import math
from lib import filePath, contentLoader
ENTITIES = contentLoader.loadEntities() #Enemies, Projectiles
orderOfEntities = {}
for key in ENTITIES[0]: #Add Enemies
orderOfEntities[key] = ENTITIES[0][key]
for key in ENTITIES[1]: #Add Projectiles
orderOfEntities[key] = ENTITIES[1][key]
ENTITIES = orderOfEntities
del orderOfEntities
class entity:
def __init__(self, entityId, position=(0, 0, 0)):
self.entityId = entityId
#Server updates every 30 seconds
self.tweenTime = 1000 / 30
self.x, self.y, self.angle = position
self.tweenStartX, self.tweenToX, self.tweenStartY = position
self.tweenToY, self.tweenStartAngle, self.tweenToAngle = position
self.animation = None
self.updated = False
self.movementSpeed = 40
def getPosition(self):
return self.x, self.y, self.angle
def getUpdate(self): #Only called by the server
if self.updated:
}
reverseOpCodes = {
}
for key in opCodes:
reverse = opCodes[key]
reverseOpCodes[reverse] = key
entityCodes = {
}
reverseEntityCodes = {
}
entities = contentLoader.loadEntities()
orderOfEntities = []
for key in entities[0]: #Add Enemies
length = len(entityCodes)
entityCodes[key] = length
reverseEntityCodes[length - 1] = key
for key in entities[1]: #Add Projectiles
length = len(entityCodes)
entityCodes[key] = length
reverseEntityCodes[length - 1] = key
def packetUnpacker(packet):
try:
packet = json.loads(packet)
except Exception as e:
print(packet)
import math
import json
from lib import filePath, contentLoader
#Hosts the classes that define how the entities work
#Lists the AI's of enemeies
#Controls the change of states of enemies
#Constants
FILERETRACTS = 2
ENTITIES = contentLoader.loadEntities(
) # A list in the order of enemies, projectiles
ABILITIES = contentLoader.loadAbilities()
for ability in ABILITIES:
pass
#print(ability)
def pointToPoint(xDif, yDif, angle):
if yDif < 0:
return math.pi / 2 - math.atan(xDif / yDif)
else:
if yDif != 0:
return -math.pi / 2 - math.atan(xDif / yDif)
else:
return angle #returned when angle can not be calculated
#(-1*yDif/abs(yDif)) = math.atan(xDif/yDif) One line equation
class entity: