def go_to(self, pos):
player_pos = self.player.get_centre_pos()
dist = general.distance(player_pos, pos)
if dist < 10:
## We're there!
self.player.vel = [0,0]
self.player.acc = [0,0]
self.gate_freq = 0
return True
max_dist = math.sqrt(general.width**2 + general.height**2)
gate_freq = (1.0*dist/max_dist) * 1 + 1
sin_old = math.sin((self.time)/180.0 * general.PI)
self.time = self.time + 100 * gate_freq
sin_new = math.sin((self.time)/180.0 * general.PI)
if sin_old * sin_new <= 0:
diff_x = pos[0] - player_pos[0]
diff_y = pos[1] - player_pos[1]
#self.player.vel[0] = diff_x / 20.0
#self.player.vel[1] = diff_y / 20.0
#return
new_acc = [0,0]
fire_acc = self.player.fire_acc
if diff_x < 0:
new_acc[0] = - fire_acc
elif diff_x > 0:
new_acc[0] = fire_acc
if diff_y < 0:
new_acc[1] = - fire_acc
elif diff_y > 0:
new_acc[1] = fire_acc
self.player.acc[0] = new_acc[0]
self.player.acc[1] = new_acc[1]
#if dist < 20:
# self.player.vel_threshold = general.PLAYER_VEL_LIMIT * dist / 100.0
#elif dist < 50:
# self.player.vel_threshold = general.PLAYER_VEL_LIMIT * dist / 80.0
#elif dist < 100:
# self.player.vel_threshold = general.PLAYER_VEL_LIMIT * dist / 30.0
#else:
# self.player.vel_threshold = general.PLAYER_VEL_LIMIT
if self.player.relax > 0.5:
if dist < 100:
self.player.vel_threshold = general.PLAYER_VEL_LIMIT * dist / 25.0
else:
if dist < 100:
self.player.vel_threshold = general.PLAYER_VEL_LIMIT * dist / 20.0
def go_to(self, pos):
player_pos = self.player.get_centre_pos()
dist = general.distance(player_pos, pos)
if dist < 10:
## We're there!
self.player.vel = [0, 0]
self.player.acc = [0, 0]
self.gate_freq = 0
return True
max_dist = math.sqrt(general.width**2 + general.height**2)
gate_freq = (1.0 * dist / max_dist) * 1 + 1
sin_old = math.sin((self.time) / 180.0 * general.PI)
self.time = self.time + 100 * gate_freq
sin_new = math.sin((self.time) / 180.0 * general.PI)
if sin_old * sin_new <= 0:
diff_x = pos[0] - player_pos[0]
diff_y = pos[1] - player_pos[1]
#self.player.vel[0] = diff_x / 20.0
#self.player.vel[1] = diff_y / 20.0
#return
new_acc = [0, 0]
fire_acc = self.player.fire_acc
if diff_x < 0:
new_acc[0] = -fire_acc
elif diff_x > 0:
new_acc[0] = fire_acc
if diff_y < 0:
new_acc[1] = -fire_acc
elif diff_y > 0:
new_acc[1] = fire_acc
self.player.acc[0] = new_acc[0]
self.player.acc[1] = new_acc[1]
#if dist < 20:
# self.player.vel_threshold = general.PLAYER_VEL_LIMIT * dist / 100.0
#elif dist < 50:
# self.player.vel_threshold = general.PLAYER_VEL_LIMIT * dist / 80.0
#elif dist < 100:
# self.player.vel_threshold = general.PLAYER_VEL_LIMIT * dist / 30.0
#else:
# self.player.vel_threshold = general.PLAYER_VEL_LIMIT
if self.player.relax > 0.5:
if dist < 100:
self.player.vel_threshold = general.PLAYER_VEL_LIMIT * dist / 25.0
else:
if dist < 100:
self.player.vel_threshold = general.PLAYER_VEL_LIMIT * dist / 20.0
def execute(self, GI):
namesize = 20 #height in pixels for the speaker's name
namepadding = 3 #pixels away from the edge of the box for the name placement
dialogwidthfraction = .90 #the fraction of the width of the box that the lines of dialog take
