class Marishiten(DragonBase):
ele = 'shadow'
att = 121
a = [('a', 0.6)]
dragonform = {
'act': 'c5 c5 s c4',
'dx1.dmg': 2.20,
'dx1.startup': 25 / 60.0, # c1 frames
'dx1.hit': 1,
'dx2.dmg': 2.31,
'dx2.startup': 32 / 60.0, # c2 frames
'dx2.hit': 1,
'dx3.dmg': 2.44,
'dx3.startup': 53 / 60.0, # c3 frames
'dx3.hit': 2,
'dx4.dmg': 2.55,
'dx4.startup': 26 / 60.0, # c4 frames
'dx4.hit': 1,
'dx5.dmg': 3.22,
'dx5.startup': 69 / 60.0, # c5 frames
'dx5.recovery': 720 / 60.0, # recovery unknown but longer than dodge
'dx5.hit': 2,
'ds.recovery': 228 / 60, # skill frames
'ds.hit': 6,
'dodge.startup': 45 / 60, # dodge frames
}
def oninit(self, adv):
super().oninit(adv)
from module.bleed import Bleed
self.bleed = Bleed('ds', 1.46).reset()
def ds_proc(self):
dmg = self.adv.dmg_make('ds',1.04,'s')
self.bleed.on()
return dmg + self.adv.dmg_make('ds',5.20,'s')
class Mega_Man(Adv):
comment = '16 hits leaf shield (max 32 hits)'
conf = megaman_conf.copy()
conf['slots.d'] = Gala_Mars()
conf['slots.a'] = Primal_Crisis()+Levins_Champion()
conf['acl'] = """
# check_s(n) means neither s1 or s2 are active, and s[n] has full ammo
`dragon, s=4
`s3, not self.s3_buff
`s4
`s1, self.check_s(1) and self.bleed._static['stacks']<3
`s2, self.s1_x.active and self.bleed._static['stacks']>=3
`s1, self.s1_x.active and self.bleed._static['stacks']>=3
"""
coab = ['Blade', 'Marth', 'Dagger2']
share = ['Karl']
conf['dragonform'] = {
'act': 'c5 s',
'dx1.dmg': 1.20,
'dx1.startup': 10 / 60.0, # c1 frames
'dx1.hit': 3,
'dx2.dmg': 1.20,
'dx2.startup': 13 / 60.0, # c2 frames
'dx2.hit': 3,
'dx3.dmg': 1.20,
'dx3.startup': 14 / 60.0, # c3 frames
'dx3.hit': 3,
'dx4.dmg': 1.20,
'dx4.startup': 14 / 60.0, # c4 frames
'dx4.hit': 3,
'dx5.dmg': 1.20,
'dx5.startup': 14 / 60.0, # c5 frames
'dx5.recovery': 23 / 60.0, # recovery
'dx5.hit': 3,
'ds.dmg': 6.00,
'ds.recovery': 113 / 60, # skill frames
'ds.hit': 5,
'dodge.startup': 45 / 60.0, # dodge frames
}
def ds_proc(self):
return self.dmg_make('ds',self.dragonform.conf.ds.dmg,'s')
def prerun(self):
self.s1 = Skill_Ammo('s1', self.conf.s1)
self.s1_x = X_alt(self, 's1', self.conf.s1, x_proc=self.l_megaman_s1_x, no_fs=True)
# self.a_s1x = X('s1x', self.conf.s1.x)
# self.l_s1_x = Listener('x',self.l_megaman_s1_x).off()
self.s2 = Skill_Ammo('s2', self.conf.s2)
self.s2_x = X_alt(self, 's2', self.conf.s2, x_proc=self.l_megaman_s2_x, no_fs=True)
# self.a_s2x = X('s1x', self.conf.s2.x)
# self.l_s2_x = Listener('x',self.l_megaman_s2_x).off()
# self.fs_normal = self.fs
random.seed()
self.bleed = Bleed('g_bleed', 0).reset()
self.bleed_chance = 0.5
def proc_bleed(self):
if random.random() <= self.bleed_chance:
self.bleed = Bleed('o_metal_blade', 1.32)
self.bleed.quickshot_event.dname = 'o_metal_blade_bleed'
self.bleed.true_dmg_event.dtype = 'x'
self.bleed.on()
def charge(self, name, sp):
sp = self.sp_convert(self.sp_mod(name), sp)
# ammo
self.s1.charge_ammo(self.conf[name.split('_')[0]].ammo)
self.s2.charge_ammo(self.conf[name.split('_')[0]].ammo)
self.s3.charge(sp)
try:
self.s4.charge(sp)
