Board size

agentee fit NAME [--strategy tight|balanced|spread] [--aspect 1.5 ...] [--width MM] [--height MM] [--verify N] [--write] (MCP fit) finds the smallest rectangular board the layout fits on. It loads the layout once and tries outlines in memory, tens to hundreds a second: the current placement scaled to the new size (turned a quarter when the new board is the other way round), mounting holes kept in their corners, edge connectors kept on their edge and slid along it until clear, then every other part legalised with the strategy's gap between parts (0.1, 0.2 or 0.4 mm). A size fits when every part finds a spot and the routing demand (each net's half perimeter spread over its bounding box on 1 mm tiles) in the busiest twentieth of the board stays under 90%, 70% or 50% of what the signal layers hold at the Default class track and gap. Each aspect ratio (the current one and 13 from 0.42 to 2.38 by default, or --aspect repeated) is searched separately; --width or --height holds one side. The smallest sizes then go through the access stage and the global router, --verify of them (3 by default, 0 skips it), and the smallest one with no more stuck pads than the current board and global overflow under 3%, 1% or 0.2% of its wirelength wins. The table gives each aspect's smallest fitting size and what stopped the next size down. --write sets [outline] size in the board file, writes the placement with the routing cleared, and settles the labels; run agentee layout NAME after it. Place the layout first, since the search starts from the arrangement it has; board texts and artwork stay where they are.