AVEVA™ PI System™ Feedback Portal

Welcome to our new feedback site!


We created this site to hear your enhancement ideas, suggestions and feedback about AVEVA products and services. All of the feedback you share here is monitored and reviewed by the AVEVA product managers.

To start, take a look at the ideas in the list below and VOTE for your favorite ideas submitted by other users. POST your own idea if it hasn’t been suggested yet. Include COMMENTS and share relevant business case details that will help our product team get more information on the suggestion. Please note that your ideas and comments are visible to all other users.


This page is for feedback specifically for AVEVA PI System. For links to our other feedback portals, please see the tab RESOURCES below.

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Status Declined
Product AVEVA™ PI Vision™
Categories Authoring Displays
Created by BrentPowers
Created on Aug 19, 2022

RELATED IDEAS

Allow Digital States to skip state numbers

Currently if you have a digital state set for the following: 0 = Closed 1 = Open 255 = Unknown You are required to create a digital state for everything from 2-255. It does not allow non contiguous state sets. This is a problem when using a PI tag that uses this state in AF/PI Vision. Setting an attribute to anything in AF brings the state name correctly into AF, however in PI Vision adding a multistate that uses this attribute the entire list of 256 states is shown. An alternative would be allow an excluded digital state name that would prevent PI Vision from registering it as a multistate option. Maybe ignore blank digital state names.
  • ADMIN RESPONSE
    Aug 19, 2022
    While we appreciate the interest the community has for this suggestion, we have decided to decline this item in favor of other high priority work the product needs. Thank you for your feedback, and please continue sharing suggestions for how we can improve PI Vision for you!
  • Attach files
  • Rick_Davin_3.0
    Reply
    |     Aug 19, 2022
    Skipping states also works well with states as bit flags. A digital state code is an Int16 and that allows 16 different bits (0 - 15). I'd like to only define those 16 states but allow for any combination of flags.