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Merge branch 'main' into miniscript-batch-9 (resolved conflicts in favor of branch).
This commit is contained in:
JoeStrout
16
00_Alternate_Languages/81_Splat/MiniScript/README.md
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16
00_Alternate_Languages/81_Splat/MiniScript/README.md
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Original source downloaded from [Vintage Basic](http://www.vintage-basic.net/games.html).
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Conversion to [MiniScript](https://miniscript.org).
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Ways to play:
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1. Command-Line MiniScript:
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Download for your system from https://miniscript.org/cmdline/, install, and then run the program with a command such as:
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miniscript splat.ms
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2. Mini Micro:
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Download Mini Micro from https://miniscript.org/MiniMicro/, launch, and then click the top disk slot and chose "Mount Folder..." Select the folder containing the MiniScript program and this README file. Then, at the Mini Micro command prompt, enter:
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load "splat"
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run
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133
00_Alternate_Languages/81_Splat/MiniScript/splat.ms
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133
00_Alternate_Languages/81_Splat/MiniScript/splat.ms
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within5pct = function(n)
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return n * (1 + rnd / 20 - rnd / 20)
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end function
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splatMsg = ["Requiescat in pace.", "May the Angel of Heaven lead you into Paradise.",
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"Rest in piece.", "Son-Of-A-Gun.", "#$%&&%!$",
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"A kick in the pants is a boost if you're headed right.",
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"Hmm. Should have picked a shorter time.", "Mutter. Mutter. Mutter.",
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"Pushing up daisies.", "Easy come, easy go."]
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history = []
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clear
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print " " * 33 + "Splat"
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print " " * 15 + "Creative Computing Morristown, New Jersey"
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print;print;print
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print "Welcome to 'Splat' -- the game that simulates a parachute"
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print "jump. Try to open your chute at the last possible"
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print "moment without going splat."
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ans = "y"
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while ans == "y"
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print;print
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distance = floor(9001 * rnd) + 1000
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ans = input("Select your own terminal velocity (Yes or No)? ") + " "
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if ans[0].lower == "y" then
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terminalVel = input("What terminal velocity (mi/hr)? ").val
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else
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terminalVel = floor(1000 * rnd)
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print "Ok. Terminal velocity = " + terminalVel + "mi/hr"
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end if
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terminalVel = terminalVel * 5280/3600
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velocity = within5pct(terminalVel)
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ans = input("Want to select acceleration due to gravity (Yes or No)? ") + " "
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if ans[0].lower == "y" then
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acceleration = input("What acceleration (ft/sec/sec)? ").val
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acceleration = within5pct(acceleration)
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else
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bodies = ["Mercury", "Venus", "Earth", "the moon", "Mars", "Jupiter", "Saturn", "Uranus", "Neptune", "the Sun"]
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gravity = [12.2, 28.3,32.16,5.15,12.5,85.2,37.6,33.8,39.6,896]
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initialStmt = ["Fine. You're on ", "All right. You're on ", "Then you're on "]
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i = floor(rnd * 10)
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acceleration = gravity[i]
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stmt = initialStmt[i%3] + bodies[i] + ". Acceleration=" + acceleration + " ft/sec/sec."
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print stmt
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end if
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actAccel = within5pct(acceleration)
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print
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print " Altitude = " + distance + " ft"
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print " Term. Velocity = " + terminalVel + " ft/sec +/-5%"
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print " Acceleration = " + acceleration + " ft/sec/sec +/-5%"
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print "Set the timer for your freefall."
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sec = input("How many seconds? ").val
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print "Here we go."; print
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print "Time (sec)" + char(9) + "Dist to Fall (ft)"
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print "==========" + char(9) + "================="
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termVelHit = false
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for i in range(0, sec, sec/8)
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sec = velocity/actAccel
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if i <= sec and termVelHit == false then
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dist = distance - ((actAccel/2)*i^2)
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else if termVelHit == false then
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termVelHit = true
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print "Terminal velocity reached a T plus " + velocity/actAccel + " seconds."
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end if
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if termVelHit then
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dist = distance - ((velocity^2/(2*actAccel))+(velocity*(i-sec)))
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end if
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if dist <= 0 then break
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print (" " + i + " " * 9)[:9] + char(9) + " " + dist
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end for
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if dist > 0 then
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print "Chute open"
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history.push(dist)
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numJumps = history.len
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numLowerJumps = 0
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for d in history
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numLowerJumps += (dist <= d)
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end for
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jumpDiff = numJumps - numLowerJumps
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if numJumps < 4 then
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ordinal = ["1st", "2nd", "3rd"]
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print "Amazing!! Not bad for your " + ordinal[numJumps-1] + " successful jump!!!"
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else if jumpDiff <= numJumps * 0.10 then
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print "Wow! That's some jumping. Of the " + numJumps + " successful jumps"
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print "before yours, only " + jumpDiff + " opened their chutes lower than"
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print "you did."
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else if jumpDiff <= numJumps * 0.25 then
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print "Pretty good! " + numJumps + " successful jumps preceded yours and only"
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print jumpDiff + " of them got lower than you did before their chute"
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print "opened."
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else if jumpDiff <= numJumps * 0.50 then
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print "Not bad. There have been " + numJumps + " successful jumps before yours."
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print "You were beaten out by " + jumpDiff + " of them."
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else if jumpDiff <= numJumps * 0.75 then
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print "Conservative, aren't you? You ranked only " + jumpDiff + " in the"
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print numJumps + " successful jumps before yours."
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else if jumpDiff <= numJumps * 0.90 then
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print "Humph! Don't you have any sporting blood? There were"
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print numJumps + " successful jumps before yours and you came in " + numLowerJumps + " jumps"
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print "better than the worst. Shape up!!!"
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else
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print "Hey! You pulled the rip code much too soon. " + numJumps + " successful"
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print "jumps before yours and you came in number " + jumpDiff + "! Get with it."
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end if
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else if dist <= 0 and not termVelHit then
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print (2 * distance / actAccel) ^ .5 + " " * 5 + "Splat"
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else if dist <= 0 and termVelHit then
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print velocity/actAccel + ((distance - (velocity^2/(2*actAccel)))/velocity) + " " *5 + "Splat"
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end if
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if dist <=0 then
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splatMsg.shuffle
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print splatMsg[0]
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print "I'll give you another chance."
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end if
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ans = input("Do you want to play again? ") + " "
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ans = ans[0].lower
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end while
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print "S" * 10
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print
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155
00_Alternate_Languages/89_Tic-Tac-Toe/MiniScript/tictactoe2.ms
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155
00_Alternate_Languages/89_Tic-Tac-Toe/MiniScript/tictactoe2.ms
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solutions = [[0,1,2],[3,4,5],[6,7,8]]
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solutions += [[0,3,6],[1,4,7],[2,5,8]]
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solutions += [[0,4,8],[2,4,6]]
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TicTacToe = {}
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TicTacToe.grid = (" " * 9).split("")
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TicTacToe.markers = {true: "X",false:"O"}
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TicTacToe.AI = "X"
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TicTacToe.human = "O"
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TicTacToe.next = "X"
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TicTacToe.lastMove = -1
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TicTacToe.show = function
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print " " + self.grid[0:3].join(" ! ")
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print "---+---+---"
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print " " + self.grid[3:6].join(" ! ")
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print "---+---+---"
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print " " + self.grid[6:].join(" ! ")
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print
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print
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end function
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TicTacToe.set = function(player, pos)
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if self.grid[pos] != " " then
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return false
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end if
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self.grid[pos] = player
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self.lastMove = pos
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return true
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end function
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TicTacToe.setMarkers = function(mark)
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self.human = self.markers[mark == "X"]
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self.AI = self.markers[mark == "O"]
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end function
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TicTacToe.getWinner = function
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for mark in self.markers.values
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for solution in solutions
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cnt = 0
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for i in solution
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cnt += (self.grid[i] == mark)
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end for
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if cnt == 3 then return mark
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end for
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end for
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return null
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end function
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TicTacToe.potentialWins = function
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potential = {"X": [], "O": []}
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for mark in self.markers.values
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for solution in solutions
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cnt = 0
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emptyCells = []
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for i in solution
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cnt += (self.grid[i] == mark)
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if self.grid[i] == " " then emptyCells.push(i)
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end for
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if cnt == 2 and emptyCells.len == 1 then potential[mark].push(emptyCells[0])
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end for
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end for
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return potential
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end function
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TicTacToe.moveAvailable = function
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return self.grid.indexOf(" ") != null
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end function
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TicTacToe.selectAI = function
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if self.grid[4] == " " then return 4
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potential = self.potentialWins
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AIWins = potential[self.AI]
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if AIWins.len >0 then return AIWins[0]
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HumanWins = potential[self.human]
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if HumanWins.len > 0 then return HumanWins[0]
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if [1,3,5,7].indexOf(self.lastMove) != null then
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for corner in [8,6,2,0]
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if self.grid[corner] == " " then
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self.grid[corner] = self.AI
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potential = self.potentialWins
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self.grid[corner] = " "
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AIWins = potential[self.AI]
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if AIWins.len > 0 then return corner
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end if
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end for
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else
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for side in [1,3,5,7]
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if self.grid[side] == " " then
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self.grid[side] = self.AI
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potential = self.potentialWins
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self.grid[side] = " "
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AIWins = potential[self.AI]
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if AIWins.len > 0 then return side
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end if
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end for
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end if
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for ix in range(0,8)
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if self.grid[ix] == " " then return ix
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end for
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return null
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end function
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print " " * 15 + "Creative Computing Morristown, New Jersey"
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print; print; print
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print "The board is numbered."
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print; print; print
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print " 1 2 3"
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print " 4 5 6"
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print " 7 8 9"
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print
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ans = input("Do you want to 'X' or 'O'? ")
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if ans.upper != "X" then ans = "O"
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TicTacToe.setMarkers(ans.upper)
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winner = null
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print
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while TicTacToe.moveAvailable and winner == null
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if TicTacToe.next == TicTacToe.AI then
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move = TicTacToe.selectAI
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TicTacToe.set(TicTacToe.AI, move)
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TicTacToe.next = TicTacToe.human
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print "The computer moves to..."
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else
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move = input("Where do you move? ").val
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if move < 1 or move > 9 then
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print "Thanks for the game."
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exit
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else if not TicTacToe.set(TicTacToe.human, move-1) then
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print "That square is occupied."
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print
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continue
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else
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TicTacToe.next = TicTacToe.AI
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end if
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end if
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TicTacToe.show
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winner = TicTacToe.getWinner
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end while
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if winner == null then
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print "It's a draw. Thank you."
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else if winner == TicTacToe.AI then
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print "I win, turkey!!"
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else
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print "You beat me! Good game!"
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end if
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