1 | CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC |
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2 | C |
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3 | c (subroutines LOGQYN and STPACK copied from ASYM_RF.FOR 4/1/96. PJCK) |
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4 | |
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5 | c 11/1/1999 J.S. Lord Added DEVA file access |
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6 | |
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7 | PROGRAM ASYM |
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8 | C ------------ |
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9 | C |
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10 | REAL X(200),YI(200),YD(200),C(65536),F(2048,200),B(2048,200) |
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11 | REAL DELTA(32),EI(200),ED(200) |
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12 | LOGICAL AGAIN |
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13 | integer inst |
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14 | DATA NCAL /32/ |
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15 | C |
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16 | CALL ASKSIZ(SIZE,IWIDTH) |
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17 | CALL CALIB(DELTA,NCAL) |
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18 | WRITE(*,*) |
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19 | c CALL LOGQYN(' Instrument> Are data from MuSR (else EMU) ?','Y', |
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20 | c * LMUSR) |
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21 | |
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22 | 57 write(*,*)'Select instrument:' |
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23 | write(*,*)'1. MuSR' |
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24 | write(*,*)'2. EMU' |
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25 | write(*,*)'3. DEVA' |
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26 | read(*,*)inst |
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27 | if(inst.lt.1 .or. inst.gt.3) goto 57 |
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28 | |
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29 | WRITE(*,*) |
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30 | 1 WRITE(*,100) |
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31 | 100 FORMAT(' > First and last run number ? : ',$) |
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32 | READ(*,*,ERR=1) ISTART,IEND |
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33 | IF (ISTART.LT.1 .OR. IEND.LT.ISTART) GOTO 1 |
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34 | NRUNS=IEND-ISTART+1 |
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35 | IF (NRUNS.GT.200) GOTO 1 |
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36 | 2 WRITE(*,110) |
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37 | 110 FORMAT(' > Balance parameter alpha ? : ',$) |
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38 | READ(*,*,ERR=2) ALPHA |
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39 | IF (ALPHA.LT.0.01 .OR. ALPHA.GT.100.0) GOTO 2 |
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40 | K=1 |
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41 | DO 10 IRUN=ISTART,IEND |
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42 | CALL GETFIL(IRUN,NT,NH,H,C,DXTIME,NFRAMS,inst) |
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43 | IF (NCAL.LE.32 .AND. NCAL.NE.NH) STOP ' # of Hist mismatch!' |
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44 | CALL FORBCK(C,NH,NT,ALPHA,F(1,K),B(1,K),DELTA,DXTIME,NFRAMS) |
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45 | X(K)=H |
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46 | K=K+1 |
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47 | 10 CONTINUE |
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48 | WRITE(*,*) |
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49 | 3 WRITE(*,120) |
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50 | 120 FORMAT(' > First and last time channel ? : ',$) |
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51 | READ(*,*,ERR=3) I1,I2 |
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52 | IF (I1.LT.1 .OR. I2.GT.NT .OR. I2.LT.I1) GOTO 3 |
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53 | DO 20 K=1,NRUNS |
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54 | CALL INTSYM(F(1,K),B(1,K),I1,I2,YI(K),EI(K)) |
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55 | CALL DIFSYM(F(1,K),B(1,K),I1,I2,YD(K),ED(K)) |
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56 | 20 CONTINUE |
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57 | WRITE(*,*) |
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58 | WRITE(*,*)' Integral Asymmetry' |
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59 | CALL PLOT(X,YI,EI,NRUNS,1,SIZE,IWIDTH) |
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60 | WRITE(*,*) |
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61 | WRITE(*,*)' Differential Asymmetry' |
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62 | CALL PLOT(X,YD,ED,NRUNS,2,SIZE,IWIDTH) |
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63 | WRITE(*,*) |
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64 | CALL LOGQYN(' > Try another time window ?','Y',AGAIN) |
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65 | WRITE(*,*) |
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66 | IF (AGAIN) GOTO 3 |
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67 | END |
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68 | C |
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69 | SUBROUTINE CALIB(DELTA,NCAL) |
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70 | C ---------------------------- |
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71 | C |
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72 | REAL DELTA(*) |
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73 | CHARACTER*60 FILNAM |
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74 | C |
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75 | WRITE(*,*) |
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76 | 1 WRITE(*,100) |
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77 | 100 FORMAT(' INPUT> Calibration Filename ? : ',$) |
