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jscott |
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#include "ctrparam.h" |
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! ========================================================== |
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! |
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! FFT36.F: FFT functions. |
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! |
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! ---------------------------------------------------------- |
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! |
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! Revision History: |
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! |
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! When Who What |
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! ----- ---------- ------- |
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! 080200 Chien Wang repack based on CliChem3 & M24x11, |
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! and add cpp. |
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! |
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! ========================================================== |
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SUBROUTINE FRTR0 (KM) 1. |
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C**** INITIALIZATION ENTRY TO CALCULATE SIN VALUES AND CHECK THAT KM=36 2. |
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COMMON/FCOM/BYKM,BYKMH,BYKM2,SIN10,SIN20,SIN30,SIN40,SIN50,SIN60, 3. |
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* SIN70,SIN80 4. |
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CV REAL*8 TWOPI/6.283185307179586477/ 5. |
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c DOUBLE PRECISION TWOPI 6. |
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DATA TWOPI/6.283185307179586477/ 7. |
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IF(KM.NE.36) GO TO 220 8. |
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BYKM=1./KM 9. |
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BYKMH=2./KM 10. |
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BYKM2=1./(2.*KM) 11. |
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SIN10=DSIN(TWOPI/36.) 12. |
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SIN20=DSIN(TWOPI/18.) 13. |
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SIN30=1.D0/2. 14. |
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SIN40=DSIN(TWOPI/9.) 15. |
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SIN50=DCOS(TWOPI/9.) 16. |
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SIN60=DSQRT(3.D0)/2. 17. |
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SIN70=DCOS(TWOPI/18.) 18. |
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SIN80=DCOS(TWOPI/36.) 19. |
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CYDBL SIN10=DSIN(TWOPI/36.) 20. |
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CYDBL SIN20=DSIN(TWOPI/18.) 21. |
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CYDBL SIN30=1.D0/2. 22. |
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CYDBL SIN40=DSIN(TWOPI/9.) 23. |
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CYDBL SIN50=DCOS(TWOPI/9.) 24. |
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CYDBL SIN60=DSQRT(3.D0)/2. 25. |
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CYDBL SIN70=DCOS(TWOPI/18.) 26. |
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CYDBL SIN80=DCOS(TWOPI/36.) 27. |
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C SIN10=SIN(TWOPI/36.) 28. |
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C SIN20=SIN(TWOPI/18.) 29. |
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C SIN30=.5 30. |
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C SIN40=SIN(TWOPI/9.) 31. |
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C SIN50=COS(TWOPI/9.) 32. |
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C SIN60=SQRT(3.)/2. 33. |
