def RapidMMActionCostMod(attachee, args, evt_obj):
if evt_obj.d20a.action_type != tpdp.D20ActionType.CastSpell:
return 0
if evt_obj.cost_orig.action_cost <= 2: # original is already less than full round
return 0
if evt_obj.cost_new.action_cost <= 0: # adjusted amount is already free action
return 0
# check if the original spell is standard action or less - if so reduce action cost to standard action
spData = evt_obj.d20a.spell_data
spEntry = tpdp.SpellEntry(spData.spell_enum)
if spEntry.spell_enum == 0:
return 0
castingTimeType = spEntry.casting_time
mmData = spData.get_metamagic_data()
isQuicken = mmData.get_quicken()
if isQuicken and not (evt_obj.turnbased_status.flags & TBSF_FreeActionSpellPerformed):
evt_obj.cost_new.action_cost = 0
evt_obj.turnbased_status.flags |= TBSF_FreeActionSpellPerformed
#print "reducing cost to 0"
return 0
return 0
def MindBlankImmunity(attachee, args, evt_obj): sp_pkt = evt_obj.spell_packet spell_enum = sp_pkt.spell_enum if (spell_enum == 0): return 0 spell_entry = tpdp.SpellEntry(spell_enum) if spell_entry.descriptor & (1<<(D20STD_F_SPELL_DESCRIPTOR_MIND_AFFECTING-14)): attachee.float_text_line( "Mind Affecting Immunity", tf_red ) evt_obj.return_val = 1 return 0
def PhantasmImmunity(attachee, args, evt_obj):
sp_pkt = evt_obj.spell_packet
# Check if phantasm subschool
spell_enum = sp_pkt.spell_enum
if (spell_enum == 0):
return 0
spell_entry = tpdp.SpellEntry(spell_enum)
if (spell_entry.spell_school_enum != Illusion
or spell_entry.spell_subschool_enum != Phantasm):
return 0
evt_obj.return_val = 1
return 0
def ExtendAbjurationMetamagicUpdate(attachee, args, evt_obj):
#Check for abjuration school
spEntry = tpdp.SpellEntry(evt_obj.spell_enum)
if spEntry.spell_school_enum != Abjuration:
return 0
#Get the metamagic info
metaMagicData = evt_obj.meta_magic
#Don't Extend more than once
if metaMagicData.get_extend_count() < 1:
metaMagicData.set_extend_count(1)
return 0
def IsAdvancedLearningSpell(obj, spell): spEntry = tpdp.SpellEntry(spell.spell_enum) #Don't add spells that are already known to the list if obj.is_spell_known(spell.spell_enum): return False #First get rid of everything in the warmage spell list for level, spell_list_level in spell_list.items(): if spell.spell_enum in spell_list_level: return False #Next, get rid of everything that is not evocation if spEntry.spell_school_enum == Evocation: return True return False
def PhantasmImmunitySaveBonus(attachee, args, evt_obj):
flags = evt_obj.flags
if not (flags & (1 << (D20STD_F_SPELL_LIKE_EFFECT - 1))): # 0x10
return 0
sp_pkt = evt_obj.spell_packet
# Check if phantasm subschool
spell_enum = sp_pkt.spell_enum
if (spell_enum == 0):
return 0
spell_entry = tpdp.SpellEntry(spell_enum)
if (spell_entry.spell_school_enum != Illusion
or spell_entry.spell_subschool_enum != Phantasm):
return 0
evt_obj.return_val = 1
return 0
def QueryHealingBonus(attachee, args, evt_obj):
#Note: This implementation effects only damage healed by effected spells. Damage done to undead is not increased.
# Also empower will apply to this bonus. This seems to be the best interpretation of the feat.
healingBonus = 0
#Argument is the spell id, 0 indicates non spell healing
if evt_obj.data1 > 0:
spPacket = tpdp.SpellPacket(evt_obj.data1)
if spPacket.spell_enum > 0:
spEntry = tpdp.SpellEntry(spPacket.spell_enum)
#Is it a conjuration(healing) spell
if spEntry.spell_school_enum == Conjuration and spEntry.spell_subschool_enum == Healing:
#Bonus is twice the spell level
healingBonus = 2 * spPacket.spell_known_slot_level
#Return the bonus
evt_obj.return_val += healingBonus
return 0
def SwiftAbjurationMetamagicUpdate(attachee, args, evt_obj):
#Check for abjuration school
spEntry = tpdp.SpellEntry(evt_obj.spell_enum)
if spEntry.spell_school_enum != Abjuration:
return 0
#Check for spell level less than half of class level rounded update
maxLevel = attachee.stat_level_get(classEnum) + 1
maxLevel = int(maxLevel / 2)
if evt_obj.spell_level > maxLevel:
return 0
#Get the metamagic info
metaMagicData = evt_obj.meta_magic
#Don't quicken more than once
if metaMagicData.get_quicken() < 1:
metaMagicData.set_quicken(1)
return 0
def Immunity_Visual_OnSpellImmunityCheck(attachee, args, evt_obj):
assert isinstance(attachee, toee.PyObjHandle)
assert isinstance(args, tpdp.EventArgs)
assert isinstance(evt_obj, tpdp.EventObjImmunityQuery)
#print("Immunity_Visual_OnSpellImmunityCheck")
spell_enum = evt_obj.spell_packet.spell_enum
#print("evt_obj.spell_packet.spell_enum: {}".format(spell_enum))
if (not spell_enum): return 0
spell_entry = tpdp.SpellEntry(spell_enum)
#print(spell_entry)
if (not spell_entry): return 0
