#Music2go simulation results update

Basin average precipitation hyetographs from the Specified Wt (solid line) and Inverse Dist (dashed line) simulation runs are shown simultaneously below.Press Control + Click on the Precipitation result for the Punxsutawney subbasin in the Inverse Dist simulation run.Click on the Precipitation result for the Puxsutwaney subbasin in the Specified Wt simulation run.The summary tables of both simulation runs are shown simultaneously below.Click on the Summary Table of the Inverse Dist simulation run and move the table to the side and under the first table.

Click on the Summary Table of the Specified Wt simulation run and move the table to the side.

The graphs of both simulation runs are shown simultaneously below.

Click on the subbasin (Punxsutawney) Graph from the Inverse Dist simulation run and move the plot to the side and under the first plot.

Click on the subbasin (Punxsutawney) Graph from the Specified Wt simulation run and move the plot to the side.Click on the Results tab and expand the results for the Punxsutawney subbasin as shown below.Compute the Specified Wt simulation run.Compute the Inverse Dist simulation run.Click on the Open button and the Rainfall Workshop will be loaded.Choose the Open… menu option and select the Rainfall Workshop item in the list of existing projects. Open HEC-HMS and select the File menu.Meteorologic Model: Inverse Distance Wt.The first simulation run uses the Gage Weights precipitation method and the second simulation run uses the Inverse Distance precipitation method. Components of both simulation runs are shown below. Both simulation runs use the same basin model and control specifications. In this tutorial, you will compute two simulation runs and compare results from the two meteorologic models.

#Music2go simulation results update

HEC-HMS version 4.8 was used to update the project files provided here - Rainfall_Workshop.zip.