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User:Miui/Drafts/Choropleth exploration
Attempting to explore Choropleth beyond linear interpretations.
base map
(
| [G | T | ? | C |
| h | q | z | 0 |
| i | r | a | 1 |
| j | s | b | 2 |
| k | t | c | 3 |
| l | u | d | 4 |
| m | v | e | 5 |
| n | w | f | 6 |
| o | x | g | 7 |
| P | y | . | [8, 9] |
)
color map
from https://en.wikipedia.org/wiki/Choropleth_map
Grayscale progression Single-hue progression Partial spectral progression Bi-polar color progression Full-spectral color progression Qualitative color progression
that is all we know
See also
- Color_Scheme promising lead regarding "color map" interpretation.
pseudonatural interpretation
the base example
choropleth
returns
색地図
two-word example
one example of a choropleth language is the statement
choropleth isohyet
in english this does not return
A watercolor painting
But if machine translated across some basis of codepoints
it does.
e.g. 색地図 (isohyet would be katakana and is exluded from the print statement)
mechanical interpretation
Taken as a machine bit ( a reference to player-piano drums of studded tin)
The . object is meant to print the machine state. The machine can be magnified and rotated which allows for theta conversions between ourput and return labels.
Thus code > prints a > symbol with a GT return label.
apparent quine
Thus GT() is apparently a quine which prints GT(?)?(?)
Possible similar (implemented) systems
- https://en.wikipedia.org/wiki/MacChoro MacChoro, written in FORTRAN is proprietary and User:Miui is unable to locate it.