Folks get the whole raw/JPEG difference and rationale confused all the time. There's nothing wrong with JPEGs. JPEG compression is great and my finished photos end up as JPEGs. I print JPEGs all the time and you can't tell the difference. So it's not about JPEG compression -- that's a valuable feature. "Raw processing gives me more flexibility in case I screw up." Don't screw up. I don't shoot raw because I need to cover my butt in case I screw up.
It's about extended capability. I shoot raw so I can take photos that JPEG only shooters just can't take at all. I do that regularly and I expect to be able to do that. The "get it right in camera" myth is a myth because unless you're setting up the lighting in a studio, you have to deal with the light as is out there in the world. Often it's a good match for the processing capabilities of the camera JPEG software but just as often it is not. As frequently noted the comparison between transparency and negative film is appropriate. Transparency film has to be right straight from camera so there's little room for error. When people make that comparison they always leave off what should be the next sentence: And so adverse lighting frequently shuts down the option to shoot transparency film entirely. Negative film however can be taken into the darkroom where the adverse lighting condition can be worked with and overcome. Negative film can be used successfully over a wider range of lighting conditions.
So going all the way back to the OP's original question and reapplying that question to myself the answer is absolutely yes. I'm not at all willing to limit what I shoot to only the photos JPEG shooters can take.
Joe
I had to go out after the above post and didn't have more time. It would help of course to present an example of; "
I shoot raw so I can take photos that JPEG only shooters just can't take at all." So a couple weeks ago I got out for a day trip with my camera. On that trip I took 1/2 a dozen photos that JPEG shooters just can't take at all. I'm not going to give up taking those photos so I can shoot JPEG -- why should I? I took this photo of the old Winfield ferry:
View attachment 170554
Here's the JPEG the camera created for that exposure:
View attachment 170518
The JPEG is of course a crash and burn with the diffuse highlights nuked to oblivion. That's understandable since I took the photo with the EC set to +1.3. I expose for the sensor in my camera and I knew I'd want as much tonal info as possible in the above photo. From the shadow detail under the front of the boat to the highlights in the clouds there's 9.5 stops of tonal data. I used all of it in my version of the photo. A JPEG shooter simply can't have that much data.
So if the JPEG shooter wanted to take this photo they'd have to reduce exposure. In fact they'd have to use less than half as much of the sensor as I did. I put the raw file back in the camera and re-processed it with the exposure pulled. The JPEG shooter would have to expose and get something like this:
View attachment 170519
And then of course the real thigh-slapping hilarity of all of this is they're going to have to take that to the computer anyway and try and salvage a usable photo from it -- a task more difficult and time consuming and requiring more skill than just processing the raw file. In fact I imagine I'd process dozens of raw files while a JPEG shooter tried to get anything remotely looking like my first image above from the basket case JPEG they'd bring home.
One it's about exposure: If you shoot JPEG you can't expose and clip the diffuse highlights. That means you're always going to expose less than I do. JPEG shooters typically only use about 1/2 the recording potential in their camera's sensors -- I use it all. The photo presented here is backlit and the lighting contrast is very high. Shooting JPEGs you're forced to walk away with less of the scene's tonal data.
Two it's about processing: The camera JPEG software has limited flexibility and can't do anything local with an image. I dragged a gradient over the sky in processing to allow local control and then I erased the gradient from the boat. When the JPEG software encounters a scene like the one above it doesn't have the ability to accommodate the high lighting contrast (& yes I'm well versed with Active D lighting, Canon HTP, Fuji DR modes etc. which are good for even more thigh slapping hilarity). As a result the JPEG shooter tries to take a photo like the one above and heads for the computer anyway to try and effect a repair which is more difficult, takes more time and then fails -- thigh slapping LOL.
Of course smart JPEG shooters can just walk away from a scene like the one above and leave it to me.
NOTE: The slide film/negative film comparison: The above scene with the main subject of the photo backlit is a classic case of the transparency film photographer also getting shut down. Try that with any transparency film and if you get a decent exposure for the boat you're going to have clear film base holes in your transparency where the clouds should be. Expose to keep the clouds and you get a basket case exposure of the boat. It's a lose/lose situation. It's always been that way and slide film shooters learned when to walk away. JPEG shooters learn when to walk away too. I take the photo.
Joe