linesPerBox = 3 #how many lines of text in the box
# if player is on the top half of the screen or exactly in the middle, make a text box on the bottom
# otherwise, if player's on the bottom half, make it on the top.
# and wait for an enter key press to go to the next line
box = pg.Surface((int(GI.display.getWH()[0]*.80), int(GI.display.getWH()[1]*.25)))
box.fill((96,123,139))
box.set_alpha(180)
alph = (99,100,101)
box.set_colorkey(alph)
n3 = namepadding*3
x1 = 0
y1 = n3
x2 = namepadding
y2 = namepadding
x3 = n3
y3 = 0
y = .5*((x1**2+y1**2)*(x3-x2) + (x2**2+y2**2)*(x1-x3) + (x3**2+y3**2)*(x2-x1)) / (y1*(x3-x2)+y2*(x1-x3)+y3*(x2-x1))
radius = g.distance((y,y), (namepadding, namepadding))
for i in range(n3):
for j in range(n3):
if g.distance((i,j),(y,y)) > radius:
box.set_at((i,j), alph)
box.set_at((box.get_rect().width - i, j), alph)
box.set_at((i, box.get_rect().height - j), alph)
box.set_at((box.get_rect().width - i, box.get_rect().height - j), alph)
enter = GI.font.text("PRESS ENTER", namesize)
enter.place(box, (box.get_rect().width-namepadding-enter.getLength(), namepadding), center=False)
# dialogLinesPerBox = (box.get_rect().height - namesize - namepadding*2) / dialogsize
dialogsize = (box.get_rect().height - namesize - namepadding*3) / linesPerBox
linesPx = [(int(box.get_rect().width*((1-dialogwidthfraction)/2)), int(namesize + namepadding*2))]
for i in range(linesPerBox-1):
linesPx.append((linesPx[i][0], int(linesPx[i][1]+dialogsize)))
dialogWidth = int(box.get_rect().width*dialogwidthfraction)
# make a space and ellipses
space = GI.font.text(" ", dialogsize)
ooo = GI.font.text("...", dialogsize)
dialogLines = self.extra[1:]
q = 0
while q < (len(dialogLines)):
boxc = box.copy()
boxc = pg.Surface(box.get_size())
boxc.set_colorkey(alph)
boxc.fill(alph)
speaker, words = dialogLines[q].split(":] ")
if speaker == "%PLAYER":
speaker = GI.player.getName()
speaker = GI.font.text(speaker+":", namesize)
speaker.place(boxc, (namepadding,namepadding), center=False)
words = words.split(' ')
for i in range(len(words)):
words[i] = GI.font.text(words[i], dialogsize)
line = 0
lines = []
word = 1
lines.append(words[0])
while word < len(words):
# if (line != 0) and ((line-1)%linesPerBox == 0):
# print line, linesPerBox, linesPerBox%line
# this = lines[line].getLength() + space.getLength() + words[word].getLength() + ooo.getLength()
# else:
# this = lines[line].getLength() + space.getLength() + words[word].getLength()
# if this <= dialogWidth:
# if (line != 0) and ((line-1)%linesPerBox == 0):
# lines[line] = lines[line].concatenate([space, words[word], ooo])
# else:
# lines[line] = lines[line].concatenate([space, words[word]])
# else:
# line+=1
# lines.append(words[word])
# word +=1
this = lines[line].getLength() + space.getLength() + words[word].getLength()
if this <= dialogWidth:
lines[line] = lines[line].concatenate([space, words[word]])
else:
line+=1
lines.append(words[word])
word +=1
passback = speaker.getStr()+"] "
for i in range(len(lines)):
if i < linesPerBox:
lines[i].place(boxc, linesPx[i], center=False)
else:
passback += lines[i].getStr()
if i != len(lines)-1:
passback+=" "
if i >= linesPerBox:
dialogLines.insert(q+1, passback)
w = GI.display.getWH()[0]
h = GI.display.getWH()[1] - GI.player.getBelt().getImg().get_height()
if GI.playerOnTopHalf():
pos = ((w - boxc.get_rect().width) /2.,
h - boxc.get_rect().height-g.TILE_RES[1]*1.5)
else:
pos = ((w - boxc.get_rect().width) /2.,
g.TILE_RES[1]*1.5)
GI.window.blit(box, pos)
GI.window.blit(boxc, pos)
GI.renderView()
GI.clearWindow()
gotEnter = False
while not gotEnter:
#wait only gets the first event that happens, so it's not a list
evt = pg.event.wait()
evt, trash0 = GI.dispatch([evt])
if len(evt) > 0:
evt = evt[0]
if evt.type == pg.KEYDOWN:
if evt.dict['key'] == pg.K_RETURN:
gotEnter = True
break
q+=1
GI.renderView()
def distance(self, creature1, creature2):
return general.distance(creature1.get_centre_pos(),
creature2.get_centre_pos())
def distance(self, creature1, creature2):
return general.distance(creature1.get_centre_pos(), creature2.get_centre_pos())
def move(self, mv, dt, forceTurn = False):
self.previousRect = self.getRect().copy()
xmove, ymove = 0, 0
step = (self.pixStep*dt)
direction = mv
if "U" in direction:
if ("L" in direction) or ("R" in direction):
ymove -= step**.5
else:
ymove -= step
if "D" in direction:
if ("L" in direction) or ("R" in direction):
ymove += step**.5
else:
ymove += step
if "L" in direction:
if ("U" in direction) or ("D" in direction):
xmove -= step**.5
else:
xmove -= step
if "R" in direction:
if ("U" in direction) or ("D" in direction):
xmove += step**.5
else:
xmove += step
self.pos = (self.pos[0]+xmove, self.pos[1]+ymove)
self.previousPixStepped = self.pixStepped+0
self.pixStepped += g.distance(self.pos, self.rect.topleft)
self.rect = pg.Rect(self.pos, self.size)
if forceTurn:
x, y = self.getRect().center
x = x - forceTurn[0]
y = y - forceTurn[1]
if abs(x)>abs(y):
if x>0:
trn = "L"
else:
trn = "R"
else:
if y>0:
trn = "U"
else:
trn = "D"
else:
trn = self.overallDirection()
#in cases of diagonal, choose U or D
for d in trn:
self.art = (self.udlrFacing[d][self.currentImg], self.udlrFacing_outline[d][self.currentImg])
self.facing = d
if (d == "U") or (d == "D"):
break
while self.pixStepped >= self.pixStepSize:
self.pixStepped -= self.pixStepSize
self.currentImg = 0 if (self.currentImg == 3) else self.currentImg+1
self.previousArt = (self.art[0], self.art[1])
self.art = (self.udlrFacing[self.facing][self.currentImg], self.udlrFacing_outline[self.facing][self.currentImg])
def dispatch(self, events, dt=0):
froze = False
#some things are handled the same way in all states:
for event in events:
if event.type == pg.QUIT:
self.pathFinder.terminate()
sys.exit()
# elif event.type == pg.KEYDOWN:
# key = event.dict['key']
# elif event.type == pg.KEYUP:
# key = event.dict['key']
# if key == pg.K_TAB:
# self.tabPressed = False
if self.state == "main-menu":
pass
elif self.state == "play":
enterPressed = False
for event in events:
if event.type == pg.KEYDOWN:
key = event.dict['key']
casted = False
if key == pg.K_RETURN:
enterPressed = True
elif key == pg.K_TAB:
if self.lockedOntoEnemy == None:
if len(self.curEnemies) > 0:
lock = 0
dist = g.distance(self.player.getRect().center, self.curEnemies[0].getRect().center)
for i in range(len(self.curEnemies))[1:]:
d = g.distance(self.player.getRect().center, self.curEnemies[i].getRect().center)
if d<dist:
lock = i+0
dist = d+0
self.lockedOntoEnemy = self.curEnemies[lock]
else:
self.lockedOntoEnemy = None
elif key == pg.K_ESCAPE:
self.state = "pause"
#release player from any movements
self.player.forgetMovement()
#launches the menu into its last opened state (or player state if this is the first time opening it)
# self.pmenu.changeState(self.pmenu.getState())
return 0, True
#movement control
elif key == pg.K_UP: self.player.movingDirection("U")
elif key == pg.K_DOWN: self.player.movingDirection("D")
elif key == pg.K_LEFT: self.player.movingDirection("L")
elif key == pg.K_RIGHT: self.player.movingDirection("R")
#casting of belt items
elif key == pg.K_q: casted = self.player.cast(0)
elif key == pg.K_w: casted = self.player.cast(1)
elif key == pg.K_e: casted = self.player.cast(2)
elif key == pg.K_r: casted = self.player.cast(3)
elif key == pg.K_a: casted = self.player.cast(4)
elif key == pg.K_s: casted = self.player.cast(5)
elif key == pg.K_d: casted = self.player.cast(6)
elif key == pg.K_f: casted = self.player.cast(7)
if casted: #will be false if nothing is casted or an empty belt slot is used
self.curAttacks.append(casted)
elif event.type == pg.KEYUP:
key = event.dict['key']
if key == pg.K_UP: self.player.stoppingDirection("U")
elif key == pg.K_DOWN: self.player.stoppingDirection("D")
elif key == pg.K_LEFT: self.player.stoppingDirection("L")
elif key == pg.K_RIGHT: self.player.stoppingDirection("R")
mv = self.player.overallDirection()
def doEvent(evt, outline=False):
self.state = "WE"
