| ((!$1))&&<<<"Congratulations on your new baby! :D"&&exit | |
| y=$[$1<0?2:2*$1] a=${(l:y:: $:)} b=${(l:y+1::-:)} | |
| (($1>0))&&echo "$a\n${a//$/|}" | |
| echo "$b\n${b//-/~}\n$b" |
| 43232122 Cossack dancer | |
| ___ | |
| (_*_) | |
| \(o_O) | |
| (] [)> | |
| (" ") |
| while read w; do | |
| i= | |
| for ((n=1;i++<#w;n++))[[ $w[i] != $w[i+1] ]]&&printf $n$w[i]&&n=0 | |
| echo | |
| done < <(echo "heeeello\nwoooorld") |
| setopt FORCE_FLOAT | |
| m=$1 n=$1 a=$# | |
| for x ((t+=x))&&m=$[x>m?x:m]&&n=$[x<n?x:n] | |
| s=$[2*(a>2?(t-m-n)/(a-2):t/a)] | |
| <<<$[(s^0+(s-s^0>.5?1:0))/2] |
| #!/bin/zsh | |
| # Version 0.00.01 - bare bones only | |
| # Binary to Ascii conversion, using Z85 encoding algorithm | |
| # Similar to Ascii85, few different characters, doesn't use ascii code table | |
| # https://www.johndcook.com/blog/2019/03/05/base85-encoding/ | |
| # https://rfc.zeromq.org/spec:32/Z85/ | |
| # Example: (input must be 32 characters) | |
| # input 01001101011000010110111000100000 | |
| # base85 24 73 80 78 61 |
| #!/bin/sh | |
| # Version 0.00.01 - bare bones only | |
| # Binary to Ascii conversion, using Ascii85 encoding algorithm | |
| # https://en.wikipedia.org/wiki/Ascii85 | |
| # http://www.tenminutetutor.com/data-formats/binary-encoding/ascii85-encoding/ | |
| # Example: (input must be 32 characters) | |
| # input 01001101011000010110111000100000 | |
| # output 9jqo^ |
| for ((;i++<100;)){w= | |
| ((i%3))||w=Fizz;((i%5))||w+=Buzz | |
| <<<${w:-$i}} |
| #!/bin/zsh | |
| u(){ echo $[`gdate +%s%N`/1000]; } | |
| echo "begin"; read -r | |
| a=`u`;a=${a:0:10} | |
| go(){ | |
| while :;{q=`u`; | |
| t=$[${q:0:10}-a] | |
| s=`printf %02d $[t%60]` | |
| m=`printf %02d $[(t%3600-s)/60]` | |
| echo "\r$m:$s.${q:10:2}\c" |
| r()printf ${(#)$((13+$1+(##$X-$1)%26))} | |
| for X (${(s::)1})case $X {[A-Z])r 52;;[a-z])r 84;;*)printf $X} |
This solution uses a 125-char string, where the lowercase letters serve as delimiters and the first letter of the following sequence of capital letters.
We iterate over the letters of $L. If the current letter $X is lowercase by ascii comparison, set $W to $X. Otherwise, print $W concatenated with $X to make the current word.
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