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C SIN70=COS(TWOPI/18.) 34. |
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C SIN80=COS(TWOPI/36.) 35. |
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RETURN 36. |
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220 WRITE (6,901) KM 37. |
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STOP 38. |
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901 FORMAT ('0THIS FOURT SUBROUTINE NOT SUITED FOR KM = ',I8) 39. |
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END 40. |
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SUBROUTINE FRTR (F) 101. |
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C**** THIS SUBROUTINE PERFORMS A FOURIER ANALYSIS ON THE ONE DIMENSIONAL 102. |
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C**** ARRAY F WHICH MUST BE DIMENSIONED 36. IT RETURNS IN F THE ENERGY 103. |
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C**** ASSOCIATED WITH EACH WAVE NUMBER. UPON ENTERING THIS ROUTINE, 104. |
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C**** THE TOTAL ENERGY IS 105. |
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C**** .5*SUM(F(K)*F(K)) 106. |
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C**** WITH THE SUM BEING TAKEN OVER ALL K FROM 1 TO 36. UPON LEAVING 107. |
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C**** THIS ROUTINE, THE TOTAL ENERGY IS 108. |
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C**** SUM(F(N+1)) 109. |
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C**** WITH THE SUM BEING TAKEN OVER ALL WAVE NUMBERS FROM 0 TO 18. 110. |
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COMMON/FCOM/BYKM,BYKMH,BYKM2,SIN10,SIN20,SIN30,SIN40,SIN50,SIN60, 111. |
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* SIN70,SIN80 112. |
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DIMENSION F(36) 113. |
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10 CC00=F(12)+F(24)+F(36) 114. |
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CC01=F(36)-(F(12)+F(24))*SIN30 115. |
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CC10=F(1)+F(13)+F(25) 116. |
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CC11=F(1)*SIN80-F(13)*SIN40-F(25)*SIN20 117. |
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CC20=F(2)+F(14)+F(26) 118. |
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CC21=F(2)*SIN70-F(14)*SIN50-F(26)*SIN10 119. |
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CC30=F(3)+F(15)+F(27) 120. |
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CC31=(F(3)-F(15))*SIN60 121. |
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CC40=F(4)+F(16)+F(28) 122. |
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CC41=F(4)*SIN50-F(16)*SIN70+F(28)*SIN10 123. |
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CC50=F(5)+F(17)+F(29) 124. |
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CC51=F(5)*SIN40-F(17)*SIN80+F(29)*SIN20 125. |
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CC60=F(6)+F(18)+F(30) 126. |
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CC61=(F(6)+F(30))*SIN30-F(18) 127. |
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CC70=F(7)+F(19)+F(31) 128. |
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CC71=F(7)*SIN20-F(19)*SIN80+F(31)*SIN40 129. |
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CC80=F(8)+F(20)+F(32) 130. |
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CC81=F(8)*SIN10-F(20)*SIN70+F(32)*SIN50 131. |
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CC90=F(9)+F(21)+F(33) 132. |
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CC91=(F(33)-F(21))*SIN60 133. |
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CCA0=F(10)+F(22)+F(34) 134. |
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CCA1=F(34)*SIN70-F(10)*SIN10-F(22)*SIN50 135. |
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CCB0=F(11)+F(23)+F(35) 136. |
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CCB1=F(35)*SIN80-F(11)*SIN20-F(23)*SIN40 137. |
