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main.py
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main.py
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import sys
import pygame
from pygame.sprite import Group
import numpy as np
import cv2
import time
import random
from random import random as rnd
from base import Base
from collectible import Collectible
#__resources library
random.seed(5)
# f = open('team.txt','r')
# TL = [F.strip() for F in f.readlines()]
# f.close()
# f = open('list.txt')
# ML = [F.strip() for F in f.readlines()]
# LM = []
# for m in ML:
# x = m.split(',')
# LM.append((x[0],(int(x[1]),int(x[2])),(int(x[3]),int(x[4]))))
# x2 = int(input('Enter a number between 0 and 39?'))
class Game():
def __init__(self, dim, red_pos, blue_pos, map_img, redt, bluet):
pygame.init()
self.redt = redt
self.bluet = bluet
self.__dim = dim
self.screen = pygame.display.set_mode((self.__dim[0]*20+400,self.__dim[1]*20))
self.fps_controller = pygame.time.Clock()
self.redbasepos = red_pos
self.bluebasepos= blue_pos
self.__resources = self.create_map(map_img)
self.__resources[self.redbasepos[1]][self.redbasepos[0]] = 0
self.__resources[self.bluebasepos[1]][self.bluebasepos[0]] = 0
self.GlobalRobotCount = 0
self.explosion = pygame.image.load("explode.png")
self.rate = 8
self.__collectibles = []
self.__PositionToRobot = {}
for i in range(self.__dim[0]):
Z = []
for j in range(self.__dim[1]):
Z.append(Collectible(self.screen, i*20, j*20, self.__resources[j][i]))
self.__collectibles.append(Z)
self.__bluebots = Group()
self.__redbots = Group()
self.__robots = np.zeros((self.__dim[1], self.__dim[0]))
# 0 in self.robots means no robots
# 1 means one robot of red team
# 2 means one robot of blue team
# 3 means base for team red
# 4 means base for team blue
self.__redbase = Base(self.screen, self.redbasepos[0]*20, self.redbasepos[1]*20, 'red', self.__redbots, self.__robots,self)
self.__bluebase = Base(self.screen, self.bluebasepos[0]*20, self.bluebasepos[1]*20, 'blue', self.__bluebots, self.__robots,self)
self.__PositionToRobot[self.redbasepos] = {self.__redbase:True}
self.__PositionToRobot[self.bluebasepos] = {self.__bluebase:True}
self.update_score()
def run_game(self):
iter = 0
while True:
iter+=1
if iter > 1500:
self.game_over_iter()
self.check_events()
continue
self.screen.fill((60,60,60))
print(np.sum((self.__resources > 50).astype('int')))
moves = {}
if (rnd()>0.5):
try:
scriptblue.ActBase(self.__bluebase)
except:
print("Bluebase error")
try:
scriptred.ActBase(self.__redbase)
except:
print("Redbase error")
for robo in self.__redbots:
try:
n = scriptred.ActRobot(robo)
except:
n=0
print("Redbot error")
moves[robo] = n
for robo in self.__bluebots:
try:
n = scriptblue.ActRobot(robo)
except:
n=0
print("Blubot error")
moves[robo] = n
else:
try:
scriptred.ActBase(self.__redbase)
except:
print("Redbase error")
try:
scriptblue.ActBase(self.__bluebase)
except:
print("Bluebase error")
for robo in self.__bluebots:
try:
n = scriptblue.ActRobot(robo)
except:
n=0
print("Blue bot error")
moves[robo] = n
for robo in self.__redbots:
try:
n = scriptred.ActRobot(robo)
except:
n=0
print("Redbot error")
moves[robo] = n
for robo, n in moves.items():
if n == 1:
robo.move_up()
