[ADD] lib/dxf_anlage_export.py: gebaute und von Hand nachbearbeitete Anlage aus der Zeichnung zurueck in Nachbau-Testdaten (Kreisel, GF, VF standard/etage, VF-Linienzug als unveraendertes Journal, Einzelbloecke) - tests/testdata/dematic_arvato.json jetzt aus Dematic_TST.dxf; [ADD] dxf_scan_components.py: Gefaellestrecken aus Staustrecken-LINEs (Layer 6-SP), Start/Ende auf die Kreisel-Ketten verlaengert, AS-Element und Separator auf der Achse werden verbraucht, Steigfoerderer erkannt, --ohne-hoehen und --kreisel-hoehe; [ADD] vf_spec.lsp: Replay-Kern vsp-bau-journal aus vsp-bau-aus-spec herausgeloest (auch fuer aufgezeichnete Journale); [CHANGE] TEST_DEMATIC_ARVATO baut GF, VF standard/etage und Linienzug-Journale (mubea:gf-bauen/-vario-bauen wiederverwendet); [FIX] GF-Winkel aus Kreisel-Hoehen: AS/ES-Abfall mit falschem Vorzeichen an gf-winkel-berechnen uebergeben (3.79 statt ~2.49 Grad, GF endete 258 mm zu tief); [ADD] Tests test_dxf_scan_gf.py, test_dxf_anlage_export.py
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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#!/usr/bin/env python3
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# -*- coding: utf-8 -*-
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"""
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test_dxf_anlage_export.py - Gebaute Anlage -> Nachbau-Testdaten
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(lib/dxf_anlage_export.py). Laeuft ohne BricsCAD und ohne DXF: die
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Wrapper-Daten sind die Werte aus Dematic_TST.dxf, von Hand nachgestellt
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(Form wie lese_zeichnung sie liefert).
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1. Kreisel: abstand exakt aus der Blockdefinition (AN8 -> SP8), nicht aus
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dem ganzzahligen ABSTAND-Attribut.
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2. GF auf zwei Kreiselketten: Endhoehe = Hoehe des Kreisels am Ende,
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der (falsch) gebaute Winkel wird NICHT uebernommen.
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3. GF ohne Kreisel am Ende: gebauter Winkel bleibt.
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4. VF "standard": Parameter wie vfs-edit-basis-lesen, L_GF1 aus L_GF_m.
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5. VF "linienzug": Journal unveraendert als Token-Liste.
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6. Einzelblock: _2D/_3D-Suffix entfaellt.
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"""
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import os
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import sys
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import pytest
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sys.path.insert(0, os.path.join(os.path.dirname(os.path.abspath(__file__)),
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"..", "lib"))
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import dxf_anlage_export as dae # noqa: E402
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def _insert(name, p, rot=0.0, attribs=None, xdata=None):
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return {"name": name, "handle": "1", "p": list(p), "rot": rot,
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"attribs": attribs or {}, "xdata": xdata or {}, "ps": 0}
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KREISEL_OBEN = _insert("KREISEL_2_STANDARD_33044", (35860.37, 12519.72, 2437.0),
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180.0, {"ID": "0002", "NUMMER": "2", "ABSTAND": "33044",
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"KREISELART": "STANDARD"})
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KREISEL_UNTEN = _insert("KREISEL_3_STANDARD_33470", (36661.24, 24878.8, 1826.0),
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180.0, {"ID": "0003", "NUMMER": "3", "ABSTAND": "33470",
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"KREISELART": "STANDARD"})
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BLOCK_INHALT = {
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"KREISEL_2_STANDARD_33044": [{"name": "AN8_3D", "p": [400.0, 0.0, 0.0]},
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{"name": "SP8_3D", "p": [33444.28, 0.0, 0.0]}],
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"KREISEL_3_STANDARD_33470": [{"name": "AN8_3D", "p": [400.0, 0.0, 0.0]},
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{"name": "SP8_3D", "p": [33870.18, 0.0, 0.0]}],
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}
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def _geo():
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return [dae.kreisel_geo(dae.kreisel_eintrag(k, BLOCK_INHALT, "T"))
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for k in (KREISEL_OBEN, KREISEL_UNTEN)]
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def test_kreisel_abstand_aus_blockdefinition():
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k = dae.kreisel_eintrag(KREISEL_OBEN, BLOCK_INHALT, "T")
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assert k["id"] == "Kreisel_T_02"
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assert k["abstand"] == pytest.approx(33044.28, abs=0.01)
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assert (k["x"], k["y"], k["z"], k["rotation"]) == (35860.37, 12519.72, 2437.0, 180.0)
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ohne_block = dae.kreisel_eintrag(KREISEL_OBEN, {}, "T")
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assert ohne_block["abstand"] == 33044.0
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def test_gf_zwischen_zwei_kreiseln_bekommt_endhoehe():
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gf = _insert("GF_1", (5833.56, 12919.72, 2437.0), 0.0,
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{"ID": "0005", "SEITE_AS": "links", "SEITE_ES": "links",
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"HOEHE_BIS_mm": "1568"},
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{"SSG_GF_EDIT": ["90", "3.7929", "90", "90", "2437", "11559.08"]})
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hinweise = []
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e = dae.gf_eintrag(gf, _geo(), "T", hinweise)
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assert e["test_id"] == "GF_T_01"
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assert e["start_mm"] == [5833.56, 12919.72, 2437.0]
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assert e["deltaL_mm"] == 11559.08 and e["hz_grad"] == 90.0
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assert (e["kreisel_start"], e["kreisel_ende"]) == ("Kreisel_T_02", "Kreisel_T_03")
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assert e["hoehe_ende_mm"] == 1826.0
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assert "winkel_grad" not in e
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assert hinweise == []
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def test_gf_ohne_kreisel_behaelt_gebauten_winkel():
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gf = _insert("GF_7", (0.0, 0.0, 1000.0), 0.0, {},
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{"SSG_GF_EDIT": ["0", "3", "90", "30", "1000", "5000"]})
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e = dae.gf_eintrag(gf, _geo(), "T", [])
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assert e["winkel_grad"] == 3.0
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assert "hoehe_ende_mm" not in e and "kreisel_ende" not in e
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assert e["es_winkel"] == "30"
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def test_gf_ohne_xdata_wird_gemeldet():
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hinweise = []
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assert dae.gf_eintrag(_insert("GF_9", (0, 0, 0)), [], "T", hinweise) is None
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assert "SSG_GF_EDIT" in hinweise[0]
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def test_vf_standard():
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vf = _insert("VF_2", (3314.07, 24478.8, 1826.0), 0.0,
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{"ID": "0082", "DELTA_L_mm": "11559", "DELTA_H_mm": "611",
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"ANTRIEBFAHRTRICHTUNG": "Auf", "SEITE_AS": "links",
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"MOTORSEITE": "rechts", "VF_WINKEL": "15",
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"L_GF_m": "1.907,1.907"},
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{"SSG_VF_EDIT": ["standard", "270"]})
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e = dae.vf_standard_eintrag(vf, "T", "standard")
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assert e["test_id"] == "VF_T_02"
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assert (e["richtung"], e["deltaL"], e["deltaH"], e["winkel"]) == ("Auf", 11559.0, 611.0, 15)
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assert e["L_GF1"] == 1907.0 and e["hz"] == 270.0
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assert (e["seite"], e["motorseite"]) == ("links", "rechts")
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assert (e["x"], e["y"], e["z"]) == (3314.07, 24478.8, 1826.0)
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def test_vf_linienzug_journal_unveraendert():
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roh = ["linienzug", "PT:42161.679193,2448.319538,0^JREAL:2177^JSTR:1^JSTR:9",
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"0^JSTEP:Linie-VF^JDL:9370.410886"]
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vf = _insert("VF_26", (42161.68, 2448.32, 2177.0), 0.0, {"ID": "0184"},
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{"SSG_VF_EDIT": roh})
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e = dae.vf_journal_eintrag(vf, "T", 1)
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assert e["typ"] == "linienzug_journal" and e["test_id"] == "VF_T_LZ_01"
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# Chunk-Grenze mitten im Token ("STR:9" + "0") wird korrekt zusammengesetzt
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assert e["journal"] == ["PT:42161.679193,2448.319538,0", "REAL:2177", "STR:1",
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"STR:90", "STEP:Linie-VF", "DL:9370.410886"]
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def test_einzelblock_ohne_dimensionssuffix():
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e = dae.einzel_eintrag(_insert("Separator_SP_3D", (3038.72, 12119.73, 2473.0),
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0.0, {"ID": "0043", "ZUORDNUNG": "0002"}))
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assert e["block"] == "Separator_SP"
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assert e["function"] == "insert" and e["z"] == 2473.0
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assert "ID 0043" in e["comment"]
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def test_reihenfolge_vf_vor_gf():
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inserts = [
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_insert("GF_1", (5833.56, 12919.72, 2437.0), 0.0, {},
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{"SSG_GF_EDIT": ["90", "3", "90", "90", "2437", "11559.08"]}),
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_insert("Scanner_3D", (1, 2, 3)),
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_insert("VF_2", (0, 0, 0), 0.0, {}, {"SSG_VF_EDIT": ["standard", "0"]}),
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KREISEL_OBEN, KREISEL_UNTEN,
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_insert("*U12", (0, 0, 0)),
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]
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eintraege, _ = dae.baue_eintraege(inserts, BLOCK_INHALT, "T")
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art = ["K" if "abstand" in e else "GF" if "modus" in e else
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"VF" if "typ" in e else e["block"] for e in eintraege]
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assert art == ["K", "K", "VF", "GF", "Scanner"]
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