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SC01=(F(12)-F(24))*SIN60 138. |
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SC11=F(1)*SIN10+F(13)*SIN50-F(25)*SIN70 139. |
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SC21=F(2)*SIN20+F(14)*SIN40-F(26)*SIN80 140. |
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SC31=(F(3)+F(15))*SIN30-F(27) 141. |
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SC41=F(4)*SIN40+F(16)*SIN20-F(28)*SIN80 142. |
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SC51=F(5)*SIN50+F(17)*SIN10-F(29)*SIN70 143. |
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SC61=(F(6)-F(30))*SIN60 144. |
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SC71=F(7)*SIN70-F(19)*SIN10-F(31)*SIN50 145. |
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SC81=F(8)*SIN80-F(20)*SIN20-F(32)*SIN40 146. |
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SC91=F(9)-(F(21)+F(33))*SIN30 147. |
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SCA1=F(10)*SIN80-F(22)*SIN40-F(34)*SIN20 148. |
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SCB1=F(11)*SIN70-F(23)*SIN50-F(35)*SIN10 149. |
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C**** CALCULATE EXPRESSIONS SUMMED BY INCREMENTS OF 4 150. |
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C400=CC00+CC40+CC80 151. |
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C401=CC01+CC41+CC81 152. |
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C403=CC00-(CC40+CC80)*SIN30 153. |
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C402=(CC01-(CC41+CC81)*SIN30)+((SC41-SC81)*SIN60) 154. |
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C404=(CC01-(CC41+CC81)*SIN30)-((SC41-SC81)*SIN60) 155. |
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C410=CC10+CC50+CC90 156. |
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C411=CC11+CC51+CC91 157. |
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C413=(CC10-CC50)*SIN60 158. |
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C412=((CC11-CC51)*SIN60)+((SC11+SC51)*SIN30-SC91) 159. |
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C414=((CC11-CC51)*SIN60)-((SC11+SC51)*SIN30-SC91) 160. |
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C420=CC20+CC60+CCA0 161. |
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C421=CC21+CC61+CCA1 162. |
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C423=(CC20+CCA0)*SIN30-CC60 163. |
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C422=((CC21+CCA1)*SIN30-CC61)+((SC21-SCA1)*SIN60) 164. |
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C424=((CC21+CCA1)*SIN30-CC61)-((SC21-SCA1)*SIN60) 165. |
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C430=CC30+CC70+CCB0 166. |
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C431=CC31+CC71+CCB1 167. |
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C433=(CCB0-CC70)*SIN60 168. |
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C432=((CCB1-CC71)*SIN60)+(SC31-(SC71+SCB1)*SIN30) 169. |
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C434=((CCB1-CC71)*SIN60)-(SC31-(SC71+SCB1)*SIN30) 170. |
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S401=SC01+SC41+SC81 171. |
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S403=(CC40-CC80)*SIN60 172. |
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S402=((CC41-CC81)*SIN60)+((SC41+SC81)*SIN30-SC01) 173. |
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S404=((CC41-CC81)*SIN60)-((SC41+SC81)*SIN30-SC01) 174. |
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S411=SC11+SC51+SC91 175. |
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S413=(CC10+CC50)*SIN30-CC90 176. |
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S412=((CC11+CC51)*SIN30-CC91)+((SC51-SC11)*SIN60) 177. |
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S414=((CC11+CC51)*SIN30-CC91)-((SC51-SC11)*SIN60) 178. |
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S421=SC21+SC61+SCA1 179. |
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S423=(CC20-CCA0)*SIN60 180. |
