Files
DOSSIER/rhino/_inspect_obj_section.py
karim 13a5e1eb7a AGPL-3.0 Dual-Lizenz + Pill-Stil-UI + Section-Style-Overhaul + Plan-Mode-Template
Lizenz:
- AGPL-3.0 LICENSE-File im Repo-Root (GNU Volltext)
- SPDX-Header + Copyright in allen Source-Files (Python/JSX/JS/Rust)
- license-Feld in package.json + Cargo.toml
- About-App komplett neu: Dual-Lizenz-Block (AGPL + Commercial),
  openbureau-Branding, Version-Pills, made-in-Switzerland-Footer

UI-Restyle (3 Wellen) — alle Dialoge + Satellites + Panel-Sidebars
auf gemeinsamen Pill-Stil aus BarControls (BarToggle/BarButton/BarCombo):
- Welle 1: GeschossDialog/Settings, AusschnittSettings, LayoutDialog
- Welle 2: ConfirmDeleteEbene, Kamera, MasseSettings, Osm, Swisstopo,
  TextEditor, AusschnittLayerDialog, LayerCombinations
- Welle 3: LayoutsApp, MassstabApp, WerkzeugeApp, OverridesApp,
  ZeichnungsebenenApp; Werkzeuge mit ElementeApp-PillGroup-Layout

GeschossDialog Header-Refactor: +Geschoss/+Zeichnung in Toolbar oben,
move-Pfeile-Spalte breiter (kein Overlap mit G-Haken)

Ausschnitte Rows als Pills, kein Outer-Border ums Suchfeld

Section-Style komplett neu (gestaltung.py + GestaltungApp.jsx):
- ObjectSectionAttributesSource.FromObject (richtiger Enum-Name fuer Mac)
- HatchPatternPrintColor + BoundaryPrintColor mit-setzen (Display = Print)
- BoundaryColor nur bei explizitem User-Override, sonst Rhino-Default
- background_color_hex Parameter (BackgroundFillMode=SolidColor)
- Readback aus GetCustomSectionStyle statt direkt aus Attributes
- UI: Schnittkante > Section Style > Solid-Fill mit proper SectionHead
- 'Boundary' (3D Pen) -> 'Background' weil sich's wie Section-Hintergrund verhaelt

Plan-Mode 'Dossier Plan' via Template:
- rhino/templates/dossier_plan.ini wird direkt geladen
- Fallback auf Technical-Clone + ini-Patch wenn Template fehlt
- Auto-Cleanup von Orphan-Modes vor Import (Name- oder Guid-Match)
- ClipSectionUsage=1 + TechnicalMask=15 als bekannte Soll-Werte
- Bei Template-Pfad keine ini-Patches (1:1 wie User exportiert)
- Sanity-Print listet alle registrierten Modes nach Anlegen

Bridge-Unification: 4 Settings-Apps (Ebenen/Project/Geschoss*Dialog)
benutzen jetzt chunkende send() statt eigene bridgeSend ohne Chunk-
Logik -> grosse Payloads (Hatch-Refs etc.) kommen nicht mehr truncated
bei Python an (loeste 'JSON-Fehler char 990'-Regression in Ebenen-
Settings)

Library-Imports robust: 'import library' jetzt Top-Level in elemente.py
+ rhinopanel.py (statt Lazy in Methoden) -> 'No module named library'-
Crashes weg auch wenn sys.path zwischendurch resettet wird

Tools fuer Display-Mode-Maintenance:
- _clean_display_modes.py (loescht alle Custom-Modes, Built-ins bleiben)
- _inspect_plan_mode.py / _inspect_obj_section.py / _inspect_obj_boundary.py
  (Diagnose-Skripte fuer SectionStyle-Property-Reverse-Engineering)
- _reset_rhino_settings.sh (Backup + Nuke der Rhino-Settings als
  letzte Bastion gegen korrupte Display-Modes)
2026-05-26 17:09:18 +02:00

113 lines
3.9 KiB
Python

#! python3
# SPDX-License-Identifier: AGPL-3.0-or-later
# Copyright (C) 2026 Karim Gabriele Varano
"""Dumpt ALLE Section-/Hatch-relevanten Properties des selektierten Objekts.
So sehen wir was Rhino's eigene Section-Style-UI tatsaechlich setzt vs.
was unser Plugin-Code setzt.
Vorgehen:
1. Ein 3D-Objekt selektieren (Wand, Box, ...)
2. In Rhinos Properties-Panel manuell SectionStyle → Custom mit spezifischen
Werten setzen (z.B. Pattern Color=Gruen, Pattern Rotation=20, Pattern
Scale=2.4, Boundary Color=Rot, Boundary Width Scale=6) → Apply
3. _RunPythonScript /Users/karim/STUDIO/DOSSIER/rhino/_inspect_obj_section.py
4. Output an Claude
"""
import Rhino
def _fmt(v):
if v is None: return "None"
s = str(v)
if len(s) > 80: s = s[:77] + "..."
return s
def _dump_group(css, prefix, title):
"""Dumpt Properties auf css deren Name mit `prefix` (case-insens) anfaengt."""
print("--- {} ---".format(title))
p_lower = prefix.lower()
found = False
for n in sorted(dir(css)):
if n.startswith("_"): continue
if p_lower not in n.lower(): continue
try:
v = getattr(css, n)
if callable(v): continue
found = True
print(" {:32s} = {}".format(n, _fmt(v)))
except Exception as ex:
print(" {:32s} = <unreadable: {}>".format(n, ex))
if not found:
print(" (nichts)")
doc = Rhino.RhinoDoc.ActiveDoc
objs = list(doc.Objects.GetSelectedObjects(False, False))
if not objs:
print("[INSPECT] Bitte ein Objekt selektieren")
else:
obj = objs[0]
a = obj.Attributes
print("[INSPECT] Object: {} (Id={})".format(type(obj).__name__, obj.Id))
# SectionAttributesSource (FromLayer / FromObject)
print("")
print("=== Attributes ===")
try:
print(" SectionAttributesSource =", a.SectionAttributesSource)
except Exception as ex:
print(" SectionAttributesSource err:", ex)
try:
print(" HatchBackgroundFillColor =", a.HatchBackgroundFillColor)
except Exception: pass
try:
print(" HatchBoundaryVisible =", a.HatchBoundaryVisible)
except Exception: pass
# Custom SectionStyle aus Object
print("")
print("=== Object.GetCustomSectionStyle() ===")
css = None
if hasattr(a, "GetCustomSectionStyle"):
try:
css = a.GetCustomSectionStyle()
except Exception as ex:
print(" err:", ex)
if css is None:
print(" None (kein Custom-SectionStyle gesetzt)")
else:
print(" Type:", type(css).__name__)
print("")
# Gruppierte Property-Dumps damit Mapping zu Rhino-UI klar wird
_dump_group(css, "Hatch", "Hatch (Pattern, Color, Scale, Rotation)")
print("")
_dump_group(css, "Boundary", "Boundary (Visible, Color, Width)")
print("")
_dump_group(css, "Background", "Background (FillColor, FillMode)")
print("")
# Section-spezifisch (SectionFillRule etc.)
print("--- Misc Section ---")
for n in ("SectionFillRule", "Name", "Id", "HasUserData", "Index"):
if hasattr(css, n):
try: print(" {:32s} = {}".format(n, _fmt(getattr(css, n))))
except Exception: pass
# Layer-Default SectionStyle als Vergleich
print("")
print("=== Layer.GetCustomSectionStyle (Layer-Default) ===")
try:
lyr = doc.Layers[a.LayerIndex]
print(" Layer:", lyr.FullPath, "Color:", lyr.Color)
if hasattr(lyr, "GetCustomSectionStyle"):
l_css = lyr.GetCustomSectionStyle()
if l_css is None:
print(" Layer hat KEIN Custom-SectionStyle")
else:
_dump_group(l_css, "Hatch", "Layer.Hatch")
_dump_group(l_css, "Boundary", "Layer.Boundary")
_dump_group(l_css, "Background", "Layer.Background")
except Exception as ex:
print(" err:", ex)