ANAMORPHOSIS
This post recaps and continues the discussion from the February 17, 2020 blog posting.
The first drawing in thats blog posting, was distorted with the software Anamorph Me!
The version below gets resolved when seen from an oblique angle -- in the same way that the odd shape in Holbein's painting "The French Ambassadors" resolves itself into a skull.
To be seen from an "oblique angle"
Image to be seen in a "cylindrical mirror"
To be seen in a "conical mirror"
I "anamorphed" Drawing 019 from my book, resized and printed it out at QueLab, and it worked with the reflective cylinder at QueLab
...and it worked with the reflective cylinder at QueLab
Cylindrical mirror image
Reflective cylinder on printout
Close up of image in reflective cylinder
I especially like how the saucer image looks like two birds, and the reflected image looks like a dog face. In other words, both the original image, and the anamorphic reflection look like two different concrete images.
Whereas, the image below looks very abstract, before being resolved in a "conical mirror" reflection:
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I aspire to do drawings that look like two different concrete things -- and anamorphosis is one way to deliver two different images, from the same drawing, depending on what angle the viewer sees the image. That kind of image could describe a type of "Nepantla," neither here, or an "in-betweeness" (like living in El Paso/Ciudad Juarez).
***
It is based on Leon Harmon's work at Bell Labs, discussed in the November 1973 issue of Scientific American.
STEREOGRAM
I used online software -- Easy Stereogram Builder -- to make a stereogram (or "magic eye") image from my drawing 019.
LITHOPHANE
I used an online lithophane maker to make a lithophane image of the Drawing 019 in my book -- an STL file (download here) ready for 3D printing.
- Picengrave (for laser cutter)
OTHER STUFF:
Light Shaping Surface sample (by Rayform) (also check out Mem Gems, for custom images)
Diffractive Optical Element (referred from Futation)
Image to STL -- 2D to 3D converter
Diffractive Optical Element (referred from Futation)
Image to STL -- 2D to 3D converter
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