APM.STREAM_LEVEL - APMonitor Option
Main.OptionApmStreamLevel History
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(:title APM.STREAM_LEVEL - APMonitor Option:)
(:keywords APM.STREAM_LEVEL, Optimization, Estimation, Option, Configure, Default, Description:)
(:description STREAM_LEVEL controls the amount of detailed contained in flowsheet models through OBJECT declarations:)
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Type: Integer, Input
Default Value: 0
Description: Stream level options
0=Mass Balance
1=Mass, Mole, and Energy Balances
STREAM_LEVEL controls the amount of detailed contained in flowsheet models through OBJECT declarations. At the basic level (0), only mass balance equations are solved. Variables for each stream are mass flow rate and mass fractions of all species declared in the COMPOUNDS section of the model. The last mass fraction is automatically set to make the summation equal to 1.0. At more the more advanced level (1), mole and energy balances are added. The higher stream level adds temperature, pressure, enthalpy, mole fractions, volumetric flow, density, and concentration.
(:keywords APM.STREAM_LEVEL, Optimization, Estimation, Option, Configure, Default, Description:)
(:description STREAM_LEVEL controls the amount of detailed contained in flowsheet models through OBJECT declarations:)
%width=50px%Attach:apm.png
Type: Integer, Input
Default Value: 0
Description: Stream level options
0=Mass Balance
1=Mass, Mole, and Energy Balances
STREAM_LEVEL controls the amount of detailed contained in flowsheet models through OBJECT declarations. At the basic level (0), only mass balance equations are solved. Variables for each stream are mass flow rate and mass fractions of all species declared in the COMPOUNDS section of the model. The last mass fraction is automatically set to make the summation equal to 1.0. At more the more advanced level (1), mole and energy balances are added. The higher stream level adds temperature, pressure, enthalpy, mole fractions, volumetric flow, density, and concentration.