Curse

The rhythm of Curse

A spell is heard before it is understood. For Curse, the public face is "utori mort"; behind it sit level 75, 30 mana, 40 seconds, and access for Sorcerer and Master Sorcerer.

Curse competes for a moment when damage matters more than every other available action. Range, area, target rules, resistance, PvP reduction, and the shared attack-group cooldown decide whether that moment is brilliant or wasteful.

Curse's bound source exposes 2 direct implementation signals across combat types, areas, conditions, and formula declarations. That is enough to trace the intended machinery, but callbacks and shared helpers can still hold decisive math outside the immediate script.

Curse requirements and spell words

Curse is represented by 1 player-facing TFS registry entry. Instant entries define spoken words and casting requirements; rune entries define use requirements, rune item ID, charges, target rules, and their own execution script. A separate official-library table follows so current values can be compared without overwriting the Open Tibia implementation profile.

Targeting, aggression, and execution

Registry flags determine whether Curse needs a target, uses the caster, follows direction, can cross distance, blocks on walls or solid objects, consumes charges, and counts as aggressive. The spell group also controls shared cooldown behavior. The execution script can add area geometry, combat types, conditions, callbacks, item creation, summons, or other effects that do not appear in the one-line registry entry.

Damage, area, conditions, and formulas

The implementation signals below are extracted from pinned Lua scripts without guessing missing values. Combat tokens identify declared damage families, area constants identify reusable shapes, condition tokens identify status effects, and setFormula arguments expose formula declarations when the script uses the standard combat API. A callback can still calculate values elsewhere, so an empty formula cell means no direct declaration was detected rather than zero effect.

Resource cost and cooldown economy

Evaluate Curse by both immediate cost and opportunity cost. Mana and soul are paid when the relevant variant succeeds under the active rules, while the individual cooldown and group cooldown determine what can be cast next. Rune charges move part of that cost into preparation and inventory capacity. Premium, learned-spell, weapon, vocation, level, magic-level, target, range, and protection-zone checks can reject a cast before the effect executes.

• Compare individual cooldown with the shared spell-group cooldown.
• Separate rune-conjuring cost from rune-use requirements and remaining charges.
• Verify whether failed casts consume resources or establish cooldowns on the deployed engine.
• Test PvP reduction, protection-zone restrictions, wall blocking, and target legality independently.

Vocation access and tactical use

Curse is registered for Sorcerer, Master Sorcerer in this profile. That list describes permission, not tactical value by itself. Damage and healing outcomes depend on the implementation formula, level, magic level, skills, target resistance, equipment modifiers, critical systems, server multipliers, and encounter geometry. A rotation guide should test those values on the exact server rather than importing official-world assumptions.

Verification checklist

1. 01

   Confirm the registry

   Compare name, words, IDs, requirements, cooldowns, groups, target flags, and script binding with the deployed spells.xml.

2. 02

   Read every bound script

   Trace combat objects, areas, formulas, callbacks, conditions, created items, and helper modules used by each variant.

3. 03

   Test boundary conditions

   Check minimum level, magic level, mana, soul, vocation, premium, range, walls, target legality, protection zones, cooldown groups, and charges.

4. 04

   Record observable output

   Measure results over controlled level, skill, equipment, resistance, and PvP cases before publishing calculated ranges.