def __init__(self,
cp=360,
total_dur=40,
careful_prog=150,
total_prog=1500,
max_mark_turns=0,
stack_goal=9):
self.max_cp = cp
self.total_dur = total_dur
self.careful_prog = careful_prog
self.total_prog = total_prog
self.max_mark_turns = max_mark_turns
self.stack_goal = stack_goal
self._reader = CraftReader()
self._ff = FFXIV()
self.cp = self.max_cp
self.manip_turns = 0
self.waste_turns = 0
self.steady_turns = 0
self.inno_turns = 0
self.ing_turns = 0
self.stride_turns = 0
self.iq_stacks = -1
self.czone_turns = 0
self.spent_dur = 0.0
self.progress, self.quality = self._reader.progress
self.last_quality = self.quality
self.label = None
self.mark_turns = 0
self.next_craft()
def onQQMessage(bot, contact, member, content):
answer = tr.answer(content)
if '@ME' in content:
bot.SendTo(contact, answer)
if '-天气' in content:
city = content[3:]
weather = wf.findweather(city)
bot.SendTo(contact,weather)
if '-词条' in content:
wiki = content[3:]
end = ff.searchwiki(wiki)
bot.SendTo(contact, end)
if '-物品' in content:
wiki = content[3:]
end = ff.searchitems(wiki)
bot.SendTo(contact, end)
if '-获得' in content:
wiki = content[4:]
end = ff.searchget(wiki)
bot.SendTo(contact, end)
class Crafter:
@staticmethod
def keymap(x):
return {
"Careful Synth II": '1',
"Hasty Touch": '2',
"Manipulation": '3',
"Comfort Zone": '4',
"Inner Quiet": '5',
"Tricks of the Trade": '6',
"Ingenuity II": '7',
"Steady Hands II": '8',
"Great Strides": '9',
"Innovation": '0',
"Rapid Synth": '^1',
"Byregot Blessing": '^2',
"Waste Not II": '^4',
"Masters Mend": '5',
"Masters Mend II": '^6',
"Basic Touch": '^7',
"Standard Touch": '^8',
"Advanced Touch": '^9',
"Precise Touch": '^0',
"Makers Mark": "!1",
"Flawless Synth": "!2"
}.get(x, [])
def __init__(self,
cp=360,
total_dur=40,
careful_prog=150,
total_prog=1500,
max_mark_turns=0,
stack_goal=9):
self.max_cp = cp
self.total_dur = total_dur
self.careful_prog = careful_prog
self.total_prog = total_prog
self.max_mark_turns = max_mark_turns
self.stack_goal = stack_goal
self._reader = CraftReader()
self._ff = FFXIV()
self.cp = self.max_cp
self.manip_turns = 0
self.waste_turns = 0
self.steady_turns = 0
self.inno_turns = 0
self.ing_turns = 0
self.stride_turns = 0
self.iq_stacks = -1
self.czone_turns = 0
self.spent_dur = 0.0
self.progress, self.quality = self._reader.progress
self.last_quality = self.quality
self.label = None
self.mark_turns = 0
self.next_craft()
# Auxiliary methods
def next_craft(self):
self.cp = self.max_cp
self.manip_turns = 0
self.waste_turns = 0
self.steady_turns = 0
self.inno_turns = 0
self.stride_turns = 0
self.iq_stacks = -1
self.ing_turns = 0
self.czone_turns = 0
self.mark_turns = 0
self.spent_dur = 0
self.progress, self.quality = self._reader.progress
self.last_quality = self.quality
@property
def condition(self):
return self._reader.condition
@property
def is_crafting(self):
return self._reader.is_crafting
def _calc_remaining_synths(self):
p, q = self.read_progress()
if not self.is_crafting:
return 1
else:
progress = p * self.total_prog
remaining_turns = math.ceil((self.total_prog - progress) / self.careful_prog)
if(DEBUG):
print("Remaining touches: ", remaining_turns)
return remaining_turns
def display_status(self):
try:
self.label.destroy()
except AttributeError:
pass
# self.label = OnTopTextBox("Crafter label")
self._update_pq()
text = "Prog %f \t Qual %f\n" % (self.progress, self.quality)
text += "%d\t Spent durability\n" % self.spent_dur
if self.manip_turns > 0:
text += "%d\t Manip turns\n" % self.manip_turns
if self.czone_turns > 0:
text += "%d \t Comfort Zone turns\n" % self.czone_turns
if self.waste_turns > 0:
text += "%d \tWaste Not turns\n" % self.waste_turns
if self.iq_stacks > -1:
text += "%d \tInner Quiet Stacks\n" % self.iq_stacks
print(text)
def _advance_turn(self):
if self.manip_turns > 0:
self.manip_turns -= 1
self._mend(10)
if self.czone_turns > 0:
self.czone_turns -= 1
self._inc_cp(8)
if self.waste_turns > 0:
self.waste_turns -= 1
if self.steady_turns > 0:
self.steady_turns -= 1
if self.stride_turns > 0:
self.stride_turns -= 1
if self.inno_turns > 0:
self.inno_turns -= 1
if self.ing_turns > 0:
self.ing_turns -= 1
if self.mark_turns > 0:
self.mark_turns -= 1
def _inc_cp(self, amt):
self.cp += amt