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78 | READ(*,200,ERR=1) NNN,FILNAM |
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79 | 200 FORMAT(Q,A) |
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80 | IF (NNN.EQ.0) THEN |
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81 | WRITE(*,*) |
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82 | 2 WRITE(*,110) |
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83 | 110 FORMAT(' Calibration> Dead time ? (nS) : ',$) |
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84 | READ(*,*,ERR=2) DTIME |
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85 | DO 10 I=1,NCAL |
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86 | 10 DELTA(I)=DTIME |
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87 | NCAL=1000 |
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88 | ELSE |
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89 | OPEN(UNIT=2,FILE=FILNAM,STATUS='OLD',FORM='FORMATTED',READONLY, |
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90 | * ERR=2) |
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91 | READ(2,*) |
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92 | READ(2,*) |
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93 | READ(2,*) |
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94 | READ(2,*) |
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95 | DO 20 I=1,NCAL |
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96 | 20 READ(2,*,ERR=3,END=3) DELTA(I) |
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97 | 3 NCAL=I-1 |
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98 | CLOSE(UNIT=2) |
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99 | WRITE(*,*) |
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100 | WRITE(*,*)' No. of detectors in calibration file = ',NCAL |
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101 | ENDIF |
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102 | END |
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103 | C |
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104 | SUBROUTINE FORBCK(C,NH,NT,ALPHA,F,B,DELTA,DX,NFRAMS) |
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105 | C ---------------------------------------------------- |
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106 | C |
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107 | REAL C(NH,NT),F(*),B(*),DELTA(*),DELTA2(32) |
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108 | C |
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109 | DO 10 I=1,NH |
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110 | 10 DELTA2(I)=DELTA(I)/(DX*FLOAT(NFRAMS)) |
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111 | NH2=NH/2 |
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112 | DO 30 J=1,NT |
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113 | SUMF=0.0 |
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114 | SUMB=0.0 |
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115 | DO 20 I=1,NH2 |
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116 | IB=I+NH2 |
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117 | DI=C(I,J) |
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118 | DIB=C(IB,J) |
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119 | SUMF=SUMF+DI/(1.0-DI*DELTA2(I)) |
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120 | SUMB=SUMB+DIB/(1.0-DIB*DELTA2(I)) |
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121 | 20 CONTINUE |
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122 | F(J)=SUMF |
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123 | B(J)=ALPHA*SUMB |
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124 | 30 CONTINUE |
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125 | END |
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126 | C |
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127 | SUBROUTINE INTSYM(F,B,I1,I2,YI,EI) |
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128 | C ---------------------------------- |
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129 | C |
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130 | REAL F(*),B(*) |
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131 | C |
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132 | SUMF=0.0 |
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133 | SUMB=0.0 |
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134 | DO 10 I=I1,I2 |
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135 | SUMF=SUMF+F(I) |
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136 | SUMB=SUMB+B(I) |
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137 | 10 CONTINUE |
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138 | YI=(SUMF-SUMB)/(SUMF+SUMB) |
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139 | VARI=(1.0+YI*YI)/(SUMF+SUMB) |
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140 | EI=SQRT(VARI) |
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141 | END |
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142 | C |
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143 | SUBROUTINE DIFSYM(F,B,I1,I2,YD,ED) |
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144 | C ---------------------------------- |
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145 | C |
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146 | REAL F(*),B(*) |
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147 | C |
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148 | SUM=0.0 |
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149 | VARD=0.0 |
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150 | DO 10 I=I1,I2 |
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151 | FBNORM=1.0/(F(I)+B(I)) |
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152 | Z=(F(I)-B(I))*FBNORM |
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153 | SUM=SUM+Z |
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154 | VARD=VARD+(1.0+Z*Z)*FBNORM |
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155 | 10 CONTINUE |
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156 | YD=SUM/FLOAT(I2-I1+1) |
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157 | ED=SQRT(VARD)/FLOAT(I2-I1+1) |
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158 | END |
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159 | C |
