Search results

# The [[WMS:Travel Times from Basin Data|Compute Tc – Basin Data]] button can be chosen and one of the time of concent ...dialog which allows combining arcs within the currently selected basin to compute a time of concentration. A description of the [[WMS:Time Computation|time c

...s up the [[WMS:MODRAT Edit Parameters|''MODRAT Parameters'']] dialog where attributes or parameters for all MODRAT hydrograph stations are defined or edited. * '''Compute Tc''' – Brings up the ''Compute MODRAT Time of Concentration Wizard''. The first step of the wizard will ch

;3.4. GIS Module :[[SMS:GIS Module|GIS Module]]

...''Land Use Mapping'' dialog from the ''Feature Objects'' menu using the '''Attributes''' command, and then create new IDs and enter parameters for each ID. Seco ...olygons by first selecting the desired polygon(s) and then choosing the '''Attributes''' command from the ''Feature Object'' menu (or by double-clicking on the p

:[[WMS:DEM Point Attributes|DEM Point Attributes]] :[[WMS:Compute GIS Attributes|Compute GIS Attributes]]

...' || ''B'' || [[SMS:Map Feature Objects Menu|''Feature Objects'']] | '''Attributes''' ==GIS==

Attributes or parameters for all MODRAT hydrograph stations are defined and/or edited ...h are embedded in WMS. The [[WMS:Time Computation#Compute Regression Tc|'''Compute Regression Tc''']] button will launch the ''Time Computation'' dialog where

== Compute Flow Directions and Flow Accumulations == ...e Flow Directions and Flow Accumulations step is used for running TOPAZ to compute flow directions and accumulations.

Boundary condition attributes must be assigned to a feature object. The boundary condition type is determ ...bjects]]) The boundary condition information is specified in the ''BC Node Attributes'' dialog.

*''Compute index using WMS coverages'' **''Coverage attribute'' – A drop-down menu of attributes to which the first coverage will be associated.

...well as post-processing capabilities. WMS reads and writes the HEC-GeoRAS GIS import format. The HEC-RAS model is included with all [http://www.aquaveo.c .... Develop a working model in HEC-RAS|1D River Hydraulic Module]]. Specific attributes for an HEC-RAS simulation include:

...e the [[#Join NRCS Data Dialog|'''Join NRCS Data''']] command to join more attributes which can then be mapped to the soil coverage. The DBF file is not changed *''Compute hydraulic conductivity using equivalent conductance equation''

;3.4. GIS Module :[[SMS:GIS Module|GIS Module]]

* Significant revisions to management of images and GIS data through a new GIS module. ===GIS Module===

* New [[SMS:Dataset_Toolbox#Temporal|''Compute Derivative'']] tool in the ''Dataset Toolbox''. ===GIS Module===

Each coverage is assigned a coverage type that controls which set of attributes are associated with the coverage. The appropriate type for a coverage depen ...N values for the SCS method) can then be computed using the '''Compute GIS Attributes''' command in the ''Calculators'' menu of the Hydrologic Modeling module.

WMS provides GIS, watershed modeling, and HMS parameter computation capabilities all in one ...– Brings up the [[WMS:HEC-HMS Loss Methods|''Compute HMS Loss Method Attributes'']] dialog.

:[[WMS:DEM Point Attributes|DEM Point Attributes]] :[[WMS:Compute GIS Attributes|Compute GIS Attributes]]

:[[WMS:DEM Point Attributes|DEM Point Attributes]] :[[WMS:Compute GIS Attributes|Compute GIS Attributes]]

:[[WMS:DEM Point Attributes|DEM Point Attributes]] :[[WMS:Compute GIS Attributes|Compute GIS Attributes]]