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robot.py
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robot.py
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import pygame
from pygame.sprite import Sprite
class Robot(Sprite):
def __init__(self, screen, x, y, type, signal, base):
super().__init__()
self.screen = screen
self.type = type
self.__myBase = base
self.__selfElixir = 50
self.__Signal = ''
# Integer less than 2^31 -1
self.__Initialsignal = signal
if type == "red":
self.image = pygame.image.load("red_robot.png")
else:
self.image = pygame.image.load("blue_robot.png")
self.rect = self.image.get_rect()
self.rect.x = x
self.rect.y = y
def blitme(self):
self.screen.blit(self.image, self.rect)
def move_up(self):
if self.rect.y >0:
#self.__myBase.robot_map[self.rect.y//20][self.rect.x//20] = 0
try:
del self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)][self]
except:
return
self.rect.y -= 20
if (self.rect.x//20, self.rect.y//20) in self.__myBase._Base__myGame._Game__PositionToRobot:
self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)][self] = True
else:
self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)] = {}
self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)][self] = True
if self.type == 'red':
self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20] = 1
else:
self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20] = 2
def addResource(self, v):
if v < 0:
self.__myBase._Base__TotalVirus -= v
else:
self.__selfElixir += v
self.__myBase._Base__TotalTeamElixir += v
def move_down(self):
if self.rect.y < 780:
#self.__myBase.robot_map[self.rect.y//20][self.rect.x//20] = 0
try:
del self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)][self]
except:
return
self.rect.y += 20
if (self.rect.x//20, self.rect.y//20) in self.__myBase._Base__myGame._Game__PositionToRobot:
self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)][self] = True
else:
self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)] = {}
self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)][self] = True
if self.type == 'red':
self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20] = 1
else:
self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20] = 2
def move_left(self):
if self.rect.x > 0:
#self.__myBase.robot_map[self.rect.y//20][self.rect.x//20] = 0
try:
del self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)][self]
except:
return
self.rect.x -= 20
if (self.rect.x//20, self.rect.y//20) in self.__myBase._Base__myGame._Game__PositionToRobot:
self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)][self] = True
else:
self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)] = {}
self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)][self] = True
if self.type == 'red':
self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20] = 1
else:
self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20] = 2
def move_right(self):
if self.rect.x < 780:
#self.__myBase.robot_map[self.rect.y//20][self.rect.x//20] = 0
try:
del self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)][self]
except:
return
self.rect.x += 20
if (self.rect.x//20, self.rect.y//20) in self.__myBase._Base__myGame._Game__PositionToRobot:
self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)][self] = True
else:
self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)] = {}
self.__myBase._Base__myGame._Game__PositionToRobot[(self.rect.x//20, self.rect.y//20)][self] = True
if self.type == 'red':
self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20] = 1
else:
self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20] = 2
def investigate_up(self):
if self.rect.y == 0:
return "wall"
elif self.__myBase._Base__robot_map[self.rect.y//20 - 1][self.rect.x//20] == 1:
if self.type == "red":
return "friend"
else:
return "enemy"
elif self.__myBase._Base__robot_map[self.rect.y//20 - 1][self.rect.x//20] == 3:
if self.type == "red":
return "friend-base"
else:
return "enemy-base"
elif self.__myBase._Base__robot_map[self.rect.y//20 - 1][self.rect.x//20] == 2:
if self.type == "red":
return "enemy"
else:
return "friend"
elif self.__myBase._Base__robot_map[self.rect.y//20 - 1][self.rect.x//20] == 4:
if self.type == "red":
return "enemy-base"
else:
return "friend-base"
else:
return "blank"
def investigate_down(self):
if self.rect.y == 780:
return "wall"
elif self.__myBase._Base__robot_map[self.rect.y//20 + 1][self.rect.x//20] == 1 :
if self.type == "red":
return "friend"
else:
return "enemy"
elif self.__myBase._Base__robot_map[self.rect.y//20 + 1][self.rect.x//20] == 3:
if self.type == "red":
return "friend-base"
else:
return "enemy-base"
elif self.__myBase._Base__robot_map[self.rect.y//20 + 1][self.rect.x//20] == 2:
if self.type == "red":
return "enemy"
else:
return "friend"
elif self.__myBase._Base__robot_map[self.rect.y//20 + 1][self.rect.x//20] == 4:
if self.type == "red":
return "enemy-base"
else:
return "friend-base"
else:
return "blank"
def investigate_left(self):
if self.rect.x == 0:
return "wall"
elif self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20 - 1] == 1 :
if self.type == "red":
return "friend"
else:
return "enemy"
elif self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20 - 1] == 3:
