A container for global flags that set the verbosity of log messages.
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#include <debugUtils.h>
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| static void | setParameters (bool adapt, bool regrid, bool timesteps, bool radius, bool verbose) |
| | Set values for the various debug flags.
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| static bool | debugAdapt |
| | Print verbose information while doing grid adaptation (adding and removing interior grid points).
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| static bool | debugRegrid |
| | Print verbose information while regridding (adding and removing boundary grid points).
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| static bool | debugTimesteps |
| | Print a single summary line after each global timestep.
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| static bool | debugFlameRadiusControl |
| | Print information related to the feedback control used to set the location of the flame, when this capability is active.
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| static bool | veryVerbose |
| | Print lots of extra information, primarily about the progress of the individual solvers for the split terms.
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A container for global flags that set the verbosity of log messages.
◆ setParameters()
| void debugParameters::setParameters |
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bool | adapt, |
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bool | regrid, |
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bool | timesteps, |
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bool | radius, |
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bool | verbose ) |
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Set values for the various debug flags.
This function exists because it's easier to expose in Cython than the individual static members of this class.
◆ debugAdapt
| bool debugParameters::debugAdapt |
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static |
Print verbose information while doing grid adaptation (adding and removing interior grid points).
◆ debugRegrid
| bool debugParameters::debugRegrid |
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static |
Print verbose information while regridding (adding and removing boundary grid points).
◆ debugTimesteps
| bool debugParameters::debugTimesteps |
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static |
Print a single summary line after each global timestep.
◆ debugFlameRadiusControl
| bool debugParameters::debugFlameRadiusControl |
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static |
Print information related to the feedback control used to set the location of the flame, when this capability is active.
◆ veryVerbose
| bool debugParameters::veryVerbose |
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static |
Print lots of extra information, primarily about the progress of the individual solvers for the split terms.
The documentation for this class was generated from the following files: