2021-09-11, 02:53 PM 
	
	
	
		They've used the full width of the film in both versions just different vertical cropping to achieve 1.78:1 or 1.66:1.
	
	
	
	
	
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					How to scan films that were released at 1.85:1 for the theater
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		2021-09-11, 02:53 PM 
	
	 
		They've used the full width of the film in both versions just different vertical cropping to achieve 1.78:1 or 1.66:1.
	 
		
		
		2021-09-11, 06:26 PM 
	
	 (2021-09-11, 02:28 PM)Onti Wrote: Why isn't the 1.78:1 frame identical to the 1.66:1 frame but without the black bars? Sorry but if you wanted the 1.78:1 to be identical to 1.66:1, you have to squeeze one vertically or horizontally to fill all the frame - in that case, why? Personally, I prefer the bigger frame - talking about Gulliver, 1.66:1 - as it has more image top and bottom; of course the price to pay is to have it pillarbox. Others prefer to have the OAR (Original Aspect Ratio) - dunno in this case which is the right OAR. The best option? Use the biggest aspect ratio and let the player overlay black bars to get OAR - but in Gulliver case, assuming 1.85:1 is the OAR (and I'm pretty sure it is not) it will end in windowboxed frame - pillarbox first, then letterbox on top of that... (2021-09-11, 06:26 PM)spoRv Wrote:(2021-09-11, 02:28 PM)Onti Wrote: Why isn't the 1.78:1 frame identical to the 1.66:1 frame but without the black bars? Suppose we have a full frame scan and we want to crop for 1.78:1 and 1.66:1. Let’s start, I drop the footage into my 1920x1080 timeline. ![[Image: fVnXbgec_o.jpg]](https://images2.imgbox.com/05/c3/fVnXbgec_o.jpg) The result, 1.78:1: ![[Image: TpnwshWx_o.jpg]](https://images2.imgbox.com/f7/1a/TpnwshWx_o.jpg) Now, 1.66:1 ![[Image: pSaxN9dJ_o.png]](https://images2.imgbox.com/fc/ff/pSaxN9dJ_o.png) The result (black bars: left, right) ![[Image: BT7tEeyU_o.png]](https://images2.imgbox.com/fc/dc/BT7tEeyU_o.png) I just crop left and right. Now, the 1.78:1 frame is identical to the 1.66:1 frame but without the black bars. 1.78:1 & 1.66:1 ![[Image: TpnwshWx_o.jpg]](https://images2.imgbox.com/f7/1a/TpnwshWx_o.jpg) ![[Image: BT7tEeyU_o.png]](https://images2.imgbox.com/fc/dc/BT7tEeyU_o.png) 1.78:1 & 1.66 (Twilight Time) IMHO, the 1.66:1 frame is zoomed in (see top and bottom) just to get rid of those black bars. If so, I wonder why. Like this… ![[Image: qIAV4eyh_o.png]](https://images2.imgbox.com/da/5b/qIAV4eyh_o.png) The result (1.78:1 zoomed in and not zoomed in) ![[Image: 7Z9kbvHS_o.png]](https://images2.imgbox.com/db/3a/7Z9kbvHS_o.png) ![[Image: TpnwshWx_o.jpg]](https://images2.imgbox.com/f7/1a/TpnwshWx_o.jpg) Didn't they have a full frame scan? If a full frame scan allows me to frame for 1.78:1, 1.66:1 and 1.85:1 just by cropping… 1.85:1 (the real OAR) ![[Image: xu3eQEV6_o.png]](https://images2.imgbox.com/ff/e5/xu3eQEV6_o.png) The result (black bars: top and bottom): ![[Image: HFvUkgHE_o.png]](https://images2.imgbox.com/84/21/HFvUkgHE_o.png) Or have they not zoomed in and they are different scans (for 1.78:1 & 1.66:1) ? That's what I'm trying to find out. More examples, Willy Wonka and the Chocolate Factory… UHD 4K (1.85:1): Blu-ray (No black bars, 1.78:1) Different framing, now we see the tie and all the mirror) Different scans? Zoom again? | 
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