3D - Pilings.
Aug 6, 2023 11:00:25 #
You will need a pair of anaglyph glasses to view it in 3D.
Photo Credit: SoHillGuy.
3D conversion of two offset adjacent photos by SoHillGuy.
A previous post of a ship at a -3.485 tide can be seen in the upper left area of this post.
Photo Credit: SoHillGuy.
3D conversion of two offset adjacent photos by SoHillGuy.
A previous post of a ship at a -3.485 tide can be seen in the upper left area of this post.
Aug 6, 2023 13:50:36 #
Aug 6, 2023 14:20:32 #
Aug 6, 2023 21:11:33 #
Aug 6, 2023 22:21:50 #
Aug 7, 2023 05:52:16 #
I knew even before putting on the glasses that this was a good one. And I was right, maybe one of your best. 
Aug 7, 2023 10:00:17 #
JimmyTB wrote:
I knew even before putting on the glasses that this was a good one. And I was right, maybe one of your best.
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Thank you, Jim.
Two adjacent offset photos converted into a 3D always show more depth than just converting a single photo into a 3D.
Aug 7, 2023 12:59:27 #
SoHillGuy wrote:
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Thank you, Jim.
Two adjacent offset photos converted into a 3D always show more depth than just converting a single photo into a 3D.
Thank you, Jim.
Two adjacent offset photos converted into a 3D always show more depth than just converting a single photo into a 3D.
I didn't even read your description in the original post. Now I understand why it looks so good. Very nice work, both photography and conversion
Aug 7, 2023 13:10:12 #
JimmyTB wrote:
I didn't even read your description in the original post. Now I understand why it looks so good. Very nice work, both photography and conversion
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Thank you for commenting.
Aug 7, 2023 17:27:54 #
Aug 7, 2023 19:44:03 #
jaymatt wrote:
I'll bet that this photo would look great in back and white.
I'll bet that this photo would look great in back and white.
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Maybe.
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