|
| 1 | +print " "*33 + "Slalom" |
| 2 | +print " "*15 + "Creative Computing Morristown New Jersey" |
| 3 | +print; print; print |
| 4 | + |
| 5 | +gateSpeeds = [14,18,26,29,18,25,28,32,29,20,29,29,25,21,26,29,20,21,20, |
| 6 | + 18,26,25,33,31,22] |
| 7 | + |
| 8 | +medals = {} |
| 9 | +medals.gold = 0 |
| 10 | +medals.silver = 0 |
| 11 | +medals.bronze = 0 |
| 12 | + |
| 13 | +while true |
| 14 | + qtyGates = input("How many gates does this course have (1 to 25)? ").val |
| 15 | + if qtyGates > 25 then |
| 16 | + print "25 is the limit." |
| 17 | + qtyGates = 25 |
| 18 | + end if |
| 19 | + if qtyGates >= 1 then break |
| 20 | + print "Try again," |
| 21 | +end while |
| 22 | + |
| 23 | +print "Type ""ins"" for instructions" |
| 24 | +print "Type ""max"" for approximate maximum speeds" |
| 25 | +print "Type ""run"" for the beginning of the race" |
| 26 | +while true |
| 27 | + cmd = input("Command--").lower |
| 28 | + if cmd == "ins" then |
| 29 | + print |
| 30 | + print "*** Slalom: This is the 1976 Winter Olympic Giant Slalom. You are" |
| 31 | + print " the American team's only hope of a gold medal." |
| 32 | + print |
| 33 | + print " 0 -- type this if you want to see how long you've taken." |
| 34 | + print " 1 -- type this if you want to speed up a lot." |
| 35 | + print " 2 -- type this if you want to speed up a little." |
| 36 | + print " 3 -- type this if you want to speed up a teensy." |
| 37 | + print " 4 -- type this if you want to keep going the same speed." |
| 38 | + print " 5 -- type this if you want to check a teensy." |
| 39 | + print " 6 -- type this if you want to check a little." |
| 40 | + print " 7 -- type this if you want to check a lot." |
| 41 | + print " 8 -- type this if you want to cheat and try to skip a gate." |
| 42 | + print |
| 43 | + print " The place to use these options is when the computer asks:" |
| 44 | + print |
| 45 | + print "Option?" |
| 46 | + print |
| 47 | + print " Good luck!" |
| 48 | + print |
| 49 | + else if cmd == "max" then |
| 50 | + print "GATE MAX" |
| 51 | + print " # M.P.H." |
| 52 | + print "-----------" |
| 53 | + for i in range(1, qtyGates) |
| 54 | + print " " + i + " "*(i<10) + " " + gateSpeeds[i-1] |
| 55 | + end for |
| 56 | + else if cmd == "run" then |
| 57 | + break |
| 58 | + end if |
| 59 | +end while |
| 60 | + |
| 61 | +while true |
| 62 | + skill = input("Rate yourself as a skier, (1=worst, 3=best)? ").val |
| 63 | + if 1 <= skill <= 3 then break |
| 64 | + print "The bounds are 1-3" |
| 65 | +end while |
| 66 | + |
| 67 | +doOneRace = function |
| 68 | + print "The starter counts down...5...4...3...2...1..GO!" |
| 69 | + time = 0 |
| 70 | + speed = floor(rnd * 9 + 9) |
| 71 | + print |
| 72 | + print "You're off!" |
| 73 | + gate = 0 |
| 74 | + while gate+1 <= qtyGates |
| 75 | + gate += 1 |
| 76 | + gateSpeed = gateSpeeds[(gate-1) % gateSpeeds.len] |
| 77 | + print |
| 78 | + print "Here comes gate #" + gate + ":" |
| 79 | + print speed + " M.P.H." |
| 80 | + prevSpeed = speed |
| 81 | + while true |
| 82 | + opt = input("Option? ").val |
| 83 | + if opt == 0 then |