#print("spell_enum: {}, spell_school_enum: {}, spell_subschool_enum: {}, descriptor: {}".format(spell_entry.spell_enum, spell_entry.spell_school_enum, spell_entry.spell_subschool_enum, spell_entry.descriptor))
if (spell_entry.descriptor & (1 << (toee.D20STD_F_SPELL_DESCRIPTOR_LIGHT -
toee.D20STD_F_SPELL_DESCRIPTOR_ACID))):
attachee.float_text_line("Visual Affecting Immunity", toee.tf_red)
evt_obj.return_val = 1
return 0
def RapidMMActionCostMod(attachee, args, evt_obj):
if evt_obj.d20a.action_type != tpdp.D20ActionType.CastSpell:
return 0
if not game.combat_is_active():
return 0
if evt_obj.cost_orig.action_cost <= 2: # original is already less than full round
return 0
if evt_obj.cost_new.action_cost <= 0: # adjusted amount is already free action
return 0
# check if the original spell is standard action or less - if so reduce action cost to standard action
spData = evt_obj.d20a.spell_data
spEntry = tpdp.SpellEntry(spData.spell_enum)
if spEntry.spell_enum == 0:
return 0
casting_time_type = spEntry.casting_time
mmData = spData.get_metamagic_data()
isQuicken = mmData.get_quicken()
if isQuicken and not (evt_obj.turnbased_status.flags
& TBSF_FreeActionSpellPerformed):
evt_obj.cost_new.action_cost = 0
evt_obj.turnbased_status.flags |= TBSF_FreeActionSpellPerformed
#print("RapidMM: reducing cost to 0")
return 0
#print('RapidMM restore orig time: ')
# restore the original spell's casting time
action_err_code, action_cost_base = tpactions.action_cost_from_spell_casting_time(
casting_time_type)
if action_err_code != AEC_OK: # should only be AEC_OUT_OF_COMBAT...
return 0
if action_cost_base < evt_obj.cost_orig.action_cost:
#print('new action cost: ', action_cost_base)
evt_obj.cost_new.action_cost = action_cost_base
return 0
def Immunity_Illusion_OnSpellImmunityCheck(attachee, args, evt_obj):
assert isinstance(attachee, toee.PyObjHandle)
assert isinstance(args, tpdp.EventArgs)
assert isinstance(evt_obj, tpdp.EventObjImmunityQuery)
#print("Immunity_Illusion_OnSpellImmunityCheck")
#spell_entry = evt_obj.spell_entry
spell_enum = evt_obj.spell_packet.spell_enum
#print("evt_obj.spell_packet.spell_enum: {}".format(spell_enum))
if (not spell_enum): return 0
spell_entry = tpdp.SpellEntry(spell_enum)
#print(spell_entry)
if (not spell_entry): return 0
#print("spell_enum: {}, spell_school_enum: {}, spell_subschool_enum: {}, descriptor: {}".format(spell_entry.spell_enum, spell_entry.spell_school_enum, spell_entry.spell_subschool_enum, spell_entry.descriptor))
if (spell_entry.spell_school_enum == (
toee.D20STD_F_SPELL_SCHOOL_ILLUSION -
toee.D20STD_F_SPELL_SCHOOL_ABJURATION + 1)):
attachee.float_text_line("Illusion Affecting Immunity", toee.tf_red)
evt_obj.return_val = 1
return 0
def ObjMeetsPrereqs( obj ): #Maximum number of levels is 5 classLvl = obj.stat_level_get(classEnum) if classLvl >= 5: return 0 if obj.arcane_spell_level_can_cast() < 1: return 0 if obj.get_base_attack_bonus() < 5: return 0 if not obj.has_feat(feat_combat_casting): return 0 #Can Cast 1st level or greater abjuration can_cast_abjuration = false known_spells = obj.spells_known for knSp in known_spells: if knSp.spell_level > 0: spell_entry = tpdp.SpellEntry(knSp.spell_enum) if spell_entry.spell_school_enum == Abjuration: can_cast_abjuration = true break if not can_cast_abjuration: return 0 #Check for martial weapon proficiency if obj.has_feat(feat_martial_weapon_proficiency_all): return 1 has_martial_feat = false for i in range (feat_martial_weapon_proficiency_throwing_axe , feat_martial_weapon_proficiency_composite_longbow): if char_editor.has_feat(i): has_martial_feat = true return has_martial_feat
def WarmageEdgeOnSpellDamage(attachee, args, evt_obj):
#Only effects warmage spells
spellCastingClass = evt_obj.spell_packet.get_spell_casting_class()
if spellCastingClass != stat_level_warmage:
return 0
prevSpellID = args.get_arg(0)
spellID = evt_obj.spell_packet.spell_id
spEntry = tpdp.SpellEntry(evt_obj.spell_packet.spell_enum)
multiTarget = spEntry.is_base_mode_target(MODE_TARGET_MULTI)
target = evt_obj.target
if multiTarget:
#If the same multi target is doing damage again, no bonus
if prevSpellID == spellID:
return 0
elif evt_obj.spell_packet.spell_enum != spell_melfs_acid_arrow: #Always give the bonus to acid arrow
if target.d20_query_with_data("Warmage Edge Damage Taken", spellID):
return 0
int = attachee.stat_level_get(stat_intelligence)
intMod = (int - 10)/2
#Increase warmage edge damage on a critical hit
if evt_obj.damage_packet.critical_multiplier > 1:
intMod = intMod * 2
if intMod > 0:
evt_obj.damage_packet.bonus_list.add_from_feat(intMod, 0, 137, "Warmage Edge")
args.set_arg(0, spellID)
target.condition_add_with_args("Warmage Edge Damage", spellID)
return 0