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160 | C***<plottting routines>************************************************ |
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161 | C |
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162 | SUBROUTINE ASKSIZ(SIZE,IWIDTH) |
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163 | C ------------------------------ |
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164 | C |
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165 | 1 WRITE(*,100) |
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166 | 100 FORMAT(' PLOT> Character Size ? (def=1.5) : ',$) |
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167 | READ(*,200,ERR=1) NNN,SIZE |
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168 | 200 FORMAT(Q,F) |
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169 | IF (NNN.EQ.0) SIZE=1.5 |
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170 | IF (SIZE.LT.0.001) GOTO 1 |
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171 | 2 WRITE(*,110) |
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172 | 110 FORMAT(' PLOT> Line-widths ? (def=1; try 5 for PS) : ',$) |
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173 | READ(*,210,ERR=2) NNN,IWIDTH |
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174 | 210 FORMAT(Q,I) |
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175 | IF (NNN.EQ.0) IWIDTH=1 |
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176 | IF (IWIDTH.LT.1 .OR. IWIDTH.GT.21) GOTO 2 |
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177 | END |
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178 | C |
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179 | SUBROUTINE PLOT(X,Y,E,N,ISYM,SIZE,IWIDTH) |
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180 | C ----------------------------------------- |
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181 | C |
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182 | REAL X(*),Y(*),E(*),YLOW(200),YHIGH(200) |
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183 | LOGICAL LWRITE,LERROR |
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184 | CHARACTER*60 FILNAM |
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185 | C |
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186 | CALL MAXMIN(X,Y,N,XMIN,XMAX,YMIN,YMAX) |
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187 | WRITE(*,*) |
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188 | CALL LOGQYN(' Plot> Display the error-bars ?','N',LERROR) |
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189 | WRITE(*,*) |
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190 | CALL PGBEGIN(0,'?',1,1) |
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191 | CALL PGSCH(SIZE) |
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192 | CALL PGSLW(IWIDTH) |
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193 | CALL PGENV(XMIN,XMAX,YMIN,YMAX,0,0) |
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194 | CALL PGPOINT(N,X,Y,4) |
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195 | IF (LERROR) THEN |
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196 | DO 10 I=1,N |
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197 | YLOW(I)=Y(I)-E(I) |
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198 | YHIGH(I)=Y(I)+E(I) |
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199 | 10 CONTINUE |
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200 | CALL PGERRY(N,X,YLOW,YHIGH,0.0) |
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201 | ENDIF |
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202 | IF (ISYM.EQ.1) THEN |
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203 | CALL PGLABEL('Field (G)','Asymmetry','Integral Asymmetry') |
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204 | ELSEIF (ISYM.EQ.2) THEN |
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205 | CALL PGLABEL('Field (G)','Asymmetry','Differential Asymmetry') |
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206 | ENDIF |
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207 | CALL PGEND |
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208 | WRITE(*,*) |
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209 | CALL LOGQYN(' Output> Write out an ASCII file ?','N',LWRITE) |
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210 | IF (LWRITE) THEN |
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211 | WRITE(*,*) |
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212 | 1 WRITE(*,100) |
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213 | 100 FORMAT(' Output> Filename ? : ',$) |
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214 | READ(*,200,ERR=1) FILNAM |
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215 | 200 FORMAT(A) |
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216 | OPEN(UNIT=3,FILE=FILNAM,STATUS='NEW',FORM='FORMATTED',ERR=1) |
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217 | DO 20 I=1,N |
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218 | WRITE(3,110) X(I),Y(I),E(I) |
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219 | 110 FORMAT(X,F7.1,2F9.5) |
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220 | 20 CONTINUE |
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221 | CLOSE(UNIT=3) |
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222 | ENDIF |
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223 | END |
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224 | C |
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225 | SUBROUTINE MAXMIN(X,Y,N,XMIN,XMAX,YMIN,YMAX) |
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226 | C ------------------------------------------ |
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227 | C |
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228 | REAL X(*),Y(*) |
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229 | C |
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230 | XMIN=+1.0E20 |
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231 | XMAX=-1.0E20 |
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232 | YMIN=+1.0E20 |
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233 | YMAX=-1.0E20 |
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234 | DO 10 I=1,N |
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235 | IF (X(I).LT.XMIN) XMIN=X(I) |
