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Write a program to read the data from a file
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Please i need help with fortran , i need to write a program to read the data from a file, then extracting this data to another file with a specific fortran, The file is shown , the data i need to extract is marked in red(see the attached file). CODE
ENTRY 13753 20040225 20040517 20050926 0000
SUBENT 13753001 20040225 20040517 20050926 0000
BIB 12 28
INSTITUTE (1USALAS,1USALRL,1USAOHO)
#(1USALAS) Los Alamos National Laboratory, NM, USA
#(1USALRL) Lawrence Livermore National Laboratory, Livermore, CA, USA
#(1USAOHO) Ohio University, Athens, OH, USA
REFERENCE (J,PR/C,63,044608,200104)
# (J,PR/C,63,044608,200104) Journ.: Physical Review, Part C, Nuclear Physics, Vol.63, p.044608 (2001) USA
#+ #NSR=2001AB14 #DOI=10.1103/PhysRevC.63.044608
AUTHOR (W.P.Abfalterer,F.B.Bateman,F.S.Dietrich,R.W.Finlay,
R.C.Haight,G.L.Morgan)
TITLE Measurement of neutron total cross sections up to 560
MeV
FACILITY (MESON,1USALAS) LANSCE facility at WNR.
#(MESON) Meson facility
#(1USALAS) Los Alamos National Laboratory, NM, USA
INC-SOURCE (EVAP) 800-MeV protons on water-cooled tungsten target.
METHOD (TOF)
Spectra normalized to monitor counts.
#(TOF) Time-of-flight
DETECTOR (SCIN) 2 thick slabs of BC404 located at 37.70m and
39.61 m from neutron source. Plastic scintillator
veto counters placed in front of detectors to reject
charged particles.
Monitor counter consisted of a circular plastic
scintillator.
#(SCIN) Scintillation detector
CORRECTION Corrected for
. deadtime,
. accidental coincidences between veto counters and
main detectors,
. background,
. inscattering.
ERR-ANALYS (ERR-S) Statistical uncertainty given.
STATUS Data received by email from F. Dietrich, 10 July 2001.
(APRVD) Approved by F. Dietrich, 15 January 2002.
Update approved by F.Dietrich, 24 February 2004.
HISTORY (20010710C) VM
(20020125A) Author approval added.
ENDBIB 28
NOCOMMON 0 0
ENDSUBENT 31
SUBENT 13753029 20010711 20011023 20050926 0000
BIB 2 3
REACTION (90-TH-232(N,TOT),,SIG)
#(90-TH-232(N,TOT),,SIG) Quantity: [CS] Cross section
# Process: [TOT] Total
SAMPLE 580.37-g natural thorium sample.
Inverse sample thickness 3.331 b/atom.
ENDBIB 3
NOCOMMON 0 0
DATA 3 467
EN DATA ERR-S
MEV B B
5.293 7.484 0.02085
5.346 7.493 0.02161
5.399 7.478 0.02243
5.454 7.43 0.02066
5.509 7.385 0.02028
5.564 7.365 0.02018
5.62 7.363 0.02014
5.676 7.313 0.01982
5.733 7.296 0.01951
5.791 7.257 0.01927
5.849 7.206 0.01911
5.908 7.198 0.01916
5.967 7.135 0.019
6.027 7.124 0.01889
6.088 7.089 0.01885
6.149 7.029 0.01886
6.211 7.018 0.01971
6.273 7.015 0.02168
6.336 6.961 0.02162
6.4 6.937 0.01883
