Wuthering Waves: A Comprehensive Guide to Solving the Overflowing Palette Puzzles in Whisperwind Haven
The Overflowing Palette puzzles are a unique challenge in Wuthering Waves' Whisperwind Haven. These puzzles require players to strategically dye colored blocks to match a target color within a specific number of steps. This guide provides locations and solutions for all four puzzles.
Solving the Puzzles:
The puzzles involve using provided dyes to change the block colors. The target color is displayed in the bottom-left corner. The objective is to make all blocks the same color using the fewest steps possible.
Whisperwind Haven Overflowing Palette Locations & Solutions:
Location #1: Inside Egla Town cave (southeast of the Rinascita-Whisperwind Haven-Egla Town Resonance Beacon). Access via the cave's secret entrance.
Solution (Target: Green):
- Use Yellow dye on the red blocks.
- Use Blue dye on the yellow blocks.
- Use Green dye on the blue blocks.
Completing this puzzle triggers a call and initiates the "When Colors Fade" quest.
Location #2: Northwest of Egla Town, near the large lake.
Solution (Target: Red):
- Use Blue dye on the top yellow blocks.
- Use Green dye on the blue blocks and the lower yellow blocks.
- Use Red dye on the green blocks.
Location #3: Northwest of the Rinascita-Ragunna-Whisperwind Haven northern Resonance Beacon, by a lake.
Solution (Target: Blue):
- Use Red dye on the green blocks.
- Use Yellow dye on the red blocks.
- Use Blue dye on the yellow blocks.
Location #4: Northeast of Polyphemos Windmills. Access by teleporting to the city's Resonance Beacon and jumping from the northeastern edge.
Solution (Target: Yellow):
- Use Blue dye on the green blocks.
- Use Red dye on the blue blocks.
- Use Yellow dye on the red blocks.
Utilizing Resonate Calcite:
Resonate Calcite, a crafting material obtained from solving these puzzles, can be traded with Vida, the owner of Stillwind Grocery in Egla Town. She exchanges the Calcite for valuable items, including Poetry and Paean Weapon chests, and upgrade materials.