log('sp', name, sp, f'{self.s1.current_ammo}/{self.s1.ammo}, {self.s2.current_ammo}/{self.s2.ammo}, {self.s3.charged}/{self.s3.sp}, {self.s4.charged}/{self.s4.sp}')
except:
log('sp', name, sp, f'{self.s1.current_ammo}/{self.s1.ammo}, {self.s2.current_ammo}/{self.s2.ammo}, {self.s3.charged}/{self.s3.sp}')
self.think_pin('sp')
def s1_proc(self, e):
if self.s2_x.active:
self.s2_x.off()
if self.s1_x.active:
self.s1_x.off()
else:
self.s1_x.on()
def s2_proc(self, e):
if self.s1_x.active:
self.s1_x.off()
if self.s2_x.active:
self.s2_x.off()
else:
self.s2_x.on()
# def l_range_x(self, e):
# if e.name == 's1x' or e.name == 's2x':
# return
# super().l_range_x(e)
def l_megaman_s1_x(self, e):
self.add_hits(self.conf.s1.x1.hit)
self.dmg_make('o_metal_blade', self.conf.s1.x1.dmg*self.conf.s1.x1.hit, 'x')
self.proc_bleed()
self.s1.current_ammo -= self.s1.cost
log('sp', 'metal_blade', -self.s1.cost,'%d/%d, %d/%d, %d/%d'%(\
self.s1.current_ammo, self.s1.ammo, self.s2.current_ammo, self.s2.ammo, self.s3.charged, self.s3.sp))
if self.s1.current_ammo < self.s1.cost:
self.s1_x.off()
def l_megaman_s2_x(self, e):
self.add_hits(self.conf.s2.x1.hit)
self.dmg_make('o_leaf_shield', self.conf.s2.x1.dmg*self.conf.s2.x1.hit, 'x')
self.s2.current_ammo -= self.s2.cost
log('sp', 'leaf_shield', -self.s2.cost,'%d/%d, %d/%d, %d/%d'%(\
self.s1.current_ammo, self.s1.ammo, self.s2.current_ammo, self.s2.ammo, self.s3.charged, self.s3.sp))
if self.s2.current_ammo < self.s2.cost:
self.s2_x.off()
def check_s(self, s):
if s == 's1' or s == 1:
return self.s1.current_ammo >= self.s1.ammo and not self.s1_x.active and not self.s2_x.active
elif s == 's2' or s == 2:
return self.s2.current_ammo >= self.s2.ammo and not self.s1_x.active and not self.s2_x.active
class Mega_Man(Adv):
comment = '16 hits leaf shield (max 32 hits)'
conf = megaman_conf.copy()
conf['slot.d'] = Cerberus()
conf['slot.a'] = Primal_Crisis() + Dear_Diary()
conf['acl'] = """
# check_s(n) means neither s1 or s2 are active, and s[n] has full ammo
`s3, not self.s3_buff
`s1, self.check_s(1) and self.bleed._static['stacks']<3
`s2, self.s1_x.active and self.bleed._static['stacks']>=3
`s1, self.s1_x.active and self.bleed._static['stacks']>=3
"""
conf['dragonform'] = {
'act': 'c5 s',
'dx1.dmg': 1.20,
'dx1.startup': 10 / 60.0, # c1 frames
'dx1.hit': 3,
'dx2.dmg': 1.20,
'dx2.startup': 13 / 60.0, # c2 frames
'dx2.hit': 3,
'dx3.dmg': 1.20,
'dx3.startup': 14 / 60.0, # c3 frames
'dx3.hit': 3,
'dx4.dmg': 1.20,
'dx4.startup': 14 / 60.0, # c4 frames
'dx4.hit': 3,
'dx5.dmg': 1.20,
'dx5.startup': 14 / 60.0, # c5 frames
'dx5.recovery': 23 / 60.0, # recovery
'dx5.hit': 3,
'ds.dmg': 6.00,
'ds.recovery': 113 / 60, # skill frames
'ds.hit': 5,
'dodge.startup': 45 / 60.0, # dodge frames
}
def ds_proc(self):
return self.dmg_make('ds', self.dragonform.conf.ds.dmg, 's')
def prerun(self):
self.s1 = Skill_Ammo('s1', self.conf.s1)
self.s1_x = X_alt(self,
's1',
self.conf.s1,
x_proc=self.l_megaman_s1_x,
no_fs=True)
# self.a_s1x = X('s1x', self.conf.s1.x)
# self.l_s1_x = Listener('x',self.l_megaman_s1_x).off()
self.s2 = Skill_Ammo('s2', self.conf.s2)
