I need a way to allocate demand from a meter (point meter) to the pipe (polyline) based on the lateral connection (polyline) at end points.

Keep in mind:
The features might not snap nor connect to pipes

As a user I want to take advantage of multi-threaded CPUs to accelerate simulation intensive procedures (e.g. design calibration)

In InfoWorks WS Pro - A way to automatically generate a system curve for a pump would be extremely useful.

As a user it would be great to be able to add a time varying initial water age profile for transfer nodes. This would allow us to assess water age within the distribution network without having to combine models.

It would be great to be able to change the initial tank levels without having to create a whole new tank data set or putting a duplicate tank in the current data set. That way, the initial tank level condition can be changed for any given scenario without having to worry about changes in tank geometry across all scenarios. I believe WaterGEMS allows you to do this so it would be great to see this functionality in InfoWater. Perhaps initial tank levels could be placed under the Initial Node Status controls?

Please add the ability to import demand scaling using CSV file on WS PRO

For long section picks on model runs showing the hydraulic gradients etc. it would be useful when carrying out scenario work to be able to display more than one set of run results - currently have to export to excel.

1. Allow the "Change ID" tool to rename datasets, patterns, queries, etc.
2. Make the "Change ID" window wider or resizeable to fit longer IDs.

Allow changes made in a parent scenario to push through and update all child scenarios unless that link is broken in the child scenario(s).

This goes along with the improvement suggestion titled "Data Sets" by Kathryn Carreira. The Scenario and Data Sets organization needs to be improved in InfoWater Pro as other software already excels in this area. Right now if something changes in one scenario it has to be manually updated in all child scenarios, this becomes exponentially time consuming with larges model and multiple scenarios.

Many windows in InfoWater/InfoWater Pro are not resizable, making it difficult to see long values.

As a user and working within a Queensland council, Equivalent Persons (EP) are used for Local Government Infrastructure Plan (LGIP) triggers and growth planning. As the Census data is used create a demand model to define development staging horizon demands.
Currently, WSPro can handle no. of properties (l/service/day) which uses an integer but can’t handle Equivalent Persons (EP) that needs decimal formatting.
Our council believes a work-around is not suitable and creates complexity to demand allocation. WSPro should be able to handle different mechanisms for demand allocation to support all councils in Queensland and across Australia.

The ability to use the 'copy sub-theme' functionality from the Properties & Themes dialog to copy sub-themes to Theme objects that are saved in the database tree.

The option to "Export simulation results for external application" in InfoWater would be more useful if the results were exported as CSV files instead of DBF files. We regularly need to compare the results from multiple model scenarios. Microsoft PowerBI or Excel PowerQuery are great tools for importing and comparing large amounts of data and could streamline this process significantly. However, neither support importing directly from DBF files.

In WS Pro it would be useful to be able to set the units for head in m AD. This used to be an option in WS. It can be confusing for people starting in or not familiar with modelling to differentiate between pressure and head and having this option would really help.

Water utilities in Australia are installing smart meters in domestic and other non residential properties. Smart meters generates large data sets at each and every individual properties. Any thoughts to integrate those data in to the distribution network models?

As an InfoWater user I'd like to be able to add more information to my HGL profile, including nodal pressure, pipe diameter, flow, velocity, etc. I'd like see max/min level achieved throughout the simulation and have the ability to quickly add pipes to profile

It would be very helpful if, for any data set that is created by creating a clone of another data set, you could keep track of that. Perhaps a visually branched system of data sets to see if any of the sets were created based on another set. That is how WaterGEMS shows their data sets (aka alternatives). Or some other way of keeping track of which data sets were cloned, with options for recording when it was cloned and a more in-depth description/reasoning.