def __init__(self,
spell,
caster_obj,
initial_target,
target_mask,
source_item=None):
self.spell_entry = spell
self.spell_caster = caster_obj
self.source_item = source_item
self.initial_target = initial_target
self.spell_target_mask = target_mask
self.duration_entry = DbcDatabaseManager.spell_duration_get_by_id(
spell.DurationIndex)
self.range_entry = DbcDatabaseManager.spell_range_get_by_id(
spell.RangeIndex) # TODO RangeMin is never used
self.cast_time_entry = DbcDatabaseManager.spell_cast_time_get_by_id(
spell.CastingTimeIndex)
self.cast_end_timestamp = self.get_base_cast_time() / 1000 + time.time(
)
self.caster_effective_level = self.calculate_effective_level(
self.spell_caster.level)
self.spell_attack_type = -1 # Assigned on cast TODO Next ranged spells
self.cast_state = SpellState.SPELL_STATE_PREPARING
self.spell_impact_timestamps = {}
if ObjectTypes.TYPE_PLAYER in caster_obj.object_type:
self.targeted_unit_on_cast_start = MapManager.get_surrounding_unit_by_guid(
self.spell_caster,
self.spell_caster.current_selection,
include_players=True)
self.load_effects()
self.cast_flags = SpellCastFlags.CAST_FLAG_NONE # TODO Ammo/proc flag
def __init__(self,
spell,
caster,
initial_target,
target_mask,
source_item=None,
triggered=False):
self.spell_entry = spell
self.spell_caster = caster
self.source_item = source_item
self.initial_target = initial_target
self.spell_target_mask = target_mask
self.triggered = triggered
self.duration_entry = DbcDatabaseManager.spell_duration_get_by_id(
spell.DurationIndex)
self.range_entry = DbcDatabaseManager.spell_range_get_by_id(
spell.RangeIndex)
self.cast_time_entry = DbcDatabaseManager.spell_cast_time_get_by_id(
spell.CastingTimeIndex)
self.cast_end_timestamp = self.get_base_cast_time() / 1000 + time.time(
)
self.spell_visual_entry = DbcDatabaseManager.spell_visual_get_by_id(
spell.SpellVisualID)
if self.spell_caster.object_type_mask & ObjectTypeFlags.TYPE_UNIT:
self.caster_effective_level = self.calculate_effective_level(
self.spell_caster.level)
else:
self.caster_effective_level = 0
# Resolve the weapon required for the spell.
self.spell_attack_type = -1
# Item target casts (enchants) have target item info in equipment requirements - ignore.
if spell.EquippedItemClass == ItemClasses.ITEM_CLASS_WEAPON and not self.initial_target_is_item(
):
self.spell_attack_type = AttackTypes.RANGED_ATTACK if self.is_ranged_weapon_attack(
) else AttackTypes.BASE_ATTACK
self.cast_state = SpellState.SPELL_STATE_PREPARING
self.spell_impact_timestamps = {}
if caster.get_type_id() == ObjectTypeIds.ID_PLAYER:
selection_guid = self.spell_caster.current_selection if self.spell_caster.current_selection else caster.guid
self.targeted_unit_on_cast_start = MapManager.get_surrounding_unit_by_guid(
self.spell_caster, selection_guid, include_players=True)
if self.is_fishing_spell():
# Locate liquid vector in front of the caster.
self.initial_target = MapManager.find_liquid_location_in_range(
self.spell_caster, self.range_entry.RangeMin,
self.range_entry.RangeMax)
self.cast_flags = SpellCastFlags.CAST_FLAG_NONE
# Ammo needs to be resolved on initialization since it's needed for validation and spell cast packets.
self.used_ranged_attack_item = self.get_ammo_for_cast()
if self.used_ranged_attack_item:
self.cast_flags |= SpellCastFlags.CAST_FLAG_HAS_AMMO
self.load_effects()
def _get_search_range(search_range=None, spell_template=None):
if not search_range:
if not spell_template:
return 30.0
range_index = spell_template.RangeIndex
range_entry = DbcDatabaseManager.spell_range_get_by_id(range_index)
return range_entry.RangeMax
else:
return search_range
def __init__(self, spell, caster_obj, initial_target_unit, target_results, target_mask):
self.spell_entry = spell
self.spell_caster = caster_obj
self.initial_target_unit = initial_target_unit
self.target_results = target_results
self.spell_target_mask = target_mask
self.duration_entry = DbcDatabaseManager.spell_duration_get_by_id(spell.DurationIndex)
self.range_entry = DbcDatabaseManager.spell_range_get_by_id(spell.RangeIndex)
self.cast_time_entry = DbcDatabaseManager.spell_cast_time_get_by_id(spell.CastingTimeIndex)
self.cast_end_timestamp = self.get_base_cast_time()/1000 + time.time()
self.spell_attack_type = AttackTypes.RANGED_ATTACK if self.is_ranged() else AttackTypes.BASE_ATTACK
self.cast_state = SpellState.SPELL_STATE_PREPARING
def __init__(self, spell, caster_obj, initial_target, target_mask):
self.spell_entry = spell
self.spell_caster = caster_obj
self.initial_target = initial_target
self.spell_target_mask = target_mask
self.duration_entry = DbcDatabaseManager.spell_duration_get_by_id(
spell.DurationIndex)
self.range_entry = DbcDatabaseManager.spell_range_get_by_id(
spell.RangeIndex)
self.cast_time_entry = DbcDatabaseManager.spell_cast_time_get_by_id(
spell.CastingTimeIndex)
self.cast_end_timestamp = self.get_base_cast_time() / 1000 + time.time(
)
self.caster_effective_level = self.calculate_effective_level(
self.spell_caster.level)
self.spell_attack_type = AttackTypes.RANGED_ATTACK if self.is_ranged(
) else AttackTypes.BASE_ATTACK
self.cast_state = SpellState.SPELL_STATE_PREPARING
self.effects = self.load_effects()
self.cast_flags = SpellCastFlags.CAST_FLAG_NONE # TODO Ammo/proc flag
