9ac6cc33-5b5c-4232-88ea-19d28a45a890 14 4 5 decimal

&[DATE] &[TIME] - &[FILENAME]

A 30 : a A 2 / : 12 mat R 1.5 : (outer ring ≡ r 1 : (inner ring ≡ d 0.125 : (holes dimension ≡ size 50 : (canvas size => even ≡ 51 line

Mask pattern Two-dimensional .... concentric circles ....

t0 1 time :

You need that one for scaling grayscale image M lo hi Scale hi lo - (M M Min - M Max M Min - / (* lo + :

outer holes position ii 0 a range : x R 2 π * ii * 15 / sin * vectorize : y R 2 π * ii * 15 / cos * vectorize : y 1 el 0 : x x rows el 0 : 12 mat 41 line

inner holes position jj 16 A range : vx r 2 π * jj * 15 / sin * vectorize : vy r 2 π * jj * 15 / cos * vectorize : vx 15 el 0 : 41 line

Coordinates 
space wave function k 0 size range : xx 2 r * - 4 r * k * size / + vectorize : yy 2 r * - 4 r * k * size / + vectorize : 31 line

x x vx stack : y y vy stack : 21 line

disable to experiment d[0.125] d 0.08705 :

Tentatively trial/error, we minimize the number of duplicate pixels. This setup produces one @ M[25,38]

The 'mask' pattern of the space wave function. Sanity 1/1 MCD 11. Not possible unique pixels xx yy Ψ 1 A sqrt / 1 d / xx x m 1 + el d 2 / - (≥ (xx x m 1 + el d 2 / + ≤ (* yy y m 1 + el d 2 / - (≥ (* yy y m 1 + el d 2 / + ≤ (* 0 cases m 1 A sum 11 line * :

Display mask i 1 size range j 1 size range M i 1 - j 1 - el xx i el yy j el Ψ abs (2^eval : for for

M M 0255 Scale :

clear the duplicate pixel M 2538 el 0 :

M cols M rows 21 mat 494921 mat

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1 time t0 - min 1.3

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