def toHit(self, creatureAttack):
item = creatureAttack.attack
weaponFocus = 1 if (self.base.Feats.filter(name='Weapon Focus (%s)'%item.name).count() \
or (item.baseName and self.base.Feats.filter(name='Weapon Focus (%s)'%item.baseName).count())) else 0
if item.name == 'Rock' and self.base.Special.filter(
name__startswith='Rock Throwing (Ex)').count():
weaponFocus += 1
weaponFocus += item.bonusToHit
if item.attackType == pfss.models.MELEE:
if (not creatureAttack.makePrimary
and (item.attackClass == pfss.models.SECONDARY
or creatureAttack.makeSecondary) and
(self.melee.count() > 1 or
(self.melee.count() == 1 and self.melee.get().count > 1))):
if self.base.Feats.filter(name='Multiattack').count():
return formatNumber(self.meleeBonus - 2 + weaponFocus)
else:
return formatNumber(self.meleeBonus - 5 + weaponFocus)
else:
returnText = "%s" % formatNumber(self.meleeBonus + weaponFocus)
if creatureAttack.noIterative == False and item.attackClass in (
pfss.models.LIGHT, pfss.models.ONE_HANDED,
pfss.models.TWO_HANDED):
iterative = self.BAB - 5
while iterative > 0:
returnText = "%s/+%s" % (returnText,
(self.meleeBonus +
weaponFocus +
(iterative - self.BAB)))
iterative -= 5
if creatureAttack.extraAttackAtFullBAB:
returnText = "+%s/%s" % (self.meleeBonus + weaponFocus,
returnText)
return returnText
elif item.attackType == pfss.models.RANGED:
if creatureAttack.extraAttackAtFullBAB and self.base.Feats.filter(
name='Rapid Shot').count():
rapidShot = -2
else:
rapidShot = 0
returnText = "%s" % formatNumber(self.rangedBonus + weaponFocus +
rapidShot)
if creatureAttack.noIterative == False:
iterative = self.BAB - 5
while iterative > 0:
returnText = "%s/+%s" % (returnText,
(self.rangedBonus + weaponFocus +
rapidShot +
(iterative - self.BAB)))
iterative -= 5
if creatureAttack.extraAttackAtFullBAB:
returnText = "+%s/%s" % (self.rangedBonus + weaponFocus +
rapidShot, returnText)
return returnText
else:
return 'Not yet implemented'
def firstMeleeAttackDmg(self, AsSole=False, baseOnly=False):
try:
item = self.melee[0]
if baseOnly:
return u'%s' % item.attack.dmg
extraDmg = self.meleeDmgBonus(item, AsSole)
return u'%s%s' % (item.attack.dmg , formatNumber(extraDmg, noZero=True))
except IndexError:
return '?x? +?'
def firstMeleeAttackDmg(self, AsSole=False, baseOnly=False):
try:
item = self.melee[0]
if baseOnly:
return u'%s' % item.attack.dmg
extraDmg = self.meleeDmgBonus(item, AsSole)
return u'%s%s' % (item.attack.dmg,
formatNumber(extraDmg, noZero=True))
except IndexError:
return '?x? +?'
def toHit(self,creatureAttack):
item = creatureAttack.attack
weaponFocus = 1 if (self.base.Feats.filter(name='Weapon Focus (%s)'%item.name).count() \
or (item.baseName and self.base.Feats.filter(name='Weapon Focus (%s)'%item.baseName).count())) else 0
if item.name == 'Rock' and self.base.Special.filter(name__startswith='Rock Throwing (Ex)').count():
weaponFocus += 1
weaponFocus += item.bonusToHit
if item.attackType == pfss.models.MELEE:
if (not creatureAttack.makePrimary and (item.attackClass == pfss.models.SECONDARY or creatureAttack.makeSecondary) and (self.melee.count() > 1 or (self.melee.count()==1 and self.melee.get().count>1))):
if self.base.Feats.filter(name='Multiattack').count():
return formatNumber(self.meleeBonus-2+weaponFocus)
else:
return formatNumber(self.meleeBonus-5+weaponFocus)
else:
returnText = "%s" % formatNumber(self.meleeBonus+weaponFocus)
if creatureAttack.noIterative == False and item.attackClass in (pfss.models.LIGHT, pfss.models.ONE_HANDED, pfss.models.TWO_HANDED):
iterative = self.BAB - 5
while iterative > 0:
returnText= "%s/+%s" % (returnText, (self.meleeBonus+weaponFocus+(iterative-self.BAB)))
iterative -= 5
if creatureAttack.extraAttackAtFullBAB:
returnText = "+%s/%s" % (self.meleeBonus+weaponFocus,returnText)
return returnText
elif item.attackType == pfss.models.RANGED:
if creatureAttack.extraAttackAtFullBAB and self.base.Feats.filter(name='Rapid Shot').count():
rapidShot = -2
else:
rapidShot = 0
returnText = "%s" % formatNumber(self.rangedBonus+weaponFocus+rapidShot)
if creatureAttack.noIterative == False:
iterative = self.BAB - 5
while iterative > 0:
returnText= "%s/+%s" % (returnText, (self.rangedBonus+weaponFocus+rapidShot+(iterative-self.BAB)))
iterative -= 5
if creatureAttack.extraAttackAtFullBAB:
returnText = "+%s/%s" % (self.rangedBonus+weaponFocus+rapidShot,returnText)
return returnText
else:
return 'Not yet implemented'
def renderAttack(self,
existingText,
first,
item,
extraDmg,
exclusive=False):
attack = item.attack
output = "%s%s%s%s %s%s (%s%s%s%s)" % (
existingText, ", " if
(not first and item.exclusive == exclusive) else " or " if
(not first and item.exclusive != exclusive) else "",
"%s x " % item.count if item.count > 1 else "", attack.name,
self.toHit(item), ' touch' if item.touchAttack else '',
attack.dmg if item.attack.dCount else '',
formatNumber(extraDmg, noZero=True) if item.attack.dCount else '',
"/%s" % attack.crit if attack.crit else '', "%s" %
("%s%s" % (' ' if item.attack.dCount else '', item.extraText))
if item.extraText else '')
return output
def ACcomponents(self):
if self.base.armourAC or self.DexMod or self.base.naturalAC or self.base.deflectAC or self.base.shieldAC or self.dodgeAC or self.base.Size.ACbonus or self.base.extraACText:
return "(%s%s%s%s%s%s%s%s)" % ( \
("%s armor " % formatNumber(self.base.armourAC)) if self.base.armourAC else "", \
("%s deflection " % formatNumber(self.base.deflectAC)) if self.base.deflectAC else "", \
("%s Dex " % formatNumber(self.DexMod)) if self.DexMod else "", \
("+1 dodge " if self.dodgeAC else ""), \
("%s natural " % formatNumber(self.base.naturalAC)) if self.base.naturalAC else "", \
("%s shield " % formatNumber(self.base.shieldAC)) if self.base.shieldAC else "", \
("%s size " % formatNumber(self.base.Size.ACbonus)) if self.base.Size.ACbonus else "", \
self.base.extraACText if self.base.extraACText else ''
)
else:
return ''
def ACcomponents(self):
if self.base.armourAC or self.DexMod or self.base.naturalAC or self.base.deflectAC or self.base.shieldAC or self.dodgeAC or self.base.Size.ACbonus or self.base.extraACText:
return "(%s%s%s%s%s%s%s%s)" % ( \
("%s armor " % formatNumber(self.base.armourAC)) if self.base.armourAC else "", \
("%s deflection " % formatNumber(self.base.deflectAC)) if self.base.deflectAC else "", \
("%s Dex " % formatNumber(self.DexMod)) if self.DexMod else "", \
("+1 dodge " if self.dodgeAC else ""), \
("%s natural " % formatNumber(self.base.naturalAC)) if self.base.naturalAC else "", \
("%s shield " % formatNumber(self.base.shieldAC)) if self.base.shieldAC else "", \
("%s size " % formatNumber(self.base.Size.ACbonus)) if self.base.Size.ACbonus else "", \
self.base.extraACText if self.base.extraACText else ''
)
else:
return ''
def renderAttack(self, existingText, first, item, extraDmg, exclusive=False):
attack = item.attack
output = "%s%s%s%s %s%s (%s%s%s%s)" % (existingText,", " if (not first and item.exclusive==exclusive) else " or " if (not first and item.exclusive != exclusive) else "", "%s x " % item.count if item.count > 1 else "", attack.name, self.toHit(item), ' touch' if item.touchAttack else '', attack.dmg if item.attack.dCount else '', formatNumber(extraDmg, noZero=True) if item.attack.dCount else '', "/%s" % attack.crit if attack.crit else '', "%s" % ("%s%s" %(' ' if item.attack.dCount else '', item.extraText)) if item.extraText else '')
return output
def CMB(self):
return formatNumber(self.CMBValue)
def CMB(self):
return formatNumber(self.CMBValue)
def Ref(self):
return formatNumber(self.DexMod+self.base.baseRefSave+self.MiscMod + (self.WisMod if self.base.Special.filter(name='Prescience (Su)').count() else 0))
def initiativeText(self):
return formatNumber(self.initiative)
def Will(self):
return formatNumber(self.WisMod + self.base.baseWillSave +
self.MiscMod)
def initiativeText(self):
return formatNumber(self.initiative)
def HPcomponents(self):
return "(%s%s%s)" % (self.HD, self.base.HDtype,
formatNumber(
(self.ConMod * self.HD) + self.toughness,
noZero=True))
def Ref(self):
return formatNumber(self.DexMod + self.base.baseRefSave +
self.MiscMod +
(self.WisMod if self.base.Special.filter(
name='Prescience (Su)').count() else 0))
def HPcomponents(self):
return "(%s%s%s)" % (self.HD,self.base.HDtype, formatNumber((self.ConMod*self.HD)+self.toughness, noZero=True))
def Fort(self):
return formatNumber(self.ConMod + self.base.baseFortSave +
self.MiscMod)
def Will(self):
return formatNumber(self.WisMod+self.base.baseWillSave+self.MiscMod)
def BABtext(self):
return formatNumber(self.BAB)
def Fort(self):
return formatNumber(self.ConMod+self.base.baseFortSave+self.MiscMod)
def BABtext(self):
return formatNumber(self.BAB)
