import randomdef main$()$: # Declare variables column $=0$ loopCounter $=0$ # Declare the deck list deck $=[0]*52$ # Declare a $7$ row by $3$ column list play $=[[0,0,0]$ for $\_$ in range$(7)]$ # Opening message print$("$Welcome$.$ I$\text{'}$m not the latest development in AI$,$ but $")$ print$("$I$\text{'}$m a computer program that can perform a card trick."$)$ print$("$Let$\text{'}$s begin!"$)$ print$()$ print$("$Building the deck of cards..."$)$ # Call BuildDeck$()$ BuildDeck$($deck$)$ print$("$Done$!$

$")$ seeDeck $=$ input$("$Now would you like to see the deck $($y$/$n$)?")$ if seeDeck.lower$()==\text{'}$y$\text{'}$: PrintDeck$($deck$)$ # Begin the main card trick loop for loopCounter in range$(3)$: # Call Deal$()$ Deal$($deck$,$ play$)$ column $=$ int$($input$("$

Which column is your card in $(0,1,$ or $2)?$: $"))$ # Call PickUp$()$ PickUp$($deck$,$ play, column$)$ # Call SecretCard$()$ SecretCard$($deck$)$ print$("$Thank you for playing the card trick!"$)$def BuildDeck$($deck$)$: # Generate a shuffled deck of cards deck$[$:$]=$ random.sample$($range$(52),52)$def PrintDeck$($deck$)$: for card in deck: PrintCard$($card$)$ print$()$def Deal$($deck$,$ play$)$: # Deal the cards from the deck to the play list print$()$ print$("$ Column $0$ Column $1$ Column $2")$ print$("=======================================================")$ for row in range$(7)$: for col in range$(3)$: play$[$row$][$col$]=$ deck$[$row $*3+$ col$]$ PrintCard$($play$[$row$][$col$])$ print$()$def PickUp$($deck$,$ play, column$)$: # Pick up cards from the play list by column and put them in deck order $=[0,1,2]$ order.remove$($column$)$ order.insert$(1,$ column$)$ index $=0$ for col in order: for row in range$(7)$: deck$[$index$]=$ play$[$row$][$col$]$ index $+=1$def SecretCard$($deck$)$: print$()$ print$("$Finding secret card..."$)$ for card in range$(0,10)$: PrintCard$($deck$[$card$])$ print$()$ print$("$Your secret card is: $",$ end$=\text{'}\text{'})$ PrintCard$($deck$[10])$ print$()$def PrintCard$($card$)$: # Convert card number to rank and suit ranks $=["$Ace$","2","3","4","5","6","7","8","9","10",$ "Jack", "Queen", "King"$]$ suits $=["$Clubs$",$ "Diamonds", "Hearts", "Spades"$]$ rank $=$ card $\%13$ suit $=$ card $//13$ cardString $=$ f$"\{$ranks$[$rank$]\}$ of $\{$suits$[$suit$]\}"$ print$($cardString$,$ end$=\text{'}\text{'})$if $\_\_$name$\_\_=="\_\_$main$\_\_"$: main$()$