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楼主 |
发表于 2004-4-21 10:09:00
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谢谢你们的帮助,今天早上我尝试了一下,还是不行,不知道为什么?在此,还是要麻烦各位帮忙,感激各位的悉心帮助!!!!我的整个程序是这样的,当然在这让你们看整个程序实在是耽搁你们宝贵的时间,只要你们从我标释:“从这里开始有错误”那里开始给我看一下,到底是那里出了问题,谢谢!!
(defun c:xyxy2 () (setq STx 0.50 HFx 1.57) (graphscr) (setvar "cmdecho" 0) (setq M (getreal "\nÇëÊäÈë³ÝÂÖÄ£ÊýÖµm= ")) (setq Z (getint "\nÇëÊäÈë³ÝÂÖ³ÝÊýzÖµ<80>= ")) (setq [sa] (getreal "/nÊäÈëÐíÓõijݶ¥¿í¶È: ")) (if (null Z) (setq Z 80)) (cond ((and (>= Z 20) (<= Z 40)) (setq P2 '(0.20 2.25))) ((and (>= Z 41) (<= Z 70)) (setq P2 '(0.21 2.30))) ((and (>= Z 71) (<= Z 100)) (setq P2 '(0.22 2.35))) (t (princ "\nÄãÊäÈëµÄ³ÝÊý²»ÔÚ·¶Î§Ö®ÄÚ.")) ) (setq DATCx (car P2) RUOx (cadr P2) R (/ (* M Z) 2) TAU (/ (* 2 Pi) Z) RUO (* RUOx M) DATC (* DATCx M) Rc (- R DATC) ) (setq X1 (/ (- (+ (* R R) (* Rc Rc)) (* RUO RUO)) (* 2 R Rc)) X2 (/ (* STx TAU) 2)) ¡¡(setq S1 (- 1 (* X1 X1))) (setq BETA (- (atan (/ (sqrt S1) X1)) X2)) (setq H (sqrt (- (* RUO RUO) (* Rc Rc (sin BETA) (sin BETA))))) (setq Ra (+ H (* Rc (cos BETA))) HA (- Ra R)) (setq Sn (* (- RUO (* Rc (sin BETA))) 2)) (setq J (sqrt (- 1 (* (/ RUO Rc) (/ RUO Rc))))) (setq J1 (atan (/ (/ RUO Rc) J))) (setq GAMA (- J1 BETA)) (setq GAMA1 (- (/ TAU 2) GAMA) HF (* HFx M) RF (- R HF)) (setq RUO1 (/ (* RF (sin GAMA1)) (- 1 (sin GAMA1)))) (setq Sf (/ (* 2 pi R STx) Z)) (setq kk (sqrt (+ (* Rc Rc) (/ (* ruo ruo) 27)))) (setq hh (/ (* (* (+ Rf Ruo1) (+ Rf Ruo1)) (* (cos gama1) (cos gama1))) (+ Rf Hf))) (if (>= Z 30) (setq R1 (max kk hh)) (setq r1 kk) ) (setq X4 (/ rf r1)) (setq Fa (- (atan (/ (sqrt (- 1 (* x4 x4))) x4)) gama1)) (setq Sa (* 2 (- (* R1 (* (cos (+ fa gama1)) (sin (+ fa gama1)))) (* R1 fa)))) (if (> sa [sa]) (progn (setq AO (* rc (sin (+ (/ tau 2) beta))));¼ÆËã¹öµ¶³Ý¸ù²¿·ÖÀíÂÛ³ÝÐÎ (setq BO (* rc (cos (+ (/ tau 2) beta)))) ) (exit) ) (setq x5 (- (abs (* ra (cos (/ tau 2)))) BO) x6 (- AO (* ra (sin (/ tau 2)))) x7 (- (* ra (cos (/ tau 2))) BO) ) (if (< AO (* ra (sin (/ tau 2)))) (setq NU (- pi (atan (/ x5 x6)))) (setq NU (atan (/ x7 x6))) ) (setq x8 (/ (* rc (cos (- nu (/ tau 2) beta))) r1)) (setq x9 (sqrt (- 1 (* x8 x8)))) (setq FI1 (- nu (atan (/ x9 (sqrt (- 1 (* x9 x9)))))));¼ÆËãÀíÂÛ³ÝÐÎ×ù±êµã (setq x10 (/ (* rc (cos (+ gama beta))) r1)) (setq x11 (sqrt (- 1 (* x10 x10)))) (setq FI3 (- (* -1 (atan (/ x11 (sqrt (- 1 (* x11 x11)))))) gama1));¿ÉÄÜÓÐÎÊÌâ (setq DFI (- (abs fi1) (abs fi3));ÕâÀïºÃÏñÓÐÎÊÌâ dfi1 (* 0.005 dfi) dfi2 (* 0.025 dfi) dfi3 (* 0.07 dfi) ) (setq xy11 '()) (setq yx11 '()) (setq j 1) (while (<= j 31) (textscr) (cond ((and (>= j 1) (<= j 10)) (setq fi (- fi1 (* dfi1 (- j 1))))) ((and (>= j 11) (<= j 20)) (setq fi (- fi1 (* dfi 0.05) (* dfi2 (- j 11))))) ((and (>= j 21) (<= j 31)) (setq fi (- fi1 (* dfi 0.3) (* dfi3 (- j 21))))) (t (princ "\nÖµ³¬³öÁË·¶Î§£º")) ) (setq x12 (- R1 (+ (* ao (sin fi)) (* bo (cos fi)))) x13 (- (* ao (cos fi)) (* bo (sin fi)))) (setq x14 (/ x12 x13)) (setq ALFA (atan x14)) (setq X[J] (- (+ (* ao (cos fi)) (* r1 fi)) (+ (* bo (sin fi)) (* ruo (cos alfa))))) (setq Y[J] (- (+ (* ao (sin fi)) (* bo (cos fi)) (* ruo (sin alfa))) r1)) (setq X1[j] (- x[j] (* r1 fi)) Y1[j] Y[j]) (setq j (1+ j) xy11 (cons x[j] xy11) yx11 (cons