def __call__(self):
if not self.check(dryrun=False):
return False
if self.is_dragondrive:
self.act_list = ['end']
if self.dragondrive_buff.get():
self.d_dragondrive_end('<turn off>')
return True
else:
log('cast', 'dragondrive', self.name, f'base duration {self.dragon_gauge/self.drain:.4}s')
self.dragondrive_timer.on(self.dragon_gauge/self.drain)
self.dragondrive_buff.on()
else:
log('cast', 'dshift', self.name)
if len(self.act_list) == 0:
self.parse_act(self.conf.act)
self.dragon_gauge -= self.shift_cost
if self.off_ele_mod is not None:
self.off_ele_mod.on()
if self.shift_spd_mod is not None:
self.shift_spd_mod.on()
self.pause_auto_gauge()
self.shift_count += 1
self.status = Action.STARTUP
self._setdoing()
g_logs.log_shift_dmg(True)
self.shift_start_time = now()
self.shift_end_timer.on(self.dtime())
self.reset_allow_end()
self.shift_event()
self.d_act_start('dshift')
return True
def d_shift_end(self, t):
if self.action_timer is not None:
self.action_timer.off()
self.action_timer = None
duration = now()-self.shift_start_time
shift_dmg = g_logs.shift_dmg
g_logs.log_shift_dmg(False)
count = self.clear_delayed()
if count > 0:
log('cancel', self.c_act_name, f'by shift end', f'lost {count} hit{"s" if count > 1 else ""}')
log(self.name, '{:.2f}dmg / {:.2f}s, {:.2f} dps'.format(shift_dmg, duration, shift_dmg/duration), ' '.join(self.act_sum))
self.act_sum = []
self.act_list = []
if self.off_ele_mod is not None:
self.off_ele_mod.off()
if self.shift_spd_mod is not None:
self.shift_spd_mod.off()
self.ds_reset()
if not self.is_dragondrive:
self.shift_silence = True
Timer(self.end_silence).on(10)
self.dragon_gauge_pause_timer = Timer(self.resume_auto_gauge).on(self.dragon_gauge_timer_diff)
self.status = Action.OFF
self._setprev() # turn self from doing to prev
self._static.doing = self.nop
self.end_event()
self.idle_event()
def d_shift_partial_end(self):
if not self.is_dragondrive and self.status != Action.OFF:
duration = now() - self.shift_start_time
shift_dmg = g_logs.shift_dmg
g_logs.log_shift_dmg(False)
log(
self.name,
"{:.2f}dmg / {:.2f}s, {:.2f} dps".format(
shift_dmg, duration, shift_dmg / duration),
" ".join(self.act_sum),
)
def d_shift_end(self, t):
if self.action_timer is not None:
self.action_timer.off()
self.action_timer = None
if not self.is_dragondrive and self.prev_act != "ds" and self.skill_use_final > 0:
self.skill_use_final -= 1
self.d_act_start("ds_final")
self.act_list = ["end"]
return False
duration = now() - self.shift_start_time
shift_dmg = g_logs.shift_dmg
g_logs.log_shift_dmg(False)
count = self.clear_delayed()
if count > 0:
log(
"cancel",
self.c_act_name,
f"by shift end",
f'lost {count} hit{"s" if count > 1 else ""}',
)
log(
self.name,
"{:.2f}dmg / {:.2f}s, {:.2f} dps".format(shift_dmg, duration,
shift_dmg / duration),
" ".join(self.act_sum),
)
self.act_sum = []
self.act_list = []
if self.off_ele:
self.adv.element = self.adv.slots.c.ele
if self.shift_spd_mod is not None:
self.shift_spd_mod.off()
self.ds_reset()
if not self.is_dragondrive:
self.shift_silence = True
Timer(self.end_silence).on(10)
self.dragon_gauge_pause_timer = Timer(self.resume_auto_gauge).on(
self.dragon_gauge_timer_diff)
self.status = Action.OFF
self._setprev() # turn self from doing to prev
self._static.doing = self.nop
if not self.is_dragondrive:
self.end_event()
self.idle_event()
return True
def __call__(self):
if not self.check(dryrun=False):
return False
if self.is_dragondrive:
self.act_list = ["end"]
if self.dragondrive_buff.get():
self.d_dragondrive_end("<turn off>")
return True
else:
log(
"cast",
"dragondrive",
self.name,
f"base duration {self.dragon_gauge/self.drain:.4}s",
)
self.dragondrive_timer.on(self.dragon_gauge / self.drain)
self.dragondrive_buff.on()
else:
log("cast", "dshift", self.name)
if len(self.act_list) == 0:
self.parse_act(self.conf.act)
self.dragon_gauge -= self.shift_cost
if self.off_ele:
self.adv.element = self.adv.slots.d.ele
if self.shift_spd_mod is not None:
self.shift_spd_mod.on()
self.pause_auto_gauge()
self.shift_count += 1
self.status = Action.STARTUP
self._setdoing()
g_logs.log_shift_dmg(True)
self.shift_start_time = now()
self.shift_end_timer.on(self.dtime())
self.reset_allow_end()
self.shift_event()
self.d_act_start("dshift")
return True
