# This is our main script. It runs the game logic.
using { /Fortnite.com/Devices }
using { /Verse.org/Sim }
using { /UnrealEngine.com/Temporary/Symbols }

# This is the TreasureHunt script.
# It controls the clues and the goal.
TreasureHunt = script():
    # This variable holds the current clue.
    # A variable is a box that can change.
    CurrentClue := "Start Searching!"

    # This function runs when the game starts.
    OnBegin<override>()<suspends>: void =
        # Pick a random number between 1 and 3.
        # This will decide which treasure spot is real.
        RandomSpot := RandInt(1, 3)
        
        # Tell the player to look for the treasure.
        # We send this message to all players.
        SendHint("Look for the treasure!")
        
        # Start watching the player's movement.
        # We do this in a loop.
        Loop():
            # Wait for the player to move.
            Wait(1.0)
            
            # Check the player's position.
            # We compare it to the random spot.
            Distance := GetDistanceToPlayer()
            
            # Decide what clue to show.
            If (Distance > 1000):
                CurrentClue = "It's very Cold."
            Else If (Distance > 500):
                CurrentClue = "Getting Warmer..."
            Else:
                CurrentClue = "You're Hot!"
            
            # Show the clue on the screen.
            SendHint(CurrentClue)

    # This helper function shows text on the screen.
    SendHint(Message: string): void =
        # This uses a built-in device to show text.
        # We assume we have a HUD Message device named 'HintDisplay'.
        # In a real setup, you would bind this to a device.
        # For this simple example, we print to the log.
        # In UEFN, you would use a HUD Message Device and bind 'Send'.
        PrintToScreen(Message)

    # This helper function checks distance.
    # In real Verse, you would get the PlayerActor and calculate vector distance.
    GetDistanceToPlayer(): float =
        # For this tutorial, we simulate a distance.
        # Real code would use GetLocation() and DistanceTo().
        return 750.0