James Adams

Thanks, @tristanballard, this is a reasonable workaround. If I remember correctly the Thornthwaite PET implemented here is essentially useless above 60 degrees latitude?

See [this article](https://www.ibm.com/developerworks/community/blogs/jfp/entry/How_To_Compute_Mandelbrodt_Set_Quickly?lang=en) for the motivation behind this issue.

See [this issue](https://github.com/numba/numba/issues/4185) for details.

Yes, @bennyistanto unfortunately, that aspect of the processing is hard-coded in the main processing script. It used to work flawlessly but at some point, there were changes made to NCO...

Thanks for this good idea @itati01, it seems very reasonable. I probably don't have the bandwidth to implement myself but a PR will be welcome.

Thanks for reporting this @itati01 If you can post more of the stack trace then it may help diagnose your issue. I have not tried this in a Powershell environment...

@sumi137 it appears that you're using an out-of-date version of the code. Can you please try again using the latest code pulled from the master branch of this repository? Please...

Thanks @avitomar12 Yes, I have asked them to no longer use that out-of-date version of the code, I'm not sure why they haven't updated that yet... BTW I no longer...

Another [R implementation](http://santiago.begueria.es/2013/02/potential-evapotranspiration-a-function-for-computing-daily-hargreaves-pet/)

Thanks for your help on this. Unfortunately, I can't reach that URL. ANy chance you can copy/paste the code someplace else where I can get to it? I'm not actively...