if self.cp > self.max_cp:
self.cp = self.max_cp
def _mend(self, amount):
self.spent_dur -= amount
if self.spent_dur < 0:
self.spent_dur = 0
def _send_action(self, action):
if DEBUG:
print("Sending %s" % action)
to_press = Crafter.keymap(action)
self._ff.send_key(to_press)
time.sleep(2.5)
def accept_collectible(self):
self._ff.send_key('#0')
time.sleep(0.5)
self._ff.send_key('#0')
## Durability Skills
def use_manipulation(self):
if self.cp >= 88:
self._send_action("Manipulation")
self._advance_turn()
self.manip_turns = 3
self.cp -= 88
def use_masters_mend(self):
if self.cp >= 92:
self._send_action("Masters Mend")
self._advance_turn()
self._mend(30)
self.cp -= 92
def use_masters_mend_2(self):
if self.cp >= 160:
self._send_action("Masters Mend II")
self._advance_turn()
self._mend(60)
self.cp -= 160
def use_waste_not_2(self):
if self.cp >= 98:
self._send_action("Waste Not II")
self._advance_turn()
self.waste_turns = 8
self.cp -= 98
## Buffs
def use_makers_mark(self):
"""Only works on first turn, makes flawless synth free"""
if self.cp == self.max_cp:
self._send_action("Makers Mark")
self.cp -= 20
self._advance_turn()
self.mark_turns = self.max_mark_turns
def use_inner_quiet(self):
if self.cp >= 18:
self._send_action("Inner Quiet")
self._advance_turn()
self.cp -= 18
self.iq_stacks = 2 # Reader misses first stack
def use_great_strides(self):
if self.cp >= 32:
self._send_action("Great Strides")
self._advance_turn()
self.stride_turns = 3
self.cp -= 32
def use_ingenuity_2(self):
if self.cp >= 32:
self._send_action("Ingenuity II")
self._advance_turn()
self.ing_turns = 5
self.cp -= 32
def use_innovation(self):
if self.cp >= 18:
self._send_action("Innovation")
self._advance_turn()
self.inno_turns = 3
self.cp -= 18
def use_steady_hand_2(self):
if self.cp >= 25:
self._send_action("Steady Hands II")
self._advance_turn()
self.steady_turns = 5
self.cp -= 25
## CP Skills
def _can_trick(self):
if (self._reader.condition == Condition.Good
or self._reader.condition == Condition.Excellent):
return True
return False
def use_tricks(self):
if self._can_trick():
self._send_action("Tricks of the Trade")
self._advance_turn()
self._inc_cp(20)
def use_comfort_zone(self):
if self.cp >= 66:
self._send_action("Comfort Zone")
self._advance_turn()
self.czone_turns = 10
self.cp -= 66
## Progress / touch utils
def _use_durability(self):
cost = 10
if self.waste_turns > 0:
cost = 5
self.spent_dur += cost
self._advance_turn()
time.sleep(0.5)
self._update_pq()
def _update_pq(self):
(self.progress, self.quality) = self._reader.progress
def _use_touch(self, inc=1):
self._use_durability()
if self.quality > self.last_quality and self.iq_stacks >= 0:
self.iq_stacks += inc
self.last_quality = self.quality
## Progress actions
def use_careful_synth_2(self):
"""100% chance of 120% progress"""
self._send_action("Careful Synth II")
self._use_durability()
def use_rapid_synth(self):
""" 50% chance of 250% progress """
self._send_action("Rapid Synth")
self._use_durability()
def use_flawless_synth(self):
"90% success, 40 progress, free if makers mark"
self._send_action("Flawless Synth")
if self.mark_turns > 0:
self._advance_turn()
else:
self._use_durability()
## Touch Actions
def use_hasty_touch(self):
""" 50% chance of 100% quality"""
self._send_action("Hasty Touch")
self._use_touch()
def use_bblessing(self):
""" 90% chance, 100+20%/stack quality"""
if self.cp >= 24:
self._send_action("Byregot Blessing")
self._use_touch()
self.iq_stacks = -1
self.cp -= 24
def use_basic_touch(self):
"""70% Success 100% Quality"""
if self.cp >= 18:
self._send_action("Basic Touch")
self._use_touch()
self.cp -= 18
def use_std_touch(self):
"""80% Success 125% Quality"""
if self.cp >= 32:
self._send_action("Standard Touch")
self._use_touch()
self.cp -= 32
def use_adv_touch(self):
"""90% Success 150% Quality"""
if self.cp >= 48:
self._send_action("Advanced Touch")
self._use_touch()
self.cp -= 48
def use_precise_touch(self):
"""70% Success 100% Quality"""
if self.cp >= 18 and self._can_trick():
self._send_action("Precise Touch")
self._use_touch(2)
self.cp -= 18
def start_craft(self):
for x in range(0, 3):
self._ff.send_key('#0', 1.0)
print("Hit 0")
self.next_craft()
def read_progress(self):
return self._reader.progress
