA.JPL: A plot of the elliptic delta for 6 values of the parameter k.
For k=0, dn(x, 0)=1. For k=1, dn(x, 1)=cn(x,1). Subtracting .01 in the comparison function offsets the red curve so both the red and blue curves can be seen.

9. TRIANGLE.JPL: A plot of the first six terms of the Fourier series for a triangle wave.  The comparison function is generated by using the lt() and gte() functions. See Help>Functions.

10. SQUAREWAVE.JPL:  Here a square wave is generated by applying the lt() and gt() functions to a sine wave.  y=5*(gt(sin(x), k2)-lt(sin(x), k2)).  Vary k2 to change the symmetry of the wave. k2=0 makes a symmetrical wave.

11. RANDDATA.JPL:  A data file of random numbers with one highlighted in red by duplicating it in the Comparison Function Box. 