Data update

Task/Bulls-and-cows/MAXScript/bulls-and-cows-1.max

@@ -4,66 +4,66 @@ digits = #(1, 2, 3, 4, 5, 6, 7, 8, 9)
 num = ""
 while num.count < numCount and digits.count > 0 do
 (
-	local r = random 1 digits.count
-	append num (digits[r] as string)
-	deleteitem digits r
+   local r = random 1 digits.count
+   append num (digits[r] as string)
+   deleteitem digits r
 )
 digits = undefined
 numGuesses = 0
 inf = "Rules: \n1. Choose only % unique digits in any combination"+\
-		" (0 can't be used).\n2. Only positive integers are allowed."+\
-		"\n3. For each digit that is in it's place, you get a bull,\n"+\
-		"\tand for each digit that is not in it's place, you get a cow."+\
-		"\n4. The game is won when your number matches the number I chose."+\
-		"\n\nPress [esc] to quit the game.\n\n"
+      " (0 can't be used).\n2. Only positive integers are allowed."+\
+      "\n3. For each digit that is in it's place, you get a bull,\n"+\
+      "\tand for each digit that is not in it's place, you get a cow."+\
+      "\n4. The game is won when your number matches the number I chose."+\
+      "\n\nPress [esc] to quit the game.\n\n"
 clearlistener()
 format inf num.count
 while not keyboard.escpressed do
 (
-	local userVal = getkbvalue prompt:"\nEnter your number: "
-	if (userVal as string) == num do
-	(
-		format "\nCorrect! The number is %. It took you % moves.\n" num numGuesses
-		exit with OK
-	)
-	local bulls = 0
-	local cows = 0
-	local badInput = false
-	case of
-	(
-		(classof userVal != integer):
-			(
-			format "\nThe number must be a positive integer.\n"
-			badInput = true
-			)
-		((userVal as string).count != num.count):
-			(
-			format "\nThe number must have % digits.\n" num.count
-			badInput = true
-			)
-		((makeuniquearray (for i in 1 to (userVal as string).count \
-			collect (userVal as string)[i])).count != (userVal as string).count):
-			(
-				format "\nThe number can only have unique digits.\n"
-				badInput = true
-			)
-	)
-	if not badInput do
-	(
-		userVal = userVal as string
-		i = 1
-		while i <= userVal.count do
-		(
-			for j = 1 to num.count do
-			(
-				if userVal[i] == num[j] do
-				(
-					if i == j then bulls += 1 else cows += 1
-				)
-			)
-			i += 1
-		)
-		numGuesses += 1
-		format "\nBulls: % Cows: %\n" bulls cows
-	)
+   local userVal = getkbvalue prompt:"\nEnter your number: "
+   if (userVal as string) == num do
+   (
+      format "\nCorrect! The number is %. It took you % moves.\n" num numGuesses
+      exit with OK
+   )
+   local bulls = 0
+   local cows = 0
+   local badInput = false
+   case of
+   (
+      (classof userVal != integer):
+         (
+         format "\nThe number must be a positive integer.\n"
+         badInput = true
+         )
+      ((userVal as string).count != num.count):
+         (
+         format "\nThe number must have % digits.\n" num.count
+         badInput = true
+         )
+      ((makeuniquearray (for i in 1 to (userVal as string).count \
+         collect (userVal as string)[i])).count != (userVal as string).count):
+         (
+            format "\nThe number can only have unique digits.\n"
+            badInput = true
+         )
+   )
+   if not badInput do
+   (
+      userVal = userVal as string
+      i = 1
+      while i <= userVal.count do
+      (
+         for j = 1 to num.count do
+         (
+            if userVal[i] == num[j] do
+            (
+               if i == j then bulls += 1 else cows += 1
+            )
+         )
+         i += 1
+      )
+      numGuesses += 1
+      format "\nBulls: % Cows: %\n" bulls cows
+   )
 )

Task/Bulls-and-cows/MAXScript/bulls-and-cows-2.max

@@ -3,7 +3,7 @@ Rules:
 1. Choose only 4 unique digits in any combination (0 can't be used).
 2. Only positive integers are allowed.
 3. For each digit that is in it's place, you get a bull,
-	and for each digit that is not in it's place, you get a cow.
+   and for each digit that is not in it's place, you get a cow.
 4. The game is won when your number matches the number I chose.
 
 Press [esc] to quit the game.