6.464 6.882 0.01779
6.529 6.848 0.01725
6.595 6.801 0.01655
6.661 6.759 0.01644
6.728 6.712 0.01634
6.796 6.702 0.01625
6.864 6.665 0.01604
6.933 6.631 0.01581
7.003 6.616 0.01577
7.073 6.573 0.01577
7.144 6.534 0.01592
7.216 6.503 0.01653
7.289 6.492 0.01793
7.362 6.462 0.01982
7.436 6.426 0.02028
7.51 6.415 0.01998
7.586 6.371 0.01964
7.662 6.347 0.02018
7.739 6.326 0.02164
7.817 6.303 0.02175
7.896 6.26 0.02092
7.975 6.248 0.02034
8.055 6.222 0.02005
8.136 6.217 0.01955
8.218 6.202 0.01825
8.3 6.141 0.01726
8.384 6.116 0.01678
8.468 6.097 0.01652
8.553 6.061 0.01639
8.639 6.051 0.01636
8.726 6.027 0.01641
8.814 5.999 0.01642
8.902 5.993 0.01645
8.992 5.958 0.01661
9.082 5.929 0.01695
9.173 5.909 0.01724
9.266 5.899 0.0174
9.359 5.875 0.01733
9.453 5.858 0.0172
9.548 5.868 0.01714
9.644 5.845 0.01714
9.741 5.828 0.01719
9.838 5.819 0.01718
9.937 5.804 0.01707
10.04 5.793 0.01706
10.14 5.764 0.01703
10.24 5.752 0.01702
10.34 5.751 0.01707
10.45 5.738 0.01725
10.55 5.731 0.01751
10.66 5.719 0.01781
10.77 5.738 0.01814
10.87 5.719 0.0184
10.98 5.71 0.01859
11.09 5.71 0.01867
11.2 5.704 0.0187
11.32 5.699 0.0187
11.43 5.715 0.01876
11.55 5.727 0.01878
11.66 5.687 0.01873
11.78 5.68 0.01881
11.9 5.704 0.01915
12.02 5.707 0.01951
12.14 5.691 0.01965
12.26 5.696 0.01942
12.38 5.708 0.01929
12.51 5.718 0.01936
12.63 5.708 0.01943
12.76 5.712 0.01959
12.89 5.729 0.01989
13.02 5.73 0.02007
13.15 5.722 0.02006
13.28 5.721 0.02005
13.41 5.763 0.02022
13.55 5.78 0.02031
13.69 5.78 0.02024
13.82 5.773 0.0201
13.96 5.774 0.02004
14.1 5.811 0.02019
14.24 5.826 0.0203
14.39 5.837 0.0204
14.53 5.865 0.02059
14.68 5.882 0.02092
14.82 5.877 0.02113
14.97 5.877 0.02123
15.12 5.887 0.01898
15.28 5.907 0.01377
15.43 5.924 0.01387
15.58 5.936 0.01401
15.74 5.943 0.01415
15.9 5.974 0.01426
16.06 5.986 0.01429
16.22 6. 0.01422
16.38 6.005 0.01414
16.55 6.001 0.01409
16.72 6.021 0.01403
16.88 6.05 0.01404
17.05 6.054 0.01406
17.22 6.054 0.01406
17.4 6.088 0.01407
17.57 6.096 0.01407
17.75 6.104 0.01409
17.93 6.108 0.01412
18.11 6.113 0.01416
18.29 6.117 0.01419
18.47 6.144 0.01422
18.66 6.154 0.01425
18.85 6.162 0.01427
19.04 6.192 0.01434
19.23 6.187 0.01436
19.42 6.188 0.01438
19.62 6.187 0.01434
19.81 6.198 0.01426
20.01 6.202 0.01416
20.21 6.201 0.01406
20.42 6.206 0.01395
20.62 6.212 0.01384
20.83 6.2 0.01377
21.04 6.198 0.01372
21.25 6.196 0.01364
21.46 6.196 0.01358
21.68 6.189 0.01351
21.9 6.184 0.01342
22.12 6.207 0.01333
22.34 6.2 0.01325
22.56 6.188 0.01317
22.79 6.171 0.01311
23.02 6.152 0.01305
23.25 6.156 0.01304
23.48 6.142 0.01299
23.72 6.141 0.01293
23.96 6.131 0.01286
24.2 6.108 0.0128
24.44 6.086 0.01273
24.69 6.081 0.01265
24.94 6.055 0.01257
25.19 6.048 0.01251
25.44 6.038 0.01242