elif n == 2:
robo.move_right()
elif n == 3:
robo.move_down()
elif n == 4:
robo.move_left()
collisions = self.check_collisions()
self.updateRoboMap()
self.collect()
for i in range(0,self.__dim[0]):
for j in range(0,self.__dim[1]):
self.__collectibles[i][j].blitme()
self.__bluebase.blitme()
self.__redbase.blitme()
self.__bluebots.draw(self.screen)
self.__redbots.draw(self.screen)
for b in collisions.keys():
self.screen.blit(self.explosion, b.rect)
self.update_score()
self.buttons()
pygame.display.flip()
self.__redbase._Base__MovingAverage = (self.__redbase._Base__MovingAverage*(0.9)) + (self.__redbase._Base__TotalTeamElixir*(0.1))
self.__bluebase._Base__MovingAverage = (self.__bluebase._Base__MovingAverage*(0.9)) + (self.__bluebase._Base__TotalTeamElixir*(0.1))
if iter % 10 == 0:
self.replenish()
self.check_events()
self.fps_controller.tick(self.rate)
#pygame.display.iconify()
self.game_over()
def game_over_iter(self):
game_over_font = pygame.font.SysFont(None, 48)
if self.__bluebase._Base__MovingAverage > self.__redbase._Base__MovingAverage:
print( "Blue Wins")
game_over = game_over_font.render(self.bluet + " Wins", True, (100,100,255), (230,230,230))
else:
print( "Red Wins")
game_over = game_over_font.render(self.redt+ " Wins", True, (255,100,100), (230,230,230))
self.screen.blit(game_over, ((self.__dim[0])*10,(self.__dim[1])*10))
pygame.display.flip()
def updateRoboMap(self):
for i in range(0,self.__dim[1]):
for j in range(0,self.__dim[0]):
self.__robots[i][j] = 0
for key in self.__PositionToRobot.keys():
value = self.__PositionToRobot[key]
entr = 0
for v in value:
if v==self.__redbase:
entr = 3
break
if v==self.__bluebase:
entr = 4
break
if v.type=="red":
entr = 1
else:
entr = 2
self.__robots[key[1]][key[0]] = entr
def buttons(self):
button_font = pygame.font.SysFont(None, 36)
slow_down = button_font.render("Slower", True, (230,230,230))
self.slow_rect = slow_down.get_rect()
self.slow_rect.center = ((self.__dim[0])*20+60, self.__dim[1]*18 + 5)
self.slow_rect.width += 20
self.slow_rect.height += 20
pygame.draw.rect(self.screen, (20,20,20), self.slow_rect)
self.screen.blit(slow_down, ((self.__dim[0])*20+30, self.__dim[1]*18))
speed_up = button_font.render("Faster", True, (230,230,230))
self.fast_rect = speed_up.get_rect()
self.fast_rect.center = ((self.__dim[0])*20+258, self.__dim[1]*18 +5)
self.fast_rect.width += 20
self.fast_rect.height += 20
pygame.draw.rect(self.screen, (20,20,20), self.fast_rect)
self.screen.blit(speed_up, ((self.__dim[0])*20+230, self.__dim[1]*18))
def check_events(self):
for event in pygame.event.get():
if event.type == pygame.QUIT:
sys.exit(0)
if event.type == pygame.MOUSEBUTTONDOWN:
mouse = pygame.mouse.get_pos()
if self.slow_rect.x <= mouse[0] <= self.slow_rect.x + self.slow_rect.width and self.slow_rect.y <= mouse[1] <= self.slow_rect.y + self.slow_rect.height and self.rate>2:
self.rate -= 2
elif self.fast_rect.x <= mouse[0] <= self.fast_rect.x + self.fast_rect.width and self.fast_rect.y <= mouse[1] <= self.fast_rect.y + self.slow_rect.height:
self.rate += 2
def check_collisions(self):
removals = pygame.sprite.groupcollide(self.__bluebots, self.__redbots, False, False)
#print(removals)
to_kill = set()
for b, r_list in removals.items():
