SWMM 5, InfoSWMM, H20MAP SWMM, InfoSewer for Water Quality,Hydrology, Hydraulics
Robert Dickinson commented on Robert Dickinson's group Stream of Information
Robert Dickinson replied to Robert Dickinson's discussion How is the St Venant Equation Solved for in the Dynamic Wave Solution of SWMM 5?
Robert Dickinson left a comment for wu ze jian
Robert Dickinson posted a discussion
Robert Dickinson added a page to the group Hydraulics
Robert Dickinson's blog post was featured
Robert Dickinson posted a blog post
Robert Dickinson commented on Robert Dickinson's group Stream of Information
Robert Dickinson commented on Robert Dickinson's group Stream of Information
Robert Dickinson commented on Robert Dickinson's group Water Quality
Robert Dickinson commented on Robert Dickinson's group Water Quality
MeHa commented on Robert Dickinson's group Water Quality
MeHa posted a status
Quah Soon Tong left a comment for Esther Bergareche Auricenea
Robert Dickinson commented on Robert Dickinson's group Stream of Information
Robert Dickinson commented on Robert Dickinson's group Stream of InformationSubject: How to Import the SWMM 5 Report File as a Layer in InfoSWMM
The idea of this blog of note is to show how one may extract information from the SWMM 5 or InfoSWMM RPT file and import the Excel File as a feature in InfoSWMM. This blog has an example Excel file to illustrate the linkage. The steps are:
Step 1: Copy the whole row from Conduit Summary from the InfoSWMM Browser
Step 2: Add the two columns length and slope from the Link Summary Table and the InfoSWMM Browser
Step 3: You need a few calculations based on the table values from SWMM 5 to estimate the CFL time steps in the .
Step 4: Add the Excel Spreadsheet as a layer in InfoSWMM – the Named Range should be added to insure valid numbers and not Nulls after the join
Step 5: You can now plot the CFL Time Step for the Links using the Layer Properties command in Arc Map
Step 1: Copy the whole row from Conduit Summary
Step 2: Add the two columns length and slope from the Link Summary Table
Step 3: You need a few calculations based on the table values from SWMM 5 to estimate the CFL time steps.
The CFL Step = Length / (Full Velocity + (Gravity * Full Depth)^0.5)
Full Velocity = Full Flow / Full Area
You also need to create a Name A Range for you data so that the data does not show up as Nulls
Step 4: Add the Excel Spreadsheet as a layer in InfoSWMM – the Named Range should be added
Step 4: Join the Excel Table to the InfoSWMM Conduit Feature Layer

Step 5: You can now plot the CFL Time Step for the Links using the Layer Properties command in Arc Map
swmm5_summary_table.xlsx Download this file
How to Import the SWMM 5 Report File as a Layer in infoSWMM.docx Download this file
© 2012 Created by Robert Dickinson.
Powered by
You need to be a member of SWMM5 - Stormwater Management Model to add comments!
Join SWMM5 - Stormwater Management Model