25.7 6.007 0.01232
25.95 5.985 0.01222
26.21 5.989 0.01216
26.48 5.974 0.01207
26.74 5.954 0.01199
27.01 5.927 0.01188
27.28 5.909 0.01179
27.56 5.877 0.0117
27.84 5.85 0.01161
28.12 5.829 0.01151
28.4 5.803 0.01141
28.68 5.791 0.01133
28.97 5.757 0.01123
29.26 5.734 0.01114
29.56 5.706 0.01105
29.85 5.678 0.01097
30.15 5.65 0.01089
30.46 5.609 0.0108
30.76 5.596 0.01073
31.07 5.572 0.01067
31.38 5.541 0.01059
31.7 5.504 0.01051
32.02 5.487 0.01044
32.34 5.46 0.01037
32.67 5.431 0.0103
32.99 5.397 0.01022
33.33 5.372 0.01014
33.66 5.342 0.01007
34. 5.313 0.01001
34.34 5.28 0.009935
34.69 5.257 0.009859
35.03 5.238 0.009794
35.39 5.216 0.009735
35.74 5.193 0.00968
36.1 5.166 0.009604
36.46 5.129 0.009539
36.83 5.105 0.009487
37.2 5.078 0.00942
37.57 5.065 0.009362
37.95 5.045 0.009312
38.33 5.02 0.009264
38.72 4.987 0.0092
39.11 4.963 0.009135
39.5 4.955 0.009091
39.9 4.939 0.009034
40.3 4.917 0.008979
40.7 4.895 0.008936
41.11 4.874 0.008876
41.53 4.877 0.008837
41.94 4.867 0.008792
42.36 4.85 0.008746
42.79 4.84 0.008705
43.22 4.831 0.008665
43.65 4.815 0.008614
44.09 4.802 0.008573
44.54 4.797 0.008547
44.98 4.787 0.008515
45.44 4.765 0.008472
45.89 4.758 0.008437
46.35 4.762 0.008409
46.82 4.755 0.00838
47.29 4.755 0.008351
47.77 4.753 0.008326
48.25 4.75 0.008293
48.73 4.756 0.008269
49.22 4.75 0.008242
49.72 4.75 0.008218
50.22 4.76 0.008199
50.72 4.77 0.008183
51.23 4.776 0.008171
51.74 4.771 0.00815
52.26 4.771 0.008128
52.79 4.786 0.008115
53.32 4.793 0.008098
53.86 4.791 0.008084
54.4 4.807 0.008078
54.94 4.813 0.008066
55.5 4.825 0.008051
56.05 4.838 0.008048
56.62 4.864 0.008046
57.19 4.869 0.008028
57.76 4.875 0.008027
58.34 4.886 0.008018
58.93 4.9 0.00801
59.52 4.912 0.008002
60.12 4.927 0.007996
60.72 4.936 0.007987
61.33 4.951 0.007993
61.95 4.969 0.00799
62.57 4.982 0.007982
63.2 5.001 0.007979
63.84 5.016 0.007977
64.48 5.025 0.007973
65.13 5.037 0.007979
65.78 5.056 0.007974
66.44 5.06 0.007973
67.11 5.066 0.007962
67.78 5.086 0.00796
68.46 5.105 0.007961
69.15 5.122 0.007969
69.85 5.134 0.007958
70.55 5.133 0.007955
71.26 5.143 0.007954
71.97 5.161 0.00796
72.7 5.176 0.00796
73.43 5.179 0.007958
74.17 5.185 0.007949
74.91 5.193 0.007946
75.67 5.213 0.007945
76.43 5.214 0.007939
77.19 5.223 0.007931
77.97 5.224 0.007924
78.75 5.232 0.007913
79.54 5.231 0.007906
80.34 5.232 0.007905
81.15 5.235 0.007899
81.97 5.243 0.007899
82.79 5.241 0.007897
83.62 5.235 0.007882
84.46 5.233 0.007863
85.31 5.231 0.007857
86.17 5.226 0.007849
87.04 5.221 0.007831
87.91 5.227 0.00783
88.79 5.219 0.007825
89.69 5.215 0.007809
90.59 5.199 0.007783
91.5 5.183 0.007769
92.42 5.185 0.007766
93.35 5.181 0.007749
94.28 5.167 0.007738
95.23 5.158 0.007729
96.19 5.143 0.007709