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236 | IF (X(I).GT.XMAX) XMAX=X(I) |
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237 | IF (Y(I).LT.YMIN) YMIN=Y(I) |
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238 | IF (Y(I).GT.YMAX) YMAX=Y(I) |
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239 | 10 CONTINUE |
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240 | XDIF=(XMAX-XMIN)/20.0+1.0E-10 |
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241 | YDIF=(YMAX-YMIN)/20.0+1.0E-10 |
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242 | XMIN=XMIN-XDIF |
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243 | XMAX=XMAX+XDIF |
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244 | YMIN=YMIN-YDIF |
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245 | YMAX=YMAX+YDIF |
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246 | WRITE(*,*) |
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247 | 1 WRITE(*,100) YMIN,YMAX |
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248 | 100 FORMAT(' Plot> Ymin & Ymax ? (def=',F7.3',',F7.3') : ',$) |
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249 | READ(*,200,ERR=1) NNN,YMIN1,YMAX1 |
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250 | 200 FORMAT(Q,2F) |
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251 | IF (NNN.NE.0) THEN |
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252 | YMIN=YMIN1 |
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253 | YMAX=YMAX1 |
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254 | ENDIF |
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255 | END |
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256 | CC |
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257 | C***<logical question>************************************************** |
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258 | C |
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259 | SUBROUTINE LOGQYN(S,D,L) |
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260 | C ------------------------ |
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261 | C |
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262 | LOGICAL L,L2 |
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263 | CHARACTER*1 D,D2,A |
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264 | CHARACTER*45 STRING |
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265 | CHARACTER S(*) |
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266 | C |
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267 | IF (D.EQ.'Y') THEN |
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268 | L=.TRUE. |
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269 | D2='N' |
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270 | L2=.FALSE. |
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271 | ELSEIF (D.EQ.'N') THEN |
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272 | L=.FALSE. |
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273 | D2='Y' |
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274 | L2=.TRUE. |
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275 | ELSE |
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276 | WRITE(*,*)' Default should be Y or N !' |
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277 | RETURN |
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278 | ENDIF |
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279 | CALL STPACK(STRING,S,45) |
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280 | 1 WRITE(*,100)STRING,D |
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281 | READ(*,110)N,A |
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282 | IF (N.EQ.0) RETURN |
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283 | IF (A.EQ.'y' .OR. A.EQ.'T' .OR. A.EQ.'t') A='Y' |
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284 | IF (A.EQ.'n' .OR. A.EQ.'F' .OR .A.EQ.'f') A='N' |
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285 | IF (A.EQ.D) THEN |
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286 | RETURN |
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287 | ELSEIF (A.EQ.D2) THEN |
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288 | L=L2 |
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289 | RETURN |
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290 | ENDIF |
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291 | GOTO 1 |
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292 | 100 FORMAT(A45' Y/N (def=',A1') : ',$) |
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293 | 110 FORMAT(Q,:,A1) |
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294 | END |
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295 | |
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296 | C |
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297 | SUBROUTINE STPACK(STRING,S,N) |
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298 | C ----------------------------- |
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299 | C |
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300 | CHARACTER STRING(*),S(*) |
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301 | C |
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302 | DO 10 I=1,N |
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303 | STRING(I)=S(I) |
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304 | IF (S(I).EQ.'?') GOTO 20 |
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305 | 10 CONTINUE |
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306 | 20 DO 30 J=I+1,N |
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307 | 30 STRING(J)=' ' |
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308 | END |
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309 | C |
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310 | C***<hacked from Steve Johnston's program mcs_read.for>***************** |
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311 | C |
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312 | SUBROUTINE GETFIL(IRUN,NT,NH,H,C,DXTIME,NFRAMS,inst) |
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313 | C ----------------------------------------------------- |
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314 | C |
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315 | REAL C(*) |
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316 | integer inst |
