SMS:What's New in SMS 12.0

Release Notes

SMS 12.0 was released as a Beta in March 2015 in conjunction with the new National Highway Institute course entitled Two-Dimensional Hydraulic Modeling of Rivers at Highway Encroachments (NHI Course 135095). This update of SMS includes several new capabilities and advancements which are outlined below.

IMPORTANT NOTE: CMS Modelers should NOT update their licenses to use this version of the package. The developers of CMS-Flow and CMS-Wave are in the process of updating their models. The interfaces associated with these updates were intended to be included with this release. However, due to delays in the development cycle, the new version of CMS and the associated interface will not be available until later this year. For applications of CMS, users are encouraged to continue to use SMS version 11.2.

General Features

Model Interfaces

• SMS now includes a full custom interface for the Sedimentation and River Hydraulics – Two-Dimensional(SRH-2D) model. This model was originally developed by the U.S. Bureau of Reclamation and is now cosponsored by the U.S. Federal Highway Administration.
• Dynamic Model Interface will eventually replace the Generic Model Interface to allow more flexibility for model developers.

Modules

• New Quadtree Module will be utilized in the future for CMS-Flow or other models that perform computations on a quadtree geometry.

Preferences

• The Preferences dialog now allows users to specify third-party help using the Dynamic Model Interface Schema.

Rotate Tool

• The Rotate tool now rotates around the center of the graphics window rather than using the center of x, y, and z coordinates of the data. This allows users to more easily rotate around specific areas of the model.

Performance Enhancement

• Cell selection for large grids.

Module Features

Quadtree Module

• Telescoping grids have been expanded into a more versatile Quadtree Module.
• The Map→Quadtree command has been added.

Scatter Module

• SMS now includes an option to optimize all or part of a TIN triangulation using a smooth contour algorithm. This algorithm attempts to minimize the variability or jaggedness of contours in the selected region by swapping triangle edges. This is an addition to the two previous optimization methods that utilized minimum angles (Delaunay) or minimum triangle area variation.

Model Features

ADCIRC

• In ADCIRC when there is a weir boundary condition on two nodestrings, the user can right-click on the nodestrings and now there is a new menu called Remove Weir. Selecting this brings up a dialog asking the user if they want to pave over the weir or merge nodestrings which will result in new nodes down the center.
• There is a new menu item called Add Weir when right-clicking on a single boundary condition nodestring. This brings up a dialog asking the user what width they want for the weir. When OK is clicked a new weir is created.
• New option to more efficiently search hurricane storm paths in the HURDAT storm database. When opening the the data base SMS now displays a dialog that allows the user to filter by date range, intensity, location (storm must pass within specified distance of specified point). The user can then select the desired storm/storms and load them into SMS as hurricane coverages.
• SMS now supports the ice-field option that is has been added to the ADCIRC model in version 51.

CMS-Flow/CMS-Wave

• The interfaces to CMS Flow and CMS Wave are not included in SMS 12.0. These interfaces, along with an updated version of the CMS numerical models, will be available in SMS 12.1. Current CMS users should continue to use SMS 11.2.

SRH-2D

• The SRH-2D interface has been modified to use a simulation based modeling approach rather than the traditional mesh/grid based approach. This allows the user to create a mesh/grid without associating it with a specific model.
  • A simulation is then created near the bottom of the project explorer by right clicking and selection the New Simulation command and selecting the appropriate type.
  • Components of the simulation including the geometry, boundary conditions, material zones, monitor lines and points, etc are associated with the simulation by linking the geometry or coverages to the simulation. Linking can be accomplished by right clicking or drag/drop.
  • Simulation attributes are specified by right clicking on the simulation and selecting the appropriate command(s).
  • Simulations can be duplicated and edited to represent multiple scenarios in a single SMS project.

STWAVE

• STWAVE now supports ice datasets.

TUFLOW

• User can now right click on the TUFLOW root tree item to remove all simulations.