Zain Dana Harper

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Otto Piene, Red Eye Red (1977), with three colour studies

Post by Meditations in Color (@MeditateColor), 2026-10-25

What it is, and who made it

The post has two layers of authorship:

Parts, layer by layer

The print (image 1)

LayerPartProperties (label)
L1 groundorange-red fieldinks red #d24a2a and orange #d25c22 (M); flat screen-printed field, mottled with small round voids (O)
L2 dark markslash ring, iris rimdark #362e28 (M); ragged, flame-like strokes radiating around an oval (O); they look burned or blown, not brushed (I, consistent with Piene's fire works)
L3 pupilblack void, orange curlan orange form curls inside the black oval (O); radial colours from the centre run #413328 to #d35821 over 7 rings (M)
motifthe eye as aperturea radiant eye made by fire: the aperture and luminous orb of our canon (I)

Study 1: one centre on four grounds, after Albers (image 2)

GroundLeading coloursContrast
I lighter#e4783c, #f06c24, #fe511f0.234
II darker#7e4030, #3d3024, #bf402f0.212
III warmer#ef6c25, #fe511f, #e950260.127
IV brighter#fe5120, #e95026, #e454310.063

Concentricity is highest on the darker ground (1.323), where the nested fields separate most.

Study 2: twos, threes and fours, after Wada (image 3)

1 to 45 to 89 to 12
#fe5728#e17547#e05638
#f0712c#c14736#e47c43
#43372c#834737#d94f38
#e45a38#c26521#e9562e

The page prints its own hex codes under the swatches, but they are too small to read in this save (O). Our values carry JPEG error, so expect differences of a few units.

Study 3: robes in layers, after kasane no irome (image 4)

RobeMeaning, seasonLeading colours
Kobaired plum, spring#fb5123
Momijimaple, autumn#834333, #c04d2a
Kuchibafallen leaves, autumn#bc5f19, #db5033
Sumizomeink-dyed, winter#3f3327, #c65825

The study pages as a design system

The framework behind it

One palette, three operators. The post is a decomposition engine made by hand:

The outputs are plates, not paintings. Each makes one claim checkable. That matches the canon's method: break a reference into parts, then recombine.

The same idea in distant fields

Dual edge

Measured

Image 1

  • #db4b2a 41%
  • #e66623 19%
  • #ee5627 12%
  • #463229 11%
  • #d65c1e 9%
  • #a14429 9%
Mean saturation
0.768
Contrast
0.326
Edge density
0.009
Dominant wavelength
0.0957
Edge softness
34.23
Mean saturation
0.685
Contrast
0.345

Image 2

  • #f9f6f1 68%
  • #ea7130 8%
  • #d24730 8%
  • #fe511f 6%
  • #e85129 5%
  • #5a382b 5%
Mean saturation
0.268
Contrast
0.782
Edge density
0.022
Dominant wavelength
0.0494
Edge softness
1.36
Mean saturation
0.798
Contrast
0.234
Mean saturation
0.596
Contrast
0.212
Mean saturation
0.838
Contrast
0.127
Mean saturation
0.826
Contrast
0.063

Image 3

  • #faf7f2 66%
  • #eb5729 11%
  • #cb4b2b 9%
  • #623a2c 7%
  • #e07644 5%
  • #dac6bb 2%
Mean saturation
0.256
Contrast
0.787
Edge density
0.037
Dominant wavelength
0.0278
Edge softness
1.26

Image 4

  • #faf7f1 56%
  • #c05623 14%
  • #f15328 12%
  • #804132 9%
  • #3e3125 8%
  • #c9ab9d 2%
Mean saturation
0.32
Contrast
0.789
Edge density
0.031
Dominant wavelength
0.0333
Edge softness
1.95
Mean saturation
0.822
Contrast
0.616
Mean saturation
0.622
Contrast
0.789
Mean saturation
0.805
Contrast
0.649
Mean saturation
0.485
Contrast
0.789

Concepts

All studies