self.s2_x = X_alt(self,
's2',
self.conf.s2,
x_proc=self.l_megaman_s2_x,
no_fs=True)
# self.a_s2x = X('s1x', self.conf.s2.x)
# self.l_s2_x = Listener('x',self.l_megaman_s2_x).off()
# self.fs_normal = self.fs
random.seed()
self.bleed = Bleed('g_bleed', 0).reset()
self.bleed.quickshot_event.dname = 'x_s1_bleed'
self.bleed.true_dmg_event.dtype = 'x'
self.bleed_chance = 0.5
def proc_bleed(self):
if random.random() <= self.bleed_chance:
self.bleed = Bleed('x', 1.32)
self.bleed.quickshot_event.dname = 'x_s1_bleed'
self.bleed.true_dmg_event.dtype = 'x'
self.bleed.on()
def charge_p(self, name, percent):
percent = percent / 100 if percent > 1 else percent
log('sp', name, '{:.0f}% '.format(percent*100),'%d/%d, %d/%d, %d/%d'%(\
self.s1.charged, self.s1.sp, self.s2.charged, self.s2.sp, self.s3.charged, self.s3.sp) )
self.think_pin('prep')
def charge(self, name, sp):
sp = self.sp_convert(self.sp_mod(name), sp)
self.s3.charge(sp)
self.think_pin('sp')
# ammo
self.s1.charge_ammo(self.conf[name.split('_')[0]].ammo)
self.s2.charge_ammo(self.conf[name.split('_')[0]].ammo)
log('sp', name, sp,'%d/%d, %d/%d, %d/%d'%(\
self.s1.current_ammo, self.s1.ammo, self.s2.current_ammo, self.s2.ammo, self.s3.charged, self.s3.sp))
# def alt_x_on(self, s, alt_l_x, alt_a_x):
# self.l_x.off()
# alt_l_x.on()
# self.fs = self.fs_off
# self.x1 = alt_a_x
# self.x2 = alt_a_x
# self.x3 = alt_a_x
# self.x4 = alt_a_x
# self.x5 = alt_a_x
# s.is_active = True
# def alt_x_off(self, s, alt_l_x):
# alt_l_x.off()
# self.l_x.on()
# self.fs = self.fs_normal
# self.x1 = self.a_x1
# self.x2 = self.a_x2
# self.x3 = self.a_x3
# self.x4 = self.a_x4
# self.x5 = self.a_x5
# s.is_active = False
def s1_proc(self, e):
if self.s2_x.active:
self.s2_x.off()
if self.s1_x.active:
self.s1_x.off()
else:
self.s1_x.on()
def s2_proc(self, e):
if self.s1_x.active:
self.s1_x.off()
if self.s2_x.active:
self.s2_x.off()
else:
self.s2_x.on()
# def l_range_x(self, e):
# if e.name == 's1x' or e.name == 's2x':
# return
# super().l_range_x(e)
def l_megaman_s1_x(self, e):
self.hits += self.conf.s1.x1.hit
self.dmg_make('o_metal_blade',
self.conf.s1.x1.dmg * self.conf.s1.x1.hit)
self.proc_bleed()
self.s1.current_ammo -= self.s1.cost
log('sp', 'metal_blade', -self.s1.cost,'%d/%d, %d/%d, %d/%d'%(\
self.s1.current_ammo, self.s1.ammo, self.s2.current_ammo, self.s2.ammo, self.s3.charged, self.s3.sp))
if self.s1.current_ammo < self.s1.cost:
self.s1_x.off()
def l_megaman_s2_x(self, e):
self.hits += self.conf.s2.x1.hit
self.dmg_make('o_leaf_shield',
self.conf.s2.x1.dmg * self.conf.s2.x1.hit)
self.s2.current_ammo -= self.s2.cost
log('sp', 'leaf_shield', -self.s2.cost,'%d/%d, %d/%d, %d/%d'%(\
self.s1.current_ammo, self.s1.ammo, self.s2.current_ammo, self.s2.ammo, self.s3.charged, self.s3.sp))
if self.s2.current_ammo < self.s2.cost:
self.s2_x.off()
def check_s(self, s):
if s == 's1' or s == 1:
return self.s1.current_ammo >= self.s1.ammo and not self.s1_x.active and not self.s2_x.active
elif s == 's2' or s == 2:
return self.s2.current_ammo >= self.s2.ammo and not self.s1_x.active and not self.s2_x.active