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S422=((CC21-CCA1)*SIN60)+(SC61-(SC21+SCA1)*SIN30) 181. |
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S424=((CC21-CCA1)*SIN60)-(SC61-(SC21+SCA1)*SIN30) 182. |
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S431=SC31+SC71+SCB1 183. |
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S433=CC30-(CC70+CCB0)*SIN30 184. |
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S432=(CC31-(CC71+CCB1)*SIN30)+((SC71-SCB1)*SIN60) 185. |
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S434=(CC31-(CC71+CCB1)*SIN30)-((SC71-SCB1)*SIN60) 186. |
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C**** CALCULATE EXPRESSIONS SUMMED BY INCREMENTS OF 2 187. |
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C200=C400+C420 188. |
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C201=C401+C421 189. |
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C202=C402+C422 190. |
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C203=C403+C423 191. |
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C204=C404+C424 192. |
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C205=C404-C424 193. |
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C206=C403-C423 194. |
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C207=C402-C422 195. |
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C208=C401-C421 196. |
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C C209=C400-C420 197. |
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C210=C410+C430 198. |
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C211=C411+C431 199. |
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C212=C412+C432 200. |
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C213=C413+C433 201. |
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C214=C414+C434 202. |
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C215=S414-S434 203. |
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C216=S413-S433 204. |
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C217=S412-S432 205. |
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C218=S411-S431 206. |
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C C219=0 207. |
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C S200=0 208. |
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S201=S401+S421 209. |
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S202=S402+S422 210. |
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S203=S403+S423 211. |
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S204=S404+S424 212. |
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S205=S424-S404 213. |
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S206=S423-S403 214. |
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S207=S422-S402 215. |
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S208=S421-S401 216. |
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C S209=0 217. |
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C S210=0 218. |
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S211=S411+S431 219. |
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S212=S412+S432 220. |
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S213=S413+S433 221. |
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S214=S414+S434 222. |
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S215=C414-C434 223. |
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S216=C413-C433 224. |
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S217=C412-C432 225. |
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S218=C411-C431 226. |
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C S219=C410-C430 227. |
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C**** CALCULATE THE SQUARE OF THE MAGNITUDE OF G(1,N)+I*G(2,N) 228. |
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20 F(1)=(C200+C210)*(C200+C210)*BYKM2 229. |
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F(2)=((C201+C211)*(C201+C211)+(S201+S211)*(S201+S211))*BYKM 230. |
