def wait_until_next_event():
for c in Map.get_creatures():
if c.alive and not c.check_health():
c.die()
if Time.times == []: return
Time.now = Time.times[0]
Time.actions[0]()
Time.times = Time.times[1:]
Time.actions = Time.actions[1:]
Time.ids = Time.ids[1:]
def wait_until_event(ev_id):
for c in Map.get_creatures():
if c.alive and not c.check_health():
c.die()
if ev_id not in Time.ids:
log(Time.times, Time.ids, Time.actions)
raise ValueError('No such event!')
else:
g = Time.ids.index(ev_id)
t = Time.times[g]
Time.wait(t-Time.now)
return t
def wait(t=100):
log(Time.times)
for c in Map.get_creatures():
if c.alive and not c.check_health():
c.die()
for i in range(t):
Time.now += 1
count = 0
for k in range(len(Time.times)):
if Time.times[k] > Time.now:
break
else:
count += 1
Time.actions[k]()
Time.times = Time.times[count:]
Time.actions = Time.actions[count:]
Time.ids = Time.ids[count:]
def after(time, action):
for c in Map.get_creatures():
if c.alive and not c.check_health():
c.die()
if Time.times == []:
Time.times = [time+Time.now]
Time.actions = [action]
Time.__curr_id += 1
Time.ids = [Time.__curr_id]
return Time.__curr_id
if time + Time.now >= Time.times[-1]:
Time.times.append(time+Time.now)
Time.actions.append(action)
Time.__curr_id += 1
Time.ids.append(Time.__curr_id)
return Time.__curr_id
for i in range(len(Time.times)):
if Time.times[i] > time + Time.now:
Time.times[i:i] = [time+Time.now]
Time.actions[i:i] = [action]
Time.__curr_id += 1
Time.ids[i:i] = [Time.__curr_id]
return Time.__curr_id