if self.type == "red":
return "friend-base"
else:
return "enemy-base"
elif self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20 - 1] == 2:
if self.type == "red":
return "enemy"
else:
return "friend"
elif self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20 - 1] == 4:
if self.type == "red":
return "enemy-base"
else:
return "friend-base"
else:
return "blank"
def investigate_right(self):
if self.rect.x == 780:
return "wall"
elif self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20 + 1] == 1 :
if self.type == "red":
return "friend"
else:
return "enemy"
elif self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20 + 1] == 3:
if self.type == "red":
return "friend-base"
else:
return "enemy-base"
elif self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20 + 1] == 2:
if self.type == "red":
return "enemy"
else:
return "friend"
elif self.__myBase._Base__robot_map[self.rect.y//20][self.rect.x//20 + 1] == 4:
if self.type == "red":
return "enemy-base"
else:
return "friend-base"
else:
return "blank"
def investigate_ne(self):
if self.rect.x == 780 or self.rect.y == 0:
return "wall"
elif self.__myBase._Base__robot_map[self.rect.y//20 - 1][self.rect.x//20 + 1] == 1 :
if self.type == "red":
return "friend"
else:
return "enemy"
elif self.__myBase._Base__robot_map[self.rect.y//20 - 1][self.rect.x//20 + 1] == 3:
if self.type == "red":
return "friend-base"
else:
return "enemy-base"
elif self.__myBase._Base__robot_map[self.rect.y//20 - 1][self.rect.x//20 + 1] == 2:
if self.type == "red":
return "enemy"
else:
return "friend"
elif self.__myBase._Base__robot_map[self.rect.y//20 - 1][self.rect.x//20 + 1] == 4:
if self.type == "red":
return "enemy-base"
else:
return "friend-base"
else:
return "blank"
def investigate_nw(self):
if self.rect.x == 0 or self.rect.y == 0:
return "wall"
elif self.__myBase._Base__robot_map[self.rect.y//20 - 1][self.rect.x//20 - 1] == 1 :
if self.type == "red":
return "friend"
else:
return "enemy"
elif self.__myBase._Base__robot_map[self.rect.y//20 - 1][self.rect.x//20 - 1] == 3:
if self.type == "red":
return "friend-base"
else:
return "enemy-base"
elif self.__myBase._Base__robot_map[self.rect.y//20 - 1][self.rect.x//20 - 1] == 2:
if self.type == "red":
return "enemy"
else:
return "friend"
elif self.__myBase._Base__robot_map[self.rect.y//20 - 1][self.rect.x//20 - 1] == 4:
if self.type == "red":
return "enemy-base"
else:
return "friend-base"
else:
return "blank"
def investigate_se(self):
if self.rect.x == 780 or self.rect.y == 780:
return "wall"
elif self.__myBase._Base__robot_map[self.rect.y//20 + 1][self.rect.x//20 + 1] == 1 :
if self.type == "red":
return "friend"
else:
return "enemy"
elif self.__myBase._Base__robot_map[self.rect.y//20 + 1][self.rect.x//20 + 1] == 3:
if self.type == "red":
return "friend-base"
else:
return "enemy-base"
elif self.__myBase._Base__robot_map[self.rect.y//20 + 1][self.rect.x//20 + 1] == 2:
if self.type == "red":
return "enemy"
else:
return "friend"
elif self.__myBase._Base__robot_map[self.rect.y//20 + 1][self.rect.x//20 + 1] == 4:
if self.type == "red":
return "enemy-base"
else:
return "friend-base"
else:
return "blank"
def investigate_sw(self):
if self.rect.x == 0 or self.rect.y == 780:
return "wall"
elif self.__myBase._Base__robot_map[self.rect.y//20 + 1][self.rect.x//20 - 1] == 1 :
if self.type == "red":
return "friend"
else:
return "enemy"
elif self.__myBase._Base__robot_map[self.rect.y//20 + 1][self.rect.x//20 - 1] == 3:
if self.type == "red":
return "friend-base"
else:
return "enemy-base"
elif self.__myBase._Base__robot_map[self.rect.y//20 + 1][self.rect.x//20 - 1] == 2:
if self.type == "red":
return "enemy"
else:
return "friend"
elif self.__myBase._Base__robot_map[self.rect.y//20 + 1][self.rect.x//20 - 1] == 4:
if self.type == "red":
return "enemy-base"
else:
return "friend-base"
else:
return "blank"
def DeployVirus(self, v):
if v > self.__myBase._Base__TotalVirus or v <= 0:
return
self.__myBase._Base__TotalVirus -= v
self.__myBase.actVirus(v/8,(self.rect.x//20-1,self.rect.y//20))
self.__myBase.actVirus(v/8,(self.rect.x//20+1,self.rect.y//20))
self.__myBase.actVirus(v/8,(self.rect.x//20-1,self.rect.y//20+1))
self.__myBase.actVirus(v/8,(self.rect.x//20-1,self.rect.y//20-1))
self.__myBase.actVirus(v/8,(self.rect.x//20+1,self.rect.y//20+1))
self.__myBase.actVirus(v/8,(self.rect.x//20+1,self.rect.y//20-1))
self.__myBase.actVirus(v/8,(self.rect.x//20,self.rect.y//20+1))
self.__myBase.actVirus(v/8,(self.rect.x//20,self.rect.y//20-1))
def setSignal(self, sig):
str = 'wncc'
if type(sig)!=type(str) or len(sig) > 20:
return
self.__Signal = sig
def GetInitialSignal(self):
return self.__Initialsignal
def GetYourSignal(self):
return self.__Signal
def GetCurrentBaseSignal(self):
return self.__myBase._Base__Signal
def GetTotalElixir(self):
return self.__myBase._Base__TotalTeamElixir
def GetVirus(self):
return self.__myBase._Base__TotalVirus
def GetElixir(self):
return self.__selfElixir
def GetPosition(self):
return (self.rect.x//20, self.rect.y//20)
def GetDimensionX(self):
return self.__myBase._Base__myGame._Game__dim[0]
def GetDimensionY(self):
return self.__myBase._Base__myGame._Game__dim[1]
#def __hash__(self):
# return self.ID