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317 | C |
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318 | character*80 mcs_file |
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319 | integer*4 file |
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320 | integer*4 ncan |
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321 | integer*2 ib(512) |
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322 | integer*2 istfla,rescod,nrun,numhis,histlen,numrec,reclen,i |
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323 | integer*2 t0bin(32),tgood_begin(32),tgood_end(32),j |
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324 | integer*2 ngroups,branch(4),crate(4),first(4),ndev(4) |
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325 | integer*2 begin,end |
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326 | integer*4 res_pscnds,ntotal(32) |
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327 | character rtitle*40, devtyp(4)*4 |
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328 | character*9 start_date,stop_date |
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329 | character*8 start_time,stop_time |
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330 | logical*1 rgmode |
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331 | integer*2 nreads, framread |
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332 | character*32 grouping |
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333 | integer*4 rdata |
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334 | dimension rdata(64,2048) |
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335 | integer a,rtot,asy |
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336 | real redgrn,ntot(32),alpha,totred,totgrn,temp |
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337 | character*60 comment |
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338 | c |
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339 | equivalence |
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340 | 1 (istfla,ib(1)), (rescod,ib(2)), (res_pscnds,ib(7)), |
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341 | 1 (nrun,ib(4)), (start_date,ib(110)), (stop_date,ib(115)), |
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342 | 1 (start_time,ib(120)), (stop_time,ib(124)), (rtitle,ib(70)), |
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343 | 1 (numhis,ib(16)), (histlen,ib(15)), (numrec,ib(65)), |
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344 | 1 (reclen,ib(66)), (t0bin(1),ib(256-3*32)), |
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345 | 1 (tgood_begin(1),ib(256-2*32)), (tgood_end(1),ib(256-32)), |
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346 | 1 (ntotal(1),ib(256)), (branch(1),ib(512-5*4)), |
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347 | 1 (crate(1),ib(512-4*4)), (first(1),ib(512-3*4)), |
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348 | 1 (ndev(1),ib(512-2*4)), (devtyp(1),ib(512-4)), |
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349 | 1 (ngroups,ib(512)),(comment,ib(431)), |
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350 | 1 (rgmode,ib(67)),(nreads,ib(68)),(framread,ib(69)) |
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351 | C |
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352 | file=0 |
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353 | type *,' ' |
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354 | c |
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355 | c *** manufacture file name and search VAX & HUB *** |
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356 | c |
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357 | FILE=irun |
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358 | type *,' ' |
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359 | redgrn=1 |
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360 | IF (inst.eq.1) THEN |
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361 | write(mcs_file,1070)file |
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362 | ELSE IF (inst.eq.2) THEN |
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363 | write(mcs_file,1071)file |
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364 | ELSE |
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365 | write(mcs_file,1072)file |
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366 | ENDIF |
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367 | open(1,file=mcs_file,status='OLD',form='UNFORMATTED', |
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368 | 1 err=201,readonly) |
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369 | goto 205 |
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370 | 201 IF (inst.eq.1) THEN |
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371 | write(mcs_file,1060)file |
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372 | ELSE IF (inst.eq.2) THEN |
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373 | write(mcs_file,1061)file |
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374 | ELSE |
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375 | write(mcs_file,1062)file |
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376 | ENDIF |
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377 | type *,'File not present in uVAX,searching the HUB' |
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378 | open(1,file=mcs_file,status='OLD',form='UNFORMATTED', |
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379 | 1 err=202,readonly) |
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380 | goto 205 |
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381 | 202 IF (inst.eq.1) THEN |
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382 | write(mcs_file,1080)file |
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383 | ELSE IF (inst.eq.2) THEN |
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384 | write(mcs_file,1081)file |
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385 | ELSE |
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386 | write(mcs_file,1082)file |
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387 | ENDIF |
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388 | type *,'File not present in uVAX,searching the HUB' |
