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| *[[User:Rcorrigan/Workflow Tests|Workflow Tests]] | | *[[User:Rcorrigan/Workflow Tests|Workflow Tests]] |
| *[[User:Rcorrigan/Update Pages|Update Pages]]
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| *[[User:Rcorrigan/Functional Surface Options|Functional Surface Options]] | | *[[User:Rcorrigan/Functional Surface Options|Functional Surface Options]] |
| *[[User:Rcorrigan/Display Themes|Display Themes Edit]] | | *[[User:Rcorrigan/Display Themes|Display Themes Edit]] |
| *[[User:Rcorrigan/Sandboxing GMS Menus|GMS Sandbox]] | | *[[User:Rcorrigan/Sandboxing GMS Menus|GMS Sandbox]] |
| | *[[User:Rcorrigan/SMS:Simulations]] |
| | *[[User:Rcorrigan/AHGW for ArcGIS Pro]] |
| | *[[User:Rcorrigan/Archived Projects]] |
| | *[[User:Rcorrigan/SMS Tutorial Table|Tutorial Tables]] |
| | *[[User:Rcorrigan/Edits Riley didn't finish]] |
| [[Category:User:Rcorrigan/Templates]] | | [[Category:User:Rcorrigan/Templates]] |
| ==Model Control Editing==
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| ===Parameters===
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| *''Source terms'' – (This option defines whether CMS-Wave should generate waves using wind input or not.???)
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| '''**"Source terms and propagation" – Uses wind input if provided.'''
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| '''**"Propagation only" – Neglects wind input in calculation.'''
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| ''' *''Current interaction'' – Option to define currents for the simulation.
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| **"None" – No current interaction will be in the simulation.
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| **"Use dataset" – A vector dataset can be used to define the currents for the simulation. Click '''Select''' to select from the dataset options in a dialog. '''
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| **"Gauss-Seidel" – Sets matrix solver to Gauss-Seidel solver with multi-processor capability.
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| ***''Number of threads'' –
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| **"ADI" – Sets matrix solver to Alternative Direction Iterative solver.
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| ====Source Material====
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| * ''Source Terms'' – Specifies whether STWAVE should generate waves using wind and the input spectrum or whether to use the wave spectrum.
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| ===Boundary Control===
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| The Boundary control tab contains options for assigning spectral data for the model run.
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| *''Source'' – Select the source for the external boundary conditions
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| **"Spectral Coverage" – Uses the spectral coverage in the simulation for all boundary conditions.
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| **"None" – Requires that energy spectra be entered.
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| *''Interpolation Type'' – Sets the method for (CMS-Wave??) to use when interpolating between spectra.
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| ***"Average spectra" –
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| ***"IDW interpolation" – Sets the type of data interpolation to Inverse Distance Weighting <!--(for example, for spatial interpolation of wind data) Riley has no idea if this is actually the case-->
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| *''Computational Spectral Grid'' – Adjust and view data related to the computational spectral grid.
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| **''Frequency Distribution'' – Adjust the Frequency Distribution settings for the computational spectral grid.
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| ***''Number'' – Adjust the number of frequency bands.
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| ***''Delta'' – Adjust the step size in Hz.
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| ***''Minimum'' – Adjust the minimum frequency in Hz.
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| **''Angle Distribution'' – View the Angle Distribution settings for the computational spectral grid.
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| ***''Number'' – View the number of angle bands.
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| ***''Delta'' – View the step size in degrees.
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| ***''Minimum'' – View the minimum angle in degrees.
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| *''Sides'' – Specified when using a spectral coverage source. The types of boundary conditions include:
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| ** "Specified spectrum" – Click '''Select''' to the right to open a dialog box to assign the spectral coverage to the boundary.
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| ** "Zero spectrum" – The boundary doesn't have any spectral energy applied.
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| ** "Open lateral boundary" –
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|
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| *''Case data'' – Defines the time step or cases that will be used and the input boundary conditions for each.
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| **''Wind direction angle convention'' – Set the convention for the wind direction field for the model.
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| ***"Cartesian" – The direction FROM. The origin (0.0) indicates the direction is coming from North. It increases clockwise from North (viewed from above). This is most commonly used for wind direction.
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| ***"Meterologic" – The direction TO. The origin (0.0) indicates the direction is going to the North. It increases clockwise (like a bearing) so 45 degrees indicates a direction heading towards the North East.
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| ***"Oceanographic" – The Cartesian coordinate axes as a direction TO. East, or the positive X axis, defines the zero direction. It increases in a counter clockwise direction or righthand rule. 45 degrees indicates a direction heading to the North East and 90 degrees indicates a direction heading to the North.
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| ***"Shore normal" – "TO" convention based on a Theta(grid) which defines the grid orientation relative to the positive X axis (CCW direction).
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| **''Populate from Spectra'' – Click the '''Populate''' button to import data from the (Spectral coverage???).
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| **'''Set Reference Time''' – Click this button to open the ''CMS-Wave Simulation Reference Time'' dialog and adjust the reference time and time units.
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| ***''Reference time'' – Set the desired Reference time for the simulation.
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| ***''Time units'' – Sets time units for case data to "days", "hours", or "minutes".
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| **'''Graphic icons???'''
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| **''Time'' – The time offset value representing how much later the time is than the specified reference time. Hence, if 5 is entered for the time offset, and the time units is hours, then it is the case of 5 hours later. When nesting is used, the case ids, and the number of cases, will be determined by the parent simulation.
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| **''Wind Direction'' – Available if "Constant value" has been selected on the ''Parameters" tab.
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| **''Wind Magnitude'' – Available if "Constant value" has been selected on the ''Parameters" tab.
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| **''Water Level'' – Available if "Constant value" has been selected on the ''Parameters" tab.
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| ====Source Material====
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| *''Cartesian'': The direction FROM. The origin (0.0) indicates the direction is coming from North. It increases clockwise from North (viewed from above). This is most commonly used for wind direction.
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| *''Meteorologic'': The direction TO. The origin (0.0) indicates the direction is going to the North. It increases clockwise (like a bearing) so 45 degrees indicates a direction heading towards the North East.
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| *''Oceanographic'': The Cartesian coordinate axes as a direction TO. East, or the positive X axis, defines the zero direction. It increases in a counter clockwise direction or righthand rule. 45 degrees indicates a direction heading to the North East and 90 degrees indicates a direction heading to the North.
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| *''Shore Normal'': "TO" convention based on a Theta(grid) which defines the grid orientation relative to the positive X axis (CCW direction).
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|
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| *''Sides'' – Specified when using a spectral coverage source. The types of boundary conditions include:
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| ** "Specified spectrum" – This may come from a parent grid if using nesting. Otherwise, a button to the right will be used to assign the spectral coverage to the boundary.
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| ** "1D transformed spectrum" – This boundary type allows energy to propagate along the boundary without interference. The cells would have the same energy if the grid was extended and the boundary became interior to a larger grid.
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| ** "Zero spectrum" – The boundary doesn't have any spectral energy applied.
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|
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| *''Case data'' – Defines the time step or cases that will be used and the input boundary conditions for each.
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| **''Wind direction angle convention'' – Controls allow choosing the convention that will be used for the wind direction field in the events spreadsheet. Options include: "Cartesian", "Meteorologic", "Oceanographic", and "Shore normal".
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| **''Time'' – The time offset value representing how much later the time is than the specified reference time. Hence, if 5 is entered for the time offset, and the time units is hours, then it is the case of 5 hours later. When nesting is used, the case ids, and the number of cases, will be determined by the parent simulation.
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| **''Wind Direction'' – Available if "Constant value" has been selected on the ''Parameters" tab.
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| **''Wind Magnitude'' – Available if "Constant value" has been selected on the ''Parameters" tab.
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| **''Water Level'' – Available if "Constant value" has been selected on the ''Parameters" tab.
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| Breaking – This will output a dataset representing the wave breaking. For full-plane, this can be no indices (off) or write indices which gives a value of 1 where breaking occurs and 0.0 otherwise. Half-plane has the full-plane options and has an additional option to calculate energy dissipation; this will give a dataset of energy dissipation.
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|
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| *''Wind'' – a constant value or a vector dataset can be used to define the wind for the simulation. If constant is selected, the wind direction and magnitude will be specified in the ''CMS-Wave Case Definition'' dialog for each case.
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| ===Output control===
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| The Output Control tab contains additional options for outputting results from the CMSWave model run.
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|
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| *''Limit observation output'' –
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| *''Radiation Stresses'' – Turns on wave radiation stresses calculations for the simulation. (Results in a [[SMS:CMS-Wave Radiation Stress File|wave radiation stress file]] with spatially varied data (a value for each cell)???).
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| *''Breaking type'' – Option to turn on (production of wave breaking data???) (wave breaking file creation???) and define data type (results in a [[SMS:CMS-Wave Wave Breaking File|wave breaking file]] with spatially varied data (a value for each cell)).
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| **"None" – (Wave breaking file type will not be produced???).
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| **"Write indices" – (Select for output of wave breaking indices???)
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| **"Calculate energy dissipation" – (Select for output of dataset of energy dissipation fluxes???)
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| ===Options===
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| *''Allow wetting and drying'' – Allows fluctuation of cells between wet and dry depending on threshold flow depth at the cell center.
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| *''Infragravity wave effect'' – Sets the model to include infra-gravity wave effect.
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| *''Diffraction intensity'' – Sets the diffraction intensity for the model. Use 0 for no diffraction. Use 4 for strong diffraction.
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| *''Nonlinear wave effect'' – Sets the model to include computation for non-linear wave-wave interaction.
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| *''Run up'' – Sets the model to include computation for wave runup, which is the maximum shoreward wave swash on the beach face for engineering structures.
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| *''Fast-mode run'' – (??for fast-mode simulation (for wave generation and propagation))
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|
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| *''Roller effects'' – (Sets wave roller intensity factor. Use "None" for no effect. Use "100%" for strong effect.???)
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| *''Forward reflection'' – A constant value for the entire simulation or spatially varying data using a scalar dataset can be used to define the forward reflection for the model.
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| **"None" – Forward reflection will not be represented in the model.
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| **"Constant" – Forward reflection will be defined by a constant value for the entire simulation.
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| **"Use dataset" – Forward reflection will be defined by a scalar dataset with spatially varying data for the simulation. '''Select''' appears next to it. This button brings up a data tee that allows for selecting the desired dataset.
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| *''Backward reflection'' – A constant value for the entire simulation or spatially varying data using a scalar dataset can be used to define the backward reflection for the model.
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| **"None" – Backward reflection will not be represented in the model.
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| **"Constant" – Backward reflection will be defined by a constant value for the entire simulation.
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| **"Use dataset" – Backward reflection will be defined by a scalar dataset with spatially varying data for the simulation. '''Select''' appears next to it. This button brings up a data tee that allows for selecting the desired dataset.
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| *''Muddy bed'' – If desired, spatially varying data using a scalar dataset can be used to calculate wave dissipation over muddy bed for the model.
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| **"None" – Turns off calculating for wave dissipation over muddy bed.
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| **"Use dataset" – Define the scalar dataset to be used to calculate wave dissipation over muddy bed for the model. '''Select''' appears next to it. This button brings up a data tee that allows for selecting the desired dataset.
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| *''Wave breaking formula'' – Sets the formula for (depth-limited energy dissipation??) for the simulation.
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| **"Extended Goda" – Sets wave breaking formula to "Extended Goda".
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| **"Extended Miche" – Sets wave breaking formula to "Extended Miche".
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| **"Battjes and Jannsen 1978" – Sets wave breaking formula to "Battjes and Jannsen 1978". For this formula, Gamma value definition <!--possibly Spectral peak dispersion factor--> is required.
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| **"Chawla and Kirby" – Sets wave breaking formula to "Chawla and Kirby".
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| **"Battjes and Jannsen 2007" – Sets wave breaking formula to "Battjes and Jannsen 2007".
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| **"Miche Original" – Sets wave breaking formula to "Miche Original".
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| **"Lifting breaking" – Sets wave breaking formula to "Lifting breaking".
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| *''Date format'' – Select the type of date format preferred for (output data???).
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| ***"8 digits" – Sets date format to 8 digit format.
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| ***"12 digits" – Sets date format to 12 digit format.
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| ==Creating Blurbs for Pages==
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| This page describes tools in the SMS toolbox that are grouped under the [[SMS:ADCIRC|ADCIRC]] model.
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| This article describes tools in the [[SMS:toolbox|SMS toolbox]] that are used with the [[SMS:ADCIRC|ADCIRC]] model to assist with specific ADCIRC functions.
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| This article describes tools from the [[SMS:toolbox|SMS toolbox]] designed to perform specialized modifications to [[SMS:Coverages|coverages]].
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| This article describes tools from the [[SMS:toolbox|SMS toolbox]] that perform a wide variety of functions. Many of them are related to creating, converting, and representing [[SMS:Datasets|datasets]] in SMS. Many of these functions were formerly found under the [[SMS:Dataset Toolbox|''Dataset Toolbox'']].
