#INFOSWMM
InfoSWMM and InfoSewer from Innovyze both are Extensions inside of Arc Map (versions 10 to 10.6 and counting). As Innovyze Arc GIS products they (and InfoWater) share a common menu structure: Project, Edit, View, Exchange, Scenario, Tools, Utilities, Applications and Help. InfoSewer only has one Application, InfoSewer Load Allocator, whereas … Read the rest
Descriptions of All Utilities Menu commands in InfoSWMM.
.All the commands for the Tools Menu commands in InfoSWMM.
Use the different options provided here to run your model (Run Manager and Batch Simulation Manager) and analyze your results through the different options such as the Customized Report, Query report, Output Report Manager. Modify … Read the rest
Scenario Menu
Descriptions of All Scenario Menu commands in InfoSWMM.
The Scenario Manger is where InfoSWMM allows the user to create, delete and modify scenarios. The Scenario Manager is what allows the user to create "what if" situations throughout a sewage collection system.
The Dataset Manager is a "quick view" … Read the rest
Descriptions of All Exchange Menu commands in InfoSWMM.
InfoSWMM supports the following data exchange functionality. The Exchange Menu contains the following commands that provide various data exchange functionality. Please refer to the data exchange section for details on how to use the functionality listed under this menu.
| Button |
Descriptions of All View Menu commands in InfoSWMM.
The InfoSWMM Map Display feature may be used to annotate your map. To learn more about color coding and/or changing symbol sizes click here.
Choose the Reset Display icon 
to clear your Map.
Refresh Map resets your or others … Read the rest
Descriptions of All Edit Menu commands in InfoSWMM.
The Database Editor (DB) allows the user to open any InfoSWMM database and edit user input fields (except ID). To access the DBEditor, from the Edit menu, select DB Tables to see the Open Table dialog box below.
The Edit … Read the rest
InfoSWMM and InfoSewer from Innovyze both are Extensions inside of Arc Map (versions 10 to 10.6 and counting). As Innovyze Arc GIS products they (and InfoWater) share a common menu structure: Project, Edit, View, Exchange, Scenario, Tools, Utilities, Applications and Help. InfoSewer only has one Application, InfoSewer Load … Read the rest
Step 9: Export Results to InfoSWMMand InfoSWMM SA
In this section, you will export the hourly DWF patterns created for weekdays and weekend, the groundwater inflow time series and the RTK parameters to InfoSWMM and InfoSWMM SA. The exported data would be assigned to the nodes that contribute flow to … Read the rest
Step 8. Calibrate the RTK Hydrograph Parameters
Automated calibration is another powerful tool that RDII Analyst offers. The calibration tool identifies optimal parameters of the RTK hydrograph to match the RDII flow simulated by InfoSWMM H2OMAP SWMM with the RDII time series identified by RDII Analyst using the decomposition process … Read the rest
Step 7. Determine RDII Events
The RDII time series can be further analyzed to determine RDII events and to summarize each event.
1. Click the ( 
) button from the toolbar, or from the menu Analysis -> RDII Analyst -> Event Identification. Enter the parameter values as shown below.… Read the rest
Step 6. Determine the RDII Flow Component
RDII flow would be determined by subtracting the DWF and the groundwater flow components identified by the RDII Analyst from the corrected flow monitoring data.
1. To determine the RDII time series, click the ( 
) button on the toolbar, or engage the … Read the rest
Step 5. Determine the Dry Days, Groundwater Flow and DWF Patterns
To decompose the flow monitoring data into dry weather flows and wet weather flows, RDII Analyst first identifies the dry days based on user specified criteria.
1. Launch the DWF Extraction dialog by clicking ( 
) from the toolbar … Read the rest
Step 4/3. Specify Flow Monitoring Data and Rainfall Data
1. Create a new analysis by clicking the New button ( 
) from the toolbar or the New Menu command
Doing this will launch the New Analysis dialog editor:
2. Import the flow data
3. Import the rainfall data
FIle links … Read the rest
Step 3. Specify Flow Monitoring Data and Rainfall Data
1. Create a new analysis by clicking the New button ( 
) from the toolbar or the New Menu command 
Doing this will launch the New Analysis dialog editor:
File links for Rainfall and Flow
C:UsersPublicDocumentsInfoSWMMExamplesFlowData.TXT
C:UsersPublicDocumentsInfoSWMMExamplesRainfallData.txt
The top of the … Read the rest
Step 2. Initialize RDII Analyst
1. Initialize RDII Analyst by selecting RDII Analysis from the InfoSWMM or InfoSWMM SA Applications menu:
2. You can also make a custom Icon for RDII Analyst using the Customize Menu command of Arc Map (InfoSWMM Only) and then use that Icon to open RDII … Read the rest
Step 1. Open the Sample RDII Analyst Project
All of the @innovzye sample files are in the Public Documents/ Name of Software / Examples folder
The file and directory you need are
C:UsersPublicDocumentsH2OMAP SWMMExamples
SampleRDIIANALYST.HSM
for H2OMap SWMM (H2OMap SWMM files end in .HSM)
InfoSWMM (InfoSWMM file end in MXD … Read the rest
Rainfall and Flow Example Format
The format of the rainfall and flow files used in this tutorial. The rainfall file has tabs, whereas the flow file is space delimited.
Rainfall Format
File links for Rainfall and Flow
C:UsersPublicDocumentsInfoSWMMExamplesFlowData.TXT
C:UsersPublicDocumentsInfoSWMMExamplesRainfallData.txt
The top of the Flow Data File looks like
SITE DATE … Read the rest
The Dynamic Wave page of the Simulation Options dialog, shown below, sets several parameters that control how the dynamic wave flow routing computations are made. These parameters have no effect for the other flow routing methods.
Contents of this simulation option dialog page are described below:… Read the rest
Head loss due to Transitions and Fittings (Local loss)
Whenever flow velocity changes direction or magnitude in a conduit (e.g., at fittings, bends, and other appurtenances) added turbulence is induced. The energy associated with that turbulence is eventually dissipated into heat that produces a minor head loss, or local (or … Read the rest