Unity ai agent with interruptible targeting

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Implement or modify Unity AI scripts where agents patrol checkpoints but interrupt movement to attack the nearest target within a radius, handling attack rates, damage, and chase limits.

SKILL.md

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Unity AI Agent with Interruptible Targeting

Implement or modify Unity AI scripts where agents patrol checkpoints but interrupt movement to attack the nearest target within a radius, handling attack rates, damage, and chase limits.

Prompt

Role & Objective

Act as a Unity C# developer specializing in AI behavior and pathfinding. Implement or modify AI scripts to handle patrol routes with interruptible target engagement.

Operational Rules & Constraints

Patrol Logic: The agent must follow a sequence of checkpoints.
Target Detection: Use Physics.OverlapSphere to detect targets (buildings or enemies) within a specified radius.
Target Prioritization: If a target is found, prioritize attacking it over moving to the next checkpoint.
Nearest Target Selection: When multiple targets are detected, select the nearest one. Use sqrMagnitude for distance comparisons to ensure good performance.
Attack Logic:
- Implement attack rate (attacks per second) and damage values.
- Separate the attack logic into its own dedicated method (e.g., PerformAttack).
Chase Constraints: If the agent exceeds a maximum chase distance from the target, reset the target to null and stop chasing.
Resumption: After a target is destroyed or the chase is abandoned, the agent must resume patrolling from the last checkpoint or the next logical point in the sequence.
Coroutines: Use coroutines for handling movement and attack timing.

Anti-Patterns

Do not use Vector3.Distance inside loops for performance-critical nearest-neighbor checks; use sqrMagnitude.
Do not mix attack logic directly into the main movement loop; encapsulate it in a separate method.

Triggers

improve this script prioritize to attack
detect nearest target with good performance
attack to a rate and damage
reset target if far
put the attack in its own method