Camera Apps ##VERIFIED##

Hello, i have the same problem but mine started out saying i needed to delete apps because the storage was full. I did it and now the remaining apps can't access photos or camera. I can't send voice messages either.

Sony is going to be shutting down their Playmemories services soon, and one of them is their proprietary app store for a good number of their older cameras (2012-2016) which hosted first party apps that added features or functionality to the cameras. Some of them were definitely consumer/beginner oriented filters and effects and stuff that weren't worth the money, but some things like the time-lapse/intervalometer, lens corrections, bracketing, etc had some good use and worth.

Camera Apps

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This is outside of my skillset/knowledge so I'm wondering if anyone has any ideas or interest in looking into a way to archive these apps? They can be downloaded and installed via a computer over USB so I'm thinking there might be some way to grab a temp file that would possibly be an APK or something.

If you are using Android 11+, I don't think there's a good way to do what you need. You can use an appearance of ex:com.jeyluta.timestampcamerafree() to launch Timestamp Camera, but the app doesn't know how to return an image directly to Collect.

What Android version are you using? Are you sure you have the free version installed from =com.jeyluta.timestampcamerafree? If you have one of the paid versions you have to make sure to use the corresponding app id.

The app developer did get back to me with a very helpful message! We need to do some design and exploration around what he suggests and will try to have a solution for Collect 2023.4 in September or so. What we would like to try to do is provide a way to specify in the form the app ID of an alternate camera app.

this would really be very useful.

I'm using android 12 and 11, I tested it on two smartphones and both didn't work, I'm using the free version of the TimeStamp app..

this would be great because I would also like to use the camera with an application to scan documents "CamScaner" it would also be perfect for my work, if you can include this function it would also be great.

In this type of situation it sounds like a good idea to establish a fresh connection between the camera and phone. Before starting a new connection I recommend a couple of things. I would first uninstall the Canon Camera Connect App from your smartphone, reboot the phone, and then re-install the App. This will make sure the the App is completely uninstalled and latest version of the App is installed fresh.

I would then go to the Wi-Fi option in the 3rd Setup (yellow wrench) section of the camera's menu, and set Wi-Fi to disable. After disabling the Wi-Fi turn the camera OFF then back ON. Now go back to the Wi-Fi option in the menu and enable it.

Now select the Wi-Fi function option in the menu and choose the Connect to smartphone icon to begin the connection again. If the Connect to smartphone screen shows "Choose Set." and "Review/Change settings", pick the review change settings option to go through the setup process again. If the Connection method screen appears choose the "Camera access point mode" option and proceed through the setup instructions on the camera.

I have a G7x mark 1 and and iPhone SE running iOS 12.1.4. Camera Connect has been working fine for at least a year but has now stopped working (possibly with the latest iPhone OS upgrade). Now the iPhone recognises the camera WiFi in settings but the camera will not find the iPhone. I have been through the business of deleting the app, rebooting the phone and reinstalling the app (2.0.0) and also 'resetting' the WiFi on the camera it still will not connect. Help please. This has been a very useful app and I am dismayed that it now does not work.

I am having the same frustrations. The app worked the first time i used it and when I tried to use it the next day it said no camera was found. I tried all of the suggestions with no luck. It is insane that this app doesn't work.

Tried the above solution, I don't know if something changed with that application, but on my R5, Bluetooth works fine; trying to connect to Wi-Fi easy mode (Android), it just endlessly never connects. The phone tries, and the camera see's it trying, but it never connects. Absolutely frustrating.

There are now several official Raspberry Pi camera modules. The original 5-megapixel model was released in 2013, it was followed by an 8-megapixel Camera Module 2 which was released in 2016. The latest camera model is the 12-megapixel Camera Module 3 which was released in 2023. The original 5MP device is no longer available from Raspberry Pi.

