Closed ghost closed 9 years ago
There also seems to be problems with the error bar if there are multiple errors in the same trajectory but there are correct points between the erroneous ones. The error graph does not return to zero for the correct points.
The problem seems to be that the the javascript vector data_err is only populated with the failing points.
var data_err = [[[0.13429982603224,1.97700897048878],[0.13429982603224,1.97700897048878],[0.134347309398613,1.46551025424518],[0.134347309398613,1.46551025424518],[0.758947936283575,0.407209079166],[0.758947936283575,0.407209079166],[0.758948050028233,0.40808983935079],[0.758948050028233,0.40808983935079],[0.846758735652558,0.667968759364092],[0.846758735652558,0.667968759364092],[0.846758874695406,0.673981025204942],[0.846758874695406,0.673981025204942]]];
The behaviour is not intended, but the new tube algorithm returns only the errors at the invalid points. I am going to fill the list with zeros in the valid parts
Ok, sounds great :)
Thanks
First of, the new version of CSV compare is much better!
The behaviour for the error graph has changed since previous versions of csv-compare (pre 2.0?). Now it only plot the graph for the part that has an error. I don't know if this is intended or not but it causes problems when there's only a one or two error points:
All files that was used can be found here, and the command was:
Version:
It would be really nice if the two graphs was synced, so if you zoomed in one, the other one was zoomed as well, in x-axis that is.