97.16 5.114 0.007686
98.13 5.104 0.007665
99.12 5.098 0.007662
100.1 5.085 0.007641
101.1 5.056 0.007621
102.1 5.039 0.0076
103.2 5.017 0.007587
104.2 5.011 0.007582
105.2 4.989 0.007542
106.3 4.963 0.007514
107.4 4.947 0.007502
108.5 4.913 0.007481
109.5 4.882 0.007459
110.6 4.868 0.007439
111.8 4.846 0.007416
112.9 4.823 0.007393
114. 4.788 0.007369
115.2 4.758 0.007357
116.3 4.734 0.007332
117.5 4.722 0.007311
118.7 4.687 0.007281
119.9 4.66 0.007257
121.1 4.637 0.007249
122.3 4.611 0.007229
123.5 4.573 0.007194
124.8 4.542 0.007166
126. 4.515 0.007153
127.3 4.494 0.007131
128.6 4.464 0.007111
129.8 4.431 0.007091
131.1 4.403 0.007075
132.5 4.37 0.007052
133.8 4.341 0.007032
135.1 4.318 0.007012
136.5 4.286 0.006989
137.9 4.253 0.006974
139.3 4.222 0.006957
140.7 4.195 0.006935
142.1 4.167 0.006916
143.5 4.14 0.006897
144.9 4.107 0.006881
146.4 4.077 0.006874
147.9 4.043 0.006844
149.4 4.014 0.006823
150.9 3.996 0.006818
152.4 3.967 0.006797
153.9 3.934 0.006778
155.5 3.909 0.006765
157. 3.883 0.006759
158.6 3.857 0.006747
160.2 3.833 0.006737
161.8 3.819 0.00673
163.4 3.789 0.006704
165.1 3.759 0.006696
166.7 3.732 0.0067
168.4 3.703 0.006681
170.1 3.686 0.00667
171.8 3.664 0.006664
173.5 3.634 0.006651
175.3 3.615 0.006638
177. 3.601 0.006636
178.8 3.581 0.006643
180.6 3.554 0.006627
182.4 3.535 0.006612
184.3 3.514 0.006615
186.1 3.5 0.006617
188. 3.484 0.006607
189.9 3.47 0.006607
191.8 3.449 0.006611
193.7 3.431 0.006604
195.7 3.418 0.006604
197.6 3.399 0.006606
199.6 3.387 0.006609
201.6 3.372 0.006599
203.6 3.359 0.006598
205.7 3.336 0.006607
207.7 3.322 0.006613
209.8 3.311 0.006605
211.9 3.307 0.00661
214.1 3.295 0.006614
216.2 3.279 0.006615
218.4 3.274 0.006621
220.6 3.269 0.006632
222.8 3.255 0.006639
225.1 3.242 0.006647
227.3 3.237 0.006645
229.6 3.232 0.006654
231.9 3.225 0.00666
234.2 3.216 0.006669
236.6 3.204 0.006677
239. 3.201 0.006687
241.4 3.201 0.006695
243.8 3.194 0.006711
246.2 3.183 0.006721
248.7 3.181 0.006735
251.2 3.176 0.006747
253.7 3.163 0.006758
256.3 3.167 0.006776
258.9 3.161 0.006781
261.5 3.16 0.006785
264.1 3.158 0.006797
266.8 3.152 0.006817
269.4 3.15 0.006834
272.1 3.154 0.00685
274.9 3.155 0.006864
277.6 3.148 0.00687
280.4 3.143 0.006882
283.3 3.138 0.006898
286.1 3.145 0.006919
289. 3.154 0.006931
291.9 3.149 0.006943
294.8 3.146 0.006969
297.8 3.146 0.006982
300.8 3.144 0.006988
303.8 3.145 0.006992
306.8 3.147 0.007007
309.9 3.144 0.007035
313. 3.149 0.007052
316.2 3.145 0.007063
319.4 3.149 0.007069
322.6 3.158 0.007083
325.8 3.163 0.007099
329.1 3.166 0.00711
332.4 3.16 0.007117
335.7 3.159 0.007129
339.1 3.168 0.007141
342.5 3.174 0.007158
346. 3.173 0.007175
349.4 3.18 0.007179
353. 3.182 0.007178