evt.execute(self)
if evt.getOneTime():
#remove the event and return to the "play" state
self.eventForeground.remove(evt)
if outline:
#remove the red outline
self.outlinedEvents.remove(evt)
self.flipOutlines(self.outlinedEvents)
self.state = "play"
#release player from any movements
self.player.forgetMovement()
self.checkForImmediateEvents = True
return True #froze = True
############################################
# Deal with immediate events ###############
############################################
if self.checkForImmediateEvents:
im = self.eventForeground.immediates()
if len(im)>0:
for e in im:
froze = doEvent(e)
else:
self.checkForImmediateEvents = False
############################################
############################################
############################################
############################################
# Deal with "enter" ########################
############################################
#enter overrides movements and triggers events
if len(self.outlinedEvents)>0 and enterPressed:
evt = self.outlinedEvents[0]
froze = doEvent(evt, outline=True)
############################################
############################################
############################################
############################################
# Move player ##############################
############################################
def mvPlayer(mv,dt):
if self.lockedOntoEnemy is not None:
self.player.move(mv, dt, forceTurn = self.lockedOntoEnemy.getRect().center)
else:
self.player.move(mv, dt)
# Check if the movement is valid by making a smaller rectangle and seeing
smallerRect=pg.Rect((0,0),(self.player.getRect().width*.87, self.player.getRect().height*.87))
smallerRect.center = self.player.getRect().center
# corners = ( g.pix2tile(smallerRect.topleft), \
# g.pix2tile(smallerRect.topright), \
# g.pix2tile(smallerRect.bottomleft), \
# g.pix2tile(smallerRect.bottomright) )
corners = ( smallerRect.topleft, \
smallerRect.topright, \
smallerRect.bottomleft, \
smallerRect.bottomright )
validZs = self.player.getZ()
validZs = [validZs+1, validZs, validZs-1]
# If the movement is valid, move the player there
highestZC = validZs[2]
for c in corners:
thisCBlocked = True
for z in validZs:
# if not self.collisionWithBlockedTile(c, z, player=False):
if not self.collision_point(c, z, player=False):
thisCBlocked = False
if z > highestZC: highestZC = z
break
if thisCBlocked:
self.player.undoMove()
if len(mv)>1:
for m in mv:
# if mvPlayer(m, dt):
# self.player.setZ(highestZC)
# return True
mvPlayer(m,dt)
return False
self.player.setZ(highestZC)
return True
# if not self.collisionWithBlockedRect(smallerRect, z, player = False):
# couldntMove = False
#try to to get a tile from the highest z the player is on
#if nothing work your way down to lower zs the player's on
# for z in playerZs:
# atile = self.map.getTile(self.player.getRect().center, z)
# if atile:
# self.player.setZ(atile.getZ())
# return True
# # else:
# self.player.undoMove()
# if len(mv)>1:
# for m in mv:
# if mvPlayer(m, dt):
# return True
# if couldntMove:
# pass #implement sliding
# #######################
# #######################
# #get rid of smallerRect
############################################
############################################
############################################
############################################
############################################
############################################
def checkForEvents():
playerZs = self.player.getZ()
playerZs = [playerZs+1, playerZs, playerZs-1]
#tile the player's center pix is on
for z in playerZs:
tilePlayerOn = self.map.getTile(self.player.getRect().center, z)
if tilePlayerOn:
break
#the events on that tile
mustActivate = self.eventForeground.unlockedNotEnterableEventsOn([tilePlayerOn], playerZs)
activateIfEnterOnTopOf = self.eventForeground.unlockedEnterableEventsOn([tilePlayerOn], playerZs)
#the tile in front of the player (based on the way he faces)
