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hanoi.lz
228 lines (220 loc) · 5.53 KB
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hanoi.lz
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numOfDiscs = in 10
source = st 'source'
destination = st 'destination'
aux = st 'auxiliary'
pr 'Input number of discs' rp
ip numOfDiscs
pr 'Input name of source tower use the apostrophe to denote a string' rp
ip source
pr 'Input name of destination tower use the apostrophe to denote a string' rp
ip destination
pr 'Input name of aux tower use the apostrophe to denote a string' rp
ip aux
totalNumMoves = in (2 ^ numOfDiscs)
stower = [0]
dtower = [0]
atower = [0]
anotherNum = in 0
current = in 1
modul = in (numOfDiscs%2)
count = in 0
temp = in 0
\pr 'Total moves is ' totalNumMoves rp
\nl
wh[count < numOfDiscs]
anotherNum = numOfDiscs - count
pu stower anotherNum up
count = count+1
hw
if[modul != 0]
wh[current < totalNumMoves]
modul = current%3
if[modul == 1]
if[(to dtower) == 0]
temp = to stower
pu dtower (po stower) up
pr 'Moving disc ' temp ' from ' source ' to ' destination rp
nl
fi
el
if[(to stower)== 0]
temp = to dtower
pu stower (po dtower) up
pr 'Moving disc ' temp ' from ' destination ' to ' source rp
nl
fi
el
if[(to stower) < (to dtower)]
temp = to stower
pu dtower (po stower) up
pr 'Moving disc ' temp ' from ' source ' to ' destination rp
nl
fi
el
temp = to dtower
pu stower (po dtower) up
pr 'Moving disc ' temp ' from ' destination ' to ' source rp
nl
le
le
le
fi
if[modul == 2]
if[(to atower) == 0]
temp = to stower
pu atower (po stower) up
pr 'Moving disc ' temp ' from ' source ' to ' aux rp
nl
fi
el
if[(to stower) == 0]
temp = to atower
pu stower (po atower) up
pr 'Moving disc ' temp ' from ' aux ' to ' source rp
nl
fi
el
if[(to stower) < (to atower)]
temp = to stower
pu atower (po stower) up
pr 'Moving disc ' temp ' from ' source ' to ' aux rp
nl
fi
el
temp = to atower
pu stower (po atower) up
pr 'Moving disc ' temp ' from ' aux ' to ' source rp
nl
le
le
le
fi
if[modul == 0]
if[(to atower) == 0]
temp = to dtower
pu atower (po dtower) up
pr 'Moving disc ' temp ' from ' destination ' to ' aux rp
nl
fi
el
if[(to dtower) == 0]
temp = to atower
pu dtower (po atower) up
pr 'Moving disc ' temp ' from ' aux ' to ' destination rp
nl
fi
el
if[(to atower) < (to dtower)]
temp = to atower
pu dtower (po atower) up
pr 'Moving disc ' temp ' from ' aux ' to ' destination rp
nl
fi
el
temp = to dtower
pu atower (po dtower) up
pr 'Moving disc ' temp ' from ' destination ' to ' aux rp
nl
le
le
le
fi
current = current+1
hw
fi
el
wh[current < totalNumMoves]
modul = current%3
if[modul == 1]
if[(to atower) == 0]
temp = to stower
pu atower (po stower) up
pr 'Moving disc ' temp ' from ' source ' to ' aux rp
nl
fi
el
if[(to stower) == 0]
temp = to atower
pu stower (po atower) up
pr 'Moving disc ' temp ' from ' aux ' to ' source rp
nl
fi
el
if[(to stower)<(to atower)]
temp = to stower
pu atower (po stower) up
pr 'Moving disc ' temp ' from ' source ' to ' aux rp
nl
fi
el
temp = to atower
pu stower (po atower) up
pr 'Moving disc ' temp ' from ' aux ' to ' source rp
nl
le
le
le
fi
if[modul == 2]
if[(to dtower) == 0]
temp = to stower
pu dtower (po stower) up
pr 'Moving disc ' temp ' from ' source ' to ' destination rp
nl
fi
el
if[(to stower)==0]
temp = to dtower
pu stower (po dtower) up
pr 'Moving disc ' temp ' from ' destination ' to ' source rp
nl
fi
el
if[(to stower) < (to dtower)]
temp = to stower
pu dtower (po stower) up
pr 'Moving disc ' temp ' from ' source ' to ' destination rp
nl
fi
el
temp = to dtower
pu stower (po dtower) up
pr 'Moving disc ' temp ' from ' destination ' to ' source rp
nl
le
le
le
fi
if[modul == 0]
if[(to atower) == 0]
temp = to dtower
pu atower (po dtower) up
pr 'Moving disc ' temp ' from ' destination ' to ' aux rp
nl
fi
el
if[(to dtower)==0]
temp = to atower
pu dtower (po atower) up
pr 'Moving disc from ' aux ' to ' destination rp
nl
fi
el
if[(to atower) < (to dtower)]
temp = to atower
pu dtower (po atower) up
pr 'Moving disc ' temp ' from ' aux ' to ' destination rp
nl
fi
el
temp = to dtower
pu atower (po dtower) up
pr 'Moving disc ' temp ' from ' destination ' to ' aux rp
nl
le
le
le
fi
current = current+1
hw
le