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| This article describes tools from the [[SMS:toolbox|SMS toolbox]] that are used to modify and organize [[Lidar|lidar]] data in SMS.
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| This article describes tools from the [[SMS:toolbox|SMS toolbox]] that are used to edit, create, and otherwise modify rasters. <!--[[SMS:Rasters|rasters]] This page doesn't exist-->
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| This article describes tools from the [[SMS:toolbox|SMS toolbox]] that are used to edit, create, and otherwise modify [[SMS:UGrid Module|Ugrids]].
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| ==Tool pages to create==
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| [[Extrude to 3D UGrid Tool|Extrude to 3D UGrid]]
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| [[Raster to Grid Tool|Raster to Grid]]
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| ==Tools Links==
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| [[SMS:ADCIRC Check/Fix Levee Crest Elevations Tool|''Check/Fix Levee Crest Elevations'']]
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| [[SMS:ADCIRC Check/Fix Levee Ground Elevations Tool|''Check/Fix Levee Ground Elevations'']]
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| [[Arcs to Polygons Tool|Arcs to Polygons]]
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| [[Trim Coverage Tool|Trim Coverage]]
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| [[Advective Courant Number Tool|Advective Courant Number]]
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| [[Advective Time Step Tool|Advective Time Step]]
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| [[Angle Convention Tool|Angle Convention]]
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| [[Canopy Coefficient Tool|Canopy Coefficient]]
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| [[Chezy Friction Tool|Chezy Friction]]
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| [[Compare Datasets Tool|Compare Datasets]]
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| [[Directional Roughness Tool|Directional Roughness]]
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| [[Filter Dataset Values Tool|Filter Dataset Values]]
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| [[Geometry Gradient Tool|Geometry Gradient]]
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| [[Gravity Waves Courant Number Tool|Gravity Waves Courant Number]]
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| [[Gravity Waves Time Step Tool|Gravity Waves Time Step]]
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| [[Landuse Raster to Mannings N Tool|Landuse Raster to Mannings N]]
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| [[Map Activity Tool|Map Activity]]
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| [[Merge Datasets Tool|Merge Datasets]]
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| [[Point Spacing Tool|Point Spacing]]
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| [[Primitive Weighting Tool|Primitive Weighting]]
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| [[Quadratic Friction Tool|Quadratic Friction]]
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| [[Scalar to Vector Tool|Scalar to Vector]]
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| [[Smooth Datasets Tool|Smooth Datasets]]
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| [[Smooth Datasets by Neighbor Tool|Smooth Datasets by Neighbor]]
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| [[Time Derivative Tool|Time Derivative]]
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| [[Vector to Scalar Tool|Vector to Scalar]]
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| [[LAS to LAS Tool|LAS to LAS]]
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| [[LAS to Text Tool|LAS To Text]]
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| [[LASIndex Tool|LASIndex]]
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| [[LASInfo Tool|LASInfo]]
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| [[LASMerge Tool|LASMerge]]
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| [[LASZip Tool|LASZip]]
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| [[Text to LAS Tool|Text to LAS]]
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| [[Blend Raster to Edges Tool|Blend Raster to Edges]]
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| [[Bounds to Polygon Tool|Bounds to Polygon]]
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| [[Clip Raster from Elevation Tool|Clip Raster from Elevation]]
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| [[Edit Elevations Tool|Edit Elevations]]
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| [[Extend Raster Tool|Extend Raster]]
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| [[Fill Nodata Tool|Fill Nodata]]
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| [[Interpolate Priority Rasters Tool|Interpolate Priority Rasters]]
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| [[Merge Elevation Rasters Tool|Merge Elevation Rasters]]
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| [[Nodata to Polygon Tool|Nodata to Polygon]]
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| [[Raster Difference Tool|Raster Difference]]
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| [[Trim Raster Tool|Trim Raster]]
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| [[Dataset to Raster Tool|Dataset to Raster]]
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| [[Convert to Voronoi UGrid Tool|Convert to Voronoi UGrid]]
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| [[Convert 3D Data to 2D Data Tool|Convert 3D Data to 2D Data]]
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| [[Create Bridge Footprint Tool|Create Bridge Footprint]]
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| [[Import UGrid Points Tool|Import UGrid Points]]
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| [[Interpolate to UGrid Tool|Interpolate to UGrid]]
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| [[Merge UGrids Tool|Merge UGrids]]
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| [[Smooth UGrid Tool|Smooth UGrid]]
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