for z in playerZs:
# will return false if there's no tile at those coords and z
tileInFrontOfPlayer = self.map.getTile(self.player.getTilePixInFrontOf(), z)
if tileInFrontOfPlayer:
break
#the events on that tile
if tileInFrontOfPlayer:
activateIfEnterInFrontOf = self.eventForeground.unlockedEnterableBlockedEventsOn([tileInFrontOfPlayer], playerZs)
else:
activateIfEnterInFrontOf = []
# turns on outlines for events
self.flipOutlines(activateIfEnterOnTopOf+activateIfEnterInFrontOf)
# activates an event with enter outside of this function
return mustActivate
############################################
############################################
############################################
############################################
############################################
############################################
# def triggerStandOns(dt, mustActivate):
# #this loop triggers a chain of events that are stood on
# self.state = "WE"
# #release player from any movements
# self.player.forgetMovement()
# mustActivate[0].execute(self)
# if mustActivate[0].getOneTime():
# self.eventForeground.remove(mustActivate[0])
# self.state = "play"
# doit("UD", dt)
# return dt
############################################
############################################
############################################
def doit(mv, dt):
if (len(mv)>0):
mvPlayer(mv, dt)
if (len(mv)>0):
mustActivate = checkForEvents()
if (len(mv)>0) and (len(mustActivate)>0):
for e in mustActivate:
froze = doEvent(e, outline=False)
return froze
# triggerStandOns(dt, mustActivate)
# froze = True
froze = froze or doit(mv, dt)
############################################
############################################
############################################
#handle enemies
rectInFrontOfPlayer = self.player.getRect().copy()
if self.player.facing == "U": rectInFrontOfPlayer.top -= g.TILE_RES[1]
elif self.player.facing == "D": rectInFrontOfPlayer.top += g.TILE_RES[1]
elif self.player.facing == "L": rectInFrontOfPlayer.left -= g.TILE_RES[0]
else: rectInFrontOfPlayer.left += g.TILE_RES[0]
for e in self.curEnemies:
atk = e.tick(dt)
if atk:
self.curAttacks.append(atk)
#deal with players sword attack
if rectInFrontOfPlayer.colliderect(e.getRect()):
casted = self.player.cast(8)
if casted:
self.curAttacks.append(casted)
############################################
############################################
############################################
############################################
############################################
############################################
#handle player animations (to come) and spell cool downs
self.player.tick(dt)
############################################
############################################
############################################
############################################
############################################
############################################
#handle attacks
for a in self.curAttacks:
keepA = a.tick(dt)
if not keepA:
self.curAttacks.remove(a)
#cause damage to player
# if a.getAlignment() != self.player.getAlignment() and a.getRect().colliderect(self.player.getRect()):
if a.getRect().colliderect(self.player.getRect()) and (a.getZ() == self.player.getZ()):
a.hit(self.player)
if self.player.getCurStat('hp') <= 0:
print "dead!!!!"
self.dispatch([pg.event.Event(QUIT, {})])
#cause damage to enemies
for e in self.curEnemies:
# if a.getAlignment() != e.getAlignment() and a.getRect().colliderect(e.getRect()):
if a.getRect().colliderect(e.getRect()) and (a.getZ() == e.getZ()):
a.hit(e)
if e.getCurrentHP() <= 0:
self.curEnemies.remove(e)
if self.lockedOntoEnemy == e:
self.lockedOntoEnemy = None
############################################
############################################
############################################
elif self.state == "pause":
if not self.cursr.visible:
self.cursr.flipVisible()
for event in events:
if event.type == pg.KEYDOWN:
key = event.dict['key']
