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deleted 37 characters in body
Source Link
Phlarx
Phlarx
  • 1.6k
  • 11
  • 10

Chip, 142142 135 bytes

! CvDvB
>v-]-x.
|Z-]-]e
|Z]xe|
|ZR(-'
|Zx.AD
|Zxx]x.
|Zx^-]e
|Z<,(-.
|Zx]xe|
|Zx-]-]e
|Zx-]-x'
|Z<C^D^B
|>x~s
|Zx.ac
|Zx+^<|Zx<
|Zx'bd|Zxb
|Z^-^^~f|Z+^~f
`z`zd

Try it online!Try it online!

Input is a string of digits. Uses zeroes as the pips. Draws the pips for one number, reads next input byte. If no next byte, terminate, else draw the dashesdivider and go to start.

Each Z (or z) corresponds to one character of output, they are positioned to fire in order top to bottom. The capitalized A, B, C, and D correspond to the low four bits of the input (that's all we look at, so "34" == "CD" == "st" ...). The lowercase ab, bd, ce, ...f correspond to thevarious bits of the output. The low 6 bits are touched.

Can make infinite-length dominoes too; try giving 0123456789 as input.

Chip, 142 bytes

! CvDvB
>v-]-x.
|Z-]-]e
|Z]xe|
|ZR(-'
|Zx.AD
|Zxx]x.
|Zx^-]e
|Z<,(-.
|Zx]xe|
|Zx-]-]e
|Zx-]-x'
|Z<C^D^B
|>x~s
|Zx.ac
|Zx+^<
|Zx'bd
|Z^-^^~f
`z

Try it online!

Input is a string of digits. Uses zeroes as the pips. Draws the pips for one number, reads next input byte. If no next byte, terminate, else draw the dashes and go to start.

Each Z (or z) corresponds to one character of output, they are positioned to fire in order top to bottom. The capitalized A, B, C, and D correspond to the low four bits of the input (that's all we look at, so "34" == "CD" == "st" ...). The lowercase a, b, c, ... correspond to the bits of the output. The low 6 bits are touched.

Can make infinite-length dominoes too; try giving 0123456789 as input.

Chip, 142 135 bytes

! CvDvB
>v-]-x.
|Z-]-]e
|Z]xe|
|ZR(-'
|Zx.AD
|Zxx]x.
|Zx^-]e
|Z<,(-.
|Zx]xe|
|Zx-]-]e
|Zx-]-x'
|Z<C^D^B
|>x~s
|Zx.
|Zx<
|Zxb
|Z+^~f
`zd

Try it online!

Input is a string of digits. Uses zeroes as the pips. Draws the pips for one number, reads next input byte. If no next byte, terminate, else draw the divider and go to start.

Each Z (or z) corresponds to one character of output, they are positioned to fire in order top to bottom. The capitalized A, B, C, and D correspond to the low four bits of the input (that's all we look at, so "34" == "CD" == "st" ...). The lowercase b, d, e, f correspond to various bits of the output.

Can make infinite-length dominoes too; try giving 0123456789 as input.

Source Link
Phlarx
Phlarx
  • 1.6k
  • 11
  • 10

Chip, 142 bytes

! CvDvB
>v-]-x.
|Z-]-]e
|Z]xe|
|ZR(-'
|Zx.AD
|Zxx]x.
|Zx^-]e
|Z<,(-.
|Zx]xe|
|Zx-]-]e
|Zx-]-x'
|Z<C^D^B
|>x~s
|Zx.ac
|Zx+^<
|Zx'bd
|Z^-^^~f
`z

Try it online!

Input is a string of digits. Uses zeroes as the pips. Draws the pips for one number, reads next input byte. If no next byte, terminate, else draw the dashes and go to start.

Each Z (or z) corresponds to one character of output, they are positioned to fire in order top to bottom. The capitalized A, B, C, and D correspond to the low four bits of the input (that's all we look at, so "34" == "CD" == "st" ...). The lowercase a, b, c, ... correspond to the bits of the output. The low 6 bits are touched.

Can make infinite-length dominoes too; try giving 0123456789 as input.