Circuit.xml

<sequence values="BtEDGANYOWU" origin="True">
  <prl in="***/*B*/***" out="***/*E*/***"/>
  <all in="tEE" out="**t"/>
  <one file="Chip" legend="*tEADN" steps="2"/>
  <markov>
    <all>
      <rule in="EG" out="tG"/>
      <rule in="E*/*G" out="t*/*G"/>
    </all>
    <path from="A" to="U" on="E" color="G" inertia="True"/>
    <all in="A" out="U"/>
    <one file="Chip" legend="*tEADN"/>
  </markov>
  <prl in="B" out="E"/>
  <all>
    <rule in="EU" out="EE"/>
    <rule in="EEE/ttE/EEE" out="***/E**/***"/>
  </all>
  <markov>
    <one>
      <rule in="NUAU" out="NAGG"/>
      <rule in="UAG" out="GUA"/>
      <rule in="UA/*G" out="GU/*A"/>
    </one>
    <one in="UG" out="UA"/>
  </markov>
  <all in="NG" out="NW"/>
  <all>
    <rule in="ND" out="DN"/>
    <rule in="NWGG" out="DWYO"/>
    <rule in="YOG" out="GYO"/>
    <rule in="YO/*G" out="GY/*O"/>
    <rule in="YOAD" out="GGAN"/>
  </all>
</sequence>

<!--
This is not how circuits actually work.

TODO: Make a generator of WireWorld networks.
-->