CMS-Flow:Model Control:Output: Difference between revisions

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==Output Times Lists==
==Output Times Lists==
*Lists: Change increment and end times for List 1, 2, 3 and 4. Users can provide different time intervals. These lists can be used in the bottom section for specific variables. Also, the same List can be used in several variables' outputs.
The times at which each group is output is determined by the selecting one of four user defined output time series or lists. In SMS versions 10.1 and earlier, the output time series were used. However, because the output time series can become very large for long-term simulations, the time series have been replaced by lists in which the output times are specifying a list of starting, ending and increments. This option is more compact and also makes it easier to manually change the output options in the cmcards file.


==Output Datasets==
==Output Datasets==
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{| border="1"
{| border="1"
! Output Dataset !! Group !! Description !! Units !!
! Output Dataset !! Group !! Description !! Units  
|-
| Water surface elevation || Elevation || Cell-centered water surface elevation || m
|-
|-
| Current Velocity || Velocity || Depth-averaged and cell-centered current velocity vector dataset and with respect to local grid coordinates || m/s
| Current Velocity || Velocity || Depth-averaged and cell-centered current velocity vector dataset and with respect to local grid coordinates || m/s
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| Current Magnitude || Velocity  || Depth-averaged and cell-centered current velocity magnitude dataset || m/s
| Current Magnitude || Velocity  || Depth-averaged and cell-centered current velocity magnitude dataset || m/s
|-
|-
| Water Elevation || Water surface elevation || Cell-centered water surface elevation || m
| Depth || Morphology || Cell-centered still water depth || m
|-
| Morphology || Morphology || Cell-centered morphology (bed) change. Positive is accretion and negative is erosion || m
|-
|-
| Eddy Viscosity || Eddy viscosity || Cell-centered horizontal eddy viscosity || m^2/s
| Sediment total-load capacity || Transport || Depth-averaged and cell-centered sediment concentration capacity || kg/m^3
|-
|-
| Concentration || Transport || Depth-averaged and cell-centered sediment concentration || kg/m^3
| Sediment total-load concentration || Transport || Depth-averaged and cell-centered sediment concentration || kg/m^3
|-
|-
| Capacity || Transport || Depth-averaged and cell-centered sediment concentration capacity || kg/m^3
| Fraction suspended || Transport || Fraction of suspended load in total load for size class k (equal to 1 for fine-grained sediments) ||  
|-
|-
| Total Sediment Transport || Transport || Depth-averaged and cell-centered total-load sediment transport || kg/m/s
| Total Sediment Transport || Transport || Depth-averaged and cell-centered total-load sediment transport || kg/m/s
|-
|-
| Salinity || Transport || Depth-averaged and cell-centered sediment concentration capacity || kg/m^3
| Salinity concentration || Transport || Depth-average salinity concentration || ppt
|-
|-
| Depth|| Morphology || Cell-centered still water depth || m
| Water height || Wave || Cell-centered water surface elevation || m
|-
|-
| Morphology Change|| Morphology || Cell-centered morphology (bed) change. Positive is accretion and negative is erosion || m
| Wave period || Wave || Cell-centered significant wave height|| m
|-
|-
| Wave Height || Waves || Cell-centered significant wave height|| m
| Wave height vector || Wave || Cell-centered significant wave height vector || m
|-
|-
| Wave Height Velocity || Waves || 1.0 || Sets the length of the ramp period in which the model forcing is slowly ramped from zero.
| Wave dissipation || Wave || Cell-centered significant wave dissipation || m
|-
|-
| Wave Period || Waves || 1.0 || Sets the length of the ramp period in which the model forcing is slowly ramped from zero.
| Eddy Viscosity || Eddy viscosity || Cell-centered horizontal eddy viscosity || m^2/s
|}
|}


==Statistical Output==
==Statistical Output==
==Output options==
*Enable hydro statistical output
*Enable sediment transport statistical output
*Enable salinity statistical output


For more information about the outputs format, [https://cirpwiki.info/wiki/CMS-Flow_Output_files please visit:]
==[https://cirpwiki.info/wiki/CMS-Flow_Output_files Output options]==
[[Category:CMS-Flow]]

Latest revision as of 14:35, 19 December 2022

CMS Flow Model Control Output Tab Version 13.2.12

Simulation Label

Change Simulation label, if desired. Users ma change the simulation if they changed time intervals or other variables into the model.

Output Times Lists

The times at which each group is output is determined by the selecting one of four user defined output time series or lists. In SMS versions 10.1 and earlier, the output time series were used. However, because the output time series can become very large for long-term simulations, the time series have been replaced by lists in which the output times are specifying a list of starting, ending and increments. This option is more compact and also makes it easier to manually change the output options in the cmcards file.

Output Datasets

Global output refers to the variables that are output on every active cell on the grid. The global output options are specified in Output tab of the CMS-Flow Model Control window. More information on the global output variables, groups and CMS-Flow cards is provided in the sections below. Change List to use for Morphology and Transport

Global output datasets are divided into groups and each group is assigned an output times, and file. A description of the various output datasets and the associated groups is provided in Global Output Datasets

Output Dataset Group Description Units
Water surface elevation Elevation Cell-centered water surface elevation m
Current Velocity Velocity Depth-averaged and cell-centered current velocity vector dataset and with respect to local grid coordinates m/s
Current Magnitude Velocity Depth-averaged and cell-centered current velocity magnitude dataset m/s
Depth Morphology Cell-centered still water depth m
Morphology Morphology Cell-centered morphology (bed) change. Positive is accretion and negative is erosion m
Sediment total-load capacity Transport Depth-averaged and cell-centered sediment concentration capacity kg/m^3
Sediment total-load concentration Transport Depth-averaged and cell-centered sediment concentration kg/m^3
Fraction suspended Transport Fraction of suspended load in total load for size class k (equal to 1 for fine-grained sediments)
Total Sediment Transport Transport Depth-averaged and cell-centered total-load sediment transport kg/m/s
Salinity concentration Transport Depth-average salinity concentration ppt
Water height Wave Cell-centered water surface elevation m
Wave period Wave Cell-centered significant wave height m
Wave height vector Wave Cell-centered significant wave height vector m
Wave dissipation Wave Cell-centered significant wave dissipation m
Eddy Viscosity Eddy viscosity Cell-centered horizontal eddy viscosity m^2/s

Statistical Output

  • Enable hydro statistical output
  • Enable sediment transport statistical output
  • Enable salinity statistical output

Output options

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