Wrong LHFL_S calculation in the case of sublimation – in #9: CCLM
in #9: CCLM
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<p>
On the behalf of Uli Blahak:
</p>
<p>
Hi all,
</p>
<p>
I forwarded the code correction to Jürgen Helmert, Bodo Ritter and Jan-Peter Schulz
<br/>
and wait for their response.
<br/>
Personally I also think that this should be fixed in the proposed way. Jürgen, your
<br/>
13 % estimate for the difference is correct.
</p>
<p>
I just think that the correction parts for sea ice and frozen land points should
<br/>
also be integrated in slow_tendencies.f90 (Leapfrog) for consistency with RK
<br/>
(src_slow_tendencies_rk.f90)
</p>
<p>
Best regards,
</p>
<p>
Uli
</p>
<p>
Hi Uli,
</p>
<p>
Stefan proposed the changes for both modules, src_slow_tendencies_rk.f90 and slow_tendencies.f90
</p>
<p>
Hans-Jürgen
</p>
<p>
On the behalf of Uli Blahak:
</p>
<p>
Hi all,
</p>
<p>
I forwarded the code correction to Jürgen Helmert, Bodo Ritter and Jan-Peter Schulz
<br/>
and wait for their response.
<br/>
Personally I also think that this should be fixed in the proposed way. Jürgen, your
<br/>
13 % estimate for the difference is correct.
</p>
<p>
I just think that the correction parts for sea ice and frozen land points should
<br/>
also be integrated in slow_tendencies.f90 (Leapfrog) for consistency with RK
<br/>
(src_slow_tendencies_rk.f90)
</p>
<p>
Best regards,
</p>
<p>
Uli
</p>
<p>
Hi Uli,
</p>
<p>
Stefan proposed the changes for both modules, src_slow_tendencies_rk.f90 and slow_tendencies.f90
</p>
<p>
Hans-Jürgen
</p>
I forwarded the code correction to Jürgen Helmert, Bodo Ritter and Jan-Peter Schulz
and wait for their response.
Personally I also think that this should be fixed in the proposed way. Jürgen, your
13 % estimate for the difference is correct.
I just think that the correction parts for sea ice and frozen land points should
also be integrated in slow_tendencies.f90 (Leapfrog) for consistency with RK
(src_slow_tendencies_rk.f90)
Best regards,
Uli
Hi Uli,
Stefan proposed the changes for both modules, src_slow_tendencies_rk.f90 and slow_tendencies.f90
On the behalf of Uli Blahak:
Hi all,
I forwarded the code correction to Jürgen Helmert, Bodo Ritter and Jan-Peter Schulz
and wait for their response.
Personally I also think that this should be fixed in the proposed way. Jürgen, your
13 % estimate for the difference is correct.
I just think that the correction parts for sea ice and frozen land points should
also be integrated in slow_tendencies.f90 (Leapfrog) for consistency with RK
(src_slow_tendencies_rk.f90)
Best regards,
Uli
Hi Uli,
Stefan proposed the changes for both modules, src_slow_tendencies_rk.f90 and slow_tendencies.f90
Hans-Jürgen