You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
This is a followup from a lot of suggestions and work (mainly done by @bouweandela and @jvegasbsc ). Examples of high memory intake can be seen in various issues like #810 or #922 ; also work is underway in PRs like #1001 or initiated by issues like #949 . There are also the issues related to inherent changes of iris and handling of lazy data eg see #887 So far, actual work is done as follows:
Let's add pull requests here that address the use of dask in other preprocessor modules and gradually close all the issues and PR's (upon acceptance and good code behavior wrt memory) that are listed above 🍺
The text was updated successfully, but these errors were encountered:
In a nutshell, if a netCDF variable has an UNLIMITED dimension, then netCDF automatically applies netCDF level chunking to the file, which in most cases will be detrimental to the performance of dask within iris i.e. the chunking specified by netCDF is really small, almost too small for dask, and as such there is a massive overhead in dask to deal with files that have tiny chunks.
A fix on our side will resolve this... just sayin 😉
This is a followup from a lot of suggestions and work (mainly done by @bouweandela and @jvegasbsc ). Examples of high memory intake can be seen in various issues like #810 or #922 ; also work is underway in PRs like #1001 or initiated by issues like #949 . There are also the issues related to inherent changes of iris and handling of lazy data eg see #887 So far, actual work is done as follows:
Active work as PR
_area.py
Let's add pull requests here that address the use of dask in other preprocessor modules and gradually close all the issues and PR's (upon acceptance and good code behavior wrt memory) that are listed above 🍺
The text was updated successfully, but these errors were encountered: