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In the expansive world of Fallout 4’s Far Harbor DLC, players encounter a unique quest titled “Best Left Forgotten,” which delves deep into the enigmatic past of the synth leader, DiMA. Central to this quest are the DiMA’s Memory Puzzles, a series of five intricate challenges set within a virtual simulation. These puzzles task players with retrieving DiMA’s fragmented memories, each unveiling crucial information that can significantly influence the narrative arc of the DLC. This guide offers a step-by-step walkthrough to navigate and solve all five memory puzzles, ensuring players can fully uncover the secrets hidden within DiMA’s consciousness.
Accessing DiMA’s Memory Puzzles
To embark on the “Best Left Forgotten” quest and access DiMA’s memory puzzles, players must first infiltrate the Children of Atom’s base, known as the Nucleus. Within the Nucleus, locate the Command Center, where a terminal connected to DiMA’s memories awaits. Interacting with this terminal initiates the virtual simulation, transporting players into a digital realm where the memory puzzles reside.
Solving Each of DiMA’s Memory Puzzles
Each memory puzzle increases in complexity, introducing new mechanics and obstacles. Below is a detailed breakdown of each puzzle:
Memory 1 (0Y-8K7D) – The Introduction
Objective: Retrieve the first memory by guiding the indexers to the data stream.
- Step 1: Place code blocks to create a bridge, allowing the indexers to reach the data stream.
- Step 2: Remove any red firewall blocks obstructing the path.
- Step 3: Once the path is clear, the indexers will autonomously collect the data and return it to the retrieval point.
Tip: This introductory puzzle serves as a tutorial, familiarizing players with the basic mechanics of building bridges and guiding indexers.
Memory 2 (0Z-7A4K) – Introducing Defenses
Objective: Navigate around defensive turrets to retrieve the second memory.
- Step 1: Construct bridges using code blocks to direct the indexers toward the data stream.
- Step 2: Utilize the provided defense constructs to neutralize hostile turrets that threaten the indexers.
- Step 3: Ensure the indexers have a clear and safe path to transport the data back to the retrieval point.
Tip: Positioning defense constructs strategically is crucial to protect indexers from turret attacks.
Memory 3 (0Z-8M4D) – Beam Manipulation
Objective: Use beam emitters and reflectors to unlock the path to the third memory.
- Step 1: Align beam emitters to target specific firewall blocks, clearing obstacles in the indexers’ path.
- Step 2: Place reflectors to redirect beams, effectively dismantling multiple firewalls.
- Step 3: After clearing the firewalls, build bridges for the indexers to access the data stream.
Tip: Understanding the angles of beam reflection is essential for efficiently clearing firewalls.
Memory 4 (0Y-B8M9) – Advanced Beam Redirection
Objective: Combine complex beam redirection with defense mechanisms to access the fourth memory.
- Step 1: Set up multiple reflectors to guide beams through a series of firewalls, creating a safe passage.
- Step 2: Deploy defense constructs to safeguard indexers from an increased number of turrets.
- Step 3: Construct bridges as needed to facilitate the indexers’ movement to and from the data stream.
Tip: Patience and precise placement of reflectors and defenses are key to overcoming this intricate puzzle.
Memory 5 (0Y-9A4K) – The Final Challenge
Objective: Masterfully orchestrate beam redirection, defense deployment, and bridge construction to retrieve the final memory.
- Step 1: Identify and activate multiple beam emitters, each requiring careful alignment to dismantle layered firewalls.
- Step 2: Strategically position reflectors to create a continuous beam pathway, systematically clearing all obstacles.
- Step 3: Protect indexers from heavily fortified turrets using an array of defense constructs.
- Step 4: Assemble complex bridge networks to ensure indexers can access the data stream and return unimpeded.
Tip: This final puzzle tests all skills acquired, demanding meticulous planning and execution.
