Update task progress

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## Current State ## Current State
- Approved design iteration targets the simulation model, rule removal, action economy, reactor requirements, and editor layer workflow. - Approved design iteration targets the simulation model, rule removal, action economy, reactor requirements, and editor layer workflow.
- Work is proceeding on branch `design-iteration-structural-editor` in methodical commits: docs/tasks, simulation rework, editor rework, cleanup. - Work is proceeding on branch `design-iteration-structural-editor` in methodical commits.
- Completed commits:
- `787f1e5` Document approved design iteration.
- `3d40617` Restore complete design system documentation.
- `e1ac56d` Rework simulation rules.
- Design documentation must preserve every existing system-level rule unless a change explicitly supersedes it. Superseded sections must document the replacement behavior with equal detail. - Design documentation must preserve every existing system-level rule unless a change explicitly supersedes it. Superseded sections must document the replacement behavior with equal detail.
- The next implementation iteration is the Win2D editor overhaul.
## Completed Work ## Completed Work
- Created the approved implementation plan for: - Created the approved implementation plan for:
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- quick/lengthy action economy, - quick/lengthy action economy,
- all-seeing-eye viewing without persistent unlocking, - all-seeing-eye viewing without persistent unlocking,
- layer-aware editor visualization and tools. - layer-aware editor visualization and tools.
- Repaired the design documentation after the hazard-interaction regression:
- restored the complete surface hazard interaction matrix,
- documented that leaked coolant plus leaked fuel directly holds unless mediated by heat/electricity,
- expanded structural integrity, consumer, reactor, all-seeing-eye, and action-economy details.
- Reworked simulation state and systems:
- removed data-driven rule predicates/effects/events from runtime state, validation, forecasts, serialization, and tests,
- replaced explicit reactor consumer bindings with unbound reactor controls plus required fuel/coolant/electricity consumer counts,
- made consumer props carrier-agnostic with per-carrier service state derived from networks beneath the cell,
- moved doors from explicit edge state to door props on floor cells with orientation inferred from opposing wall cells,
- added underground structural integrity, high-pressure degradation, automatic leak creation, structural forecasts, and repair-to-max behavior,
- removed action budgets and made movement quick while mutating interactions resolve one simulation step,
- removed persistent all-seeing-eye unlocking from simulation state,
- bumped serialized level schema to version 3.
- Updated simulation tests for the replacement systems:
- consumer derivation and disabled consumer service state,
- count-based reactor readiness and reactor-under-network positive-flow requirement,
- quick movement versus lengthy door interaction,
- inferred door blocking,
- structural degradation, automatic leaks, repair integrity reset,
- schema version 3 round-tripping and old-schema rejection.
- Kept the Win2D project compiling after the simulation model changes with narrow compatibility edits. Full editor workflow/rendering work remains outstanding.
- Verified after the simulation rework:
- `dotnet test tests\ReactorMaintenance.Simulation.Tests\ReactorMaintenance.Simulation.Tests.csproj` passed with 23 tests,
- `dotnet build ReactorMaintenance.slnx` passed with 0 warnings.
## Current Work ## Current Work
- Repair design documentation gaps before simulation implementation.
- Rework simulation state, validation, serialization, forecasts, and tests.
- Rework Win2D editor layer selection, rendering, tool filtering, drag behavior, and removed panels. - Rework Win2D editor layer selection, rendering, tool filtering, drag behavior, and removed panels.
## Editor Overhaul Requirements
- Add a layer combobox with Surface, Electricity, Fuel, and Coolant.
- When Surface is active, draw the surface layer at full opacity and all underground layers at 25% opacity.
- When an underground layer is active, draw the surface layer at 50% opacity, other underground layers at 25% opacity, and the active underground layer at full opacity.
- Render coolant blue, fuel red, and electricity yellow.
- Render networks as thick lines connecting adjacent cell centers; render sources as large centered dots.
- Make tools layer-aware:
- Cursor is always available.
- Heat, Floor, Walls, Props, Consumers, Hazards, and Doors are only available for Surface.
- Network painting and Sources are only available on their respective underground layers.
- Selecting a tool must deselect all other tools. The current two-way binding can leave multiple tools selected.
- Shift+LMB should pan the view in all tools, including Cursor mode.
- Cursor LMB drag should move any prop or robot from one cell to another.
- Remove Rule Events UI.
- Remove Reactor Binding UI.
- Remove editor workflow and pending actions.
- Door cells are redesigned as single prop cells.
- Electricity leak neighbour should be toggled by using the electric leak tool on an existing electric leak cell.
## Future Work ## Future Work
- Add authored sample levels once the new schema stabilizes. - Add authored sample levels once the new schema stabilizes.
- Tune structural integrity balancing after playtesting. - Tune structural integrity balancing after playtesting.