J P J J J PB aaP J J J J J J aPP PPP aaap J .aPP aPPP PPPP aa --aa F J PI El aaa aaa -Uaaa --aaaa -J J--* It is of course possible for a line to be formed by the incidence of more than three volumes and a point by more than four; however this normally requires a high degree of order (as in a uniform stack of uniform cubes, for example) and is not normally encountered in microstructures.

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The Coastal Engineering Technical Note (CETN) described herein contains information and procedures for displaying hydrodynamic modeling results within the Surfacewater Modeling System (SMS) platform. Such visualization facilitates the interpretation of large amounts of complex output generated by the models, as well as assist the engineer in communicating modeling results to laymen, planners, and others who lack expertise. BACKGROUND: With the increasing application of numerical modeling methods by practicing professionals, attention has shifted to enhancing the capabilities for displaying model output. Methods developed by the Diagnostic Modeling System (DMS) (Kraus 2000) that aid in interpreting physical flow features and coupling of hydrodynamics with sediment transport receive special emphasis in this CETN. Traditional visualization techniques are reviewed, followed by more modern products that have proved their utility in support of engineering projects.