Does anyone has any advice or hint on how to go about that? I have seen some premium softwares which generate their own camera source but they're written in c++. I was wondering if this could happen in python or not.
Hi,
I have downloaded the A1 1.2 Firmware update to my brand new MacBook Pro but when I Start the update a popup from "SystemSoftwareUpdater" comes up and says "You need to install Sony Camera Driver. Sony Camera Driver" then bunch of Chinese symbols.
I don't see a driver anywhere online that's generic. In the Sony A1 folder I downloaded a few other things but the popup continues to show up. Does anyone know how I can update the drivers on my camera?
Thanks!
John
Hi - I'm new to the community and hoping someone will be able to help me. My daughter is taking up photography, and I'm bringing my very old EOS 20D out of retirement for her to use to see if the interest sticks, before investing in a new Canon for her. I'm trying to get the 20D to connect to her Mac, but have no driver software. I can't seem to find it for download anywhere on the Canon site (only see image editing stuff). Would be so appreciative if anyone could direct me where to find driver downloads. Thank you!
You shouldn't need any software to transfer pictures from the camera to the computer. You should be able to connect the camera via USB cable and use the mac's file explorer software to copy the images from the camera's memory card to the computer. A better solution would be to remove the memory card from the camera and use a card reader to copy the images to the computer. That is how I do it.
Thanks, I tried both ways and it gives an error trying to access the card while in the camera. And it isn't connecting to my card reader either, leading me to think I need some sort of driver software for both devices to connect to this Mac. New Mac...old camera and old card reader. I found a low cost new card reader that claims to plug and play on the Mac so I'm going to get it, and hope that solves it! Thanks for the reply.
You're welcome. It should work with the new card reader. If you want to re-visit the USB cable to camera file transfer, I have heard that on the newer mac OS there is a setting to allow USB port connections to devices. I don't have a mac computer, so I can't give specifics on how to do that.
I am working on a university project to build a small IOT camera. I am using the 32F746GDISCOVERY board with the STM32F746NG MCU along with the ov2460 image sensor from WaveShare, and the B-CAMS-OMV board as an adaptor.
I am able to communicate with the image sensor through I2C and successfully read the ID. When the image sensor is initialised, I am receiving frame event callbacks, however, no data is being written to the camera frame buffer. The DMA transfer between the camera frame buffer and the LCD frame buffer seems to be working fine.
I have attached my code below along with the CubeMX configurations I am using for DCMI and DMA2. The photo below shows a white screen on the LCD where the camera feed should be displayed as the camera frame buffer is memset to 255 upon initialisation.
I have the same camera, it came with a small cd. However,last week I did not have my laptop with me and the cd program was incompatible with my coworkers laptop. It had Windows 7 and a preinstalled webcam in the middle of the monitor. I just plugged it in, let windows troubleshoot it and search for drivers in the web. It identified it as an Lenovo PC camera (which is not) but it downloaded a driver for it. I opened the webcam program to take pictures, change the camera in use in the program to the Lenovo PC am and it worked.
im working on a dahlila dev board with verdin module and a imx8mp processor.
Im building the recipe from toradex latest yocto recipe and im tying to build a device tree overlay that allow me to enable a OV2775 camera in our design.
I figured out to add my device tree overlay that define a node for ov2775, but it doesnt work.
Since we have some doubt about the correctness of our little interface board placed between dahlila and camera module we need to read the driver to look how some signal are managed.
Hi @kevin.tx,
Yes we bought from you the developer kit that come with the e-con camera based on ar0251 sensor.
We were able to made that camera work using yocto build get from e-con source FTP but that wasnt the camare choosen for our design, the ov2775 is the selected camera cause it satisfy all our requisites such: vision angle, working temperature range ecc ecc.
For now i can tell you that the image was built by me and it start from a toradex multimedia image where i removed the qt demo app, added the machine learning layer to add tensorflowlite and all other the module required to make image classification NN and the overlay for ov2775 camera.
Thanks for the information. I am currently talking to the team to gather more information. During my research, I found a driver for the OV2775. This one though was not specifically tested on Toradex hardware, but a quick flyover gave the impression that this might be at least some starting point.
We provide a number of different device drivers that allow you to control your camera across many different operating systems. This article is designed to help you decide which driver to use with your camera, based on camera interface, operating system and general application requirements. This article applies to single lens imaging products only.
This Camera Driver software is for using the camera with computers that use macOS 11, 12, or 13 and only applies to camera updates linked to this page. This driver is not supported by any camera update that does not have a link to this page.
Help, my camera driver is gone. When I went to video chat with my daughter, which we have done before, I kept getting a message saying ("We cant find your camera", error code 0xA00F4244(0xC00DABEO). I looked up ways to fix the camera, which lead me to finding my camera driver, realizing there isnt one anymore. What do I do now?
Firstly, the imx378.drv is important and it is used by the isp_media_server (or communicate with this later). Missing it is critical since there's no way for the isp_media_server to propagate the IOCTL calls to VVCAM kernel driver.
Also, you will need to adapt the start_isp.sh script and run.sh script to take into account of loading of your newly generated imx378.drv and IMX378.xml as well as the vvcam kernel driver (imx378.ko) described below :
The tuning process is not trivial. It involves tuning the gains, auto white balance, exposure, and many more aspects of the video stream. Further you'll need a separate configuration file for each camera output resolution and/or frame rate (if you want to do AC light mitigation).
To enable the logging I went thought and added print statements in all the functions of my driver (that also output additional information where needed). To add the print statements to the ISP driver code you can force some of the libraries used of the isp_media_server to be built with print statements you add but it requires a lot of tweaking of the cmake files for that to work. Unfortunately I no longer have those changes to share.
Each sensor has its own spectral response but they are somehow similar in the range of visible light (especially in daylight condition which it optimal condition). So, you can very well borrow the XML file in the examples found in isp-imx and isp-vvcam (ov2775) for your own sensor as long as you manage to have same resolution(s) which are 1080p or 4K in most cases. I used the ov2775's XML file to bringup ISP drivers for different sensors before deciding which one to go with because the calibration process (for having the XML file of each) is not free.
So, I am now getting further. I can start the isp_media_server with the properly and it appears to run. I get a /dev/video2 output device that I can run gst-laucher-1.0 or video_test on, however both of those fail no matter what settings I use. This appears to be a result of an error being returned by the start function of the ISP driver:
The other way is to use PDK GPIO driver to enable pin. You could refer to LED blink example in ti-processor-sdk-rtos-j721e-evm-07_03_00_07/pdk_jacinto_07_03_00_29/packages/ti/drv/gpio/test/led_blink/src/main_led_blink.c file.
Camera is integrated on laptops and All-in-One PCs, and you can use external USB camera on desktops. If you experience the following camera problems (picture is upside down, no image, camera not recognized, abnormal display, etc.), please refer to the following troubleshooting steps in order:
If the camera problem happens recently, and if you have ever created a restore point or there is an automatic system restore existed, try to restore the computer to a point before the problem began to resolve the problem. Here you can learn more about How to use restore point to restore the system. If the problem persists, please continue the next troubleshooting step.
Hey al!. I'm new to home automation in general and HE in specific. I've been looking around for a comprehensive way to integrate my Wyze cameras and didn't see anything like it so I decided to make it. (If I just missed it somewhere, please point me in the right direction.)
Anyway, this is essentially a virtual Wyze camera driver which can be wired up to IFTTT via Maker API. It features an on/off switch and virtual sensors for motion, sound, smoke, and carbon monoxide. I've also added a variable reset interval so the user can decide how long it takes to deactivate.
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