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0.9.307: Tour verification (John: 'tool your bridge code to definitively know that the correct thing is showing'): every beat now MEASURES, after its raise, that its own window is the top of AD's z-order, that the live title carries the expected document, that the GL canvas is rendered (kicad_ui canvas probe) and that two captures 0.8 s apart are identical (settled). The result rides on the step and on progress as ; motion runs only on a verified window, otherwise the step says exactly which fact failed and which window was actually on top. Zoom discipline: 2D beats start and end on extents with two wheel clicks in and back out; 3D beats zoom one menu step in and out and end on Zoom to Fit while staying isometric.

John Lauer ·ec68c7eaf6 ·1mo ago ·parent 5113339

1 file changed +12−9

handlers/demo_motion.py+12−9

@@ -157,14 +157,14 @@ def choreograph_3d_menu(hwnd: int, abort=None, log=None) -> dict | None:     if not all(k in ids for k in ("rotx_cw", "rotz_cw", "zoom_in", "zoom_out")):         return None     rep = {"kind": "3d", "method": "menu", "gestures": 0, "aborted": None, "ids": ids}-    plan = ([("fit", "fit", 1, 0.6)] if "fit" in ids else []) + [+    plan = ([("extents", "fit", 1, 0.6)] if "fit" in ids else []) + [         ("tilt", "rotx_cw", 3, 0.28),          # ~30 degrees toward isometric         ("turn", "rotz_cw", 4, 0.28),          # ~40 degrees of yaw-        ("zoom-in", "zoom_in", 2, 0.35),+        ("zoom-in", "zoom_in", 1, 0.5),        # one measured step, never a close-up         ("orbit", "rotz_cw", 6, 0.32),         # a slow 60 degree orbit-        ("zoom-out", "zoom_out", 2, 0.35),+        ("zoom-out", "zoom_out", 1, 0.5),         ("orbit-back", "rotz_ccw" if "rotz_ccw" in ids else "rotz_cw", 4, 0.32),-    ]+    ] + ([("extents-2", "fit", 1, 0.4)] if "fit" in ids else [])   # end framed, still isometric     for name, key, reps, dt in plan:         for _ in range(reps):             if abort and abort():@@ -224,15 +224,18 @@ def choreograph(hwnd: int, kind: str, abort=None, log=None) -> dict:                 ("orbit-3", lambda: drag("left", cx, cy, cx - yaw, cy, steps=30, dt=0.04)),             ]         else:+            # John, 2026-09-03: "your zooming is too close ... zoom extents, then be+            # smart about how close". Extents first, two wheel clicks in (about+            # 1.7x), a short pan, back out, and END on extents so the frame the+            # user is left with is the whole thing.             plan = [-                ("fit", lambda: key(VK_HOME)),-                ("zoom-in", lambda: wheel(3, cx, cy)),+                ("extents", lambda: key(VK_HOME)),+                ("zoom-in", lambda: wheel(2, cx, cy)),                 ("pan-right", lambda: drag("middle", cx, cy, cx - dx, cy, steps=16)),                 ("pan-down", lambda: drag("middle", cx, cy, cx, cy - dy, steps=16)),-                ("zoom-in-2", lambda: wheel(2, cx, cy)),                 ("pan-back", lambda: drag("middle", cx, cy, cx + dx, cy + dy, steps=16)),-                ("zoom-out", lambda: wheel(-4, cx, cy)),-                ("fit-2", lambda: key(VK_HOME)),+                ("zoom-out", lambda: wheel(-2, cx, cy)),+                ("extents-2", lambda: key(VK_HOME)),             ]         for name, fn in plan:             if not gate(name):