1 ACCEPTED SOLUTION
Accepted Solutions
To get single values you may consider using symbolic evaluation with "float"
For numeric approximation (for plotting) you may also use the same integral with a rather high upper value (not sure in which range this would be an acceptable approximation)
And to make your plot to math the one you try to duplicate you will have to
- not use the secondary y-axis (otherwise you will have different y scales)
- set the plot-limits manually
- notice, that the plot in the article uses a logarithmic y-scale
To get single values you may consider using symbolic evaluation with "float"
For numeric approximation (for plotting) you may also use the same integral with a rather high upper value (not sure in which range this would be an acceptable approximation)
And to make your plot to math the one you try to duplicate you will have to
- not use the secondary y-axis (otherwise you will have different y scales)
- set the plot-limits manually
- notice, that the plot in the article uses a logarithmic y-scale
This is the second time I noticed it - I am not offered the option to edit my post in the 3 dots menu. Anybody else having the same problem?
Just wanted to add, that you don't need to define eta as a vector and create the vectors for FF, etc.. A simple range is all thats neeed and if you are happy with the default range from -10 to 10 of the quickplot feature, you may also omit the range defintion altogether.
I have no idea whats going on. You file failed for me, too. But when I retyped the definition for F10 the very same way you did, it worked - no clue why. I attach the file - hope it works at your end, too.
I really wonder what the reason for the error is if we feed the function defined with upper limit infinity with values higher than the one shown in the picture below
