Difference between revisions of "TUFLOW Message 2386"

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{{TUFLOW_Message
 
{{TUFLOW_Message
 
|tuflow_message=WARNING 2386 - Output data type "dt" not valid for Classic solution scheme.
 
|tuflow_message=WARNING 2386 - Output data type "dt" not valid for Classic solution scheme.
|alt_msg=WARNING 2386 - Output data type "Nu" not valid for Classic solution scheme. Please use "Cr" instead.<br>
+
|alt_msg=WARNING 2386 - Output data type "Nu" not valid for Classic solution scheme. Please use "Cr" instead.<br>
WARNING 2386 - Output data type "Nc" not valid for Classic solution scheme. Please use "Cr" instead.<br>
+
WARNING 2386 - Output data type "Nc" not valid for Classic solution scheme. Please use "Cr" instead.<br>
WARNING 2386 - Output data type "Nd" not valid for Classic solution scheme. Please use "Cr" instead.<br>
+
WARNING 2386 - Output data type "Nd" not valid for Classic solution scheme. Please use "Cr" instead.<br>
WARNING 2386 - Output data type "Cr" not valid for HPC solution scheme. Please use "Nu", "Nc", or "Nd" instead.<br>
+
WARNING 2386 - Output data type "Cr" not valid for HPC solution scheme. Please use "Nu", "Nc", or "Nd" instead.<br>
 +
WARNING 2386 - Output data type "r" only valid for Classic solution scheme.<br>
 +
WARNING 2386 - Output data type "CI" not valid with horizontal sub-surface flows or multiple vertical soils layers.<br>
 
|type=[[WARNING]]
 
|type=[[WARNING]]
|message_desc=TUFLOW Classic solver applies fixed timestep and do not support the output data type "dt" (the <u>[[HPC_Adaptive_Timestepping | HPC adaptive timestepping]]</u>).
+
|message_desc=TUFLOW Classic solver applies fixed timestep and does not support the output data type "dt", "Nu", "Nc", or "Nd" (the <u>[[HPC_Adaptive_Timestepping | HPC adaptive timestepping]]</u>). On the other hand, "Cr" is the Courant Number output in TUFLOW Classic solution scheme, same as "r" is the flow regime, and are not supported by TUFLOW HPC solver.<br>
|suggestions=Use TUFLOW HPC or remove "dt" from output data type command.
+
The Cumulative Infiltration (CI) output is only available for models with a single vertical soil layer, no horizontal movement of ground water and no drying of the soil layer through negative rainfall. When any of the three options (multiple vertical layers, horizontal movement or negative rainfall) can reduce the groundwater moisture, the water content in the layer is no longer a “cumulative value” so the CI output is not available.
 +
|suggestions=Use supported output data types in each solver.
  
 
|uplink=[[2xxx_TUFLOW_Messages|2xxx Messages]]
 
|uplink=[[2xxx_TUFLOW_Messages|2xxx Messages]]
 
}}
 
}}

Latest revision as of 16:23, 30 March 2023

TUFLOW Message
WARNING 2386 - Output data type "dt" not valid for Classic solution scheme.

Alternate Message
WARNING 2386 - Output data type "Nu" not valid for Classic solution scheme. Please use "Cr" instead.
WARNING 2386 - Output data type "Nc" not valid for Classic solution scheme. Please use "Cr" instead.
WARNING 2386 - Output data type "Nd" not valid for Classic solution scheme. Please use "Cr" instead.
WARNING 2386 - Output data type "Cr" not valid for HPC solution scheme. Please use "Nu", "Nc", or "Nd" instead.
WARNING 2386 - Output data type "r" only valid for Classic solution scheme.
WARNING 2386 - Output data type "CI" not valid with horizontal sub-surface flows or multiple vertical soils layers.

Message Type
WARNING

Description
TUFLOW Classic solver applies fixed timestep and does not support the output data type "dt", "Nu", "Nc", or "Nd" (the HPC adaptive timestepping). On the other hand, "Cr" is the Courant Number output in TUFLOW Classic solution scheme, same as "r" is the flow regime, and are not supported by TUFLOW HPC solver.
The Cumulative Infiltration (CI) output is only available for models with a single vertical soil layer, no horizontal movement of ground water and no drying of the soil layer through negative rainfall. When any of the three options (multiple vertical layers, horizontal movement or negative rainfall) can reduce the groundwater moisture, the water content in the layer is no longer a “cumulative value” so the CI output is not available.

Suggestions
Use supported output data types in each solver.


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