def onKeyPressed(args):
char = args["char"]
v = None
GameManager.Instance().message("Bryant pressed a button: {}".format(char),
Colors.green)
if char == "UP":
v = Vector2D(0, -1)
elif char == "LEFT":
v = Vector2D(-1, 0)
elif char == "RIGHT":
v = Vector2D(1, 0)
elif char == "DOWN":
v = Vector2D(0, 1)
elif char == "F":
EventManager.Instance().fireEvent("EVENT_FocusCameraOnEntity", player)
return
elif char == "G":
EventManager.Instance().fireEvent("EVENT_FocusCameraOnEntity", None)
return
else:
return
EventManager.Instance().fireEvent("EVENT_MoveEntity", {
"entity": player,
"vector2D": v
})
def update(self, dt):
System.update(self, dt)
for event in tdl.event.get(): # Iterate over recent events.
if event.type == 'KEYDOWN':
if event.keychar not in IGNORED_INPUTS:
EventManager.Instance().fireEvent("EVENT_KeyPressed", {"char" : event.keychar.upper()})
if (event.keychar.upper() == "Q"): EventManager.Instance().fireEvent("EVENT_QuitGame", {})
if event.type == 'KEYUP':
if event.keychar not in IGNORED_INPUTS:
EventManager.Instance().fireEvent("EVENT_KeyReleased", {"char" : event.keychar.upper()})
def init():
GameManager.Instance().Init()
# Apply all sub-systems to system manager
SystemManager.Instance().add_system(Input(), priority=0)
SystemManager.Instance().add_system(Renderer(110, 50), priority=0)
SystemManager.Instance().add_system(Physics(), priority=0)
# Setup GUI
renderer = SystemManager.Instance().get_system_of_type(Renderer)
# Add panels
renderer.addPanel(
Panel(renderer.window, renderer.screen_width - 20, 0, 20,
renderer.screen_height - 7, Panel.Right, "EVENT_StatsUpdated",
renderer))
EventManager.Instance().fireEvent("EVENT_StatsUpdated", [{
"HP: 10/10": {
"color": Colors.gold
}
}, {
"MP: 5/20": {
"color": Colors.gold
}
}])
renderer.addPanel(
Panel(renderer.window, 0, renderer.screen_height - 7,
renderer.screen_width, 7, Panel.Bottom,
"EVENT_ConsoleMessageAdded", renderer))
GameManager.Instance().message("Hello, this is my first console message!")
def _emit(self):
# Add cost to TTR
self._ttr += self._cost
if self._emit_event != "":
EventManager.Instance().fireEvent(self._emit_event,
self._emit_data)
def collision(self, a, b):
#msg = "{0} collided with {1}".format(a, b)
# If the initiator is a projectile, apply damage to what it hits
if a.hasComponent(Projectile):
EventManager.Instance().fireEvent("EVENT_DealDamage", {"attacker" : a, "attacked" : b, "damage" : a.components["Projectile"].damage})
a.removable = True
def Init(self):
# Setup links between the various managers
SystemManager.Instance().Init()
EntityManager.Instance().Init()
EventManager.Instance().Init()
self.lastUpdated = 0
self.running = True
self.message_log = []
def update(self, dt):
# Update all projectiles
for e, component in EntityManager.Instance().pairs_for_type(Projectile):
currentPos = e.components["Transform2D"].position
EventManager.Instance().fireEvent("EVENT_MoveEntity", {"entity" : e, "vector2D" : Direction.getVector(component.direction)})
# Remove all removable entities
entities = EntityManager.Instance().list_entities()
for entity in entities:
if entity.removable:
EntityManager.Instance().remove_entity(entity)
def Init(self, tps=100):
# Setup links between the various managers
SystemManager.Instance().Init()
EntityManager.Instance().Init()
EventManager.Instance().Init()
self.tps = tps
self.lastUpdated = time.time()
self.running = True
self.message_log = []
self.cached_map = []
def onKeyPressed(self, args):
char = args["char"]
v = None
GameManager.Instance().message("You pressed a button: {}".format(char), Colors.green)
if char == "UP":
v = Vector2D(0, -1)
elif char == "LEFT":
v = Vector2D(-1, 0)
elif char == "RIGHT":
v = Vector2D(1, 0)
elif char == "DOWN":
v = Vector2D(0, 1)
elif char == "S":
for e, component in EntityManager.Instance().pairs_for_type(Robot):
EventManager.Instance().fireEvent("EVENT_ShootProjectile", {"origin" : e.components["Transform2D"].position, "direction" : e.components["Robot"].bot.direction, "damage" : 20})
return
