Comments (7)
do we want to just change this?
from microphysics.
Yes.
from microphysics.
interestingly, with tables, aprox13 integration with test_react
does more RHS evals:
no table:
Execution time: 30.443917989730835
RHS stats:
min: 6
avg: 1522
max: 23965
tables:
Execution time: 26.683586120605469
RHS stats:
min: 6
avg: 1916
max: 46530
from microphysics.
Here's the comparison for the test:
variable name absolute error relative error
(||A - B||) (||A - B||/||A||)
----------------------------------------------------------------------
level = 1
density 0.000000000 0.000000000
temperature 0.000000000 0.000000000
Xnew_helium-4 0.7446594393E-06 0.7446594402E-06
Xnew_carbon-12 0.1807416444E-06 0.5839670568E-06
Xnew_oxygen-16 0.4457918293E-06 0.7767817760E-06
Xnew_neon-20 0.1002733683E-06 0.3127164189E-06
Xnew_magnesium-24 0.7251977366E-07 0.2474042924E-06
Xnew_silicon-28 0.5241993420E-06 0.8563144416E-06
Xnew_sulfur-32 0.3410176564E-06 0.1028486974E-05
Xnew_argon-36 0.1558357633E-06 0.4576690622E-06
Xnew_calcium-40 0.6082129856E-06 0.8300185222E-06
Xnew_titanium-44 0.7081178333E-06 0.1377724014E-05
Xnew_chromium-48 0.2046546471E-06 0.5383569083E-06
Xnew_iron-52 0.5256162670E-06 0.1038257153E-05
Xnew_nickel-56 0.6329660721E-06 0.6577058145E-06
Xold_helium-4 0.000000000 0.000000000
Xold_carbon-12 0.000000000 0.000000000
Xold_oxygen-16 0.000000000 0.000000000
Xold_neon-20 0.000000000 0.000000000
Xold_magnesium-24 0.000000000 0.000000000
Xold_silicon-28 0.000000000 0.000000000
Xold_sulfur-32 0.000000000 0.000000000
Xold_argon-36 0.000000000 0.000000000
Xold_calcium-40 0.000000000 0.000000000
Xold_titanium-44 0.000000000 0.000000000
Xold_chromium-48 0.000000000 0.000000000
Xold_iron-52 0.000000000 0.000000000
Xold_nickel-56 0.000000000 0.000000000
wdot_helium-4 0.7446594393E-03 0.8290511421E-06
wdot_carbon-12 0.1807416444E-03 0.6024918215E-06
wdot_oxygen-16 0.4457918293E-03 0.1486088692E-05
wdot_neon-20 0.1002733683E-03 0.3342445927E-06
wdot_magnesium-24 0.7251977365E-04 0.2474042925E-06
wdot_silicon-28 0.5241993421E-03 0.8563144418E-06
wdot_sulfur-32 0.3410176564E-03 0.1028486975E-05
wdot_argon-36 0.1558357633E-03 0.4576690623E-06
wdot_calcium-40 0.6082129856E-03 0.8300185223E-06
wdot_titanium-44 0.7081178333E-03 0.1377724014E-05
wdot_chromium-48 0.2046546471E-03 0.5383569084E-06
wdot_iron-52 0.5256162670E-03 0.1038257153E-05
wdot_nickel-56 0.6329660721E-03 0.6577058146E-06
rho_Hnuc 0.3877592594E+22 0.8471309253E-07
from microphysics.
is there a reason to do aprox13
, but not aprox19
and aprox21
?
Also, are the tables compatible with #56?
from microphysics.
is there a reason to do aprox13, but not aprox19 and aprox21?
Tabulation hasn't been implemented yet in those networks.
Also, are the tables compatible with #56?
Yes.
from microphysics.
Closing as resolved -- whether or not to use rate tabulation for the aprox networks is now a Microphysics-wide parameter.
from microphysics.
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from microphysics.