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Ignoring Fluid density warning for Component Fluids #2075
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#1852 introduced a warning when `Component.material.density(...)` was invoked. The rationale is the `Component` is the source of truth for volume, density, mass, etc. And components are the things that are thermally expanded. However, fluids are not thermally expanded and so the density of a fluid material is appropriate. This change undoes the density wrapper applied by the base `Material` when creating a `Fluid` subclass. A test is added to show that any non-`Fluid` subclass still logs the warning, but a `Fluid` subclass does not. I attempted to use a "real" material like `Sodium` but lots of other warnings can be logged depending on appropriate bounds of temperatures. So a fake Fluid is used to have more control over what warnings are logged.
john-science
reviewed
Feb 6, 2025
john-science
reviewed
Feb 6, 2025
john-science
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Feb 6, 2025
john-science
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Great!
drewj-tp
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Feb 6, 2025
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What is the change?
Calling
Component.material.density
does not log a warning with a traceback if the material is a subclass ofFluid
Why is the change being made?
TH applications need fluid densities and the traceback invocation is kind of a bottleneck.
#1852 introduced a warning when
Component.material.density(...)
was invoked. The rationale is theComponent
is the source of truth for volume, density, mass, etc. And components are the things that are thermally expanded.However, fluids are not thermally expanded and so the density of a fluid material is appropriate.
This change undoes the density wrapper applied by the base
Material
when creating aFluid
subclass.A test is added to show that any non-
Fluid
subclass still logs the warning, but aFluid
subclass does not.I attempted to use a "real" material like
Sodium
but lots of other warnings can be logged depending on appropriate bounds of temperatures. So a fake Fluid is used to have more control over what warnings are logged.I contend that the stack trace should still be used in this message. This is a message meant for application developers to root out problematic parts of their codebase. And it helped us pinpoint very specific call locations with ease.
Checklist
doc
folder.pyproject.toml
.