| 84 | + print "You've taken " + time + " seconds." |
| 85 | + else if opt < 1 or opt > 8 then |
| 86 | + print "What?" |
| 87 | + else |
| 88 | + break |
| 89 | + end if |
| 90 | + end while |
| 91 | + if opt == 1 then |
| 92 | + speed += floor(rnd*(10-5)+5) |
| 93 | + else if opt == 2 then |
| 94 | + speed += floor(rnd*(5-3)+3) |
| 95 | + else if opt == 3 then |
| 96 | + speed += floor(rnd*(4-1)+1) |
| 97 | + else if opt == 4 then |
| 98 | + // (no change) |
| 99 | + else if opt == 5 then |
| 100 | + speed -= floor(rnd*(4-1)+1) |
| 101 | + else if opt == 6 then |
| 102 | + speed -= floor(rnd*(5-3)+3) |
| 103 | + else if opt == 7 then |
| 104 | + speed -= floor(rnd*(10-5)+5) |
| 105 | + else if opt == 8 then |
| 106 | + print "***CHEAT" |
| 107 | + if rnd < 0.7 then |
| 108 | + print "An official caught you!" |
| 109 | + print "You took " + round(time+rnd, 3) + " seconds." |
| 110 | + break |
| 111 | + else |
| 112 | + print "You made it!" + char(7) |
| 113 | + time += 1.5 |
| 114 | + continue |
| 115 | + end if |
| 116 | + end if |
| 117 | + print speed + " M.P.H." |
| 118 | + if speed > gateSpeed then |
| 119 | + if rnd < (speed - gateSpeed)*0.1 + 0.2 then |
| 120 | + msg = "You went over the maximum speed and " |
| 121 | + if rnd < 0.5 then msg += "snagged a flag!" else msg += "wiped out!" |
| 122 | + print msg |
| 123 | + print "You took " + round(time+rnd, 3) + " seconds." |
| 124 | + else |
| 125 | + print "You went over the maximum speed and made it!" |
| 126 | + end if |
| 127 | + else if speed > gateSpeed - 1 then |
| 128 | + print "Close one!" |
| 129 | + end if |
| 130 | + if speed < 7 then |
| 131 | + print "Let's be realistic, OK? Let's go back and try again..." |
| 132 | + speed = prevSpeed |
| 133 | + gate -= 1 |
| 134 | + continue |
| 135 | + end if |
| 136 | + time += gateSpeed - speed + 1 |
| 137 | + if speed > gateSpeed then time += 0.5 |
| 138 | + end while |
| 139 | + |
| 140 | + print |
| 141 | + print "You took " + round(time+rnd, 3) + " seconds." |
| 142 | + avg = time / qtyGates |
| 143 | + if avg < 1.5 - (skill * 0.1) then |
| 144 | + print "You won a gold medal!" |
| 145 | + medals.gold += 1 |
| 146 | + else if avg < 2.9 - (skill * 0.1) then |
| 147 | + print "You won a silver medal" |
| 148 | + medals.silver += 1 |
| 149 | + else if avg < 4.4 - (skill * 0.01) then |
| 150 | + print "You won a bronze medal" |
| 151 | + medals.bronze += 1 |
| 152 | + end if |
| 153 | +end function |
| 154 | + |
| 155 | +while true |
| 156 | + doOneRace |
| 157 | + while true |
| 158 | + yesno = input("Do you want to race again? ").lower + " " |
| 159 | + if yesno[0] == "y" or yesno[0] == "n" then break |
| 160 | + print "Please type 'yes' or 'no'" |
| 161 | + end while |
| 162 | + if yesno[0] == "n" then break |
| 163 | + print |
| 164 | +end while |
| 165 | + |
| 166 | +print |
| 167 | +print "Thanks for the race" |
| 168 | +if medals.gold then print "Gold medals: " + medals.gold |
| 169 | +if medals.silver then print "Silver medals: " + medals.silver |
| 170 | +if medals.bronze then print "Bronze medals: " + medals.bronze |
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