#print(id(b))
for r in r_list:
#print(id(r))
if b._Robot__selfElixir > r._Robot__selfElixir:
b._Robot__selfElixir -= r._Robot__selfElixir
self.__robots[r.rect.y//20][r.rect.x//20] = 2
to_kill.add(r)
self.__redbase._Base__TotalTeamElixir -= r._Robot__selfElixir
self.__bluebase._Base__TotalTeamElixir -= r._Robot__selfElixir
r._Robot__selfElixir = 0
elif b._Robot__selfElixir < r._Robot__selfElixir:
self.__robots[r.rect.y//20][r.rect.x//20] = 1
r._Robot__selfElixir -= b._Robot__selfElixir
to_kill.add(b)
self.__redbase._Base__TotalTeamElixir -= b._Robot__selfElixir
self.__bluebase._Base__TotalTeamElixir -= b._Robot__selfElixir
b.__Robot_selfElixir = 0
else:
self.__robots[r.rect.y//20][r.rect.x//20] = 0
to_kill.add(r)
to_kill.add(b)
self.__redbase._Base__TotalTeamElixir -= r._Robot__selfElixir
self.__bluebase._Base__TotalTeamElixir -= b._Robot__selfElixir
r._Robot__selfElixir = 0
b._Robot__selfElixir = 0
redbase_collisions = pygame.sprite.spritecollide(self.__redbase, self.__bluebots, False)
bluebase_collisions = pygame.sprite.spritecollide(self.__bluebase, self.__redbots, False)
for b in redbase_collisions:
if b._Robot__selfElixir >= self.__redbase._Base__SelfElixir:
b._Robot__selfElixir -= self.__redbase._Base__SelfElixir
self.__bluebase._Base__TotalTeamElixir -= self.__redbase._Base__SelfElixir
self.__redbase._Base__TotalTeamElixir -= self.__redbase._Base__SelfElixir
self.__redbase._Base__SelfElixir = 0
else:
to_kill.add(b)
self.__redbase._Base__TotalTeamElixir -= b._Robot__selfElixir
self.__bluebase._Base__TotalTeamElixir -= b._Robot__selfElixir
self.__redbase._Base__SelfElixir -= b._Robot__selfElixir
b._Robot__selfElixir = 0
for b in bluebase_collisions:
if b._Robot__selfElixir >= self.__bluebase._Base__SelfElixir:
b._Robot__selfElixir -= self.__bluebase._Base__SelfElixir
self.__bluebase._Base__TotalTeamElixir -= self.__bluebase._Base__SelfElixir
self.__redbase._Base__TotalTeamElixir -= self.__bluebase._Base__SelfElixir
self.__bluebase._Base__SelfElixir = 0
else:
to_kill.add(b)
self.__redbase._Base__TotalTeamElixir -= b._Robot__selfElixir
self.__bluebase._Base__TotalTeamElixir -= b._Robot__selfElixir
self.__bluebase._Base__SelfElixir -= b._Robot__selfElixir
b._Robot__selfElixir = 0
for a in to_kill:
del self.__PositionToRobot[(a.rect.x//20, a.rect.y//20)][a]
a.kill()
return removals
def create_map(self, img_path):
"""Take info about __collectibles and create the map"""
im = cv2.imread(img_path, cv2.IMREAD_GRAYSCALE)
im = cv2.resize(im, self.__dim)
im = np.array(im)
im = im - np.full((self.__dim[1],self.__dim[0]), 127)
im = (im/127)*50
return np.array(im)
def replenish(self):
for i in range(0,self.__dim[0]):
for j in range(0,self.__dim[1]):
# if self.__collectibles[i][j].initPoints > 1e-5:
# self.__collectibles[i][j].points = min(self.__collectibles[i][j].initPoints, self.__collectibles[i][j].points*1.3)
if self.__collectibles[i][j].initPoints < -1e-5:
z = self.__collectibles[i][j].points*1.3
if z > 0:
z = 0
self.__collectibles[i][j].points = max(self.__collectibles[i][j].initPoints, z)
self.__resources[j][i] = self.__collectibles[i][j].points
self.__collectibles[i][j].setColor()
def collect(self):
for key in self.__PositionToRobot.keys():
