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Hi Jane. I just got my system up and running (very happy with it overall) and noticed my cameras are timestamped 24 hours behind (today is the 30th but my cameras are showing the 29th). Have you had any luck? Ive tried the reset suggested above but to no avail

In my Android project with camera2 interface, I used AImage_getTimestamp() to get the timestamp of each picture. But this timestamp is different from my system time got with clock_gettime(). But I truly need to use these two time together to get some work.

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For example, camera timestamps are discrete as ts0, ts1, ts2, and ts3. In my code, I want to get a real-time timestamp ts0' at the time some code is executed, which is not exactly ts0 but ts0 with a time margin added. How can I get this ts0'?

Your device supports REALTIME camera timestamps. As stated before, your camera timestamps are in the same coordinate system as the elapsed realtime since boot. In your ImageReader.OnImageAvailableListener you can use the following code:

Both timestamps can be compared, and 'imageReaderTime' (the one you are interested in) is slightly larger than 'cameraTime', because the onImageAvailable callback takes a small amount of time to inform you about the new image. This also introduces a slight variance.

MONOTONIC is used when SOURCE is UNKNOWN; but there's no guarantee on the quality of synchronization between the camera timestamps and the rest of the system; that is, the actual start of exposure time may be off by quite a few milliseconds.

REALTIME means the timestamps are in the CLOCK_BOOTTIME time base (in the Java SDK, that matches to SystemClock#elapsedRealtimeNanos. REALTIME timestamps are going to be closely synchronized, so that they can be combined with inertial sensor data (gyros, etc) accurately.

I don't know which kinds of timestamps you're reading from clock_gettime, but the easiest option would be to match the camera's source. Otherwise, you need to determine the offset between the time you're using and what the camera is using. The offset won't change during a single camera session, so you can just measure it once at start of camera use.

I'm syncing (via Bluetooth) my EOS RP to an iPhone 12, to encode GPS data on each image. In all cases, the location information and date stamp are correct, but the timestamp is 8:00 AM on all images. (Curiously, the UTC date/time stamp appears only on raw images (*.cr3) but not .JPG images.)

The next time you have your hands on the camera, reset it to defaults. Take and send a manual picture, then do a settings update to get it back to your desired settings. I've found that resetting to defaults tends to clean out the "cobwebs".

Not using real-time control. I see that there was a firmware update a few days ago. None of our cameras are up to date, but that will be job one. Do you recommend updating while they're in use, or when they're between jobs?

Thanks, Libby. The camera timestamp did update once I changed the timezone, then back again. I checked pending commands before updating and saw three completed commands to update settings, but somehow the timestamp didn't get updated until I changed the timezone.

Good news, Retrievers!!!! It's possible that the camera thought that it was on the right time zone so it didn't update until you changed it and then it updated when you changed it again. I think these cameras are kind of like phones and computers, you have to restart them from time to time.

Both cameras are currently working. The SVR has a green light and the live feed on the web app has both cameras active. However, I did have to power cycle the V523 twice this morning before it would reconnect.

This would be the next step, yes. Delete the camera from Alarm.com first, then factory reset the camera and reconnect to Alarm.com. You will need to recreate any recording rules and re-pair it with the SVR afterwards.

Video camera connectivity is verified via ping every 8 hours by Alarm.com. Should the camera fail to respond to two consecutive pings (16 hours) the notification will be sent. If there is one remote access test passed notification between failures, the count restarts. This is likely why you have not seen a notification. Unfortunately, the time period cannot be altered.

That is indeed unfortunate about the time period not being able to be altered for the unresponsive camera notification. A whole lot can happen in a 16 hour period. But I do understand nothing can be done.

I mean when you click on a certain point on the timeline, the time of the cameras are a few seconds to two minutes apart from one another, and neither match the exact time on the SVR timeline, also off by a few seconds to a couple minutes. Essentially you have 3 separate times running simultaneously.

I do want to add to this part: Since my original post I tried to look at the SVR playback a different way. I clicked on the playback icon in action in my activity feed, when a sensor is activated. When I do that, both cameras came to the exact right time, were perfectly in sync with the SVR timeline, and one another, and the video played in alignment with one another time-wise.

If looking at Saved Video Clips where two cameras are being triggered off of the same event, the triggered start times may differ from one another by a few seconds based on various factors like camera type, connection strength etc.

So what do your customers do, or what do you typically recommend to your customers who want to increase their range and signal for their systems when cameras and such are not connecting consistently or have weak signals?

However, in this case, the camera is reporting good signal strength and since its only 15 feet away from the router, increasing the range may have no noticeable effect. I would factory reset and re-pair (from above) before trying anything else.

The issue with mesh networks and cameras tends to be when one camera is near 2 nodes and the camera swaps between the two of them. This can cause the camera to fall off and reconnect to the network. If you go with a mesh network, it may require more troubleshooting to get the cameras connected. Its advised to set up the nodes so the camera is closer to one node and not another if at all possible.

I went through setup so the date is in the camera. It is not showing when I move my photos to my laptop. I've spent over an hour searching the manual, I don't see how to get the date to show. Seems simple enough, I've had no issues with this on other cameras including an earlier model Lumix. But this one has me stumped!

the problem may lie with your computer software.

Upload a picture here to DPR and see if it picks up the EXIF info.

If so, the problem is in your computer.

If not, (probably) the problem is in your camera.

The 50 broke, it was still under warranty so I sent it in; but everyone said they won't fix it, so I searched for and bought a new camera, got the 70. 11 weeks later I hear from Panasonic, my camera is fixed and in the mail back to me. So I have 2 super cameras and can barely figure out the point-and-shoot features on each one,

Both cameras do so much more than I can understand. But their menus are not similar so anything I find on one I have to search all over to find it on the other one. I can have the date stamp on photos on the 50. But have yet to figure it out on the 70.

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The number of ticks per second, i.e., the tick frequency, depends on your camera model. On GigE cameras, read the value of the GevTimestampTickFrequency parameter to determine the current tick frequency.

Can the published timestamp be linked to the current system epoch time? I think the current timestamps are taking the start time as the start of epoch time and not the current local time of the system so the time stamps generally translates to ~ Jan 01 1970 00:41:26 which is an issue when syncing nodes which are not running on Isaac Sim

You can set the size of the data/time. I make mine pretty small so it's barely visible. I bought a camera to record video, not time and my NVR software can time stamp video on export if I need it to be.

I used CVB library 2016.

I made a simple program that acquired images from camera using a direct translation of the C api for .Net. The camera is connected to the PC via Ethernet. The camera is trigger by an external component every 5 seconds.

Everything is going well (smooth) in a normal execution.

However I noticed during some tests, a really strange behavior when I overload the CPU, the disk and the network.

It happened that when I ask the timestamp from the image, using the CVB api, I got back a duplicated timestamp.

This is a really strange, indeed when I sniff the traffic from the camera to the pc (using wireshark), I noticed that the timestamp is never duplicated. Therefore I can concluded that the timestamp sent by the camera to the pc is correct and the problem is not in the camera itself. This test that I have performed (duplicated timestamp) is easy to reproduce and it occurs often when I overload the pc where the acquisition sw is running.

Did you know why this happens? I assume the image is retrieved in atomic why by the CVB library, therefore the Image Id and/or the timestamp cannot be duplicated.