Example Menu

Map Visualization Rendered using PCSWMM of CHI

Espresso Example

This quick example walks the user through writing some code and running a simulation using Example 1 data set.  Give it a shot (coffee pun.. of course)! It will boldly surprise you with how easy it is!

Map Visualization Rendered using PCSWMM of CHI

Latte Example

This example walks the user through extracting different pieces of data before, during, and after a simulation.  You are about to see some good latte art!

You are about to make this plot!

Latte Art Example

This example walks the user through making Latte Art and plotting timeseries data out of a model.  Sip this one slowly... This will be the foundation of incredible amounts of automation in your workflows!! Supermodeller training!!!

You are about to make this INTERACTIVE MAP!

Latte Art Double Shot Example

This example walks the user through making Latte Art and MAPPING out results from a model.  Sip this one slowly... You are literally going to be the go-to modeller in your office!  Everyone will want your interactive maps!! Supermodeller training (with two extra shots)!!!

You're going to use PySWMM to INJECT FLOW!

Café con Leche Example

Inject flow into a node in pure Python! It's so easy! This example walks you through using PySWMM's node.generated_inflow() feature during a running simulation!  You can't do this in any other modeling platform!!  Enjoy it!

Simulate Water Quality Pollutants in ways never possible before!

Espresso Affogato

WATER QUALITY MODELLING with STORMREACTOR!!! Espresso Affogoto is literally espresso with ice cream!  This example was the user through using StormReactor combined with PySWMM to do water quality modeling in ways that have never been possible before using SWMM!  Follow along and learn how to use Python+StormReactor+PySWMM to treat yourself with ice cream in your espresso! 

Write Control Logic in PURE PYTHON!!!!!!

Espresso Machine (Controls)

Learn how to solve a hydraulic network controls problems with control logic in Pure Python!  You will be able to develop simple and sophisticated control logic to maximize the performance of a hydraulic network!!!