;; ============================================================ ;; test_mubea.lsp - Integrationstest: erzeugt das Mubea-Gesamtmodell ;; ;; Liest tests/testdata/mubea.json und baut in EINER Zeichnung: ;; - Kreisel (Eintraege mit "id", Block KREISEL_*) via kreisel-insert-script ;; - Vario (test_id "VF_*") Block VF_* via variofoerderer-einfuegen ;; + vf-block-erstellen ;; (deltaL/L_VF werden fuer winkel+deltaH geloest, L_GF Split 500/4230) ;; - Gefaelle (test_id "GF_*", Modus 1) Block GF_* via gefaellestrecke-einfuegen ;; - Separator (Eintraege mit "block") Block S-LP/Separator_SP via _.INSERT ;; ;; Speichert (via SSG_RUN_ALL_TESTS bei "save":"dxf"): ;; tests/output/mubea_tests.dxf ;; tests/output/mubea_results.json (via mubea:export-results) ;; ;; Voraussetzungen: ;; - SSG_LIB geladen (KreiselInsert, VarioFoerderer, Gefaellestrecke, ;; SSG_LIB_Commands, ssg_core, vf_core) ;; - Umgebungsvariable DXFMAKRO gesetzt ;; ;; Aufruf in BricsCAD: ;; (load (strcat (getenv "DXFMAKRO") "/tests/test_mubea.lsp")) ;; TEST_MUBEA ;; ============================================================ ;; --- Ergebnis eines Bau-Schritts als JSON-String erzeugen --- (defun mubea:result-json (test-id kind status block-name block-handle insert-point attribs / json tag val first) (setq json (strcat " {\n" " \"test_id\": \"" test-id "\",\n" " \"kind\": \"" kind "\",\n" " \"status\": \"" status "\",\n" " \"block_name\": \"" (if block-name block-name "") "\",\n" " \"block_handle\": \"" (if block-handle block-handle "") "\",\n" " \"insert_point\": [" (if insert-point (strcat (rtos (car insert-point) 2 1) ", " (rtos (cadr insert-point) 2 1) ", " (rtos (if (caddr insert-point) (caddr insert-point) 0.0) 2 1)) "0.0, 0.0, 0.0") "],\n" " \"actual_attributes\": {")) (setq first T) (foreach att attribs (setq tag (car att) val (cdr att)) (if (not first) (setq json (strcat json ","))) (setq json (strcat json "\n \"" tag "\": \"" (if val val "") "\"")) (setq first nil)) (setq json (strcat json "\n }\n }")) json ) ;; --- Aus einer Block-ENAME ein Ergebnis-JSON erzeugen --- (defun mubea:ent-json (test-id kind ent / ed) (if ent (progn (setq ed (entget ent)) (mubea:result-json test-id kind "executed" (cdr (assoc 2 ed)) (cdr (assoc 5 ed)) (cdr (assoc 10 ed)) (ssg-attrib-read ent))) (mubea:result-json test-id kind "failed" nil nil nil nil)) ) ;; --- Letzten INSERT mit Blocknamen-Praefix (rueckwaerts) suchen --- (defun mubea:last-insert-prefix (pref / ent found ed bn) (setq ent (entlast)) (while (and ent (null found)) (setq ed (entget ent) bn (cdr (assoc 2 ed))) (if (and (= (cdr (assoc 0 ed)) "INSERT") bn (>= (strlen bn) (strlen pref)) (= (substr bn 1 (strlen pref)) pref)) (setq found ent)) (setq ent (entprev ent))) found ) ;; ============================================================ ;; Bau-Funktionen je Elementtyp ;; ============================================================ ;; --- Kreisel (wie test_kreisel: kreisel-insert-script) --- (defun mubea:build-kreisel (e / id x y z abstand rotation typ pt ent) (setq id (ssg-val e "id") x (float (ssg-val e "x")) y (float (ssg-val e "y")) z (float (ssg-val e "z")) abstand (float (ssg-val e "abstand")) rotation (float (ssg-val e "rotation")) typ (ssg-val e "typ")) (if (null typ) (setq typ "STANDARD")) (setq pt (list x y z)) (princ (strcat "\n [KREISEL] " id " -> (" (rtos x 2 0) "," (rtos y 2 0) "," (rtos z 2 0) ") A=" (rtos abstand 2 0) " R=" (rtos rotation 2 1))) (setq ent (kreisel-insert-script pt abstand rotation typ z)) (mubea:ent-json id "kreisel" ent) ) ;; --- Vario (VF_*): deltaL/L_VF fuer winkel+deltaH loesen, dann bauen --- (defun mubea:build-vario (e / tid richtung deltaH winkel gf1 gf2 gf-ziel seite hz startpunkt dlA dlB it1 it2 lgfA lgfB steig dL item L_VF hoehe-bis lastEnt ent) (setq tid (ssg-val e "test_id") richtung (ssg-val e "richtung") deltaH (float (ssg-val e "deltaH")) winkel (fix (ssg-val e "winkel")) gf1 (float (ssg-val e "L_GF1")) gf2 (float (ssg-val e "L_GF2")) seite (ssg-val e "seite") hz (ssg-val e "hz") startpunkt (list (float (ssg-val e "x")) (float (ssg-val e "y")) (float (ssg-val e "z")))) (if (or (null seite) (= seite "")) (setq seite "links")) (if (null hz) (setq hz 0.0) (setq hz (float hz))) (setq gf-ziel (+ gf1 gf2)) (princ (strcat "\n [VARIO] " tid " -> Winkel=" (itoa winkel) " deltaH=" (rtos deltaH 2 0) " L_GF1=" (rtos gf1 2 0) " L_GF2=" (rtos gf2 2 0))) ;; L_GF ist linear in deltaL -> deltaL aus zwei Stuetzstellen interpolieren, ;; sodass L_GF gesamt = gf-ziel am gewaehlten Winkel. (setq dlA 5000.0 dlB 10000.0) (setq it1 (car (vl-remove-if-not '(lambda (a) (= (car a) winkel)) (cadddr (berechne-alle-winkel dlA deltaH richtung nil))))) (setq it2 (car (vl-remove-if-not '(lambda (a) (= (car a) winkel)) (cadddr (berechne-alle-winkel dlB deltaH richtung nil))))) (if (and it1 it2 (numberp (cadr it1)) (numberp (cadr it2)) (/= (cadr it1) (cadr it2))) (progn (setq lgfA (cadr it1) lgfB (cadr it2)) (setq steig (/ (- lgfB lgfA) (- dlB dlA))) (setq dL (+ dlA (/ (- gf-ziel lgfA) steig))) (setq item (car (vl-remove-if-not '(lambda (a) (= (car a) winkel)) (cadddr (berechne-alle-winkel dL deltaH richtung nil))))) (setq L_VF (caddr item)) (princ (strcat " -> deltaL=" (rtos dL 2 1) " L_VF=" (rtos L_VF 2 1))) (setq hoehe-bis (if (= richtung "Auf") deltaH (- deltaH))) (setq lastEnt (vf-lastent-ohne-attribute)) (variofoerderer-einfuegen dL deltaH richtung winkel gf1 gf2 L_VF startpunkt seite hz) (setq ent (vf-block-erstellen "standard" seite 1 0 0 hoehe-bis deltaH dL L_VF gf1 gf2 richtung winkel startpunkt lastEnt hz "0" "Schoenenberger Geruest")) (if (or (null ent) (/= (type ent) 'ENAME)) (setq ent (mubea:last-insert-prefix "VF_"))) (mubea:ent-json tid "vario" ent)) (progn (princ (strcat "\n FEHLER: Winkel " (itoa winkel) " nicht loesbar (kein gueltiges L_GF).")) (mubea:result-json tid "vario" "failed" nil nil nil nil))) ) ;; --- Gefaellestrecke (GF_*, Modus 1) --- ;; Wie test_gefaellestrecke: Element-Winkel 3 Grad, L_stau berechnet. ;; deltaL wird NICHT mehr fest auf 10000 gesetzt, sondern aus der realen ;; 2D-Distanz zwischen start_mm und ende_mm (aus der DXF abgeleitet) berechnet - ;; sonst haetten (wie im ersten TEST_MUBEA-Lauf beobachtet) alle 20 Strecken ;; die gleiche Default-Laenge