* Anti-alias rounded primitives and adopt Per-Monitor V2 DPI on Windows
- Rounded-rect fills and strokes render through one continuous signed-distance coverage field, so curved edges ramp smoothly with no silhouette drift; a supersampled ground-truth test pins shape fidelity and radius-0 rects stay bit-identical
- Hairline borders snap to whole device pixel columns at emit time and geometry snapping is on by default in the house and Geist packs, keeping 1px borders crisp while arcs stay smooth; pure-SDF geometry remains available by disabling pixel_snap.geometry
- Windows apps declare Per-Monitor V2 DPI awareness in the embedded manifest and the Win32 host sizes windows, child views, and surfaces in physical pixels with WM_DPICHANGED re-rasterization, so canvases render at device scale instead of being bitmap-stretched
* Re-pin example reference signatures for the snap default
- gpu-dashboard and gpu-components pin their reference-surface signatures inside the example suites, which only test-examples-native runs; the geometry-snap default changed those pixels
* Re-apply explicit webview frames on DPI change and stamp static tokens with surface scale
- WM_DPICHANGED now re-applies explicit child webview frames rooted at the message window, matching the native-view pass
- effectiveTokens stamps pixel_snap.scale onto a copy of static tokens and scale changes rebuild static-token apps, so hairline snapping stays on the device grid across monitor density changes
* Lay out the components scene with the tokens it renders with
- The catalog laid out under default tokens (geometry snapping off) and rendered under pack tokens (snapping on), so the ceil rule for label-exact widths no-oped and per-edge frame rounding elided the third theme tab
- Layout builders now take the token set, the live app lays out with its surface tokens, and a regression test asserts the theme strip never elides under snapping in either pack
* Snap hairline borders to the lighter whole-pixel width
- Within the existing snap-eligibility window, fractional hairline widths now floor to the lighter device-pixel count instead of rounding, so a 1px border at 1.5x covers one crisp device column instead of two
- Sub-half-pixel strokes still never snap and 1x, 1.25x, and 2x rendering is pinned byte-identical by the updated tests
* Adopt resize-carried density and give each window its own snap scale
- handleResize adopts the event's scale factor before rebuilding, so a DPI-only monitor move re-stamps tokens and re-emits even when the logical size is unchanged
- Window slots own a per-window pixel_snap_scale stamped into their token emission, so secondary windows on different-density monitors snap on their own device grid
* Round native view frames once from accumulated logical coordinates
- Native child view origins accumulate logical x/y through the parent chain and every physical edge rounds exactly once, so nested controls no longer drift a pixel at fractional scales and abutting frames share pixel columns
- The app manifest declares an ordered DPI awareness chain (PerMonitorV2, PerMonitor, legacy dpiAware) so pre-1607 systems degrade gracefully instead of losing awareness entirely
* Round hidden-titlebar content sizes like the standard path
- hiddenOuterSizeForContent rounds scaled content extents through a shared helper instead of truncating, so hidden-titlebar windows and min-size floors match the requested logical size at fractional scales
- check-framework-sync now explains that the package mirror is generated and points at copy-framework.js instead of implying the mirror should be committed
* Chain window DPI resolution through monitor and system fallbacks
- dpiForWindow now mirrors the manifest's awareness chain: GetDpiForWindow, then GetDpiForMonitor via shcore, then the system DPI, so pre-1607 systems that the manifest makes DPI-aware no longer render tiny 1x content
- gpuSurfaceScale delegates to the shared helper and the build pin asserts the chain alongside the manifest elements
Chris Tate
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