def CheckImp(self, position, direction): #use other funcs later
if not self.buffer and self.accuracy == 0: #zero accuracy makes it melee
if direction == 0:
direction = 3 #doesn't go out of range
else:
direction -= 1 #goes left as melee attack
change = 0 #the position change made
if direction == 0:
change -= funcs.DropLine()
elif direction == 1:
change += 1
elif direction == 2:
change += funcs.DropLine()
elif direction == 3:
change -= 1
if self.IsEdge(position, direction) and self.accuracy == 0:
return False
if config.MAP[position + change] == config.Color9: #if hit zone
self.Loss() #destroy bullet
return False
elif config.MAP[position + change] != config.Color0 and config.MAP[position + change] != config.Color5 and config.MAP[position + change] != config.Color8: #nothing or gun
print("Projectile hit " + str(config.MAP[position + change]))
self.CheckHit(config.MAP[position + change]) #check player hit
self.toDie = True #kills projectile next
elif self.IsEdge(position + change, direction) and self.accuracy != 0: #on edge
self.toDie = True #kills projectile next
return True
def ReceiveKey(array): #find a neater way to do this
ply = GetPlayer(array[1]) #finds the player
if ply != "null":
#clears old position and renders the player if there is no collision
if array[0] == config.UP:
if not Collision(ply, ply.position - funcs.DropLine(), 0,
NegNum(funcs.DropLine())):
#ClearOld(ply)
RenderPlayer(ply)
elif array[0] == config.RIGHT:
if not Collision(ply, ply.position + 1, 1, 1):
#ClearOld(ply)
RenderPlayer(ply)
elif array[0] == config.LEFT:
if not Collision(ply, ply.position - 1, 3, NegNum(1)):
#ClearOld(ply)
RenderPlayer(ply)
elif array[0] == config.DOWN:
if not Collision(ply, ply.position + funcs.DropLine(), 2,
funcs.DropLine()):
#ClearOld(ply)
RenderPlayer(ply)
elif array[0] == config.SHOOT:
#shoots
ply.Shoot(PosCheck)
elif array[0] == config.CHANGE:
#changes your weapon
print("A player changed weapon")
ply.weapon += 1
#ensures you never excede the weapon count
if ply.weapon > len(weapon.WeaponList) - 1:
ply.weapon = 0
ply.ChangeWep() #changes the weapon visual
RenderPlayer(ply) #renders the player
def CloseZone():
global curTime
global zonePoint
global zoneDirection
if curTime + config.ZoneSpeed < time.time(
): #if enough time has passed to move zone
curTime = time.time() #resets timer
#if its direction, moves forward and changes direction if necessary
if zoneDirection == 1:
zonePoint += 1
if zonePoint in right or config.MAP[zonePoint +
1] == config.Color9:
zoneDirection = 2
elif zoneDirection == 2:
zonePoint += funcs.DropLine()
if zonePoint in bottom or config.MAP[
zonePoint + funcs.DropLine()] == config.Color9:
zoneDirection = 3
elif zoneDirection == 3:
zonePoint -= 1
if zonePoint in left or config.MAP[zonePoint - 1] == config.Color9:
zoneDirection = 0
elif zoneDirection == 0:
zonePoint -= funcs.DropLine()
if zonePoint in top or config.MAP[
zonePoint - funcs.DropLine()] == config.Color9:
zoneDirection = 1
#kills player if the player is in the zone
if config.MAP[zonePoint] in config.PlayerColors:
peep = player.PlayerList[config.PlayerColors.index(
config.MAP[zonePoint])] #get the player the zone hit
Kill(peep)
config.MAP[zonePoint] = config.Color9 #sets the current point to the zone
def PosCheck(position, direction):
#checks collisions from base position
if direction == 0:
return [position, position - 1]
elif direction == 1:
return [position, position + funcs.DropLine()]
elif direction == 2:
return [position + funcs.DropLine(), position + funcs.DropLine() - 1]
elif direction == 3:
return [position - 1, position - 1 + funcs.DropLine()]
def AcMove(self, direction):
#moves the player
if direction == 0:
self.position -= funcs.DropLine()
elif direction == 1:
self.position += 1
elif direction == 2:
self.position += funcs.DropLine()
elif direction == 3:
self.position -= 1
if not self.buffer:
config.MAP[self.old] = config.Color0 #removes old position from map
else:
self.buffer = False
def AddPlayers():
#dodgy way to calculate spawn points
pos1 = game.top[0] + 2 + funcs.DropLine()
pos2 = game.right[0] - 1 + funcs.DropLine()
pos3 = game.left[config.SIDELEN - 1] + 2 - (funcs.DropLine() * 2)
pos4 = game.bottom[0] - 2 - funcs.DropLine()
print("Spawn1 : " + str(pos1))
print("Spawn2 : " + str(pos2))
print("Spawn3 : " + str(pos3))
print("Spawn4 : " + str(pos4))
#initially adds all the players
Player1 = Player(pos1, 1)
Player2 = Player(pos2, 2)
Player3 = Player(pos3, 3)
Player4 = Player(pos4, 4)
def Collision(ply, position, direction, npos):
if ply.lastfired + config.AFTER_FIRE > time.time():
return True
if ply.direction != direction:
#rotates if not facing that direction
if not MoveBod(ply, direction):
return True
return False
#doesn't allow you to move out of the array size
if position + funcs.DropLine() >= len(config.MAP):
return True
#checks next pos
elif not NextClear(position, direction):
return True
#check edge hit
elif IsEdge(ply, direction):
return True
ClearOld(ply) #clears old pos
ply.SetPos(npos) #sets the new pos
return False
#import funcs
PlayerList = []
import time
import funcs
import config
import weapon
import projectiles
import game
drop = funcs.DropLine()
class Player:
###important - integrate with funcs###
def __init__(self, position, ID):
self.position = position #the base player pos
#the body part positions
self.body1 = position
self.body2 = position - 1
self.wep1 = position + drop
self.wep2 = position + drop - 1
#player's old positions
self.old = [self.body1, self.body2, self.wep1, self.wep2]
#current weapon
self.weapon = 0
#the current weapon class
self.curwep = weapon.WeaponList[self.weapon]
#dead or alive
self.alive = True
#player id
self.id = ID
#currently reloading or not
