Single Column Simulation with CCLM – in #8: General Questions
in #8: General Questions
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<p>
Ok, I see one problem: You have ie_tot=je_tot=21 and nprocx=nprocy=24! I wonder that it works at all. Because this means that you distribute the 21×21=441 grid points to 24×24=576 processors.
<br/>
You have to use nprocx=nprocy=1 (!), so only 1
<span class="caps">
CPU
</span>
. Then it should also work with less grid points. You have nboundlines=3 (what you need for the dynamics), so can try to use ie_tot=je_tot=7. This is one grid point in the interior domain and 3 grid points of boundaries around.
</p>
<p>
I am sorry that I cannot help further, because this is my last day before I leave for 3 weeks of holidays. Good Luck!
</p>
<p>
Ok, I see one problem: You have ie_tot=je_tot=21 and nprocx=nprocy=24! I wonder that it works at all. Because this means that you distribute the 21×21=441 grid points to 24×24=576 processors.
<br/>
You have to use nprocx=nprocy=1 (!), so only 1
<span class="caps">
CPU
</span>
. Then it should also work with less grid points. You have nboundlines=3 (what you need for the dynamics), so can try to use ie_tot=je_tot=7. This is one grid point in the interior domain and 3 grid points of boundaries around.
</p>
<p>
I am sorry that I cannot help further, because this is my last day before I leave for 3 weeks of holidays. Good Luck!
</p>
Ok, I see one problem: You have ie_tot=je_tot=21 and nprocx=nprocy=24! I wonder that it works at all. Because this means that you distribute the 21×21=441 grid points to 24×24=576 processors.
You have to use nprocx=nprocy=1 (!), so only 1
CPU
. Then it should also work with less grid points. You have nboundlines=3 (what you need for the dynamics), so can try to use ie_tot=je_tot=7. This is one grid point in the interior domain and 3 grid points of boundaries around.
I am sorry that I cannot help further, because this is my last day before I leave for 3 weeks of holidays. Good Luck!
Ok, I see one problem: You have ie_tot=je_tot=21 and nprocx=nprocy=24! I wonder that it works at all. Because this means that you distribute the 21×21=441 grid points to 24×24=576 processors.
You have to use nprocx=nprocy=1 (!), so only 1 CPU . Then it should also work with less grid points. You have nboundlines=3 (what you need for the dynamics), so can try to use ie_tot=je_tot=7. This is one grid point in the interior domain and 3 grid points of boundaries around.
I am sorry that I cannot help further, because this is my last day before I leave for 3 weeks of holidays. Good Luck!