This code snippet is part of a logic implementation for...

August 30, 2025 at 06:03 PM

                if (raid$raidertype.entityType == EntityType.RAVAGER) {
                    Raider raider1 = null;
                    Raider raider2 = null;
                    Raider raider3 = null;
                    if (i == this.getNumGroups(Difficulty.EASY)) {
                        raider1 = EntityType.PILLAGER.create(this.level, EntitySpawnReason.EVENT);
                    }
                        else  if (i == this.getNumGroups(Difficulty.NORMAL)) {
                            raider1 = EntityType.VINDICATOR.create(this.level, EntitySpawnReason.EVENT);
                        }
                            else  if (i == this.getNumGroups(Difficulty.HARD)) {
                                raider2 = EntityType.PILLAGER.create(this.level, EntitySpawnReason.EVENT);
                                raider2 = EntityType.VINDICATOR.create(this.level, EntitySpawnReason.EVENT);
                    } else if (i >= this.getNumGroups(Difficulty.EXTREME)) {
                        if (k == 0) {
                            raider3 = EntityType.EVOKER.create(this.level, EntitySpawnReason.EVENT);
                        } else {
                            raider3 = EntityType.ILLUSIONER.create(this.level, EntitySpawnReason.EVENT);
                        } {
                            raider3 = EntityType.VINDICATOR.create(this.level, EntitySpawnReason.EVENT);
                        } {
                            raider3 = EntityType.PILLAGER.create(this.level, EntitySpawnReason.EVENT);
                        }
                    }

                    k++;
                    if (raider1 != null) {
                        this.joinRaid(i, raider1, p_37756_, false);
                        raider1.moveTo(p_37756_, 0.0F, 0.0F);
                        raider1.startRiding(raider);
                    }
                }
            }
        }

        this.waveSpawnPos = Optional.empty();
        this.groupsSpawned++;
        this.updateBossbar();
        this.setDirty();
    }

This code snippet is part of a logic implementation for handling the behavior of raid waves in a Minecraft-like game, focusing on spawning various raiders of different types and joining them to a raid, possibly based on difficulty levels. Here's a breakdown of the key operations the code appears to perform:

Context:

The code operates within a raid system where different raider entities (e.g., Pillagers, Vindicators, Evokers, etc.) are spawned to attack the player.
Raiders are spawned and customized depending on factors like:
- The current difficulty level (EASY, NORMAL, HARD, EXTREME).
- The current wave or group of the raid (i).
- A variable k used to determine specific cases like spawning certain specialized raiders.

Code Walkthrough:

Check for a Specific EntityType:
- If the raidertype.entityType is EntityType.RAVAGER, the logic proceeds to define and spawn various Raider entities. This occurs within the scope of setting up or augmenting a raid wave.
Raider Initialization:
- Three potential raiders (raider1, raider2, and raider3) are initialized to null. These will later hold specific raider entities depending on conditions.
Spawn Raiders Based on Difficulty:
- Difficulty affects which type of raiders are spawned:
  - EASY: A PILLAGER raider is created and assigned to raider1 if the current wave i matches the number of groups configured for the EASY difficulty.
  - NORMAL: A VINDICATOR raider is created for raider1 if i matches the NORMAL configuration.
  - HARD: Both a PILLAGER and a VINDICATOR are spawned (although the code overwrites raider2 since the second assignment replaces the first).
Handle EXTREME Difficulty:
- For EXTREME difficulty where i >= this.getNumGroups(Difficulty.EXTREME):
  - If k == 0:
    - An EVOKER is created and assigned to raider3.
  - Else:
    - An ILLUSIONER is created and assigned to raider3.
  - Additionally, the code proceeds to create a VINDICATOR and also a PILLAGER, both assigned to raider3 (overwriting the previously created raider without using it).
Increment and Raider Behavior:
- The counter k is incremented, likely used in some loop associated with spawning.
- If raider1 is not null, it is added to the raid:
  - It is joined to the raid (joinRaid(i, raider1)).
  - It is positioned correctly using moveTo.
  - It is made to ride another entity (raider.startRiding(raider)).
Post-Raider Setup:
- After spawning and adding raiders to the raid:
  - The spawn position for the wave (waveSpawnPos) is cleared.
  - The number of groups spawned (groupsSpawned) is incremented.
  - The boss bar for the raid is updated (updateBossbar), reflecting progress.
  - The raid system is marked as "dirty" (needs saving or updating).

Observations:

Redundant Code: The way raider3 is overwritten by multiple entity creations (e.g., VINDICATOR, PILLAGER) without being used suggests logical bugs or oversight in handling EXTREME difficulty cases.
Functionality: The core purpose is to spawn specific raiders by difficulty level, position them within the raid, and track progress.

Summary:

The code handles wave-based spawning of raiders during a raid, varying the raider types by difficulty level. However, there are redundancies and overwriting logic bugs, particularly with how raider2 and raider3 are managed. It also updates raid progress such as tracking waves and updating the in-game interface (boss bar).

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