SMS:What's New in SMS 13.2

General

SMS:Toolbox (beta) (https://www.xmswiki.com/wiki/User:Jcreer/SMS:Toolbox)

• Dataset tools
• Raster tools
• Geometry generation/modification tools
  • Convert lines to polygons
  • Trim lines to coverage
• Engineering with Nature Toolkit

Display Options

• SMS:Display themes - (see tutorial) (https://www.xmswiki.com/wiki/User:Jcreer/SMS:Display_Themes)
• New Contour label generation option to generate 1 label per contour line.
• Mass balance tool

Modules

Quadtree/UGrids

Quadtree constrained UGrids replace the Quadtree module (used in CMS-Flow interface)

Map

• Improved Blend function
• Improved Source/Target redistribution
• Cross section processing tools
  • Create cross section from sequential points in xyz file
  • Split cross section (Remove long arc segments tool)
  • Orient cross sections to centerline (Reverse Right -> Left Cross sections tool)
  • Detect/remove invalid cross sections segments relative to centerline (Remove invalid cross section segments tool)
  • Reproject cross sections relative to centerline (Reproject cross sections tool)
  • Interpolate cross sections (tool)
  • Trim cross sections (tool)

UGrid

• UGrid clipping option added.

Models

DMI

• Python script based DMI tools

ADH

• AdH interface update

SRH-2D

• Support for SRH-2D v 3.3.0
• Pressure simulated using ceiling dataset (generated from 3D bridges)
• Support for specified flow direction through a 1D structure
• Support for modeling HY-8 structures as "links" to allow for 2D flow overground
• Support for BC Data lines for 1D structures
• Automatic calibration of models based on modifying Flow rates or Manning's N values to match field data
• Advanced simulation management to review scenarios with modified boundary conditions (inflow and exit), roughness values, initial conditions,
• Model summary report generation (HTML report)

STWAVE

• Simplified population of boundary condition wave cases from spectral coverage
• Consistent specification of boundary condition wave cases as offsets form simulation reference time