y[j] yx11)) (setq xy12 (reverse xy11)) (setq yx12 (reverse yx11)) (princ "\n") (princ x[j]) (princ " ") (princ y[j]) (princ " ") (princ x1[j]) (princ " ") (princ y1[j]) ) (setq x15 (sqrt (- 1 (* (/ (* (+ rf ruo1) (cos gama1)) r1) (/ (* (+ rf ruo1) (cos gama1)) r1)))) FI5 (- (atan (/ x15 (sqrt (- 1 (* x15 x15))))) gama1)) (setq d1fi (/ (- fi5 (abs fi3)) 30)) (setq j 32) (while (<= j 62) (setq fi (+ (abs fi3) (* d1fi (- j 32)))) (setq x[j] (- (* r1 (cos (+ fi gama1)) (sin (+ fi gama1))) (* r1 fi))) (setq y[j] (- (* r1 (cos (+ fi gama1)) (cos (+ fi gama1))) r1)) (setq x1[j] (+ x[j] (* r1 fi)) y1[j] y[j] ) (setq j (1+ j) xy11 (cons x[j] xy11) yx11 (cons y[j] yx11) ) (setq xy12 (reverse xy11)) (setq yx12 (reverse yx11)) (princ "\n") (princ x[j]) (princ " ") (princ y[j]) (princ " ") (princ x1[j]) (princ " ") (princ y1[j]) ) (setq Ha (- r1 rf) p (/ (* 2 pi r1) Z)) (setq x16 (/ (- (+ (* r1 r1) (* rc rc)) (* ruo ruo)) (* 2 r1 rc))) (setq x17 (* x16 x16) x18 (sqrt (- 1 x17))) (setq x19 (atan (/ x18 (sqrt (- 1 (* x18 x18)))))) (setq S (* 2 r1 (- (+ beta (/ tau 2)) x19))) (princ "\n") (princ "r1") (princ "=") (princ r1) (princ " ") (princ "Ha") (princ "=") (princ ha) (princ "\n") (princ "S") (princ "=") (princ s) (princ " ") (princ "P") (princ "=") (princ p) (princ "\n") (princ "Rc") (princ "=") (princ rc) (setq ET (- (+ beta (/ tau 2)) fi1) AF (+ (* r1 fi1) (* rc (sin ET))) BF (- (* rc (cos ET)) r1) RN ruo) (princ "\n") (princ "Af") (princ "=") (princ af) (princ " ") (princ "Bf") (princ "=") (princ bf) (princ "\n") (princ "Rn") (princ "=") (princ rn) (princ) (setq ET (- (+ beta (/ tau 2)) fi1) AF (+ (* r1 fi1) (* rc (sin ET))) BF (- (* rc (cos ET)) r1) RN ruo)
;;;;;;;;;;;;;;;
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从这里开始有错误 (setq d 60 wd 62) (setq dr1 (expt 10 5) dr2 dr1 ) (setq c 10) (while (<= c 31) (DY1 Ad Bd Rd C D) (DR (Ad Bd Rd U1 U2 1 DR3 DR4)) (if (< (+ (abs DR4) (abs DR4)) (+ (abs DR1) (abs Dr2))) (setq dr1 dr3 dr2 dr4 I1 u1 I2 u2 Ld C Aa Ad Ba Bd RQ Rd) (setq c (+ 1 c)) ) ) ) (defun DY1 (A B R, E G /) (setq Xe x[e] Ye Y[e] Xg X[g] Yg y[g]) (setq H1 (- ye Bf) H2 (- xe af) H3 (- xe xg) H4 (- ye yg) H5 (- (+ (* xe xe) (* ye ye)) (+ (* xg xg) (* yg yg))) H6 (- (* AF Ye) (* Bf Xe)) t1 (- (* h1 h5) (* 2 h3 h5)) w (+ (* h1 h4) (* h2 h3)) B (/ T1 (* 2 W)) A (+ (/ (* h2 (- B bf)) H1) Af) ) (setq x16 (sqrt (+ (* (- af a) (af a)) (* (- bf b) (- bf b))))) (cond ((or (> af xe) (< a xe)) (setq R, (- x16 rn))) ((or (< af xe) (> a xe)) (setq R, (- x16 rn))) ((or (< af xe) (< a xe) (> (abs af) (abs a))) (setq r, (- rn x16))) (t (setq r, (+ rn x16))) ) (setq x[e] (nth (- e 1) xy12)) (setq y[e] (nth (- e 1) yx12)) (setq x[g] (nth (- g 1) xy12)) (setq y[g] (nth (- g 1) yx11)) ) (defun DR (A B R E1 E2 Td Dr5 DR6 /) (setq dr5 0 dr6 0) (setq i TD) (while (<= i (- (+ 1 WD) TD)) (setq xi (nth (- i 1) xy12)) (setq yi (nth (- i 1) yx12)) (if (< i C) (setq V (- (sqrt (+ (* (- xi a) (- xi a)) (* (- yi b) (- yi b)))) r,)) (setq V (- (sqrt (+ (* (- xi af) (- xi af)) (* (- yi bf) (- yi bf)))) rn)) ) (if (or (< V 0) (< V dr5)) (progn (setq dr5 v E1 i) ) (if (or (> v o) (> v dr6)) (progn (setq dr6 v e2 i) ) (progn (setq dr5 v E1 i) ) ) ) ) ) |
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