statt ihrer tatsaechlichen Laenge. ;; Aus JSON: start_mm, ende_mm, hz_grad, as_seite, es_seite, as_winkel, es_winkel. (defun mubea:build-gf (e / tid start-mm ende-mm hz as-seite es-seite as-winkel es-winkel test-deltaL test-winkel test-rad sep-x test-L_stau ent dx dy) (setq tid (ssg-val e "test_id") start-mm (mapcar 'float (ssg-val e "start_mm")) ende-mm (ssg-val e "ende_mm") hz (float (ssg-val e "hz_grad")) as-seite (ssg-val e "as_seite") es-seite (ssg-val e "es_seite") as-winkel (ssg-val e "as_winkel") es-winkel (ssg-val e "es_winkel")) (if (or (null as-seite) (= as-seite "")) (setq as-seite "links")) (if (or (null es-seite) (= es-seite "")) (setq es-seite "links")) (if (or (null as-winkel) (= as-winkel "")) (setq as-winkel "90")) (if (or (null es-winkel) (= es-winkel "")) (setq es-winkel "90")) ;; deltaL = reale 2D-Distanz start_mm -> ende_mm; Fallback 10000 falls ;; ende_mm in einem Eintrag fehlen sollte. (if ende-mm (progn (setq ende-mm (mapcar 'float ende-mm)) (setq dx (- (car ende-mm) (car start-mm))) (setq dy (- (cadr ende-mm) (cadr start-mm))) (setq test-deltaL (sqrt (+ (* dx dx) (* dy dy))))) (setq test-deltaL 10000.0)) (setq test-winkel 3.0 test-rad (* test-winkel (/ pi 180.0)) sep-x (* 300.0 (cos test-rad))) (setq test-L_stau (/ (- test-deltaL (float aus-dx) (float ein-dx) sep-x) (cos test-rad))) (princ (strcat "\n [GF] " tid " -> Start=(" (rtos (car start-mm) 2 0) "," (rtos (cadr start-mm) 2 0) "," (rtos (caddr start-mm) 2 0) ") hz=" (rtos hz 2 0) " deltaL=" (rtos test-deltaL 2 1))) (setq ent (car (gefaellestrecke-einfuegen test-L_stau test-winkel start-mm as-seite es-seite hz test-deltaL as-winkel es-winkel "0" "Schoenenberger Geruest"))) (mubea:ent-json tid "gefaellestrecke" ent) ) ;; --- Separator (Eintraege mit "block"): _.INSERT der Blockdatei --- ;; Verwendet den in JSON genannten Block; faellt auf Separator_SP zurueck ;; (Block der "Separator einfuegen"-Routine ILS_SEPARATOR_INSERT). (defun mubea:build-separator (e idx / blockname x y z rot pt pfad tid) (setq blockname (ssg-val e "block") x (float (ssg-val e "x")) y (float (ssg-val e "y")) z (float (ssg-val e "z")) rot (ssg-val e "rotation")) (if (null rot) (setq rot 0)) (setq rot (float rot)) (setq pt (list x y z)) (setq tid (strcat "SEPARATOR_" (itoa idx))) (princ (strcat "\n [SEP] " tid " '" (if blockname blockname "?") "' -> (" (rtos x 2 0) "," (rtos y 2 0) "," (rtos z 2 0) ") R=" (rtos rot 2 0))) (setq pfad (and blockname (ssg-ils-block-datei blockname))) (if (null pfad) (setq pfad (ssg-ils-block-datei "Separator_SP"))) (if pfad (progn (command "_.INSERT" pfad pt "" "" rot) (mubea:ent-json tid "separator" (entlast))) (progn ;; Kein Block gefunden -> sichtbaren Platzhalter zeichnen (if (not (tblsearch "LAYER" "MUBEA_SEPARATOR")) (entmake (list '(0 . "LAYER") '(2 . "MUBEA_SEPARATOR") '(70 . 0) '(62 . 