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Reason.
Dynamic memory allocation such as in PolyRegularQKTO takes a significant amount of time such as in the example below.
Proposed Solution
Reserve enough memory at start of program? A proper solution will obviously need more thought and a redesign of the code (or just use Yellowjacket-GEM 😅)
Impact
Faster multiphysics
Additional context
The text was updated successfully, but these errors were encountered:
Any fortran array with a size that is dependent on a runtime variable will lead to a malloc/free pair. The profile shows that > 30% of the Thermochimica time is spent in either malloc or free. At first glance it looks like those could largely be avoided by reusing buffer space (sized for the maximim number of species in a given phase for example).
Reason.
Dynamic memory allocation such as in
PolyRegularQKTO
takes a significant amount of time such as in the example below.Proposed Solution
Reserve enough memory at start of program? A proper solution will obviously need more thought and a redesign of the code (or just use Yellowjacket-GEM 😅)
Impact
Faster multiphysics
Additional context
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The text was updated successfully, but these errors were encountered: