# BASH - 214

    for h in {-4915..4915..200};do
    for g in {-8601..2867..115};do
    x=0;y=0;q=0
    for((i=0;i<30&&q<=16384;i++));do((v=((x*x-y*y)>>12)+g));((w=((x*y)>>11)+h))
    x=$v;y=$w;((q=(x*x+y*y)>>12))
    done;printf $[i%10];done;echo;done

This basically is the same code like below with calculations being replaced by hardcoded values and the image got flipped around the x axis.

The output is similar to the one below.

---

# BASH - 260 <s>261</s> <s>263</s>

Use this source, Luke:

    a=-8601;b=2867;c=-4915;d=4915
    ((e=(b-a)/99));((f=(d-c)/49))
    for((h=d;h>=c;h-=f));do
    for((g=a;g<=b;g+=e));do
    x=0;y=0;q=0
    for((i=0;i<30&&q<=16384;i++));do((v=((x*x-y*y)>>12)+g))
    ((w=((x*y)>>11)+h));x=$v;y=$w;((q=(x*x+y*y)>>12))
    done
    printf $[i%10]
    done;echo;done

(no trailing newline)

This code uses integer arithmetic only, so BASH does not need additional helpers for doing floating point maths...

[![mb.bash run snapshot][1]][1]


  [1]: https://i.sstatic.net/4t15G.gif