356.5 3.177 0.007172
360.1 3.175 0.00718
363.7 3.179 0.007202
367.4 3.187 0.00721
371. 3.188 0.007202
374.8 3.19 0.0072
378.5 3.202 0.007199
382.3 3.204 0.007203
386.2 3.201 0.007209
390.1 3.203 0.007204
394. 3.208 0.007204
398. 3.221 0.007203
402. 3.224 0.007202
406. 3.225 0.007208
410.1 3.228 0.007221
414.2 3.223 0.007226
418.4 3.227 0.007218
422.6 3.24 0.007214
426.8 3.253 0.007208
431.1 3.259 0.007219
435.4 3.265 0.00724
439.8 3.269 0.007261
444.2 3.268 0.007274
448.7 3.282 0.007291
453.2 3.292 0.007318
457.8 3.291 0.007351
462.4 3.293 0.00739
467. 3.292 0.007431
471.7 3.304 0.00748
476.4 3.312 0.00753
481.2 3.314 0.007593
486.1 3.331 0.007676
490.9 3.34 0.007766
495.9 3.343 0.007861
500.9 3.35 0.03443
505.9 3.351 0.03448
511. 3.347 0.03447
516.1 3.354 0.03457
521.3 3.362 0.0347
526.5 3.367 0.03479
531.8 3.373 0.03491
537.2 3.369 0.03493
542.6 3.375 0.03507
548. 3.389 0.03529
553.5 3.401 0.0355
559.1 3.405 0.03565
ENDDATA 469
ENDSUBENT 477
ENDENTRY 2
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Tony1984:
I think you ahould use other languages like 'sed' to do this task. In linux try
CODE --> sedsed -ne '/^DATA 3 467/,/^ENDDATA 469/p' file.data
where file.data is the file containing your data.
Gordon Shumway |
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for now , i wanna use fortran to handle this kind of files |
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You can try something like this
CODE --> F90program extract
implicit none
integer, parameter :: skip_initial_lines = 52
integer, parameter :: print_middle_lines = 471
integer :: i
character(len=100) :: line
character(len=10) :: c1, c2, c3
double precision :: r1, r2, r3
open(unit=100, file='file.data')
open(unit=200, file='newfile.data')
!=== read and skip junk
do i = 1, skip_initial_lines
read(100,*) line
enddo
!=== read and print header
do i = 1, 3
read(100,*) c1, c2, c3
write(200,*) c1, c2, c3
enddo
!=== read and print data
do i = 1, print_middle_lines - 4
read(100,*) r1, r2, r3
write(200,'(3(f15.8))') r1, r2, r3
enddo
!=== read and print footer
read(100,*) c1, c2
write(200,*) c1, c2
close(100)
close(200)
end program extract Gordon Shumway |
|
Questions:
(1) Is the number of initial junk lines constant (=52) or do you need to trigger your reading by a keyword ? There are some ENDBIB - tags, that would indicate that the number of lines is not fixed.
(2) is the number of datalines fixed ? The tag ENDDATA seems to indicate otherwise
(3) Do the first three lines marked red contain valid data ?
If your number of initial lines is not fixed for all files, the number lines containing neither, and you need the data contained in these first three lines, I would propose a little different from Gordon's.
CODEprogram extract
implicit none
character*100 cBuffer ! input buffer
character*4 cKey ! buffer to read keyword, adapt size to actual size of keyword
character*7 cEnd ! key word indicating end of data
integer iStat ! reading status
integer int1, int2 ! integers from first dataline
logical lCopyFlag ! flag indicates data should be copied to new file
real rDat1, rDat2, rDat3 ! real data from file
lCopyFlag = .false. ! initialise flag
open (unit = 100, file = 'file.dat') ! adapt name of inputfile here
open (unit = 200, file = 'fileout.dat') ! adapt name of outputfile here
do
read (100, '(a100)', iostat = iStat) cBuffer
if (istat .ne. 0) exit ! exit at the end of the file
if (.not. lCopyFlag) then ! we have not yet encountered the keyword
read (cBuffer, *) cKey ! checkif we have hit onthe keyword
if (cKey .eq. 'DATA') then ! if we have encountered keyword
lCopyFlag = .true. ! set flag
! process the next lines if necessary to save them
read (cBuffer, *) cKey, int1, int2 ! read integers
write (200, '(2i5)') ! write the integers to your new file, adapt format if necessary
read (100, '(a100)') cBuffer ! just read and copy the next two lines, adapt if needed
write (200, *) trim (cBuffer) ! skip this if you do not need the two lines
read (100, '(a100)') cBuffer ! just read and copy the next two lines, adapt if needed
write (200, *) trim (cBuffer) ! skip this if you do not need the two lines
else
cycle ! just take the next record when keyword not found
endif
else
! if we have the flag
read (cBuffer, *) cEnd ! see if endtag is reached
if (cEnd .eq. 'ENDDATA') then
read (cBuffer, *) cEnd, int1 ! if you need this final integer
write (200, '(i10)') int1
exit
endif
read (cBuffer, *) rDat1, rDat2, rDat3 ! read the data you need
write (200, '(3f12.5)') ! and copy to output, you might want to adapt this format
endif
enddo
end program
Looks a little bit complicated, but allows for some flexibility in the datafiles.
Norbert The optimist believes we live in the best of all possible worlds - the pessimist fears this might be true. |
|
|
mikrom (Programmer) |
3 Jul 12 11:18 |
I see in the file this line
467 seems to be number of numeric data lines. But what is the meaning of the number 3? Isn't it a number of data columns. If yes, then you can get the next file with 1, 2 or 4,... columns, so the reading of the data must be programmed to fit this situations. |
|
Tony1984: Do you still want to do it with fortran? Gordon Shumway |
|
|
mikrom (Programmer) |
3 Jul 12 15:09 |
If the data file get complicated, I personally would use the clever idea of melmacianalf, i.e. preprocessing with sed, awk, perl, python, or something else ... althought the native Fortran programmers didn't like this idea very well 
http://www.tek-tips.com/viewthread.cfm?qid=1680512 |
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thank you guyes, im stuck in this kind of data,
if you have any other sugesstions please let me know about it,
it seems its complicated to do it by fortran, other codes are ok. |
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mikrom:
Many thanks for the link to the previous post. Gordon Shumway |
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Tony:
You did not say much...you just say extract the data in red....if that is all you want, it can be done very simply.
As much as I appreciate Norbert's effort, I am afraid the source he provides is going to scare Tony away!...it's just too much at this point...like I always say: "baby steps...baby steps".
Tony, here is what I think is an easy to understand code. Just compile it and run it from the command line like this: "pulldata < file.dat > fileout.dat"
CODEprogram pulldata
character str*4, line*200
integer i, val, nrows
! look for 'DATA' line
do
read(*,'(a)') line
if (line(1:4) == 'DATA') exit
end do
! read number of rows, read data and write it back out
read(line,*) str, val, nrows
write(*,*) line
do i = 1, nrows+3
read(*,'(a)') line
write(*,*) line
end do
end program pulldata |
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Yes, I know, my code is complicated - and it might be getting more awesome still if it needs to be adapted to variable numbers of columns.
But I understood Tony's point was to have the data in a different format (as I am apt to mistyping, I think I am quite good to interpret mistypings as well  ). If he just wants to copy line by line without modifying the format, well, then he can just copy the file and use his editor to delete the unwanted lines.
So I guess best thing would be if Tony could give some more information on what is needed. All the input here shows that we can do quite a lot of different things reading the file - and that Gordon's first reply offers a very simple solution. And some background on why it has to be fortran to just copy the data would be interesting too.
Norbert
The optimist believes we live in the best of all possible worlds - the pessimist fears this might be true. |
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Sorry !
It ocurred to me myself, that Tony could easily use his editor to removethe unwanted lines (and then rework the format with a much simpler code) - after I had finished my coding example.
Peace !
Norbert
The optimist believes we live in the best of all possible worlds - the pessimist fears this might be true. |
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