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edgesurfbot.py
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edgesurfbot.py
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import pyautogui
import time
import numpy as np
from controls import restartGame, reset, energy, turnLeft, turnRight, standBy, control, lastControl
from datas import boxs, avoid, earn, timeToAvoidMonster
from convert import imageGrab, numberToColor
def decisions():
avoidMonster = 300
datas = numberToColor()
print(datas)
### BEHIND TO AVOID MONSTER
if (datas[2] < 250 and datas[2] >= avoidMonster): # 320 > [behind][black] >= (300 or 50)
reset()
time.sleep(0.2) # to avoid to reset() a lot of times and run "speed bonus"
if(time.time() - timeStart >= timeToAvoidMonster):
avoidMonster = 50
if (datas[2] >= 250): # [behind][black]
if (datas[5] > 0):
energy()
time.sleep(2)
### FRONT
if (datas[3][2] >= 100): # [front][black]
if (datas[0][2] > datas[1][2]): # [left][black] > [right][black]
while(datas[3][2] >= 50): # [front][black] != 50
turnRight()
turnRight()
turnRight()
datas = numberToColor() # recalcul
elif (datas[0][2] < datas[1][2]): # [left][black] < [right][black]
while(datas[3][2] >= 50): # [front][black] != 50
turnLeft()
turnLeft()
turnLeft()
datas = numberToColor() # recalcul
elif (datas[0][2] == datas[1][2]): # [left][black] == [right][black]
if (lastControl != "down"):
while(datas[3][2] >= 50): # [front][black] != 50
pyautogui.keyDown(lastControl)
pyautogui.keyUp(lastControl)
pyautogui.keyDown(lastControl)
pyautogui.keyUp(lastControl)
datas = numberToColor() # recalcul
else:
while (datas[0][2] != datas[1][2]):
turnLeft()
turnLeft()
### LEFT AND RIGHT BLACK
if (datas[0][2] >= avoid): # [left][black]
if (datas[0][2] >= avoid and datas[3][2] >= 200): # [left][black] and [front][black]
turnRight()
turnRight()
turnRight()
turnRight()
elif (datas[0][2] >= avoid and datas[1][2] >= 200): # [left][black] and [right][black]
reset()
time.sleep(0.2) # to avoid to reset() a lot of times and run "speed bonus"
else:
turnRight()
if (datas[1][2] >= avoid): # [right][black]
if (datas[1][2] >= avoid and datas[3][2] >= 200): # [right][black] and [front][black]
turnLeft()
turnLeft()
turnLeft()
turnLeft()
elif (datas[1][2] >= avoid and datas[0][2] >= 200): # [right][black] and [left][black]
reset()
time.sleep(0.2) # to avoid to reset() a lot of times and run "speed bonus"
else:
turnLeft()
turnLeft()
### GREEN
if (datas[0][1] >= avoid and datas[1][1] >= avoid): # [left][green] and # [right][green]
turnLeft()
turnLeft()
turnLeft()
if (datas[0][1] >= avoid): # [left][green]
turnLeft()
if (datas[1][1] >= avoid): # [right][green]
turnRight()
if (datas[3][1] >= avoid): # [front][green]
reset()
if (datas[0][2] >= avoid and datas[1][2] >= avoid and datas[3][1] >= earn): # [left][black] and # [right][black] and # [front][green]
reset()
time.sleep(0.2) # to avoid to reset() a lot of times and run "speed bonus"
### COMBO BLACK AND GREEN
if (datas[0][2] >= avoid and datas[0][1] >= earn): # [left][black] and # [left][green]
turnLeft()
turnLeft()
reset()
if (datas[1][2] >= avoid and datas[1][1] >= earn): # [right][black] and # [right][green]
turnRight()
turnRight()
reset()
if (datas[0][2] >= avoid and datas[3][1] >= earn): # [left][black] and # [front][green]
turnRight()
turnRight()
reset()
if (datas[1][2] >= avoid and datas[3][1] >= earn): # [right][black] and # [front][green]
turnLeft()
turnLeft()
reset()
### SNIPE BLACK AND SAND:
## SAND
if (datas[4][0] >= 50): # [snipe][sand]
if (datas[0][2] > datas[1][2]): # [left][black] > [right][black]
while(datas[4][0] >= 50): # [snipe][sand] != 50
turnRight()
turnRight()
datas = numberToColor() # recalcul
elif (datas[0][2] < datas[1][2]): # [left][black] < [right][black]
while(datas[4][0] >= 50): # [snipe][sand] != 50
turnLeft()
turnLeft()
datas = numberToColor() # recalcul
elif (datas[0][2] == datas[1][2]): # [left][black] == [right][black]
if (lastControl != "down"):
while(datas[4][0] >= 50): # [snipe][sand] != 50
pyautogui.keyDown(lastControl)
pyautogui.keyUp(lastControl)
pyautogui.keyDown(lastControl)
pyautogui.keyUp(lastControl)
datas = numberToColor() # recalcul
else:
while (datas[0][2] != datas[1][2]):
turnLeft()
turnLeft()
if (datas[4][0] >= 50 and datas[3][2] >= avoid): # [snipe][sand] and [front][black]
if (datas[0][2] >= avoid): # [left][black]
turnRight()
turnRight()
time.sleep(0.2)
elif (datas[1][2] >= avoid): # [right][black]
turnLeft()
turnLeft()
time.sleep(0.2)
## BLACK
if (datas[4][1] >= 50): # [snipe][black]
if (datas[0][2] > datas[1][2]): # [left][black] > [right][black]
while(datas[4][1] >= 50): # [snipe][black] != 50
turnRight()
turnRight()
datas = numberToColor() # recalcul
elif (datas[0][2] < datas[1][2]): # [left][black] < [right][black]
while(datas[4][1] >= 50): # [snipe][black] != 50
turnLeft()
turnLeft()
datas = numberToColor() # recalcul
elif (datas[0][2] == datas[1][2]): # [left][black] == [right][black]
if (lastControl != "down"):
while(datas[4][1] >= 50): # [snipe][black] != 50
pyautogui.keyDown(lastControl)
pyautogui.keyUp(lastControl)
pyautogui.keyDown(lastControl)
pyautogui.keyUp(lastControl)
datas = numberToColor() # recalcul
else:
while (datas[0][2] != datas[1][2]):
turnLeft()
turnLeft()
if (datas[4][1] >= avoid and datas[3][2] >= 100): # [snipe][black] and [front][black]
if (datas[0][2] >= avoid): # [left][black]
turnRight()
turnRight()
time.sleep(0.2)
elif (datas[1][2] >= avoid): # [right][black]
turnLeft()
turnLeft()
time.sleep(0.2)
time.sleep(2)
restartGame()
timeStart = time.time()
while True:
decisions()