Tier 1 Series 1

1C: Logic Gateways

"A pilot doesn't just 'land.' They follow a checklist: IF the altitude is correct, AND the gear is down, AND the runway is clear, THEN they land. If even one 'IF' is missing, the result is a disaster."

The Concept: Comparison & Logic

In Chapter 2, we explore how C# uses Operators to compare values. As an AI Pilot, you must ensure the AI is using the correct "Checklist" before performing a game action.

== Is Equal To
&& AND (Both True)
|| OR (Either True)

Red Flag Detected

The AI Trap: "The Impossible Purchase"

You give an AI a vague instruction like "Write a function to let the player buy an upgrade that costs 50 coins."

// Vague Prompt Result: Fails the Sanity Check
void BuyUpgrade() {
    coinCount -= 50; 
    Debug.Log("Upgrade Purchased!");
}

Without a check, a player with 10 coins ends up with -40. You've allowed the calculator to give an "impossible" answer.

Elite Telemetry

Research shows "Elite" teams achieve 15% faster lead times by keeping AI on a "very tight leash."

Small Batches Solving one problem at a time prevents logic drift.
Modular Design Localizing the "blast radius" of AI changes.
Tight Loops Rapid iteration with constant code review.

DORA Metrics Source

The Pilot's Command

Corrective Protocol

// Result of a Guided Prompt
void BuyUpgrade() {
    if (coinCount >= 50) {
        coinCount -= 50;
        Debug.Log("Upgrade Purchased!");
    } else {
        Debug.Log("Not enough coins!");
    }
}

Your Pilot Command

> Ensure you cache the reference in the Awake or Start method to save performance.

Take the Controls

Next Mission

Efficiency Audit