All Raspberry Pi cameras are capable of taking high-resolution photographs, along with full HD 1080p video, and can be fully controlled programmatically. This documentation describes how to use the camera in various scenarios, and how to use the various software tools.

rpicam-apps applications have been renamed from libcamera-* to rpicam-*. Symbolic links are installed to allow users to keep using the old application names, but these will be deprecated soon. Users are encouraged to adopt the new application names as soon as possible.

libcamera is a new software library aimed at supporting complex camera systems directly from the Linux operating system. In the case of the Raspberry Pi it enables us to drive the camera system directly from open source code running on ARM processors. The proprietary code running on the Broadcom GPU, and to which users have no access at all, is almost completely by-passed.

libcamera presents a C++ API to applications and works at the level of configuring the camera and then allowing an application to request image frames. These image buffers reside in system memory and can be passed directly to still image encoders (such as JPEG) or to video encoders (such as h.264), though such ancillary functions as encoding images or displaying them are strictly beyond the purview of libcamera itself.

Underneath the libcamera core, Raspberry Pi provides a custom pipeline handler, which is the layer that libcamera uses to drive the sensor and ISP (Image Signal Processor) on the Raspberry Pi itself. Also part of this is a collection of well-known control algorithms, or IPAs (Image Processing Algorithms) in libcamera parlance, such as AEC/AGC (Auto Exposure/Gain Control), AWB (Auto White Balance), ALSC (Auto Lens Shading Correction) and so on.

To override the automatic camera detection, you will need to delete the entry camera_auto_detect=1 if present in the config.txt file. Your Raspberry Pi will need to be rebooted after editing this file.

rpicam-apps uses a 3rd party library to interpret command line options. This includes long form options where the option name consists of more than one character preceded by --, and short form options which can only be a single character preceded by a single -. For the most part option names are chosen to match those used by the legacy raspicam applications with the exception that we can no longer handle multi-character option names with a single -. Any such legacy options have been dropped and the long form with -- must be used instead.

Most of the rpicam-apps display a preview image in a window. If there is no active desktop environment, it will draw directly to the display using Linux DRM (Direct Rendering Manager), otherwise it will attempt to use the desktop environment. Both paths use zero-copy buffer sharing with the GPU, and a consequence of this is that X forwarding is not supported.

The total gain requested (either by the --gain option, or by the exposure profile in the camera tuning) exceeds that which can be applied as analogue gain within the sensor. Only the extra gain required will be applied as digital gain.

In good conditions (using a fast SSD) rpicam-raw can get close to writing 12MP HQ camera frames (18MB of data each) to disk at 10 frames per second. It writes the raw frames with no formatting in order to achieve these speeds; it has no capability to save them as DNG files (like rpicam-still). If you want to be sure not to drop frames you could reduce the framerate slightly using the --framerate option, for example

rpicam-detect is not supplied by default in any Raspberry Pi OS distribution, but can be built by users who have installed TensorFlow Lite. In this case, please refer to the rpicam-apps build instructions. You will need to run cmake with -DENABLE_TFLITE=1.

Sets the size and location of the preview window (both desktop and DRM versions). It does not affect the resolution or aspect ratio of images being requested from the camera. The camera images will be scaled to the size of the preview window for display, and will be pillar/letter-boxed to fit.

For rpicam-raw, it affects the size of the raw frames captured. Where a camera has a 2x2 binned readout mode, specifying a resolution not larger than this binned mode will result in the capture of 2x2 binned raw frames.

rpicam-still -r -o test.jpg --width 2028 --height 1520 will capture a 2028x1520 resolution JPEG. When using the HQ camera the sensor will be driven in its 2x2 binned mode so the raw file - captured in test.dng - will contain a 2028x1520 raw Bayer image.

These options affect only the preview (meaning both rpicam-hello and the preview phase of rpicam-jpeg and rpicam-still), and specify the image size that will be requested from the camera for the preview window. They have no effect on captured still images or videos. Nor do they affect the preview window as the images are resized to fit.

Example: rpicam-raw -t 2000 --segment 1 --rawfull -o test%03d.raw will cause multiple full resolution raw frames to be captured. On the HQ camera each frame will be about 18MB in size. Without the --rawfull option the default video output resolution would have caused the 2x2 binned mode to be selected, resulting in 4.5MB raw frames.

This option is more general than --rawfull and allows the precise selection of one of the camera modes. The mode should be specified by giving its width, height, bit-depth and packing, separated by colons. These numbers do not have to be exact as the system will select the closest it can find. Moreover, the bit-depth and packing are optional (defaulting to 12 and P for "packed" respectively). For example: ff782bc1db