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389 | open(1,file=mcs_file,status='OLD',form='UNFORMATTED', |
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390 | 1 err=203,readonly) |
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391 | goto 205 |
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392 | 203 type *,'File not present in HUB,re-enter valid file number' |
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393 | type *,' ' |
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394 | RETURN |
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395 | c |
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396 | c *** enter data from MCS file into decimal form (from binary) *** |
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397 | c |
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398 | 205 read(1) ib |
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399 | if (rgmode.eq.0) goto 99 |
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400 | redgrn=2 |
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401 | 99 do 100 ih=1,numhis*redgrn |
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402 | 100 read(1) (rdata(ih,i),i=1,histlen) |
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403 | close(1) |
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404 | rtitle(30:30)=rtitle(29:29) |
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405 | c |
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406 | c *** print title and header of file *** |
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407 | c |
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408 | type *,' ' |
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409 | 102 rtitle(11:11)=' ' |
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410 | rtitle(20:20)='K' |
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411 | rtitle(29:29)='G' |
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412 | type *,' ' |
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413 | type *,'Sample : ',rtitle(1:11) |
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414 | type *,'Temperature : ',rtitle(12:20) |
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415 | type *,'Field : ',rtitle(21:29) |
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416 | READ(RTITLE(21:28),*) H |
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417 | if (rtitle(30:30).ne.'l') goto 801 |
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418 | type *,'Orientation : LONGITUDINAL' |
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419 | goto 803 |
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420 | 801 if (rtitle(30:30).ne.'t') goto 802 |
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421 | type *,'Orientation : TRANSVERSE' |
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422 | goto 803 |
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423 | 802 type *,'Orientation : ',rtitle(30:30) |
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424 | numgroup=5 |
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425 | 803 type *,'Collimation : ',rtitle(31:40) |
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426 | type *,' ' |
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427 | type *,'Start time : ',start_time |
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428 | type *,'Stop time : ',stop_time |
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429 | type *,'Start date : ',start_date |
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430 | type *,'Stop date : ',stop_date |
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431 | type *,' ' |
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432 | type 1020,res_pscnds |
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433 | ncan=int(nreads)*int(framread) |
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434 | type 1030,ncan |
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435 | type 1040,numhis |
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436 | type 1050,histlen |
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437 | NH=numhis |
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438 | NT=histlen |
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439 | DXTIME=FLOAT(res_pscnds)/1000.0 |
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440 | NFRAMS=ncan |
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441 | K=0 |
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442 | DO J=1,NT |
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443 | DO I=1,NH |
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444 | K=K+1 |
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445 | C(K)=FLOAT(RDATA(I,J)) |
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446 | ENDDO |
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447 | ENDDO |
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448 | 1020 format(' Resolution : ',1i6,' pS') |
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449 | 1030 format(' Total no. of frames : ',1i8) |
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450 | 1040 format(' Number of histograms : ',1i3) |
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451 | 1050 format(' Number of time bins : ',1i5) |
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452 | 1060 format('MUSR$DISK:[MUMGR.DATA]MUS',i5.5,'.RAW') |
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453 | 1070 format('MUSR$DISK0:[DATA.MUSR]R',i5.5,'.RAL') |
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454 | 1080 format('SCRATCH$DISK:[MUMGR.RESTORE]USR',i5.5,'.RAW') |
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455 | 1061 format('MUSR$DISK:[EMUMGR.DATA]EMU',i5.5,'.RAW') |
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456 | 1071 format('EMU$DISK0:[DATA.EMU]R',i5.5,'.RAL') |
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457 | 1081 format('SCRATCH$DISK:[EMUMGR.RESTORE]EMU',i5.5,'.RAW') |
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458 | 1062 format('MUT$DISK:[MUTMGR.DATA]MUT',i5.5,'.RAW') |
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459 | 1072 format('MUT$DISK0:[DATA.MUT]R',i5.5,'.RAL') |
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460 | 1082 format('SCRATCH$DISK:[MUTMGR.RESTORE]MUT',i5.5,'.RAW') |
---|
461 | end |
---|
462 | C |
---|
463 | CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC |
---|