Step 1: Initialize the enemy count variable.
local enemyCount = 0 -- Track the number of enemies defeated
Step 2: Define the scanArea
function.
function scanArea()
-- Scan the area for enemies and attack
local enemyDetected = false
for i = 1, 4 do
if turtle.detect() then
turtle.attack()
enemyDetected = true
enemyCount = enemyCount + 1
end
turtle.turnRight()
end
return enemyDetected
end
The scanArea
function scans the area around the turtle in a 360-degree rotation, checking for enemies using turtle.detect()
. If an enemy is detected, it attacks the enemy with turtle.attack()
and increments the enemyCount
variable. The function returns true
if an enemy is detected, false
otherwise.
Step 3: Define the recharge
function.
function recharge()
-- Recharge the turtle's energy
-- Implement your own logic here based on the available energy sources
-- Example: Assume turtle is connected to a charger
while turtle.getFuelLevel() < turtle.getFuelLimit() do
turtle.refuel()
end
end
The recharge
function is responsible for recharging the turtle’s energy. The example implementation assumes that the turtle is connected to a charger. It continuously calls turtle.refuel()
until the turtle’s fuel level reaches its maximum limit.
Step 4: Define the displayStats
function.
function displayStats()
-- Display current statistics
print("Enemies defeated: " .. enemyCount)
print("Fuel Level: " .. turtle.getFuelLevel() .. "/" .. turtle.getFuelLimit())
end
The displayStats
function simply prints out the current statistics, including the number of enemies defeated (enemyCount
) and the turtle’s fuel level (turtle.getFuelLevel()
and turtle.getFuelLimit()
).
Step 5: Enter the main loop.
while true do
local enemyDetected = scanArea()
if not enemyDetected then
recharge()
end
displayStats()
sleep(0.25)
end
The program enters an infinite loop using while true do
. In each iteration of the loop, it calls the scanArea
function to check for enemies. If no enemy is detected (enemyDetected
is false
), it calls the recharge
function to recharge the turtle’s energy. After that, it displays the current statistics using displayStats
and pauses execution for 0.25 seconds using sleep(0.25)
.
This loop will continue indefinitely until the program is manually stopped.