Track remaining v2 large-world parity #49

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opened 2026-08-06 03:35:44 +00:00 by coilyco-ops · 0 comments

coilyco-ops commented

2026-08-06 03:35:44 +00:00

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Goal

Issue #48 proves deterministic startup and material flow on a populated 100x100 world. This tracker owns the remaining game-scale parity work without combining unrelated implementation and verification slices.

Blocking gate

#51 meets or beats the C# v2-scale simulation baseline. It blocks the long-running expansion chain.

Expansion chain

#52 models radar-equivalent deployment targeting. Blocked by #51.
#53 produces, hauls, and deploys remote coal plants. Blocked by #51 and #52.
#54 registers deployed generators and grows the remote power network. Blocked by #51 and #53.
#55 proves sustained operation after starter batteries drain. Blocked by #51 and #54.

Parallel compatibility work

#56 reproduces the historical .NET seeded ore coordinates exactly. It can proceed independently because coordinate-stream compatibility does not require long simulation runs.

Completion

Every child issue is closed with its own deterministic proof and documented acceptance evidence.
The final 100x100 scenario integrates radar targeting, remote generator construction, power-line growth, and continued extraction after starter charge is exhausted.
Seed 4382721 matches the historical ordered .NET resource layout exactly.
Parity documentation distinguishes measured performance, exact compatibility, and sustained gameplay behavior.
Ward, native Rust, CLI, browser, CI, and release Wasm gates pass.

## Goal Issue #48 proves deterministic startup and material flow on a populated 100x100 world. This tracker owns the remaining game-scale parity work without combining unrelated implementation and verification slices. ## Blocking gate * #51 meets or beats the C# v2-scale simulation baseline. It blocks the long-running expansion chain. ## Expansion chain 1. #52 models radar-equivalent deployment targeting. Blocked by #51. 2. #53 produces, hauls, and deploys remote coal plants. Blocked by #51 and #52. 3. #54 registers deployed generators and grows the remote power network. Blocked by #51 and #53. 4. #55 proves sustained operation after starter batteries drain. Blocked by #51 and #54. ## Parallel compatibility work * #56 reproduces the historical .NET seeded ore coordinates exactly. It can proceed independently because coordinate-stream compatibility does not require long simulation runs. ## Completion * Every child issue is closed with its own deterministic proof and documented acceptance evidence. * The final 100x100 scenario integrates radar targeting, remote generator construction, power-line growth, and continued extraction after starter charge is exhausted. * Seed 4382721 matches the historical ordered .NET resource layout exactly. * Parity documentation distinguishes measured performance, exact compatibility, and sustained gameplay behavior. * Ward, native Rust, CLI, browser, CI, and release Wasm gates pass.

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2026-08-06 03:35:50 +00:00

coilyco-ops referenced this issue from a commit

2026-08-06 03:37:14 +00:00

docs: record remaining v2-scale gaps

coilyco-ops referenced this issue

2026-08-06 03:56:48 +00:00

Meet or beat the C# v2-scale simulation baseline #51