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F(3)=((C202+C212)*(C202+C212)+(S202+S212)*(S202+S212))*BYKM 231. |
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F(4)=((C203+C213)*(C203+C213)+(S203+S213)*(S203+S213))*BYKM 232. |
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F(5)=((C204+C214)*(C204+C214)+(S204+S214)*(S204+S214))*BYKM 233. |
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F(6)=((C205+C215)*(C205+C215)+(S205+S215)*(S205+S215))*BYKM 234. |
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F(7)=((C206+C216)*(C206+C216)+(S206+S216)*(S206+S216))*BYKM 235. |
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F(8)=((C207+C217)*(C207+C217)+(S207+S217)*(S207+S217))*BYKM 236. |
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F(9)=((C208+C218)*(C208+C218)+(S208+S218)*(S208+S218))*BYKM 237. |
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F(10)=((C400-C420)*(C400-C420)+(C410-C430)*(C410-C430))*BYKM 238. |
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F(11)=((C208-C218)*(C208-C218)+(S218-S208)*(S218-S208))*BYKM 239. |
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F(12)=((C207-C217)*(C207-C217)+(S217-S207)*(S217-S207))*BYKM 240. |
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F(13)=((C206-C216)*(C206-C216)+(S216-S206)*(S216-S206))*BYKM 241. |
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F(14)=((C205-C215)*(C205-C215)+(S215-S205)*(S215-S205))*BYKM 242. |
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F(15)=((C204-C214)*(C204-C214)+(S214-S204)*(S214-S204))*BYKM 243. |
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F(16)=((C203-C213)*(C203-C213)+(S213-S203)*(S213-S203))*BYKM 244. |
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F(17)=((C202-C212)*(C202-C212)+(S212-S202)*(S212-S202))*BYKM 245. |
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F(18)=((C201-C211)*(C201-C211)+(S211-S201)*(S211-S201))*BYKM 246. |
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F(19)=(C200-C210)*(C200-C210)*BYKM2 247. |
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RETURN 248. |
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END 249. |
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SUBROUTINE GETAN (F,G) 301. |
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C**** GETAN RETRIEVES THE FOURIER COEFFICIENTS CONTAINED IN AN 302. |
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C**** ARRAY G DIMENSIONED 2 BY 19 AND DEFINED BY 303. |
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C**** G(1,N+1)+I*G(2,N+1)=SUM(F(K)*EXP(-2*PI*I*N*K/KM))/KMH 304. |
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C**** WITH THE SUM TAKEN OVER ALL K FROM 1 TO KM. KMH = KM FOR N = 0 305. |
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C**** OR 18, OTHERWISE KMH = KM/2. THE INTERNAL NOTATION CPQN MEANS 306. |
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C**** CPQN = SUM(F(K)*COS(2*PI*N*K/KM)) 307. |
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C**** WITH THE SUM BEING TAKEN OVER ALL K FROM 1 TO KM WHICH ARE EQUAL 308. |
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C**** TO Q MODULO(P). SPQN IS THE SAME BUT WITH COS REPLACED BY SIN. 309. |
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C**** THE NOTATION A=10, B=11, ETC. IS USED FOR P, Q AND N. 310. |
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COMMON/FCOM/BYKM,BYKMH,BYKM2,SIN10,SIN20,SIN30,SIN40,SIN50,SIN60, 311. |
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* SIN70,SIN80 312. |
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DIMENSION F(36),G(2,19) 313. |
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C**** CALCULATE EXPRESSIONS SUMMED BY INCREMENTS OF 12 314. |
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10 CC00=F(12)+F(24)+F(36) 315. |
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CC01=F(36)-(F(12)+F(24))*SIN30 316. |
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CC10=F(1)+F(13)+F(25) 317. |
