Difference between revisions of "TUFLOW Message 3036"

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{{TUFLOW_Message
 
{{TUFLOW_Message
|tuflow_message=ERROR 3036: Hydrograph weight data not in range [0 ... 6.5535].
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|tuflow_message=ERROR 3036 - Hydrograph weight data not in range [0 ... 6.5535].
 
<br>  
 
<br>  
|alt_msg=None
+
|alt_msg=NA<br>
  
 
|type=[[ERROR]]  
 
|type=[[ERROR]]  
|message_desc=Hydrographs were not accepted by the HPC solver. Prior to 2020-01-AC release this error was caused by multiplication factors f1 and f2 in the 2d_rf layer other than 1.  
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|message_desc=It is possible to apply spatial weighting factors when cells reference nearby hyteograph rainfall data records.
|suggestions=Use the latest TUFLOW release. If multiplication factors other than 1 are used and TUFLOW version cannot be updated, multiplication should be applied to the source hydrographs rather than the factors f1 and f2.<br>
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In HPC these are discretised as integers, and the original floating point weights must be in range 0 to 6.5535.
If the above doesn't apply, please contact [mailto:support@tuflow.com support@tuflow.com].
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|suggestions=If certain hyteograph records are being scaled with factors greater than one, then consider increasing the original source data for
 +
these hyteographs so that the weighting values can be decreased.  
  
|discussion_page=* [[Talk:TUFLOW Message 3036|Discuss Message 3036]]
 
|link3=''
 
|link4=''
 
|prelink=[[TUFLOW_Message_3035|Message 3035]]
 
 
|uplink=[[3xxx_TUFLOW_Messages|3xxx Messages]]
 
|uplink=[[3xxx_TUFLOW_Messages|3xxx Messages]]
|nextlink=[[TUFLOW_Message_3037|Message 3037]]
 
 
}}
 
}}

Latest revision as of 15:56, 18 July 2024

TUFLOW Message
ERROR 3036 - Hydrograph weight data not in range [0 ... 6.5535].

Alternate Message
NA

Message Type
ERROR

Description
It is possible to apply spatial weighting factors when cells reference nearby hyteograph rainfall data records. In HPC these are discretised as integers, and the original floating point weights must be in range 0 to 6.5535.

Suggestions
If certain hyteograph records are being scaled with factors greater than one, then consider increasing the original source data for these hyteographs so that the weighting values can be decreased.


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