Is your feature request related to a problem? Please describe.
It would be nice if one could play with the extrapolation and immediately see visually where it falls in relation to the data to make sure it makes sense before doing the full Q* calculation. The full Q* integration can take several seconds depending on the laptop. Moreover, if the high Q extrapolation is a bit high the computed Q* can become quite high causing the vol fraction computation to fail which currently throws errors prior to plotting the results so that we then cannot see what happened.
Describe the solution you'd like
This could be an extra button on the extrapolate page or maybe just happens any time something changes on the extrapolation page. The key is that nothing else is being calculated. That current calculate button should probably still re-compute the extrapolation (cheap) and then do the integral just as it does now. This has the advantage of not introducing some unforeseen breaking artifact.
Is your feature request related to a problem? Please describe.
It would be nice if one could play with the extrapolation and immediately see visually where it falls in relation to the data to make sure it makes sense before doing the full Q* calculation. The full Q* integration can take several seconds depending on the laptop. Moreover, if the high Q extrapolation is a bit high the computed Q* can become quite high causing the vol fraction computation to fail which currently throws errors prior to plotting the results so that we then cannot see what happened.
Describe the solution you'd like
This could be an extra button on the extrapolate page or maybe just happens any time something changes on the extrapolation page. The key is that nothing else is being calculated. That current
calculatebutton should probably still re-compute the extrapolation (cheap) and then do the integral just as it does now. This has the advantage of not introducing some unforeseen breaking artifact.