![]() ![]() It's a new month and a brand-new year, which means another opportunity to celebrate our amazing User Groups!Each month, we highlight the new User Groups that have joined the community. Power Apps: What is A Super User? - Power Platform CommunityPower Automate: What is A Super User? - Power Platform CommunityĬopilot Studio: What is A Super User? - Power Platform Community Power Pages: What is A Super User? - Power Platform Community If you want to know more about Super Users, check out these posts for more information today: The impact they make on the Communities each day is significant, and we wanted to do something special to welcome them at our first kickoff meeting of the year.Ĭharles Lamanna, Microsoft CVP of Business Applications, has stressed frequently how valuable our Community is to the growth and potential of Power Platform, and we are honored to share this message from him to our 2024 Season One Super Users-as well as anyone who might be interested in joining this elite group of Community members. Our Community Super Users are the true heroes, answering questions, providing solutions, filtering spam, and so much more. Switch(Mod(DateDiff(timeStamp, DateTimeValue(Today() &" 18:00"),Minutes),60),0,"",Mod(DateDiff(timeStamp, DateTimeValue(Today() &" 18:00"),Minutes),60)&" Minutes")įebruary 8 was the kickoff to the 2024 Season One Super User program for Power Platform Communities, and we are thrilled to welcome back so many returning Super Users-as well as so many brand new Super Users who started their journey last fall. RoundDown(DateDiff(timeStamp, DateTimeValue(Today() &" 18:00"),Minutes)/60,0)&" Hours "& RoundDown(DateDiff(timeStamp, DateTimeValue(Today() &" 13:30"),Minutes)/60,0)&" Hours "& RoundDown(DateDiff(timeStamp, DateTimeValue(Today() &" 09:00"),Minutes)/60,0)&" Hours "& Then make a label in your app and give it the text Serial.Make a timer with a duration of 1000, and just hide it, set it to autostart and autorepeat give it an OnTimerEnd of Define Time Base and Potentiometer ThresholdsĭigitalWrite(relayOn_status, LOW) //Initially set indicator LED offĭigitalWrite(relayOff_status, HIGH) //Initially set Off indicator LED ON ![]() Not sure if this is the most efficient way, but my testing with stopwatch seems to be accurate enough. I've re-done the code and added indicators and it appears to be working ok now. ![]() If (millis() - LastChangeTime >= off_time) ![]() If (millis() - LastChangeTime >= on_time) If (state = 1) //Not sure what this statement is for? Unsigned long int off_time = (TOTAL_MILLISECONDS - on_time) Unsigned long int on_time = (TOTAL_MILLISECONDS * percentage) / 100 Int state = LOW //Initially set relay output to LOW (Off) I made a few slight changes just to give me the output in minutes: const unsigned int TOTAL_MINUTES = 15 Ĭonst unsigned long TOTAL_MILLISECONDS = TOTAL_MINUTES * 60ul * 1000ul 7.xx minutes and TimeOff should be 7.xx minutes. The relay never came on when in the test scenario of 50% where TimeOn should be approx. I did try running the code but it seems it never gets to the timer section to compare the time elapsed and determine if relay should be on or off. Thank you for that, The UL helped with the overflow problem I was getting which I see why now. Int off_time = (TOTAL_MINUTES - elapsed_time) Int elapsed_time = (TOTAL_MINUTES * percentage) / 100 I know it's a little, but this is what I have so far: So what I need help doing is to take the calculated ON TIME and turn on a relay for that amount of time in minutes, THEN turn off the relay for the duration of the calculated OFF TIME, Then repeat the whole cycle over again and again, but checking each time to see if the percentage has changed (which will update the ON TIME/OFF TIME ratio). I had some issues implementing the millis (integer overflow in expression) as 15 minutes equates to a lot of milliseconds. Currently the code just calculates & serial prints the percentage value, the "ON TIME" and "OFF TIME" ratio in minutes. I've got a 5K Potentiometer connected to A0 and I am reading that and "converting" it to a percentage through map function but using 5 - 95% range to compensate for mechanical limits of the pot being that it doesn't go from 12 o' clock to 12 o' clock position. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |