Object Type

version 2
extends "Metadata/Monsters/Monster"

Stats
{
	// set_base_heavy_stun_duration_ms = REPLACE_WITH_HEAVY_STUN_ANIM_LENGTH
	
}

Transitionable {}

StateMachine
{
	define_shared_state = "head_detached;"
}

Object Type Codes

version 2
extends "Metadata/Monsters/Monster"

Transitionable
{
	on_transition =
	"
		Roll( 1, 2,
		{
			PlayEffect( 'Metadata/Monsters/Sanctified/TriClaw/SanctifiedTriClawAggroAudio.ao' );
		} );
	"
}

StateMachine
{
	on_or_create_state_head_detached_1 = { HideMeshSegments( TenticleBonesShape, SpikesShape ); }
}

Animated
{
	preload_animated_object = "Metadata/Monsters/Sanctified/TriClaw/SanctifiedTriClawAggroAudio.ao"
}

-- src\Data\Spectres.lua
minions["Metadata/Monsters/Sanctified/TriClaw/SanctifiedTriClaw"] = {
    name = "Fettered Thresher",
    life = 1.6,
    fireResist = 0,
    coldResist = 0,
    lightningResist = 0,
    chaosResist = 0,
    damage = 1.6,
    damageSpread = 0.2,
    attackTime = 1.5,
    attackRange = 14,
    accuracy = 1,
    skillList = {
        "MeleeAtAnimationSpeedComboTEMP",
    },
    modList = {
    },
}
-- src\Data\Skills\spectre.lua
skills["MeleeAtAnimationSpeedComboTEMP"] = {
    name = "Basic Attack",
    hidden = true,
    color = ,
    baseEffectiveness = 0,
    incrementalEffectiveness = 0,
    skillTypes = {
        [SkillType.Attack] = true,
        [SkillType.RangedAttack] = true,
        [SkillType.MirageArcherCanUse] = true,
        [SkillType.Projectile] = true,
        [SkillType.MeleeSingleTarget] = true,
        [SkillType.Melee] = true,
        [SkillType.ProjectilesFromUser] = true,
    },
    statDescriptionScope = "skill_stat_descriptions",
    castTime = 1,
    baseFlags = {
        attack = true,
        melee = true,
        projectile = true,
    },
    baseMods = {
    },
    qualityStats = {
    },
    stats = {
        "skill_can_fire_arrows",
        "skill_can_fire_wand_projectiles",
        "action_attack_or_cast_time_uses_animation_length",
        "projectile_uses_contact_position",
        "use_scaled_contact_offset",
    },
    levels = {
        [1] = {levelRequirement = 1, statInterpolation = {},  cost = { }, },
    },
}