def run():
# entities
entity_manager = entity.EntityManager()
entity_manager.generate_random(10000)
entity_manager.set_dimension_values([(2, 0)])
# tasks
task_manager = sim.taskmanager.TaskManager(entity_manager.get_ids())
tasks = [
sim.taskmanager.Task("Hunt", sim.taskmanager.TaskType.GATHER),
sim.taskmanager.Task("Cook", sim.taskmanager.TaskType.ACTIVITY),
sim.taskmanager.Task("Clean", sim.taskmanager.TaskType.ACTIVITY),
sim.taskmanager.Task("Gather Water", sim.taskmanager.TaskType.GATHER),
]
task_manager.randomly_assign(tasks)
# terrain
terrain = sim.world.Terrain([
sim.world.Resource("Hunt", 2, entity.Point(-55, -33, 0)),
sim.world.Resource("Cook", 4, entity.Point(15, 25, 0)),
sim.world.Resource("Clean", 2, entity.Point(0, 0, 0)),
sim.world.Resource("Gather Water", 100, entity.Point(5, 5, 0)),
])
# renderer
renderer = Renderer()
event_processor = EventProcessor()
# run sim
world = sim.world.World(terrain, entity_manager, task_manager)
while True:
sim.world.run(world, renderer, event_processor)
time.sleep(0.16)
def generate(self):
return [
LSW_NC(),
entity.Line(start=entity.Point(*LSW_NC_LINE_INTERSECT), end=entity.Point(30, -15)),
entity.Arc.from_crse(center=entity.Point(30, -25), radius=10, start=0, end=180),
entity.Line(start=entity.Point(20, -25), end=entity.Point(40, -25))
]
def generate(self):
return [
ITERM(right=False),
entity.Line(start=entity.Point(10, -5), end=entity.Point(50, -5)),
entity.Line(start=entity.Point(30, -5), end=entity.Point(30, 10)),
ITERM(left=False).translate(xoff=40, yoff=0)
]
def generate(self):
return [
entity.PolyLine(
points=[entity.Point(0, 10), entity.Point(20, 10), entity.Point(20, -10), entity.Point(0, -10)],
closed=True),
entity.Circle(center=entity.Point(10, 0), radius=10)
]
def generate(self):
return [
entity.Line(entity.Point(0, 0), entity.Point(0, -12)),
entity.Line(entity.Point(-6, -12), entity.Point(6, -12)),
entity.Line(entity.Point(-6, -12), entity.Point(-9, -17)),
entity.Line(entity.Point(0, -12), entity.Point(-3, -17)),
entity.Line(entity.Point(6, -12), entity.Point(3, -17)),
]
def generate_multipole(self, poles=1):
entities = self.generate_multipole_basic(poles=poles)
entities.append(
entity.Line(start=entity.Point(30, 20),
end=entity.Point(30,
20 + (cfg.POLE_OFFSET * (poles - 1))),
linetype='PHANTOM'))
return entities
def generate(self):
return [
entity.PolyLine(points=[
entity.Point(0, 0),
entity.Point(10, 10),
entity.Point(10, -10),
entity.Point(20, 0)
], closed=False)
]
def generate(self):
return [
entity.Line(entity.Point(0, 0), entity.Point(0, -12)),
entity.PolyLine(points=[
entity.Point(-6, -12),
entity.Point(6, -12),
entity.Point(0, -18)
],
closed=True)
]
def generate(self):
return [
LSW_NC(),
entity.PolyLine(points=[
entity.Point(*LSW_NC_LINE_INTERSECT),
entity.Point(30, -20),
entity.Point(40, -20),
entity.Point(30, -10),
], closed=False)
]
def generate(self):
base: List[entity.Entity] = [entity.Circle(entity.Point(10, 0), 5)]
if self.left:
base.append(entity.Line(entity.Point(0, 0), entity.Point(5, 0)))
if self.right:
base.append(entity.Line(entity.Point(15, 0), entity.Point(20, 0)))
return base
def generate(self):
return [
ETERM(),
entity.Rect(points=[
entity.Point(-10, 20),
entity.Point(110, 20),
entity.Point(110, -20),
entity.Point(-10, -20),
], linetype='PHANTOM'),
ETERM().translate(xoff=80, yoff=0)
]
def generate(self):
return [
entity.Line(entity.Point(0, 0), entity.Point(0, -12)),
entity.Line(entity.Point(-6, -12), entity.Point(6, -12)),
entity.Line(entity.Point(-4, -14), entity.Point(4, -14)),
entity.Line(entity.Point(-2, -16), entity.Point(2, -16)),
]
def generate(self):
return [
entity.Line(entity.Point(0, 0), entity.Point(5, 0)),
entity.Line(entity.Point(15, 0), entity.Point(20, 0)),
entity.Line(entity.Point(5, 10), entity.Point(5, -10)),
entity.Line(entity.Point(15, 10), entity.Point(15, -10)),
]
def generate_multipole(self, poles=1):
entities = self.generate_multipole_basic(poles=poles)
entities.append(
entity.PolyLine(points=[
entity.Point(30, 20),
entity.Point(
LSW_NO_LINE_INTERSECT[0], LSW_NO_LINE_INTERSECT[1] +
cfg.POLE_OFFSET * (poles - 0.5)),
entity.Point(
LSW_NO_LINE_END[0],
LSW_NO_LINE_END[1] + cfg.POLE_OFFSET * (poles - 0.5)),
],
closed=False,
linetype='PHANTOM'))
return entities
def generate(self):
return [
ITERM(left=True, right=False),
entity.Arc.from_crse(center=entity.Point(30, -5),
radius=25,
start=37,
end=143),
ITERM(left=False, right=True).translate(xoff=40, yoff=0)
]
def generate(self):
return [
ETERM(),
entity.Line(start=entity.Point(20, 0), end=entity.Point(40, 0)),
NC().translate(xoff=40, yoff=0),
entity.Line(start=entity.Point(60, 0), end=entity.Point(80, 0)),
entity.Rect(points=[
entity.Point(-10, 20),
entity.Point(110, 20),
entity.Point(110, -20),
entity.Point(-10, -20),
], linetype='PHANTOM'),
ETERM().translate(xoff=80, yoff=0)
]
def generate(self):
return [
LSW_NO(),
entity.PolyLine(points=[
entity.Point(*LSW_NO_LINE_INTERSECT),
entity.Point(30, -10),
entity.Point(35, -10),
entity.Point(35, -15),
entity.Point(25, -15),
entity.Point(25, -20),
entity.Point(30, -20),
entity.Point(30, -25)
], closed=False)
]
def generate(self):
return [
ITERM(right=False),
entity.Line(entity.Point(15, 0), entity.Point(*LSW_NC_LINE_END)),
ITERM(left=False).translate(xoff=40, yoff=0)
]
def generate(self):
return [
NO(),
entity.Line(entity.Point(0, 10), entity.Point(20, -10)),
]
def generate(self):
return [
entity.Arc.from_crse(center=entity.Point(10, 0), radius=10, start=270, end=180),
entity.Arc.from_crse(center=entity.Point(30, 0), radius=10, start=90, end=0)
]
def generate(self):
return [
LSW_NC(),
entity.Line(start=entity.Point(*LSW_NC_LINE_INTERSECT), end=entity.Point(30, -15)),
entity.Circle(center=entity.Point(30, -25), radius=10)
]
