I agree with you completely. Luckily we have the AE Lock and the Exp comp to get us by.

Me too!

Happy to help!

In video mode, only D+ works but not D+2

@@TonghoPhotography thanks)

Hi, thanks very much for watching and commenting. I don't think sensor cleaning has changed much over the years. Most Canon cameras (DSLR and Mirrorless) have a self-cleaning device which vibrates/shakes the sensor to clear dusts when you turn the camera off. You can also use the menu to have the camera clean the sensor on demand. When the cleaning happens, it is important to tilt the camera with the lens facing down so gravity will cause the shaken-loose dust to fall away from the sensor. You can manually clean the sensor if some dust would not fall off the sensor after shaking. You need to set the camera menu to "manual clean mode", which exposes the sensor. I'd first use an air blower (I use a Giotto rocket blower) to blast the dust off the sensor. If some dust persists, I'd then use a commercially available sensor cleaning swab to clean the sensor.

@@TonghoPhotography Thanks. I'm going to have a closer look.

Thanks

Glad it was of use to you. Thanks so much for commenting and watching!

Thanks for your comment. The option is in the Orange Tab, under C.FnIII Operations Others, subtab 7

@@TonghoPhotography Thanks however my RP is still on version 1 of the firmware. So, it only shows 1-5 whereas yours show more, and not the C.FnIII. I will have my dealer update the firmware. There are 4 four at last check so hopefully it will add the needed options.

@@robertsaunders5740 You can do it yourself easily enough. The firmware update improves a lot of things so you definitely should update.

Thanks.

Thanks very much!

Thank you very much!

Thanks so much!

Thank you so much!

You're most welcome and thank you for commenting and watching!

Thanks so much!

You're most welcome. I'm glad you found it useful. And thank you for commenting and viewing.

No you don’t have to. I use Servo for most everything I shoot. On this camera, servo is just as good as One Shot

I'm so glad you found this helpful. If you have any topic that you might be interested in, please let me know. And thanks so much for commenting and visiting.

Thanks so much for your kind comment and visit!

Glad it was helpful!

You can change the audio to 2x then I'd be very fast :). Thanks for the visit.

You're most welcome! Glad it was of help. Thanks. Hank

Thank you for commenting and viewing!

Thanks very much! I'm glad you found it useful.

You're very welcome! And thanks so much for viewing and commenting.

My pleasure It helped me Best of luck to you

Thank you so much for your comment. I think Jpegs are fine to use unless they have major flaws (like severely under/overexposed and/or wrong white balance) which make them harder to correct in post than if they were RAW files.

Thanks so much!

You're right...the DS version is marginally useful at a cost of 1.5 f/stops. The bokeh difference is only noticeable for night lights, IMHO.

It may be a noise gate issue. Good video!

Yes, I noticed it too. Hopefully I will be able to fix it soon. Thanks.

a lav mic will solve that.

You are very welcome. Thanks very much for liking and commenting.

Thanks!

Thank you.

This is wrong. An 8-bit image is a type of digital image that uses 8 bits to represent each pixel's colour information. This means that each pixel can have 2^8 (256) different colour values, ranging from 0 to 255. As a result, 8-bit images are capable of displaying a total of 256 different colours. These images are also commonly referred to as "256-color images." A 16-bit image uses 16 bits to represent each pixel's colour information, allowing for 2^16 (65,536) different colour values per channel. This provides a much broader and more accurate range of colours compared to 8-bit images. 16-bit images are often referred to as "high-colour" images.

@@sandoragoston4997 It is not wrong. A color is comprised of 3 elements, red, green, blue so the total colors are 256x256x256 which is 16.7 million colors. Likewise a 16-bit image can have 65,536x65,536x65,536 which is 281 trillion colors.

@@TonghoPhotography if you put it that way, this is correct. I was referring to the per-pixel color depth, which is in case of 16 bits represent each pixel's color information, allowing for 2^16 (65,536) different color.

@@sandoragoston4997 i just copied the info from the internet, though I don‘t understand what million or even trillion of colors is supposed to look like. Your definition makes more sense. There seem to be different approaches though.

It's a conscious decision on my part. My final product is jpeg which is 8-bit, editing in 16 or 32 will not help in the end when you down-convert to 8 bit without any control.

Thanks very much!

Glad it was helpful! Great idea for the C mode. My problem is I can’t remember what I had in my C modes after a few days LOL.