KiCad - the KiCad Bridge

@@ -199,7 +199,7 @@ def choreograph_3d_menu(hwnd: int, abort=None, log=None, measure=None) -> dict |     return rep  -def choreograph(hwnd: int, kind: str, abort=None, log=None, check=None, measure=None, focus=None) -> dict:+def choreograph(hwnd: int, kind: str, abort=None, log=None, check=None, measure=None, focus=None, zoom=(2, 1)) -> dict:     """Run the beat's motion on `hwnd`. kind: '2d' | '3d'. Returns a report;     never raises. Stops the instant the window is not in front or abort()."""     rep = {"kind": kind, "gestures": 0, "aborted": None}@@ -271,14 +271,18 @@ def choreograph(hwnd: int, kind: str, abort=None, log=None, check=None, measure=                             rep["aim"] = {"x": aim["x"], "y": aim["y"], "bbox": bb, "coverage": m.get("coverage")}                     except Exception:  # pylint: disable=broad-except                         pass+            # zoom depth per beat (John, 2026-09-05: the footprint take opened on a+            # giant REFERENCE label). A single part fills the canvas at extents, so+            # it gets one step; a whole sheet or board gets two plus one after centring.+            z1, z2 = (int(zoom[0]), int(zoom[1])) if zoom else (2, 1)             plan = [                 ("extents", _aim),-                ("zoom-in", lambda: wheel(2, aim["x"], aim["y"])),+                ("zoom-in", lambda: wheel(z1, aim["x"], aim["y"])),                 ("centre", lambda: drag("middle", aim["x"], aim["y"], cx, cy, steps=18)),-                ("zoom-in-2", lambda: wheel(1, cx, cy)),+            ] + ([("zoom-in-2", lambda: wheel(z2, cx, cy))] if z2 else []) + [                 ("pan-look", lambda: drag("middle", cx, cy, cx - dx, cy - dy, steps=14)),                 ("pan-back", lambda: drag("middle", cx - dx, cy - dy, cx, cy, steps=14)),-                ("zoom-out", lambda: wheel(-3, cx, cy)),+                ("zoom-out", lambda: wheel(-(z1 + z2), cx, cy)),                 ("extents-2", lambda: key(VK_HOME)),             ]         for name, fn in plan: