Data update

Task/Monty-Hall-problem/PowerShell/monty-hall-problem.psh

@@ -1,54 +0,0 @@
-#Declaring variables
-$intIterations = 10000
-$intKept = 0
-$intSwitched = 0
-
-#Creating a function
-Function Play-MontyHall()
-    {
-    #Using a .NET object for randomization
-    $objRandom = New-Object -TypeName System.Random
-
-    #Generating the winning door number
-    $intWin = $objRandom.Next(1,4)
-
-    #Generating the chosen door
-    $intChoice = $objRandom.Next(1,4)
-
-    #Generating the excluded number
-    #Because there is no method to exclude a number from a range,
-    #I let it re-generate in case it equals the winning number or
-    #in case it equals the chosen door.
-    $intLose = $objRandom.Next(1,4)
-    While (($intLose -EQ $intWin) -OR ($intLose -EQ $intChoice))
-        {$intLose = $objRandom.Next(1,4)}
-
-    #Generating the 'other' door
-    #Same logic applies as for the chosen door: it cannot be equal
-    #to the winning door nor to the chosen door.
-    $intSwitch = $objRandom.Next(1,4)
-    While (($intSwitch -EQ $intLose) -OR ($intSwitch -EQ $intChoice))
-        {$intSwitch = $objRandom.Next(1,4)}
-
-    #Simple counters per win for both categories
-    #Because a child scope cannot change variables in the parent
-    #scope, the scope of the counters is expanded script-wide.
-    If ($intChoice -EQ $intWin)
-        {$script:intKept++}
-    If ($intSwitch -EQ $intWin)
-        {$script:intSwitched++}
-
-    }
-
-#Looping the Monty Hall function for $intIterations times
-While ($intIterationCount -LT $intIterations)
-    {
-    Play-MontyHall
-    $intIterationCount++
-    }
-
-#Output
-Write-Host "Results through $intIterations iterations:"
-Write-Host "Keep  : $intKept ($($intKept/$intIterations*100)%)"
-Write-Host "Switch: $intSwitched ($($intSwitched/$intIterations*100)%)"
-Write-Host ""