Flowchart.rtf

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\pard\sa200\sl276\slmult1\f0\fs22\lang9 Flowchart\par
Entry\par
main()\par
new\tab load\par
new Clock();  x10,000\par
[A]\tab take three clocks out of pool\par
\tab compare three clocks see which two tell best time.\par
\tab Order [0][1][2]\par
\tab delete [3]\par
\tab Mate [0][1] -> new [3]\par
\tab mutate [3]\par
\tab return all three to the pool\par
\par
[B]\tab repeat [A] 10,000 times to make 1 generation\par
repeat [B] 10,000 times to make 1 run.\par
display results\par
exit\par
\par
results\par
display # of junk objects\par
display # of pendula\par
display # of 1 armed clocks\par
display # of 2 armed clocks\par
display # of 3 armed clocks\par
display # of 4 armed clocks\par
\par
class clock\par
public\par
\tab score\par
\tab has pendula\par
\tab # of arms\par
\tab generation created on\par
\tab item number\par
private\par
\tab genome:\par
\tab\cf1\f1\fs19 /*Structure of the clock matrix\cf0\par
\cf1\tab 30 gears:\tab rows 1:30\tab columns 1:40\cf0\par
\cf1\tab if the cell is 1, it is connected by teeth, 2 by axle, 0 = all else\cf0\par
\cf1\tab columns 41:100 hold number of teeth\cf0\par
\cf1\tab 7 hands:\tab rows 31:37\tab columns 1:40 = connectivity\cf0\par
\cf1\tab 1 ratchet:\tab row 38\tab\tab columns 1:40 = connectivity\cf0\par
\cf1\tab 1 spring:\tab row 39\tab\tab columns 1:40 = connectivity\cf0\par
\cf1\tab 1 base:\tab row 40\tab\tab columns 1:40 = connectivity\cf0\par
\cf1\tab */\par
\cf0\f0\fs22\tab mrand();  -used for creating genome\par
\tab isbound -> if pathfind alg. works.  No gears binding up works.  Private because it will affect score.\par
\tab pathfinding alg\par
\tab how well it keeps track of time.  Also affects score\par
}