value = self.__PositionToRobot[key]
if self.__robots[key[1]][key[0]] == 1 or self.__robots[key[1]][key[0]] == 2:
V = self.__resources[key[1]][key[0]]/(2*len(value))
for v in value:
v.addResource(V)
self.__resources[key[1]][key[0]] /= 2
self.__collectibles[key[0]][key[1]].points = self.__resources[key[1]][key[0]]
self.__collectibles[key[0]][key[1]].setColor()
def update_score(self):
"""Update scores in the scoreboard"""
title_font = pygame.font.SysFont(None, 48)
title = title_font.render("Score Board", True, (255,255,255))
titlerect = title.get_rect()
titlerect.x = self.__dim[0]*20+100
titlerect.y = 40
self.screen.blit(title, titlerect)
head_font = pygame.font.SysFont(None, 40)
norm_font = pygame.font.SysFont(None, 32)
blue_head = head_font.render(self.bluet, False, (130,130,255))
self.screen.blit(blue_head, ((self.__dim[0])*20+ 30, self.__dim[1]*2.5))
blue_total = norm_font.render("Total Elixir :" + str(round(self.__bluebase._Base__TotalTeamElixir,2)), False, (230,230,230))
blue_self = norm_font.render("Self Elixir : " + str(round(self.__bluebase._Base__SelfElixir,2)), False, (230,230,230))
blue_robots = norm_font.render("No. of Robots: " +str(len(self.__bluebots)), False, (230,230,230))
blue_virus = norm_font.render("Total Virus: " + str(round(self.__bluebase._Base__TotalVirus, 2)), False, (230,230,230))
self.screen.blit(blue_total, ((self.__dim[0])*20+50, self.__dim[1]*5))
self.screen.blit(blue_self, ((self.__dim[0])*20+50, self.__dim[1]*5 + 30))
self.screen.blit(blue_robots, ((self.__dim[0])*20+50, self.__dim[1]*5 + 60))
self.screen.blit(blue_virus, ((self.__dim[0])*20+50, self.__dim[1]*5 + 90))
red_head = head_font.render(self.redt, False, (255,130,130))
self.screen.blit(red_head, ((self.__dim[0])*20+30, self.__dim[1]*10))
red_total = norm_font.render("Total Elixir :" + str(round(self.__redbase._Base__TotalTeamElixir,2)), False, (230,230,230))
red_self = norm_font.render("Self Elixir : " + str(round(self.__redbase._Base__SelfElixir,2)), False, (230,230,230))
red_robots = norm_font.render("No. of Robots: " +str(len(self.__redbots)), False, (230,230,230))
red_virus = norm_font.render("Total Virus: " + str(round(self.__redbase._Base__TotalVirus, 2)), False, (230,230,230))
self.screen.blit(red_total, ((self.__dim[0])*20+50, self.__dim[1]*12))
self.screen.blit(red_self, ((self.__dim[0])*20+50, self.__dim[1]*12 + 30))
self.screen.blit(red_robots, ((self.__dim[0])*20+50, self.__dim[1]*12 + 60))
self.screen.blit(red_virus, ((self.__dim[0])*20+50, self.__dim[1]*12 + 90))
def game_over(self):
"""Check conditions of game over"""
game_over_font = pygame.font.SysFont(None, 48)
if self.__redbase._Base__SelfElixir <= 0.1:
print( "Blue Wins")
game_over = game_over_font.render(self.bluet+" Wins", True, (100,100,255), (230,230,230))
self.screen.blit(game_over, ((self.__dim[0])*10,(self.__dim[0])*10))
#time.sleep(5)
while True:
pygame.display.flip()
self.check_events()
elif self.__bluebase._Base__SelfElixir <= 0.1:
print("Red Wins")
game_over = game_over_font.render(self.redt+" Wins", True, (255,100,100), (230,230,230))
self.screen.blit(game_over, ((self.__dim[0])*10,(self.__dim[0])*10))
pygame.display.flip()
#time.sleep(5)
while True:
pygame.display.flip()
self.check_events()