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CC11=F(1)*SIN80-F(13)*SIN40-F(25)*SIN20 318. |
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CC20=F(2)+F(14)+F(26) 319. |
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CC21=F(2)*SIN70-F(14)*SIN50-F(26)*SIN10 320. |
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CC30=F(3)+F(15)+F(27) 321. |
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CC31=(F(3)-F(15))*SIN60 322. |
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CC40=F(4)+F(16)+F(28) 323. |
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CC41=F(4)*SIN50-F(16)*SIN70+F(28)*SIN10 324. |
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CC50=F(5)+F(17)+F(29) 325. |
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CC51=F(5)*SIN40-F(17)*SIN80+F(29)*SIN20 326. |
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CC60=F(6)+F(18)+F(30) 327. |
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CC61=(F(6)+F(30))*SIN30-F(18) 328. |
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CC70=F(7)+F(19)+F(31) 329. |
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CC71=F(7)*SIN20-F(19)*SIN80+F(31)*SIN40 330. |
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CC80=F(8)+F(20)+F(32) 331. |
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CC81=F(8)*SIN10-F(20)*SIN70+F(32)*SIN50 332. |
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CC90=F(9)+F(21)+F(33) 333. |
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CC91=(F(33)-F(21))*SIN60 334. |
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CCA0=F(10)+F(22)+F(34) 335. |
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CCA1=F(34)*SIN70-F(10)*SIN10-F(22)*SIN50 336. |
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CCB0=F(11)+F(23)+F(35) 337. |
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CCB1=F(35)*SIN80-F(11)*SIN20-F(23)*SIN40 338. |
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SC01=(F(12)-F(24))*SIN60 339. |
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SC11=F(1)*SIN10+F(13)*SIN50-F(25)*SIN70 340. |
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SC21=F(2)*SIN20+F(14)*SIN40-F(26)*SIN80 341. |
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SC31=(F(3)+F(15))*SIN30-F(27) 342. |
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SC41=F(4)*SIN40+F(16)*SIN20-F(28)*SIN80 343. |
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SC51=F(5)*SIN50+F(17)*SIN10-F(29)*SIN70 344. |
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SC61=(F(6)-F(30))*SIN60 345. |
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SC71=F(7)*SIN70-F(19)*SIN10-F(31)*SIN50 346. |
| 254 |
|
|
SC81=F(8)*SIN80-F(20)*SIN20-F(32)*SIN40 347. |
| 255 |
|
|
SC91=F(9)-(F(21)+F(33))*SIN30 348. |
| 256 |
|
|
SCA1=F(10)*SIN80-F(22)*SIN40-F(34)*SIN20 349. |
| 257 |
|
|
SCB1=F(11)*SIN70-F(23)*SIN50-F(35)*SIN10 350. |
| 258 |
|
|
C**** CALCULATE EXPRESSIONS SUMMED BY INCREMENTS OF 4 351. |
| 259 |
|
|
C400=CC00+CC40+CC80 352. |
| 260 |
|
|
C401=CC01+CC41+CC81 353. |
| 261 |
|
|
C403=CC00-(CC40+CC80)*SIN30 354. |
| 262 |
|
|
C402=(CC01-(CC41+CC81)*SIN30)+((SC41-SC81)*SIN60) 355. |
| 263 |
|
|
C404=(CC01-(CC41+CC81)*SIN30)-((SC41-SC81)*SIN60) 356. |
| 264 |
|
|
C410=CC10+CC50+CC90 357. |
| 265 |
|
|
C411=CC11+CC51+CC91 358. |
| 266 |
|
|
C413=(CC10-CC50)*SIN60 359. |
| 267 |
|
|
C412=((CC11-CC51)*SIN60)+((SC11+SC51)*SIN30-SC91) 360. |
| 268 |
|
|
C414=((CC11-CC51)*SIN60)-((SC11+SC51)*SIN30-SC91) 361. |
| 269 |
|
|
C420=CC20+CC60+CCA0 362. |
| 270 |
|
|
C421=CC21+CC61+CCA1 363. |
| 271 |
|
|
C423=(CC20+CCA0)*SIN30-CC60 364. |
| 272 |
|
|
C422=((CC21+CCA1)*SIN30-CC61)+((SC21-SCA1)*SIN60) 365. |
| 273 |
|
|
C424=((CC21+CCA1)*SIN30-CC61)-((SC21-SCA1)*SIN60) 366. |
| 274 |
|
|
C430=CC30+CC70+CCB0 367. |
| 275 |
|
|
C431=CC31+CC71+CCB1 368. |
| 276 |
|
|
C433=(CCB0-CC70)*SIN60 369. |
| 277 |
|
|
C432=((CCB1-CC71)*SIN60)+(SC31-(SC71+SCB1)*SIN30) 370. |
| 278 |
|
|
C434=((CCB1-CC71)*SIN60)-(SC31-(SC71+SCB1)*SIN30) 371. |
| 279 |
|
|
S401=SC01+SC41+SC81 372. |
| 280 |
|
|
S403=(CC40-CC80)*SIN60 373. |
| 281 |
|
|