1)))) (entmake (list '(0 . "CIRCLE") (cons 10 pt) (cons 40 150.0) '(8 . "MUBEA_SEPARATOR"))) (princ " (Block fehlt - Platzhalter)") (mubea:result-json tid "separator" "placeholder" (if blockname blockname "S-LP") nil pt nil))) ) ;; --- JSON-Export der Mubea-Ergebnisse --- (defun mubea:export-results (tests-out-dir / out-json f first) (if (null *mubea-test-results*) (princ "\n Keine Mubea-Ergebnisse vorhanden.") (progn (vl-mkdir tests-out-dir) (setq out-json (strcat tests-out-dir "/mubea_results.json")) (setq f (open out-json "w")) (if f (progn (write-line "[" f) (setq first T) (foreach r *mubea-test-results* (if (not first) (write-line "," f)) (write-line r f) (setq first nil)) (write-line "]" f) (close f) (princ (strcat "\n Ergebnisse: " out-json))) (princ (strcat "\n FEHLER: Kann " out-json " nicht schreiben!"))))) ) ;; ============================================================ ;; C:TEST_MUBEA - Hauptbefehl ;; ============================================================ (defun c:TEST_MUBEA ( / json-datei daten eintrag tid blk res results-list sep-idx anz-ok anz-fehler kind) ;; Benoetigte Feature-Module laden (ssg-ensure "KreiselInsert") (ssg-ensure "VarioFoerderer") (ssg-ensure "Gefaellestrecke") (ssg-ensure "SSG_LIB_Commands") (ssg-start "TEST_MUBEA" '(("OSMODE") ("CECOLOR") ("ATTREQ") ("ATTDIA"))) (setvar "OSMODE" 0) (setvar "ATTREQ" 0) (setvar "ATTDIA" 0) ;; Block-Bibliothek (Bogen-/AS-/ES-Masse) initialisieren - fuer Vario+GF noetig (if (or (not *lib-initialized*) (null bogen-auf)) (init-bibliothek)) ;; Testdaten laden (setq json-datei (strcat (getenv "DXFMAKRO") "/tests/testdata/mubea.json")) (if (not (findfile json-datei)) (progn (princ (strcat "\n[TEST_MUBEA] FEHLER: " json-datei " nicht gefunden!")) (ssg-end) (exit))) (setq daten (ssg-load-json json-datei)) (if (null daten) (progn (princ "\n[TEST_MUBEA] FEHLER: Testdaten konnten nicht geladen werden.") (ssg-end) (exit))) (princ "\n\n================================================================") (princ "\n TEST_MUBEA - Mubea-Gesamtmodell") (princ (strcat "\n " (itoa (length daten)) " Eintraege geladen")) (princ "\n================================================================") (setq results-list '() sep-idx 0 anz-ok 0 anz-fehler 0) (foreach eintrag daten (setq tid (ssg-val eintrag "test_id")) (setq res (cond ;; Separator: hat "block" ((ssg-val eintrag "block") (setq sep-idx (1+ sep-idx)) (mubea:build-separator eintrag sep-idx)) ;; Kreisel: hat "id" ((ssg-val eintrag "id") (mubea:build-kreisel eintrag)) ;; Vario: test_id "VF_*" ((and tid (>= (strlen tid) 3) (= (substr tid 1 3) "VF_")) (mubea:build-vario eintrag)) ;; Gefaellestrecke: test_id "GF_*" ((and tid (>= (strlen tid) 3) (= (substr tid 1 3) "GF_")) (mubea:build-gf eintrag)) (T (princ (strcat "\n WARNUNG: Unbekannter Eintrag uebersprungen")) nil))) (if res (progn (setq results-list (cons res results-list)) (if (or (vl-string-search "\"executed\"" res) (vl-string-search "\"placeholder\"" res)) (setq anz-ok (1+ anz-ok)) (setq anz-fehler (1+ anz-fehler)))))) (princ "\n================================================================") (princ (strcat "\n Ergebnis: " (itoa anz-ok) " OK, " (itoa anz-fehler) " Fehler")) (princ "\n================================================================") (setq *mubea-test-results* (reverse results-list)) (ssg-end) (princ "\n TEST_MUBEA abgeschlossen.") (princ) )