Difference between revisions of "TUFLOW Message 1999"
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(Created page with "{{TUFLOW_Message |tuflow_message=ERROR 1998 - Water level of <water level> exceeds range in Channel <channel ID> at <time>. |alt_msg=N/A |type=ERROR |message_desc=The wate...") |
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|alt_msg=N/A | |alt_msg=N/A | ||
|type=[[ERROR]] | |type=[[ERROR]] | ||
| − | |message_desc=The water level in a 1D channel has exceeded the instability water level for the channel. The default instability water level is 10 times the maximum depth in the cross-section for the channel. This can be modified with the .ecf command: "<tt>Depth Limit Factor == </tt>". This can occur if the 1D water level fluctuates widely due to stability issues and may result in a NaN (not a number). | + | |message_desc=The water level in a 1D channel has exceeded the instability water level for the channel. The default instability water level is 10 times the maximum depth in the cross-section for the channel. This can be modified with the .ecf command: "<tt><font color="blue">Depth Limit Factor </font><font color="red">== </font></tt>". This can occur if the 1D water level fluctuates widely due to stability issues and may result in a NaN (not a number). |
|suggestions=Please refer to Section 14.3 of the 2016 TUFLOW manual for tips on finding the start of an instability. | |suggestions=Please refer to Section 14.3 of the 2016 TUFLOW manual for tips on finding the start of an instability. | ||
|discussion_page=* [[Talk:TUFLOW Message 1999|Discuss Message 1999]] | |discussion_page=* [[Talk:TUFLOW Message 1999|Discuss Message 1999]] | ||
Revision as of 08:52, 24 June 2022
TUFLOW Message
ERROR 1998 - Water level of <water level> exceeds range in Channel <channel ID> at
Alternate Message
N/A
Message Type
ERROR
Description
The water level in a 1D channel has exceeded the instability water level for the channel. The default instability water level is 10 times the maximum depth in the cross-section for the channel. This can be modified with the .ecf command: "Depth Limit Factor == ". This can occur if the 1D water level fluctuates widely due to stability issues and may result in a NaN (not a number).
Suggestions
Please refer to Section 14.3 of the 2016 TUFLOW manual for tips on finding the start of an instability.
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