https://m.facebook.com/photo.php?fbid=10162184681342501&vani...
The only pic I could find.
document.querySelectorAll('p').forEach(e => e.style.opacity = 0)
Now without the text visible anymore, try and guess which musical instrument each picture represents. Then reload the page, enjoy the article, and check how many you got right. What's your score out of 8? I scored 5.-- Bassist
(70 points, 4 years ago) https://news.ycombinator.com/item?id=29389442
It says he had a 5 mm hole to work with. That would pass an 8 gauge wire with plenty of room to maneuver. Mount a mirror to the end, thread a two or three foot wire through the hole from the inside out, clamp it to a surface the instrument is sitting in to keep it from moving, and set up your camera from a low angle and the light positioned to not cast a shadow.
Alternately you could J hook a long, large diameter scope, and composite two shots with the cable visible on opposite sides of each picture.
The cheapest seats were in the coolest place architecturally because you were right up at the back, closest to the ceiling, which really was a bit like in these instrument photos.
Some pictures here from a quick search: https://voithandmactavish.com/projects/the-kimmel-center/
I'm guessing it would likely look more pure on a frequency plot, but sound sterile if things were perfectly symmetrical. The little imperfections, materials, and design tradeoffs give each instrument its unique tone color (timbre). Often, musicians will chase a certain builder and year, and even within that, only a few instruments will be considered "great". For example, guitarists chasing the perfect Les Paul or most classical violinists chasing a Stradivarius.
There’s a lot more subtlety to it, but in general, variation will produce richer more complex timbre.
> Every part of his process is intentional because he doesn't want the images to look like miniatures. The focus stacking helps him avoid the typical aesthetic of macro photography by reducing the amount of background blur and focal compression. Creating an image that looks like it was taken with an ultra-wide-angle lens also results in leading lines we associate with normal-sized things, like streets and buildings, which tricks your brain into thinking the subject is not small. He also uses lighting to make it look like the sun is shining down, emphasizing the feeling that you are standing inside something.
See an example: https://i0.wp.com/digital-photography-school.com/wp-content/...
[1] https://en.wikipedia.org/wiki/Tilt%E2%80%93shift_photography
However, in these pictures, the artist has cleverly avoided the blurring effect by combining multiple pictures taken at different focal distances into a single image. The resulting pictures look crisp and clear throughout, and as a result, lacks the usual depth cues we are accustomed to in macro photography. That's why these pictures resemble photographs of large halls!
A similar effect can be observed in ray tracing as well, where we are free to construct entirely imaginary scenes. While defining a scene that we want to be perceived as small, we need to remember to add focal blur [1] carefully. If we forget to do so, the resulting scene can produce the exact opposite impression, that of a vast space.
So for us, macro shots tend to have two characteristics: 1.) perspective is approaching an isometric drawing 2.) usually narrow depth of field.
These shots on the other hand were made with a very wide field of view and focus stacking produces a deep depth of field. I'm sure that if you worked out the angles and distances in e.g. the violin shot then the ratios will be basically the same as your typical 2.5 story architecture shot or subway architecture done with something in the 14-20mm FF range. Because the photographer went to great lengths to make it look like that.
There's also other cues, like the height of the camera relative to the floor and ceiling of the room, and of course the light.
pimlottc•1d ago
https://www.charlesbrooks.info/
HelloUsername•16h ago