In the game , reaching the top floor typically involves navigating the Ruby Mansion sequence. If you are stuck on the puzzles or codes required to access the upper levels, here is the information needed to proceed: Ruby Mansion Entry & Top Floor Access
Change Display Settings: If you are playing on a phone, some players find the interface "torture" due to scaling. Try toggling Full Screen mode or adjusting your device's display scaling/resolution in settings to move the UI elements.
- Move box into corridor entrance to allow Agent A to pass, then pull/push it out after swap.
- Ensure buffer cell remains available; plan moves so box never blocks a required future path.
Post by philphil.org in AGENT17 v0.24 Public Release ... - Itch.io
Whether you’re chasing the global leaderboard’s #1 spot or just trying to unlock the secret ending, remember Agent 17’s motto: “The top is not a view; it is a puzzle.”
The "Top" variant refers to a specific generation or model of the Agent 17. Unlike the standard version, which might function as a sliding block or cylinder, the "top" version is designed with rotational symmetry. It incorporates the physics of a spinning top into the puzzle mechanism. To solve it, you don't just push and pull—you spin, balance, and exploit centripetal force.
In the popular adult visual novel game , "puzzles" typically refer to the tile-matching mini-games used to unlock specific character scenes or progress through the "Art of Discounting" lectures on the in-game computer. The "Puzzle Top" Obstacle
- Read all clues first: get global constraints before moving any agent.
- Identify fixed tiles: walls/targets that never change — anchor your plan to them.
- Forced moves: if an agent has only one legal move, do it immediately.
- Blocking consequences: moving an agent can create or remove paths—track those changes.
- Work from targets backward: ask what final approach an agent needs and reconstruct required prior moves.
- Isolation test: check if moving an agent isolates another agent from its target (avoid dead ends).
- Parity and step counts: many puzzles use exact-step clues; use parity reasoning (odd/even) to prune options.
- Symmetry exploitation: if the grid or clues are symmetric, try mirrored strategies to reduce branches.
- Temporary placeholders: plan moves that create intermediate positions to enable later moves (e.g., move agent to unblock corridor then return).
- Grid: an N×M grid of square cells.
- Agents: numbered tokens (1..k). Each agent starts on a specified cell.
- Objective: get every agent to its target cell (often marked by a matching number or symbol) or arrange agents to satisfy end conditions.
- Movement: agents move orthogonally. A move can be a slide (one cell) or a run (move until obstacle). Some variants restrict to one-step moves.
- Obstacles: walls, locked tiles, or other agents block movement.
- Constraints/clues: may include “Agent X must pass over tile T,” “Agent X must move exactly Y steps,” or “Agent X cannot enter region R.”
- Interaction: agents may push/pull others, swap places, or teleport via portals in some puzzles.
- Win condition: all targets reached while honoring every clue and constraint.
