@ARamsay17 @juanchossn
DALEC_14_2025-02-18_140256Z_L1BQC_L2.log
The attached log shows the partial progress of L1BQC -> L2 for one of four files being processed simultaneously in multithreaded command call.
Each ensemble is run through the MC RhoCorrections.read_Z17_LUT method of the Propagate class with 10 runs per ensemble.
As shown in the logs, each ensemble requires between ~70-80 minutes to process. (The ensemble is 5 minutes of data.)
LUT method occasionally fails individual runs on error, though this is not the source of the slow down:
"One of the requested xi is out of bounds in dimension 3: Unable to use LUT interpolations. Reverting to analytical solution."
From these logs, we also see that running the full analytical Z17 solution takes only 3.6 s, which is about 140X faster than the LUT interpolation.
@ARamsay17 @juanchossn
DALEC_14_2025-02-18_140256Z_L1BQC_L2.log
The attached log shows the partial progress of L1BQC -> L2 for one of four files being processed simultaneously in multithreaded command call.
Each ensemble is run through the MC RhoCorrections.read_Z17_LUT method of the Propagate class with 10 runs per ensemble.
As shown in the logs, each ensemble requires between ~70-80 minutes to process. (The ensemble is 5 minutes of data.)
LUT method occasionally fails individual runs on error, though this is not the source of the slow down:
"One of the requested xi is out of bounds in dimension 3: Unable to use LUT interpolations. Reverting to analytical solution."
From these logs, we also see that running the full analytical Z17 solution takes only 3.6 s, which is about 140X faster than the LUT interpolation.