liberty bell slot machine part $2$

finish the missing function and have it produce the correct sample output

It cost $5$ cents to play and the payouts worked as follows:

three Liberty Bells: $50$ cents

three hearts: $40$ cents

three diamonds: $30$ cents

three spades: $20$ cents

three horseshoes: $10$ cents

two horseshoes and any other one symbol: $5$ cents

all other combinations: nothing

sample output:

Program $1$: Liberty Bell Slot Machine Simulation

$-->$ Part $1$: Testing Known Spins

REEL $1$ REEL $2$ REEL $3$ PAYOUT

$------------------------$

bell bell bell $50$

heart heart heart $40$

diamond diamond diamond $30$

spade spade spade $20$

horseshoe horseshoe horseshoe $10$

horseshoe horseshoe heart $5$

horseshoe diamond horseshoe $5$

spade horseshoe horseshoe $5$

heart heart horseshoe $0$

bell diamond spade $0$

$-->$ Part $2$: Simulating $500,000$ Spins

For every $$1$ spent, you can expect to win $$0\mathrm{.}34$

missing code$/$function:

import random

DIAMOND $=1$

HEART $=2$

SPADE $=3$

HORSESHOE $=4$

LIBERTY$\_$BELL $=5$

def convert$($reel$)$:

if reel $==$ DIAMOND:

return "diamond"

elif reel $==$ HEART:

return "heart"

elif reel $==$ SPADE:

return "spade"

elif reel $==$ HORSESHOE:

return "horseshoe"

elif reel $==$ LIBERTY$\_$BELL:

return "bell"

else:

return "error!"

def test$\_$known$\_$spin$($reel$1,$ reel$2,$ reel$3)$:

message $=$ f$"\{$convert$($reel$1)$:$<10\}\{$convert$($reel$2)$:$<10\}\{$convert$($reel$3)$:$<10\}\{$spin$\_$payout$($reel$1,$ reel$2,$ reel$3)$:$<6$d$\}"$

print$($message$)$

def test$\_$known$\_$spins$()$:

print$("\{$:$<10\}\{$:$<10\}\{$:$<10\}\{$:$<6\}".$format$("$REEL $1",$ "REEL $2",$ "REEL $3",$ "PAYOUT"$))$

print$("\{$:$<10\}\{$:$<10\}\{$:$<10\}\{$:$<6\}".$format$("------","------","------","------"))$

test$\_$known$\_$spin$($LIBERTY$\_$BELL, LIBERTY$\_$BELL, LIBERTY$\_$BELL$)$

test$\_$known$\_$spin$($HEART$,$ HEART, HEART$)$

test$\_$known$\_$spin$($DIAMOND$,$ DIAMOND, DIAMOND$)$

test$\_$known$\_$spin$($SPADE$,$ SPADE, SPADE$)$

test$\_$known$\_$spin$($HORSESHOE$,$ HORSESHOE, HORSESHOE$)$

test$\_$known$\_$spin$($HORSESHOE$,$ HORSESHOE, HEART$)$

test$\_$known$\_$spin$($HORSESHOE$,$ DIAMOND, HORSESHOE$)$

test$\_$known$\_$spin$($SPADE$,$ HORSESHOE, HORSESHOE$)$

test$\_$known$\_$spin$($HEART$,$ HEART, HORSESHOE$)$

test$\_$known$\_$spin$($LIBERTY$\_$BELL, DIAMOND, SPADE$)$

def simulate$($how$\_$many$)$:

total$\_$winnings $=0$

for $\_$ in range$($how$\_$many$)$:

reel$1=$ random.randint$(1,5)$

reel$2=$ random.randint$(1,5)$

reel$3=$ random.randint$(1,5)$

total$\_$winnings $+=$ spin$\_$payout$($reel$1,$ reel$2,$ reel$3)$

print$($f$"$Expected winnings after $\{$how$\_$many$\}$ spins: $$\{$total$\_$winnings $/$ how$\_$many:$\mathrm{.}2$f$\}")$

def main$()$:

print$("$Program $1$: Liberty Bell Slot Machine Simulation"$)$

print$("$Part $1$: Testing Known Spins"$)$

test$\_$known$\_$spins$()$

print$("-->$ Part $2$: Simulating $500,000$ Spins"$)$

simulate$(500000)$

if $\_\_$name$\_\_=="\_\_$main$\_\_"$:

main$()$