File: MESFLX.FC of Tape: Various/ETH/fc2
(.FC,.FO Focal format converted to 'WRITE' listing)
C-OS/8 FOCAL, 1972 01.01 C MESFLX 01.02 C 20 JUNI 74 01.03 C BRUKER UND SWEEP HAND GESTEUERT 01.09 I (LG)LG,1.1,LG 01.10 D 31;G 2.01 01.60 T !"SET FIELD AT:",%5,H 02.01 C PRIMER 02.05 A ?HI?;S KI=1/HI 02.10 D 6 02.11 S Z=FADC(TP);T ! 02.14 A "HF OR DK(1E-7/G)",DK," THEN ";I (DK-100)2.18;S HF=DK 02.17 S DK=1E7*(HI-HF)/(HI*HF*N);T "DK="%4.03,DK,"(1E-7/G)";G 2.2 02.18 S HF=FITR(HI/(1+N*DK*1E-7*HI));T "HF=",%5,HF 02.20 S MM=60+FSGN(MI-21)*15+FSGN(MI-51)*25 02.24 S AH=511*MI/(MM*HI^2) 02.25 S H=HI;D 4.05;S AI=AS;D 4.45 02.26 S X=(HI-HF)/1000;S X=6+FSGN(X-2)*1.5+2.5*FSGN(X-5) 02.27 T !"SET SWEEP: RANGE =",%2,X," KG" 02.28 S X=3*X*1E3/(DK*1E-7*HF^2);T " , RATE >",%4,X," SEC";D 31.99 02.30 T !">>> TEMP OK ? ALL ON 'PDP'?";D 31.99 02.31 T !" SWEEP-RANGE >="%4,HI-HF," /-RATE <=",%3.02,DK*1E-7*HF^2/3," G/S" 02.32 T !" M-RANGE=",%3,MM,"?",%6.03;D 31.99;T "..THEN: GO"!;S LG=2.4;Q 02.40 D 13.8;F I=-255,0;S Z=FCOM(-I,0);S Z=FX(0,500) 02.41 S H=HI;D 4;S H=HI+100;D 14;D 1.6 02.42 D 31.99;D 15 02.43 T !"RUN BEGINS, START SWEEP";S Z=FOUT(135) 02.44 S J=0;S Z=FIOP(-4095) 02.45 S TQ=0;S TM=0 02.50 S Z=FIOP(1);S Z=FADC(TT);S Z=FADC(S);S #=-1 03.01 C MESS ROUTINE 03.10 S K=KI+J*DK*1E-7;S H=1/K;S HJ=H*10;D 10;D 16;D 4 03.20 I (#)3.2;S Y=FADC(R);S X=Y/.99;S X=FLOG(X) 03.22 S TS=6.5772/X-2.4921+.2551*X;S TS=1/TS 03.23 S TQ=TQ+TS*TS;S TM=TM+TS 03.25 S Z=FIOP(-1);S Z=FADC(TP) 03.30 S %=-1 03.32 I (%)3.32 03.34 I (FITR((HJ-RA*FLUX(R))*.2))3.3,3.38;D 7.9;D 31.99;G 2.5 03.38 S Z=FADC(S);S #=-1;D 11 03.40 I (#)3.4;S Z=FADC(R);S V=Z/10^(4-TP);I (V)3.5,3.45,3.5 03.45 T "0";S V=5 03.50 S Z=FCOM(J,V-5);S Z=FX(FITR(J/256),500);D 7;D 2.5 03.60 S J=J+1;I (J-N)3.1 03.70 S N=J 03.72 S TM=TM/N;S TV=FSQT((TQ-N*TM*TM)/(N-1)) 03.74 T %4.03,!"TM=",TM," TV=",TV,:24 03.76 F I=0,35;T "-" 03.78 T " D ";S Z=FOUT(MD(4));S Z=FOUT(MD(5));T ! 03.80 S LG=2.01;G 30.1 04.01 C SWEEP MOD. 04.05 S AS=FITR(AH*H*H) 04.10 I (-FABS(AS-AI))4.2;R 04.20 S AI=AI+FSGN(AS-AI) 04.30 S %=-1 04.40 I (%)4.4 04.45 S Z=FDAC(AI) 04.50 G 4.1 05.01 C FOUR 05.10 A ?SI?,?SF?;S X=(SF-SI)/16;I (X-FITR(X)-.5)5.14;S X=X+.5 05.14 S SS=FITR(X)/16;S S2=SI+SS*128;S SF=SI+SS*256 05.16 T %3,"'"SS*32"'" 05.20 D 13.9;D 12 05.30 S Z=FOUR(SI,SS);S ZM=FX(1,760) 06.01 C MESSPARAMETER 06.05 A !"RUN",D;S I=D 06.10 S MD(4)=176+FITR(I/10);S MD(5)=176+(I-10*FITR(I/10)) 06.20 A !?N RT MI PS PT HR?;S MI=MI+.01 07.01 C CHECKS 07.10 I ($-211)7.2;S Z=FIN();D 7.9;S LG=2.5;Q 07.20 S Z=FIOP()-2048;I (-Z)7.3;R 07.30 I (Z-9)7.4;T "M";R 07.40 T "T";R 07.90 T !"BACKUP SWEEP";S TM=TM-TS;S TQ=TQ-TS*TS 08.01 C MULT DATA WITH SQ.ROOT OF H 08.10 D 13.8;S KI=1/HI;S HN=FSQT(HI) 08.20 F I=0,N-1;S K=KI+I*DK*1E-7;S H=1/K;D 8.3 08.25 R 08.30 S Z=FCOM(I,FCOM(I)*FSQT(H)/HN);D 13.5 09.01 C MI NULL 09.10 D 2.12;S MM=100;A ?P? 09.20 A !"ZERO#",X;S X=5.2+3.2*(X-1);S MI=FITR(HI*HI*P*X/PI) 09.25 T %3,MI;I (100-MI)9.2;D 2.24;D 2.42 09.30 S H=HI-100;D 9.9 09.40 T " ";S Z=FIN();S MI=MI+Z-189;D 2.24 09.50 S H=HI+100;D 9.9;D 9.4;G 9.3 09.90 D 14;S Z=FELD(H);D 2.42 10.01 C J IN DISPLAY 10.10 S A=J/100;F X1=137,139;D 11.2 11.01 C TS IN DISPLAY 11.10 S A=FABS(TS);S X1=127;D 11.2;S X1=129;D 11.2;S X1=130 11.15 D 11.2;S X1=131 11.20 S X=FITR(A);S Z=FDIS(X1,X-80);S A=10*(A-X)+1E-6 12.01 C FOURSCALE 12.10 S X=194;S A=SI/100;S Y=FITR(A) 12.12 I (-Y)12.14;S Z=FDIS(X+2,-96);G 12.16 12.14 S L=12.2;G 12.52 12.16 D 12.8;I (-Y)12.18;S Z=FDIS(X+1,-96);G 12.8 12.18 D 12.9;G 12.8 12.20 S X=201;S A=S2/100;S Y=FITR(A);S L=12.3;G 12.5 12.30 S X=212;S A=SF/100;S Y=FITR(A);S L=12.34;G 12.5 12.34 R 12.50 I (-Y)12.52,12.54 12.52 D 12.9;G 12.56 12.54 S Z=FDIS(X,-96);S X=X+1 12.56 D 12.8;D 12.9;D 12.8;D 12.9;G L 12.80 S A=(A-Y)*10+1E-4;S Y=FITR(A) 12.90 S Z=FDIS(X,Y-80);S X=X+1 12.92 G 12.2 13.01 C DIS SWITCH 13.40 S Z=FDIS(0,0) 13.50 S Z=FX(0,500) 13.70 S Z=FDIS(A,FABS(FDIS(A)));S Z=FDIS(B,-FABS(FDIS(B))) 13.80 S A=4;S B=5;D 13.7 13.90 S A=5;S B=4;D 13.7 14.01 C H(REAL) TO H(BRUKER) / H IN GAUSS 14.10 D 16;S H=H/1000 14.20 I (H-20)14.4;I (H-22)14.6,14.8,14.8 14.40 S DH=.011*FATN(H)-1.789E-3*H+1.0831E-3*H*H 14.41 S DH=DH-4.798575E-5*H*H*H+6.266462E-7*H^4 14.42 G 14.9 14.60 S DH=-4.61032E-1+5.5322E-2*H-1.289E-3*H*H;G 14.9 14.80 S DH=8.1269E-1-6.64736E-2*H+1.6159E-3*H*H 14.90 S H=FITR(1000*(H+DH));R 15.01 C CALIBRATE FLUX 15.10 S RA=1.9735 15.20 S Z=FLUX(H);S Z=FLUX(R);S Z=FLUX(R) 15.30 S HJ=(HI+100)*10/RA 15.40 F I=1,300;S Z=FSIN(I) 15.50 S Z=FLUX(HJ) 16.01 C H IN DISPLAY 16.10 S A=H/1E4;F X1=146,147;D 11.2 16.20 F X1=149,151;D 11.2 18.01 C ALIAS RECHNER 18.10 S I=0;T "PERIODS AND DK IN 1E-7 /G" 18.12 S I=I+1;T !"PER",%2,I,:10;A X;I (X)18.13,18.15,18.13 18.13 S A(I)=512/X;G 18.12 18.15 S II=I-1;T !;S NM=DK 18.20 T !"DK";A NM;I (-NM)18.3,18.8 18.30 S NF=256/NM;F I=1,II;S X=A(I);D 19;S B(I)=B(I)*55/NF 18.40 F I=512,567;S Z=FCOM(I,160) 18.50 F I=1,II;S J=FITR(B(I));S Z=FCOM(J+512,FCOM(512+J)+16+I) 18.60 F I=0,3;T :10"'";F J=0,13;S Z=FOUT(FCOM(J+512+14*I)) 18.70 T "'";G 18.2 18.80 S DK=256/NF;T !" DK IS NOW",%5.03,DK,"E-7"! 19.01 C SR FOR ALIAS 19.10 S M=0 19.20 S X=X-NF;I (X)19.4,19.4;S M=M+1;G 19.2 19.40 S M=M/2;S M=FITR(M)-M 19.50 I (M)19.6;S B(I)=NF+X;R 19.60 S B(I)=-X 20.01 C FLUX DRIFT AM KO 20.10 D 13.8;D 15.2 20.20 S H1=1E4;S Z=FLUX(H1) 20.30 S I=-10 20.40 S %=-1 20.50 I (%)20.5 20.60 S I=I+1;I (I)20.4; 20.70 S H=FLUX(R) 20.75 S H=FITR(H) 20.80 D 16;G 20.3 21.01 C TS 21.10 D 2.5;D 3.2;D 3.22;D 11;G 21.1 22.01 C UNSHIFT 22.05 S X(1)=0 22.10 F I=0,N-1;S X(1)=X(1)+FCOM(I) 22.15 S X(1)=X(1)/N 22.30 F I=0,N-1;S Z=FCOM(I,FCOM(I)-X(1));D 13.5 22.40 T %6.04,"SHIFT=",X(1) 25.10 D 2.26;D 2.27;D 2.28 29.10 S Z=FOUT(255);S Z=FOUT(255) 29.20 S Z=FOUT(I);D 29.1 29.25 D 6.1 29.30 T "30.4 O O M";F J=1,5;S Z=FOUT(MD(J)) 29.40 T !"G 30.3",! 30.01 C STORE 30.10 D 22 30.15 D 8 30.20 T !"READ IN BATCH TAPE";F I=1,5;S Z=FIN() 30.25 Q 30.30 T !"SWITCH READER OFF" 30.40 O O M27D02 30.50 T "D",%2,D,!,%3,N,!;F I=0,N-1;T %4.03,FCOM(I),! 30.60 T "13",!,%5.03,DK,!,HR,!,HI,!,HF,! 30.70 T MI,!,PS,!,PT,!,RT,!,TM,!,TV,!,X(1),!,X(2),!,X(3),! 30.80 S Z=FOUT(140) 30.90 O C 30.95 T !"FLUX-TEST";D 31.99;T RA*FLUX(R)/10-HI-100," GAUSS DRIFT" 30.99 Q 31.01 C MESAGE 31.02 L P FOUPIC 31.03 S X=0;S Z=0;S $=2000 31.05 T !"M#:";S MD(1)=FIN();S MD(2)=FIN();S MD(3)=196 31.10 S H=15E3;S TP=1;S TT=0;S LG=2.01 31.15 T !"-PAR: -SHIFT =+5V; -TAU >= 100MSEC";D 31.99 31.20 T !"-TURN MUX ON";D 31.99 31.25 T !"-DVM: 'FAST' AND '10 VOLT'";D 31.99 31.30 T !"-FAN OFF?";D 31.99 31.35 T !"-MAGNET LAMPS OUT?";D 31.99 31.40 T !"-OFFSET TEST:SHORT DVM INPUT;STRIKE KEYB.";D 31.99 31.45 S Z=FADC(TT);S Z=0;F I=1,10;S Z=Z+FADC(Q) 31.50 I (Z-50)31.55;I (70-Z)31.55;T !"OFFSET OK;REMOVE SHORT";G 31.6 31.55 T !"-OFFSET NOW",%3.02,Z/100," MVOLT /REMOVE SHORT; CHANGE 3.2" 31.60 D 31.99;A !"HOW MANY FRAMES?",K 31.65 O I TTY:;T "PUNCH ON;HIT;PUNCH OFF;HIT";D 31.99 31.70 F J=0,30;S Z=FOUT(128) 31.80 F I=1,K;D 29 31.85 D 31.7 31.90 D 31.99 31.95 O I TTY:,E;R 31.99 T " ^";S Z=FIN()