# for i in range(0,len(TL)):
# print(i,'.',TL[i])
# team1 = TL[int(input('Team 1 is ?'))]
# team2 = TL[int(input('Team 2 is ?'))]
# import shutil
# import os
# os.remove('scriptred.py')
# os.remove('scriptblue.py')
# shutil.copy('top16/'+team1,'scriptred.py')
# shutil.copy('top16/'+team2,'scriptblue.py')
import scriptblue
import scriptred
G = Game((40,40),(8,28),(31,28),'maps/test_img3.jpg', 'team1', 'team2')
G.run_game()
# import pickle
# import os
# import shutil
# import importlib
# def startmatch(team1,team2,map,dim,rpos,bpos):
# os.remove('scriptred.py')
# os.remove('scriptblue.py')
# shutil.copy(name + '/'+team1,'scriptred.py')
# shutil.copy(name+'/'+team2,'scriptblue.py')
# try:
# importlib.reload(scriptred)
# except:
# print('scriptred load failed!')
# try:
# importlib.reload(scriptblue)
# except:
# print('scriptblue load failed!')
# g = Game(dim,rpos,bpos,map)
# return g.run_game()
# name = 'challengers'
# f = open(name + 'teamnum.pic','rb')
# TN = pickle.load(f)
# g = open(name + 'status.pic','rb')
# S = pickle.load(g)
# g.close()
# si = S['starti']
# sj = S['startj']
# for i in range(si,21):
# for j in range(i+1,21):
# if i==si and j < sj:
# continue
# scorei = 0
# scorej = 0
# s = startmatch(TN[i],TN[j],'Ved.png',(40,40),(9,19),(29,19))
# scorei += s
# scorej += (1-s)
# s = startmatch(TN[j],TN[i],'spiral.jpg',(40,40),(20,9),(20,29))
# scorei += (1-s)
# scorej += s
# s = startmatch(TN[j],TN[i],'123.jpeg',(40,40),(9,9),(30,30))
# scorei += (1-s)
# scorej += s
# S[i]+=scorei
# S[j]+=scorej
# S['startj'] += 1
# if S['startj']==21:
# S['startj'] = 0
# S['starti']+=1
# if S['starti']==21:
# print('ALL GAMES COMPLETE!!!')
# f = open(name + 'status.pic','wb')
# pickle.dump(S,f)
# f.close()
# print('Match between',TN[i],'and',TN[j],'culminates!')
# # name = 'league2'
# # f = open(name + 'teamnum.pic','rb')
# # TN = pickle.load(f)
# # g = open(name + 'status.pic','rb')
# # S = pickle.load(g)
# # g.close()
# # si = S['starti']
# # sj = S['startj']
# # for i in range(si,23):
# # for j in range(i+1,23):
# # if i==si and j < sj:
# # continue
# # scorei = 0
# # if i==2 or j ==2 or i==7 or j ==7 or i==12 or j ==12:
# # continue
# # scorej = 0
# # s = startmatch(TN[i],TN[j],'Ved.png',(40,40),(9,19),(29,19))
# # scorei += s
# # scorej += (1-s)
# # s = startmatch(TN[j],TN[i],'spiral.jpg',(40,40),(20,9),(20,29))
# # scorei += (1-s)
# # scorej += s
# # s = startmatch(TN[j],TN[i],'123.jpeg',(40,40),(9,9),(30,30))
# # scorei += (1-s)
# # scorej += s
# # S[i]+=scorei
# # S[j]+=scorej
# # S['startj'] += 1
# # if S['startj']==23:
# # S['startj'] = 0
# # S['starti']+=1
# # if S['starti']==23:
# # print('ALL GAMES COMPLETE!!!')
# # f = open(name + 'status.pic','wb')
# # pickle.dump(S,f)
# # f.close()
# # print('Match between',TN[i],'and',TN[j],'culminates!')