elif char == "1":
robots = []
for e, component in EntityManager.Instance().pairs_for_type(Robot):
robots.append(e)
if len(robots) >= 1:
EventManager.Instance().fireEvent("EVENT_FocusCameraOnEntity", robots[0])
return
elif char == "2":
robots = []
for e, component in EntityManager.Instance().pairs_for_type(Robot):
robots.append(e)
if len(robots) >= 2:
EventManager.Instance().fireEvent("EVENT_FocusCameraOnEntity", robots[1])
return
elif char == "G":
EventManager.Instance().fireEvent("EVENT_FocusCameraOnEntity", None)
return
else:
return
for e, component in EntityManager.Instance().pairs_for_type(Robot):
EventManager.Instance().fireEvent("EVENT_MoveEntity", {"entity" : e, "vector2D" : v})
def main():
global player
# Parse command line for robots
if len(sys.argv) != 3:
print("USAGE: python main.py [BOT1] [BOT2]")
exit()
bot1 = sys.argv[1]
bot2 = sys.argv[2]
b1 = importlib.import_module("bots." + bot1)
b2 = importlib.import_module("bots." + bot2)
battlecogs = BattleCOGS(bot1, bot2)
# Setup game systems
battlecogs.init()
# DO GAME LOGIC STUFF #
# Create a player
battlecogs.add_robot(getattr(b1, bot1), 15, 9)
battlecogs.add_robot(getattr(b2, bot2), 30, 9)
# Load map
battlecogs.load_map("assets/level_1.txt")
# Get key presses
EventManager.Instance().subscribe("EVENT_KeyPressed", battlecogs.onKeyPressed)
# END GAME LOGIC STUFF #
# Register game over callback on "Q" being pressed
EventManager.Instance().subscribe("EVENT_QuitGame", battlecogs.quitCallback)
# Run game
GameManager.Instance().run()
def main():
global player
# Setup game systems
init()
# DO GAME LOGIC STUFF #
# Create a player
create_player()
# Load map
load_map("assets/level_1.txt")
# Get key presses
EventManager.Instance().subscribe("EVENT_KeyPressed", onKeyPressed)
# END GAME LOGIC STUFF #
# Register game over callback on "Q" being pressed
EventManager.Instance().subscribe("EVENT_QuitGame", quitCallback)
# Run game
GameManager.Instance().run()
def add_robot(self, type, x, y):
# Create a bot and link back the entity so that user can reference other components
bot = type()
robot = EntityManager.Instance().create_entity(bot.symbol, z=10)
bot.action = Robot(robot, bot)
EntityManager.Instance().add_component(robot, Transform2D(Vector2D(x, y)))
EntityManager.Instance().add_component(robot, Health())
EntityManager.Instance().add_component(robot, Collider(COLLIDER_PLAYER, COLLIDER_PLAYER | COLLIDER_WALL))
EntityManager.Instance().add_component(robot, bot.action)
GameManager.Instance().message("Bryant entered the strange room hesitantly.", Colors.red)
EventManager.Instance().fireEvent("EVENT_StatsUpdated", [{"HP: {0}/{1}".format(robot.components["Health"].health, robot.components["Health"].maxHealth) : {"color" : Colors.gold}},
{"MP: 5/20" : {"color" : Colors.gold}}])
return robot
def __init__(self, window, offsetX, offsetY, width, height, side, updateEvent, parent, bounded=False):
self.window = window
self.width = width
self.height = height
self.offsetX = offsetX
self.offsetY = offsetY
self.bounded = bounded
self.side = side
self.data = []
self.console = tdl.Console(width, height)
self.updateEvent = updateEvent
self.parent = parent
# Register update func for updating data
if self.updateEvent != None:
EventManager.Instance().subscribe(self.updateEvent, self.updateData)
def init(self):
EventManager.Instance().subscribe("EVENT_DealDamage", self.dealDamage)
def init(self):
# Register listener for setting camera focus
EventManager.Instance().subscribe("EVENT_FocusCameraOnEntity", self.setCameraFocus)
def message(self, msg, color=Colors.white):
self.message_log.append({msg: {"color": color}})
EventManager.Instance().fireEvent("EVENT_ConsoleMessageAdded",
self.message_log)
def init(self):
EventManager.Instance().subscribe("EVENT_ShootProjectile",
self.spawnProjectile)
def takeDamage(self, dmg):
self.health -= dmg
if self.health <= 0:
EventManager.Instance().fireEvent("EVENT_PlayerDied")
def init(self):
EventManager.Instance().subscribe("EVENT_MoveEntity", self.attemptMove)