if key == pg.K_ESCAPE:
self.state = "play"
# self.pmenu.clearall()
if self.cursr.visible:
self.cursr.flipVisible()
return 0, True
self.pmenu.dispatch(events)
# elif event.type == pg.KEYUP:
elif self.state == "WE":
pass
#it returns all events that are not executed in the general state
return events, froze
def creaturesTest(rootNode1_acc,
rootNode2_acc,
showing=False,
time_length=None,
playing=False,
online=False):
""" Run the simulation (e.g., game) with all the creatures (e.g., players and balls). """
number_of_balls = 1
number_of_players = 10
number_of_skulls = 0
balls = list()
players = list()
skulls = list()
if online: socket, isClient = tcp_connect(ip_address)
if not playing:
rootNode1_accx = rootNode1_acc[0]
rootNode1_accy = rootNode1_acc[1]
rootNode2_accx = rootNode2_acc[0]
rootNode2_accy = rootNode2_acc[1]
if showing: pygame.init()
if showing: os.environ['SDL_VIDEO_CENTERED'] = '1'
# if showing: pygame.mouse.set_visible(False)
if showing:
vis = general.getVisibleSize()
window = pygame.display.set_mode(
(int(vis[0]), int(vis[1])),
pygame.DOUBLEBUF) # , pygame.FULLSCREEN)
else:
window = pygame.display.set_mode((100, 100))
fitness1 = 0
fitness2 = 0
if showing:
pygame.display.set_caption('Genetic Soccer')
general.surface = pygame.display.get_surface()
field = Field()
goal1 = field.getGoal1()
goal2 = field.getGoal2()
for i in xrange(0, number_of_balls):
balls.append(Ball(surface=general.surface, radius=6, showing=showing))
for player_team in xrange(0, 2):
for player_role in xrange(0, number_of_players / 2):
player_pos = [0, 0]
if player_role == 0:
player_pos = [
width / 4.0,
height / 6.0 * (1.0 if player_team == 0 else 5)
]
elif player_role == 1:
player_pos = [
width / 2.0,
height / 6.0 * (1.0 if player_team == 0 else 5)
]
elif player_role == 2:
player_pos = [
width / 2.0,
height / 3.0 * (1.0 if player_team == 0 else 2)
]
elif player_role == 3:
player_pos = [(width * 3.0) / 4.0,
height / 6.0 * (1.0 if player_team == 0 else 5)]
elif player_role == 4:
player_pos = [
width / 2.0, height / 7 * (1.0 if player_team == 0 else 6)
]
players.append(
Player(general.surface, (20, 20), player_pos, player_team + 1,
showing))
for i in xrange(0, number_of_skulls):
skulls.append(CreatureBodyComputer(surface=general.surface))
ais = []
for idx in xrange(len(players) - 1):
i = idx + 1
_ai = None
if i == 4 or i == 9:
_ai = ai.GoalkeeperAi(players[i], goal1, goal2)
else:
_ai = ai.Ai(players[i], goal1, goal2)
ais.append(_ai)
if showing: clock = pygame.time.Clock()
counter = 0
while counter < time_length or time_length is None:
""" Main loop of the simulation (e.g., game). """
moveCamera(balls[0])
stoppingx_event = False
stoppingy_event = False
new_key = False
mouse_pos = pygame.mouse.get_pos()
goal_size = goal1.image.get_size()
if online:
ball = balls[0]
player1 = players[0]
player2 = players[1]
terminals0 = Terminals(counter, ball.pos, ball.vel, player1.pos,
player1.vel, 1, [0, 0], [0, 0], 1)
terminals1 = Terminals(
counter, ball.pos, ball.vel,
[width - player2.pos[0], height - player2.pos[1]],
[-player2.vel[0], -player2.vel[1]], 1, [0, 0], [0, 0], 1
) # width-players[1].pos[0],height-players[1].pos[1], players[1].vel[0], players[1].vel[1], 1)
if not playing:
players[0].acc[0] = running_tree(terminals0).run_tree(
rootNode1_accx)
players[0].acc[1] = running_tree(terminals0).run_tree(
rootNode1_accy)
players[1].acc[0] = running_tree(terminals1).run_tree(
rootNode2_accx)
players[1].acc[1] = -running_tree(terminals1).run_tree(
rootNode2_accy)
if showing: clock.tick(120)
counter += 1
if showing:
""" Background """
if showing: field.blitBackground(general.surface)
""" Keyboard events """
input = pygame.event.get()
for event in input:
whatkey = Keyboard(event)
if whatkey.isKEYDOWN():
if whatkey.isEscape():
sys.exit(0)
elif whatkey.isEquals():
general.global_zoom *= 1.1
elif whatkey.isMinus():
general.global_zoom /= 1.1
elif whatkey.isLeft():
players[0].fireLeft()
elif whatkey.isRight():
players[0].fireRight()
elif whatkey.isUp():
players[0].fireUp()
elif whatkey.isDown():
players[0].fireDown()
elif whatkey.isPeriod():
balls[0].getShooted(players[0])
elif whatkey.isSlash():
balls[0].getShooted(players[0], 0.46)
elif whatkey.isA():
players[1].fireLeft()
elif whatkey.isD():
players[1].fireRight()
elif whatkey.isW():
players[1].fireUp()
elif whatkey.isS():
players[1].fireDown()
elif whatkey.isBackquote():
balls[0].getShooted(players[1])
elif whatkey.isOne():
balls[0].getShooted(players[1], 0.46)
elif whatkey.isKEYUP():
if whatkey.isLeft() or whatkey.isRight():
players[0].stopLeftAndRight()
elif whatkey.isUp() or whatkey.isDown():
players[0].stopUpAndDown()
elif whatkey.isA() or whatkey.isD():
players[1].stopLeftAndRight()
elif whatkey.isW() or whatkey.isS():
players[1].stopUpAndDown()
if event.type == pygame.MOUSEBUTTONDOWN:
left, top = (x - 50 for x in event.pos)
if whatkey.isKEYUP() or whatkey.isKEYDOWN():
new_key = True
if online: net.updatePlayers(new_key, isClient, socket, players)
nearest_player = players[0]
nearest_distance = general.distance(nearest_player.get_centre_pos(),
balls[0].get_centre_pos())
for player in players[1:]:
_distance = general.distance(player.get_centre_pos(),
balls[0].get_centre_pos())
if _distance < nearest_distance:
nearest_player = player
nearest_distance = _distance
for _ai in ais:
ai_state = ai.State(nearest_player, _ai.player, balls[0])
ai_state.update()
_ai.do(ai_state)
for player in players:
player.collidingGoal(goal1)
player.collidingGoal(goal2)
player.move(general.surface,
field,
counter,
cameraPos=cameraPos,
goal_size=goal_size)
for ball in balls:
""" All balls """
ball_centre = ball.getCentre()
# fitness1 += 1000/distance(ball_centre, players[0].get_pos())
# fitness2 += 1000/distance(ball_centre, players[1].get_pos())
ball.is_under_player = False
# players colliding with the ball
for player in players:
ball.getKicked(player)
# computer player colliding with the ball and the goal
for cc in skulls:
cc.collidingGoal(goal1)
cc.collidingGoal(goal2)
ball.getKicked(cc)
if debug:
print(mouse_pos)
cc.acc = [(random.random() - 0.5) / 5.0,
(random.random() - 0.5) / 5.0]
cc.move(general.surface,
field,
counter,
cameraPos=cameraPos,
goal_size=goal_size)
# to the pipe (tirake darvaze):
is_colliding_goal_pipe_top_right = (
ball.vel[1] < 0
and (diff(ball_centre[1], goal_size[1]) < ball.radius)
and (diff(ball_centre[0], (width / 2 + goal_size[0] / 2)) < 3))
is_colliding_goal_pipe_top_left = (
ball.vel[1] < 0
and (diff(ball_centre[1], goal_size[1]) < ball.radius)
and (diff(ball_centre[0], (width / 2 - goal_size[0] / 2)) < 3))
is_colliding_goal_pipe_bottom_right = (
ball.vel[1] > 0
and (diff(ball_centre[1],
(height - goal_size[1])) < ball.radius)
and (diff(ball_centre[0], (width / 2 + goal_size[0] / 2)) < 3))
is_colliding_goal_pipe_bottom_left = (
ball.vel[1] > 0
and (diff(ball_centre[1],
(height - goal_size[1])) < ball.radius)
and (diff(ball_centre[0], (width / 2 - goal_size[0] / 2)) < 3))
if is_colliding_goal_pipe_top_right or is_colliding_goal_pipe_top_left or is_colliding_goal_pipe_bottom_right or is_colliding_goal_pipe_bottom_left:
ball.vel[1] = -ball.vel[1]
else:
ball.collidingGoal(goal1)
ball.collidingGoal(goal2)
if goal1.rect.contains(ball.rect):
fitness2 += 100
field.score2 += 1
ball.reset()
players[0].reset()
players[1].reset()
players[0].fire_acc += 0.01
players[1].fire_acc += 0.01
if showing: field.setMessage2()
elif goal2.rect.contains(ball.rect):
fitness1 += 100
field.score1 += 1
ball.reset()
players[0].reset()
players[1].reset()
players[0].fire_acc += 0.01
players[1].fire_acc += 0.01
if showing: field.setMessage1()
ball.move(counter, cameraPos=cameraPos)
if showing:
field.blitField(width=width,
height=height,
surface=general.surface,
cameraPos=cameraPos)
vis = general.getVisibleSize()
if debug:
pygame.draw.rect(general.surface, pygame.Color(0, 0, 0),
(0, 0, vis[0], vis[1]), 1)
if showing: pygame.display.flip()
return (1.0 * fitness1 / counter, 1.0 * fitness2 / counter)