S402=((CC41-CC81)*SIN60)+((SC41+SC81)*SIN30-SC01) 374. |
| 282 |
|
|
S404=((CC41-CC81)*SIN60)-((SC41+SC81)*SIN30-SC01) 375. |
| 283 |
|
|
S411=SC11+SC51+SC91 376. |
| 284 |
|
|
S413=(CC10+CC50)*SIN30-CC90 377. |
| 285 |
|
|
S412=((CC11+CC51)*SIN30-CC91)+((SC51-SC11)*SIN60) 378. |
| 286 |
|
|
S414=((CC11+CC51)*SIN30-CC91)-((SC51-SC11)*SIN60) 379. |
| 287 |
|
|
S421=SC21+SC61+SCA1 380. |
| 288 |
|
|
S423=(CC20-CCA0)*SIN60 381. |
| 289 |
|
|
S422=((CC21-CCA1)*SIN60)+(SC61-(SC21+SCA1)*SIN30) 382. |
| 290 |
|
|
S424=((CC21-CCA1)*SIN60)-(SC61-(SC21+SCA1)*SIN30) 383. |
| 291 |
|
|
S431=SC31+SC71+SCB1 384. |
| 292 |
|
|
S433=CC30-(CC70+CCB0)*SIN30 385. |
| 293 |
|
|
S432=(CC31-(CC71+CCB1)*SIN30)+((SC71-SCB1)*SIN60) 386. |
| 294 |
|
|
S434=(CC31-(CC71+CCB1)*SIN30)-((SC71-SCB1)*SIN60) 387. |
| 295 |
|
|
C**** CALCULATE EXPRESSIONS SUMMED BY INCREMENTS OF 2 388. |
| 296 |
|
|
C200=C400+C420 389. |
| 297 |
|
|
C201=C401+C421 390. |
| 298 |
|
|
C202=C402+C422 391. |
| 299 |
|
|
C203=C403+C423 392. |
| 300 |
|
|
C204=C404+C424 393. |
| 301 |
|
|
C205=C404-C424 394. |
| 302 |
|
|
C206=C403-C423 395. |
| 303 |
|
|
C207=C402-C422 396. |
| 304 |
|
|
C208=C401-C421 397. |
| 305 |
|
|
C C209=C400-C420 398. |
| 306 |
|
|
C210=C410+C430 399. |
| 307 |
|
|
C211=C411+C431 400. |
| 308 |
|
|
C212=C412+C432 401. |
| 309 |
|
|
C213=C413+C433 402. |
| 310 |
|
|
C214=C414+C434 403. |
| 311 |
|
|
C215=S414-S434 404. |
| 312 |
|
|
C216=S413-S433 405. |
| 313 |
|
|
C217=S412-S432 406. |
| 314 |
|
|
C218=S411-S431 407. |
| 315 |
|
|
C C219=0 408. |
| 316 |
|
|
C S200=0 409. |
| 317 |
|
|
S201=S401+S421 410. |
| 318 |
|
|
S202=S402+S422 411. |
| 319 |
|
|
S203=S403+S423 412. |
| 320 |
|
|
S204=S404+S424 413. |
| 321 |
|
|
S205=S424-S404 414. |
| 322 |
|
|
S206=S423-S403 415. |
| 323 |
|
|
S207=S422-S402 416. |
| 324 |
|
|
S208=S421-S401 417. |
| 325 |
|
|
C S209=0 418. |
| 326 |
|
|
C S210=0 419. |
| 327 |
|
|
S211=S411+S431 420. |
| 328 |
|
|
S212=S412+S432 421. |
| 329 |
|
|
S213=S413+S433 422. |
| 330 |
|
|
S214=S414+S434 423. |
| 331 |
|
|
S215=C414-C434 424. |
| 332 |
|
|
S216=C413-C433 425. |
| 333 |
|
|
S217=C412-C432 426. |
| 334 |
|
|
S218=C411-C431 427. |
| 335 |
|
|
C S219=C410-C430 428. |
| 336 |
|
|
C**** CALCULATE FINAL COEFFICIENTS OF FOURIER EXPANSION 429. |
| 337 |
|
|
G(1,1)=(C200+C210)*BYKM 430. |
| 338 |
|
|
G(1,2)=(C201+C211)*BYKMH 431. |
| 339 |
|
|
G(1,3)=(C202+C212)*BYKMH 432. |
| 340 |
|
|
G(1,4)=(C203+C213)*BYKMH 433. |
| 341 |
|
|
G(1,5)=(C204+C214)*BYKMH 434. |
| 342 |
|
|
G(1,6)=(C205+C215)*BYKMH 435. |
| 343 |
|
|
G(1,7)=(C206+C216)*BYKMH 436. |
| 344 |
|
|
G(1,8)=(C207+C217)*BYKMH 437. |
| 345 |
|
|
G(1,9)=(C208+C218)*BYKMH 438. |
| 346 |
|
|
G(1,10)=(C400-C420)*BYKMH 439. |
| 347 |
|
|
G(1,11)=(C208-C218)*BYKMH 440. |
| 348 |
|
|
G(1,12)=(C207-C217)*BYKMH 441. |
| 349 |
|
|
G(1,13)=(C206-C216)*BYKMH 442. |
| 350 |
|
|
G(1,14)=(C205-C215)*BYKMH 443. |
| 351 |
|
|
G(1,15)=(C204-C214)*BYKMH 444. |
| 352 |
|
|
G(1,16)=(C203-C213)*BYKMH 445. |
| 353 |
|
|
G(1,17)=(C202-C212)*BYKMH 446. |
| 354 |
|
|
G(1,18)=(C201-C211)*BYKMH 447. |
| 355 |
|
|
G(1,19)=(C200-C210)*BYKM 448. |
| 356 |
|
|
G(2,1)=0. 449. |
| 357 |
|
|
G(2,2)=(S201+S211)*BYKMH 450. |
| 358 |
|
|
G(2,3)=(S202+S212)*BYKMH 451. |
| 359 |
|
|
G(2,4)=(S203+S213)*BYKMH 452. |
| 360 |
|
|
G(2,5)=(S204+S214)*BYKMH 453. |
| 361 |
|
|
G(2,6)=(S205+S215)*BYKMH 454. |
| 362 |
|
|
G(2,7)=(S206+S216)*BYKMH 455. |
| 363 |
|
|
G(2,8)=(S207+S217)*BYKMH 456. |
| 364 |
|
|
G(2,9)=(S208+S218)*BYKMH 457. |
| 365 |
|
|
G(2,10)=(C410-C430)*BYKMH 458. |
| 366 |
|
|
G(2,11)=(S218-S208)*BYKMH 459. |
| 367 |
|
|
G(2,12)=(S217-S207)*BYKMH 460. |
| 368 |
|
|
G(2,13)=(S216-S206)*BYKMH 461. |
| 369 |
|
|
G(2,14)=(S215-S205)*BYKMH 462. |
| 370 |
|
|
G(2,15)=(S214-S204)*BYKMH 463. |
| 371 |
|
|
G(2,16)=(S213-S203)*BYKMH 464. |
| 372 |
|
|
G(2,17)=(S212-S202)*BYKMH 465. |
| 373 |
|
|
G(2,18)=(S211-S201)*BYKMH 466. |
| 374 |
|
|
G(2,19)=0. 467. |
| 375 |
|
|
RETURN 468. |
| 376 |
|
|
END 469. |
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