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
I'm running pest from files generated by model muse. Mostly out of convenience since I'm comfortable with the interface and feel more in control of boundary conditions etc.
However, the run file generated by model muse looks something like below. In this particular example I have multiple parameters assigned for different zones with pilot points for each zone.
How it is set up in model muse is not really adapted to running pest in parallell. I'm suspecting several of the steps below could be skipped since now it generates new arrays for each parameter every iteration in PESTPP-IES when I'm using the below script as my forward run script.
I dont feel confident in whats "under the hood" in the files but I suspect I atleast have to export the heads each iteration to compare with my targets. But do i really need to create covariance matrices etc each time? Can i leave some parts out when i start the parallel run?
if exist "arrays\mod00.Kx_1.arrays" del "arrays\mod00.Kx_1.arrays"
if exist "arrays\mod00.Kx_10.arrays" del "arrays\mod00.Kx_10.arrays"
if exist "arrays\mod00.Kx_11.arrays" del "arrays\mod00.Kx_11.arrays"
if exist "arrays\mod00.Kx_12.arrays" del "arrays\mod00.Kx_12.arrays"
if exist "arrays\mod00.Kx_13.arrays" del "arrays\mod00.Kx_13.arrays"
if exist "arrays\mod00.Kx_14.arrays" del "arrays\mod00.Kx_14.arrays"
if exist "arrays\mod00.Kx_2.arrays" del "arrays\mod00.Kx_2.arrays"
if exist "arrays\mod00.Kx_3.arrays" del "arrays\mod00.Kx_3.arrays"
if exist "arrays\mod00.Kx_4.arrays" del "arrays\mod00.Kx_4.arrays"
if exist "arrays\mod00.Kx_5.arrays" del "arrays\mod00.Kx_5.arrays"
if exist "arrays\mod00.Kx_6.arrays" del "arrays\mod00.Kx_6.arrays"
if exist "arrays\mod00.Kx_7.arrays" del "arrays\mod00.Kx_7.arrays"
if exist "arrays\mod00.Kx_8.arrays" del "arrays\mod00.Kx_8.arrays"
if exist "arrays\mod00.Kx_9.arrays" del "arrays\mod00.Kx_9.arrays"
if exist "arrays\mod00.pRIV_1.arrays" del "arrays\mod00.pRIV_1.arrays"
if exist "arrays\mod00.pRIV_10.arrays" del "arrays\mod00.pRIV_10.arrays"
if exist "arrays\mod00.pRIV_11.arrays" del "arrays\mod00.pRIV_11.arrays"
if exist "arrays\mod00.pRIV_12.arrays" del "arrays\mod00.pRIV_12.arrays"
if exist "arrays\mod00.pRIV_13.arrays" del "arrays\mod00.pRIV_13.arrays"
if exist "arrays\mod00.pRIV_14.arrays" del "arrays\mod00.pRIV_14.arrays"
if exist "arrays\mod00.pRIV_2.arrays" del "arrays\mod00.pRIV_2.arrays"
if exist "arrays\mod00.pRIV_3.arrays" del "arrays\mod00.pRIV_3.arrays"
if exist "arrays\mod00.pRIV_4.arrays" del "arrays\mod00.pRIV_4.arrays"
if exist "arrays\mod00.pRIV_5.arrays" del "arrays\mod00.pRIV_5.arrays"
if exist "arrays\mod00.pRIV_6.arrays" del "arrays\mod00.pRIV_6.arrays"
if exist "arrays\mod00.pRIV_7.arrays" del "arrays\mod00.pRIV_7.arrays"
if exist "arrays\mod00.pRIV_8.arrays" del "arrays\mod00.pRIV_8.arrays"
if exist "arrays\mod00.pRIV_9.arrays" del "arrays\mod00.pRIV_9.arrays"
if exist "arrays\mod00.R1_1.arrays" del "arrays\mod00.R1_1.arrays"
if exist "arrays\mod00.R1_10.arrays" del "arrays\mod00.R1_10.arrays"
if exist "arrays\mod00.R1_11.arrays" del "arrays\mod00.R1_11.arrays"
if exist "arrays\mod00.R1_12.arrays" del "arrays\mod00.R1_12.arrays"
if exist "arrays\mod00.R1_13.arrays" del "arrays\mod00.R1_13.arrays"
if exist "arrays\mod00.R1_14.arrays" del "arrays\mod00.R1_14.arrays"
if exist "arrays\mod00.R1_2.arrays" del "arrays\mod00.R1_2.arrays"
if exist "arrays\mod00.R1_3.arrays" del "arrays\mod00.R1_3.arrays"
if exist "arrays\mod00.R1_4.arrays" del "arrays\mod00.R1_4.arrays"
if exist "arrays\mod00.R1_5.arrays" del "arrays\mod00.R1_5.arrays"
if exist "arrays\mod00.R1_6.arrays" del "arrays\mod00.R1_6.arrays"
if exist "arrays\mod00.R1_7.arrays" del "arrays\mod00.R1_7.arrays"
if exist "arrays\mod00.R1_8.arrays" del "arrays\mod00.R1_8.arrays"
if exist "arrays\mod00.R1_9.arrays" del "arrays\mod00.R1_9.arrays"
if exist "mod00.drn" del "mod00.drn"
if exist "mod00.Mf6Values" del "mod00.Mf6Values"
if exist "mod00.rch" del "mod00.rch"
if exist "mod00.riv" del "mod00.riv"
if exist "mfsim.lst" del "mfsim.lst"
if exist "mod00.bhd" del "mod00.bhd"
if exist "mod00.drob_out_drn.csv" del "mod00.drob_out_drn.csv"
if exist "mod00.InnerSolution.CSV" del "mod00.InnerSolution.CSV"
if exist "mod00.lst" del "mod00.lst"
if exist "mod00.ob_gw_out_head.csv" del "mod00.ob_gw_out_head.csv"
if exist "mod00.OuterSolution.CSV" del "mod00.OuterSolution.CSV"
"plproc.exe" mod00.Kx.script
"plproc.exe" mod00.K_RCH.script
"plproc.exe" mod00.R1.script
"plproc.exe" mod00.pRIV.script
"EnhancedTemplateProcessor.exe" mod00.drn.tpl mod00.pval
"EnhancedTemplateProcessor.exe" mod00.rch.tpl mod00.pval
"EnhancedTemplateProcessor.exe" mod00.riv.tpl mod00.pval
mf6.exe
reacted with thumbs up emoji reacted with thumbs down emoji reacted with laugh emoji reacted with hooray emoji reacted with confused emoji reacted with heart emoji reacted with rocket emoji reacted with eyes emoji
Uh oh!
There was an error while loading. Please reload this page.
-
Hi,
I'm running pest from files generated by model muse. Mostly out of convenience since I'm comfortable with the interface and feel more in control of boundary conditions etc.
However, the run file generated by model muse looks something like below. In this particular example I have multiple parameters assigned for different zones with pilot points for each zone.
How it is set up in model muse is not really adapted to running pest in parallell. I'm suspecting several of the steps below could be skipped since now it generates new arrays for each parameter every iteration in PESTPP-IES when I'm using the below script as my forward run script.
I dont feel confident in whats "under the hood" in the files but I suspect I atleast have to export the heads each iteration to compare with my targets. But do i really need to create covariance matrices etc each time? Can i leave some parts out when i start the parallel run?
Beta Was this translation helpful? Give feedback.
All reactions