Set the hour, minute, and second for the online countdown timer, and start it. Alternatively, you can set the date and time to count days, hours, minutes, and seconds till (or from) the event. The timer triggered alert will appear, and the pre-selected sound will be played at the set time.

I would like to see a feature where you can set the timer for all Questions within a Quiz, instead of clicking the timer box and typing the amount of time for each, individual question. I use the same amount of time for hundreds of Questions. Can I either have a timer group selection for the Event or the Quiz itself?


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I have never tried or tested it, but it seems like the shutter delay timer locks both exposure and focus when it is initiated. This is similar to how One Shot AF mode works when the shutter delay timer has not been enabled.

If you want to take a self portrait with the camera using eye detect, then I suggest using a cable or electronic remote device. The self timer trips the shutter but does not cause the camera to autodetect eyes. So to do so, you need to have focus enabled for the shutter button, half press the remote to get focus and then fully press to take the shot.

Alternatively, do it the old school way. Manually pre-focus the camera on a proxy object where your face will be with sufficient DoF to cover your whole face. Use the 10sec timer to activate the camera and during that time switch places with the proxy device.

- A user would like to take a self portrait, wide open, and does not have a remote cable, nor the time (or possibly internet connection) to setup with the remote app. In my case, it is for shooting a youtube thumbnail, so I am composing with a monitor on the camera or the R5's little screen.

I am here because I thought that this should be common sense to have this enabled. I mean instead of being able to set the timer and have it track me till the shutter goes off I'm supposed to use their 1.5 start buggy app or buy a remote which over time can wear out my usb port not thanks. Yes I will submit a feature request and hope everyone has a great new year!

It is not a bug. This is how cameras have worked for decades, many decades. If you have a smart phone, then you can probably use Canon Connect with a Bluetooth connection to take photos.

Hey that's fair and makes sense cheers for your response. There are as you say solutions out there, the app is not as bad as it used to be, so i'll go that route, gotta give em credit for improving that. Now that I have a handle on the app connection quirks it will be easy peasy. Thanks mate and thanks to @shadowsports below for your help.

I don't think so. The timer hardware has fixed and limited functionality, more complex issues are to be handled in software. I usually try to pull out tricks using DMA, but it's "forbidden" here, and the combined slave-mode modes like they are in the newer timers, are not available in TIM3.

I can imagine using one timer as the gated clock source, routing its output externally to ETR input of other timer in external clock mode 2, where the slave-mode controller is used for reset (i.e. input signal goes both to first and second timers' CHx pin, to be input to the slave-mode controller - this signal maybe can be routed internally). We spent 4 pins and it still "suffers" from what you've identified above:

Your two timers model is clever, the smartest point is "external clock mode 2" on slave timer, that means add another controllable input and has no collision with SMS. This approach cost 4 pins but with time-cost saved exchange, it's brilliant.

Fortunately, the FR2355 can operate up to 24Mhz which can provide more granularity for the timer. So if you set the SMCLK to 24Mhz this would provide a timer resolution of 1/24Mhz or 41.67nS. With the timer configured in the UP mode (timer counts from 0 up to = TB0CCR1) you could use the following TB0CCR1 values.

Then the system has a starting point and I start the 1s counting process here. The timer counts a maximum of 16 bits. I make 152 full rounds (update overflow) and stop and reset the Timer with the remaining 38680(152*65535+38680 = 10000000) with capture compare interrupt. However, the system is constantly shifting from the starting point (up to 70 microseconds). As a result of the tests I made with the logic analyzer, there is a problem where I reset the Timer. How do you think I can fix it and do you have any suggestions? I've been trying for a long time but couldn't solve it. Thanks everyone in advance.

I try to count 1second 10 MHz high accuracy crystal oscilator with stm32f030cst6.Timer starts GPS based clock falling edge(starting paint of my system, Line 65). However, the system is constantly shifting from the starting point

I am struggling to implement a simple timer in LiveView, and so I was wondering if anyone knew of any good examples out there that I could take a look at? I just want to display a simple countdown timer on the page, and have access to those values (the count). Thanks

The dockyard academy curriculum has a counter example in liveview as well as a normal view version in an earlier reading. beta_curriculum/liveview.livemd at main DockYard-Academy/beta_curriculum GitHub.

Calling :timer.send_interval will send a message to the liveview process (i.e. itself) that can then be handled to decrement the current count. The count variable will be available in socket.assigns.count to use elsewhere or to add some logic when the timer reaches zero etc.

Thanks for the link. I cannot say I am all that familiar with DockYard Academy but it looks promising. I think I saw some similar examples and they were helpful, but I am looking for the automated counter example. Part of the reason why it is so frustrating is how difficult it is compared to these examples though where user action signifies the event. Just need to bridge that gap.

My brother on Brave Browser sometimes has this weird bug where the blue phx loading thing hangs for a long time and then it resolves itself and the socket connects normally after that. Do you see the blue loading bar at the top of the screen loading infinitely?

Your brother is definitely correct and Brave sockets behave strangely, but unfortunately I get the same issues in Chrome and Edge. I will do some more verifying on the connection but seems that all other aspects of the app work, just that handle_info call.

Ah, @zachallaun I think that will do it. I am able to get the handle_info on the LiveView, so I think I just need to do some restructuring a little bit. Woof. Thank you so much, that was really driving me crazy. Of course I am sure the info was probably right there in front of me at some point - gotta work on that I suppose

Inspired by this discussion, I wrote a script for the Scripting block that lets you instantly start and stop a virtual timer on any record, provided that the table is set up to work with this script. Aside from adding the script into a Scripting block, setup only requires three new fields:

How it works: Each time you click the button, the script adds the current time (converted to a number) to an array, and stores that array in the single line text field. An time that a button click results in an even number of values in the array, the script calculates the difference between each pair of values, and stores the resulting duration in the duration field.

- and still if the awake timer , in my case "Wake BatchMigracionProyectoAg" is, in fact, the current action we are iterating, in my case is BatchMigracionProyectoAG and in process tab i am using that action also doing my "Wake BatchMigracionProyectoAg"

1) Because you can't be sure of when the timer will start, the limit should be set in minutes from now, not a specific date. "Stop 10 minutes from now" or something like that. AddMinutes(CurrDateTime(),10)

I have weekly meetings on Zoom during which participants are encouraged to speak. However, some speak too long, not allowing enough time for others, so we sometimes use a timer to control how long people speak.

The low-tech solution that we currently use is that one person runs a timer app on their smartphone and then points their computer camera at this timer on their phone. The downside to this is that the time keeper cannot show themselves on video, and that they have to monitor themselves when it is their turn to speak.

Zoom itself provides a timer This is free, but is a little too basic for what I would like. Specifically, it requires me to share my screen (so others cannot share their screen when the timer is being used) and there is no negative countdown when time is up (which I find useful to encourage people to wrap up quickly when they run overtime).

What I would like is a free (or very cheap) option that lets me create a Zoom participant that is in fact a desktop app. That way, I could use a desktop timer Hourglass is my favorite and send it as a Zoom participant in the meeting. This would be a general solution that can solve many other problems beyond just a simple timer. 152ee80cbc

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