Histograms are output on the line printer by calling HISTDO or HPRINT, according to the following specifications:
One histogram per page is printed, writing the global title, date, title, drawing the contour of the histogram in the range between the minimum and the maximum content, with the contents scale adjusted to fit on one page, followed by channel number, contents, and low edge of each channel, plus some statistics about the histogram itself (entries, mean value, standard deviation and so on). If the number of channels is greater than 100, the histogram is printed on several pages.
They can use more than one page, according to the number of channels in X and Y, and in X and Y both channel number and lower edge of each channel are printed.
The plot statistics reported at the bottom consists of a table of 9 numbers, corresponding to the total contents in each of the following classes:
| |
----N1--+---N2---+-N3-----
----N4--+---N5---+-N6-----
N7 | N8 | N9
N1 = underflow X , overflow Y N2 = X inside range , overflow Y N3 = overflow X , overflow Y N4 = underflow X , Y inside range N5 = X inside range , Y inside range N6 = overflow X , Y inside range N7 = underflow X , underflow Y N8 = X inside range , underflow Y N9 = overflow X , underflow YAny of these numbers can in fact be smaller than the real sum of the contents, in the case of saturation of a cell.
For information on how to suppress the plot statistics, see HIDOPT(ID,'NPST') NPST
All projections, bands and slices follow the plot they refer to as 1-dimensional histograms in the order in which they were booked.
Histograms are printed with the channels oriented along computer printer output columns, so if they extend to more than 100 channels they will be chopped into pieces of 100 channels each and printed one after the other on separate pages. The same is true for 2-dimensional histograms, the limit for tables being related to the maximum value that has to be stored in each channel (see remarks about HTABLE).
Using the entries described in this chapter, it is possible to modify the standard output format, adding or suppressing some information, choosing a different printed presentation, and modifying the mapping of histograms onto computer output pages.
One-dimensional histograms can also be printed with channels oriented along rows instead of columns, to avoid chopping up those having more than 100 channels.
All editing entries must be executed before calling HISTDO or HPRINT. Some of them can be executed any time after the booking, others require that the histogram is already full, so it is good practice to group them (perhaps in one single subroutine) and execute them just before printing.
Index and General Title
It is sometimes convenient to print just the index of plots without printing all the plots themselves.
+--------------+
|CALL HINDEX |
+--------------+
Action: Prints the index.
Remark:
Routine HISTDO generates the index automatically.
+----------------------+
| CALL HTITLE (CHGTIT) |
+----------------------+
Action: Defines a general title to be printed as the header line of each histogram.
Remark:
What to Print (1-dimensional histogram)
Each 1-dimensional histogram output consists of several parts, some compulsory and some optional, as follows:
+-general-title---------------------------------compulsory-(if-defined)--##
| ##
| identifier, date and title compulsory ##
| the histogram itself default = yes ##
| channel numbers default = yes ##
| channel contents default = yes ##
| error values default = no ##
| value of the superimposed function (if any) default = no ##
| ##
| integrated contents default = no ##
| low edge of channels default = yes ##
+-statistical-information-----------------------default-=-yes------------##
Routine HIDOPT can be used to change the above defaults.
+------------------------+
| CALL HIDOPT (ID,CHOPT) |
+------------------------+
Action: Select an option for a given histogram.
+-Option--+-Action--------------------------------------------------+----- +---------+---------------------------------------------------------+----- | SETD* | Set all options to the default values | | SHOW | Print all the options currently set | | BLAC | 1 Dim histogram printed with X characters (see HPCHAR) | | CONT* | 1 Dim histogram is printed with the contour option | | STAR | 1 Dim histogram is printed with a * at the Y value | | | (see HPCHAR) | | SCAT* | Print a 2 Dim histogram as a scatter-plot | | | | | TABL | Print a 2 Dim histogram as a table | | PROS* | Plot errors as the Spread of each bin in Y for profile | | | histograms | | PROE | Plot errors as the mean of each bin in Y for profile | | | histograms | | STAT | Mean value and RMS computed at filling time (double | | | precision) | | NSTA* | Mean value and RMS computed from bin contents only | | ERRO | Errors bars printed as SQRT(contents) | | | | | NERR* | Do not print print error bars | | INTE | Print the values of integrated contents bin by bin | | NINT* | Do not print integrated contents | | LOGY | 1 Dim histogram is printed in Log scale in Y | | LINY* | 1 Dim histogram is printed in linear scale in Y | | PCHA* | Print channel numbers | | | | | NPCH | Do not print channel numbers | | PCON* | Print bin contents | | NPCO | Do not print bin contents | | PLOW* | Print values of low edge of the bins | | NPLO | Do not print the low edge | | PERR | Print the values of the errors for each bin | | | | | NPER* | Do not print the values of the errors | | PFUN | Print the values of the associated function bin by bin | | NPFU* | Do not print the values of the associated function | | PHIS* | Print the histogram profile | | NPHI | Do not print the histogram profile | | PSTA* | Print the values of statistics (entries,mean,RMS,etc.) | | | | | NPST | Do not print values of statistics | | ROTA | Print histogram rotated by 90 degrees | | NROT* | Print histogram vertically | | 1EVL | Force an integer value for the steps in the Y axis | | AEVL* | Steps for the Y axis are automatically computed | | 2PAG | Histogram is printed over two pages | | | | +-1PAG*---+-Histogram-is-printed-in-one-single-page-----------------+----- A star '*' indicates that the option is the default setting. Table: [
Available HBOOK options]List of available HBOOK options, which can be set by HIDOPT
Graphic Choices (1-dimensional histogram)
A histogram is normally represented by drawing its contour, with a channel being represented by one character along the printed line at a displacement corresponding to the bin contents, but alternative graphic presentations are available. If some contents are negative a dotted line is drawn at Y=0.
+--------------------------+
| CALL HPCHAR (CHOPT,CHAR) |
+--------------------------+
Action: Selects a printing character different from the default for histograms that are not drawn contour only, or for superimposed functions.
Example:
CALL HPCHAR ('STAR','.')
Replaces the asterisk with a dot in all histograms with the HIDOPT(ID,'STAR') STAR option selected.
+----------------------+
|CALL HBIGBI (ID,NCOL) |
+----------------------+
Action: For a given 1-dimensional histogram prints one channel over a certain number of columns.
Remark:
Scale Definition and Normalization
Note that, whenever a multiplication by a power of ten appears in the output, it means that the quantity it refers to has been multiplied by that factor before being printed. The scaling of the contents while outputing a 1-dimensional histogram is chosen by default to be linear and to span the interval between the minimum and the maximum of the contents of the channels.
The options described below allow:
If the identifier corresponds to a 2-dimensional histogram, they act on projections, slices, bands if any.
+----------------------+
|CALL HMAXIM (ID,FMAX) |
+----------------------+
and--------------------+
|CALL HMINIM (ID,FMIN) |
+----------------------+
Action: The scale limits for a histogram are not calculated automatically, but they as set to the specified values. The histogram contents are left intact.
+------------------------+
| CALL HCOMPA (IDVECT,N) |
+------------------------+
Action: Compare the contents of all histograms whose identifiers are contained in array IDVECT and assign them the same vertical scale. The comparison is made on the basis of the contents at the time routine is called.
Remark:
This routine can be called as often as desired to recompute the histogram scales.
+------------------------+
| CALL HNORMA (ID,XNORM) |
+------------------------+
Action: Normalizes the total contents of a 1-dimensional histogram when printing it. Original contents are left intact.
Remark:
+------------------------+
|CALL HSCALE (ID,FACTOR) |
+------------------------+
Action: The contents scale for a scatter plot is multiplied by a given factor.
In a scatter-plot the contents scale starts at 0. and increases in steps of 1. The content of each channel is represented by one character, using the following scheme:
+----Value------Character--------Range-------+
| |
| . 0VMX<-=x--+
Remark:
Page Control
Plots are output on the line printer file, each of them starting at the beginning of a new page. The page size is an installation default. One dimensional histograms take one page, and are printed across the page.
All those defaults can be overwritten as follows.
+--------------------------+
| CALL HSQUEZ ('YES'/'NO') |
+--------------------------+
Action: Suppres / reestablish page eject.
+----------------------+
| CALL HPAGSZ (NLINES) |
+----------------------+
Action: Changes the number of lines per page.
Selective Editing
Editing routines that draw histograms use a considerable amount of core, due to the complexity of the tasks they have to perform.
If the editing is performed by HISTDO or HPRINT, all the routines that deal with 1-dimensional histograms, rotated 1-dimensional histograms, 2-dimensional histograms, get loaded even if not used (e.g. even in the case where only 1-dimensional in standard format are required).
In such cases, selective editing options for different classes can be used to replace HISTDO or HPRINT.
+----------------------------+
|CALL HPHIST (ID,CHOICE,NUM) |
+----------------------------+
Action: Edits 1-dimensional histogram or projection, slice or band of a 2-dimensional histogram on the line printer, in the standard representation.
Routine HPHIST ignores the option HIDOPT(ID,'ROTA') ROTA
+----------------------------+
| CALL HPROT (ID,CHOICE,NUM) |
+----------------------------+
Action: Analogous to HPHIST, but with a presentation down the page. Parameters, special values and remarks are the same as for HPHIST.
+------------------+
| CALL HPSCAT (ID) |
+------------------+
Action: Edits a 2-dimensional histogram as a scatter-plot.
Remark:
+----------------+
|CALL HPTAB (ID) |
+----------------+
Action: Edits a 2-dimensional histogram as a table.
Remark:
The following two routines can be used to save space when the program does not print tables and rotated 1-dimensional histograms.
+----------------+
| CALL HPHS (ID) |
+----------------+
Action: Analogous to HPRINT, but ignore tables and HIDOPT(ID,'ROTA') ROTA.
+----------------+
|CALL HPHST (ID) |
+----------------+
Action: Analogous to ROTA.
Printing after System Error Recovery
The operating systems of some computers define CP time limits for job execution, and abort the job with a system error when this occurs. In most of the cases, users recover from the time limit error transfering control to a summary subroutine that will eventually edit the histograms, calling, e.g. HISTDO. This can be inconvenient if the time limit condition has been reached in HISTDO or other printing routines, because the printing will restart from the beginning. To avoid this, HBOOK can be instructed to start printing just where it stopped before.
+--------------+
|CALL HPONCE |
+--------------+
Action: In case of system error recovery during histogram editing, a possible recovery editing will start where the original printing stopped.
Remark:
If HPONCE has been called before printing, then a histogram that has been output completely will no longer be printed.
The output file, containing the histograms, is by default the line printer file, where also error messages will be written.
The names of the result and error files can be redefined using:
+--------------------+
| CALL HOUTPU (LOUT) |
+--------------------+
and------------------+
| CALL HERMES (LERR) |
+--------------------+
Action: Replaces the logical unit value of the file containing the results ( HOUTPU) or the error message ( HERMES).
Example of printing options
SUBROUTINE HEXAM4
*.==========>
*. TEST PRINTING OPTIONS
*..=========> ( R.Brun )
DATA XMIN,XMAX/0.,1./
*.___________________________________________
*
* Get hist 110 from data base
*
CALL HRGET(110,'hexam.dat',' ')
*
* Book 2 new histograms
*
CALL HBOOK1(1000,'TEST OF PRINTING OPTIONS',40,1.,41.,0.)
CALL HBOOK1(2000,'TEST OF BIG BIN',20,XMIN,XMAX,0.)
CALL HIDOPT(1000,'ERRO')
*
* Fills new IDs
*
DO 10 I=1,40
J=2*I-1
W=HI(110,J)+HI(110,J+1)
CALL HFILL(1000,FLOAT(I),0.,W)
10 CONTINUE
*
DO 20 I=1,20
J=5*I
W=SQRT(HI(110,J))
CALL HIX(2000,I,X)
CALL HF1(2000,X,W)
20 CONTINUE
*
* Set various printing options
*
CALL HIDOPT(110,'BLAC')
CALL HIDOPT(110,'NPLO')
CALL HIDOPT(110,'NPST')
CALL HPHIST(110,'HIST',1)
CALL HMAXIM(110,100.)
CALL HIDOPT(110,'1EVL')
CALL HIDOPT(110,'NPCH')
CALL HPHIST(110,'HIST',1)
*
CALL HIDOPT(1000,'NPCH')
CALL HIDOPT(1000,'NPCO')
CALL HPROT(1000,'HIST',1)
CALL HIDOPT(1000,'LOGY')
CALL HPRINT(1000)
CALL HIDOPT(1000,'INTE')
CALL HIDOPT(1000,'PERR')
CALL HIDOPT(1000,'ROTA')
CALL HPRINT(1000)
*
CALL HBIGBI(2000,5)
CALL HIDOPT(2000,'NPCO')
CALL HIDOPT(2000,'NPLO')
CALL HPRINT(2000)
*
END
Output Generated
THIS HISTOGRAM IS FILLED ACCORDING TO THE FUNCTION HTFUN1
HBOOK ID = 110 DATE 17/12/91 NO = 8
172 7
168 X
164 X
160 2X
156 XX 5
152 XX5X
148 XXXX7
144 25XXXXX
140 XXXXXXX5
136 XXXXXXXX
132 XXXXXXXX
128 XXXXXXXX2
124 5XXXXXXXXX
120 5XXXXXXXXXX
116 XXXXXXXXXXX
112 XXXXXXXXXXX
108 XXXXXXXXXXX
104 5XXXXXXXXXXX2
100 XXXXXXXXXXXXX
96 XXXXXXXXXXXXX 7
92 XXXXXXXXXXXXX7X
88 XXXXXXXXXXXXXXXX
84 XXXXXXXXXXXXXXXX 5 2 7
80 XXXXXXXXXXXXXXXX X 2 X X 5
76 XXXXXXXXXXXXXXXX X X2X 2X X X
72 XXXXXXXXXXXXXXXX XX XXX2 XX X X 2
68 XXXXXXXXXXXXXXXX2XX 2 XXXX2XXXX2XXXX
64 XXXXXXXXXXXXXXXXXXX 75X XXXXXXXXXXXXXX7
60 X XXXXXXXXXXXXXXXXXXX XXX 7XXXXXXXXXXXXXXX
56 XXXXXXXXXXXXXXXXXXXXX XXX2XXXXXXXXXXXXXXXX 5
52 XXXXXXXXXXXXXXXXXXXXXX X5XXXXXXXXXXXXXXXXXXXX2X
48 5XXXXXXXXXXXXXXXXXXXXXX2 XXXXXXXXXXXXXXXXXXXXXXXX
44 XXXXXXXXXXXXXXXXXXXXXXXX 5XXXXXXXXXXXXXXXXXXXXXXXX5 X
40 XXXXXXXXXXXXXXXXXXXXXXXX2 7XXXXXXXXXXXXXXXXXXXXXXXXXX X
36 XXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXX52XX
32 XXXXXXXXXXXXXXXXXXXXXXXXX 2 5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
28 7XXXXXXXXXXXXXXXXXXXXXXXXX7 5 X 7 2XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX2 X
24 2XXXXXXXXXXXXXXXXXXXXXXXXXXXX2X X X2 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX X25
20 5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX X5XX5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 7
16 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7X
12 7XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX77
8 5 5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5727
4 5225XX5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
CHANNELS 100 0 1
10 0 1 2 3 4 5 6 7 8 9 0
1 1234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890
CONTENTS 100 1111111111111
10 112224658012445755432099687543222121221233455666557776678686676664543343222221111
1. 21124626818147606828212710478511552225771649871850922032539736953183588893942434650812591167574
THIS HISTOGRAM IS FILLED ACCORDING TO THE FUNCTION HTFUN1
HBOOK ID = 110 DATE 17/12/91 NO = 9
100 XXXXXXXXXXXXX
96 XXXXXXXXXXXXX 7
92 XXXXXXXXXXXXX7X
88 XXXXXXXXXXXXXXXX
84 XXXXXXXXXXXXXXXX 5 2 7
80 XXXXXXXXXXXXXXXX X 2 X X 5
76 XXXXXXXXXXXXXXXX X X2X 2X X X
72 XXXXXXXXXXXXXXXX XX XXX2 XX X X 2
68 XXXXXXXXXXXXXXXX2XX 2 XXXX2XXXX2XXXX
64 XXXXXXXXXXXXXXXXXXX 75X XXXXXXXXXXXXXX7
60 X XXXXXXXXXXXXXXXXXXX XXX 7XXXXXXXXXXXXXXX
56 XXXXXXXXXXXXXXXXXXXXX XXX2XXXXXXXXXXXXXXXX 5
52 XXXXXXXXXXXXXXXXXXXXXX X5XXXXXXXXXXXXXXXXXXXX2X
48 5XXXXXXXXXXXXXXXXXXXXXX2 XXXXXXXXXXXXXXXXXXXXXXXX
44 XXXXXXXXXXXXXXXXXXXXXXXX 5XXXXXXXXXXXXXXXXXXXXXXXX5 X
40 XXXXXXXXXXXXXXXXXXXXXXXX2 7XXXXXXXXXXXXXXXXXXXXXXXXXX X
36 XXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXX52XX
32 XXXXXXXXXXXXXXXXXXXXXXXXX 2 5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
28 7XXXXXXXXXXXXXXXXXXXXXXXXX7 5 X 7 2XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX2 X
24 2XXXXXXXXXXXXXXXXXXXXXXXXXXXX2X X X2 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX X25
20 5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX X5XX5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 7
16 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX7X
12 7XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX77
8 5 5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX5727
4 5225XX5XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
CONTENTS 100 1111111111111
10 112224658012445755432099687543222121221233455666557776678686676664543343222221111
1. 21124626818147606828212710478511552225771649871850922032539736953183588893942434650812591167574
TEST OF PRINTING OPTIONS
HBOOK ID = 1000 DATE 17/12/91 NO = 10
100 1 1 1 1 1 1 2 2 2 2 2 2 3 3 3
10 1 3 4 6 8 9 1 2 4 6 7 9 0 2 4 5 7 8 0 2 3
1. 6 2 8 4 0 6 2 8 4 0 6 2 8 4 0 6 2 8 4 0 6
LOW EDGE I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---
2
2
3 O
4 O
5 IOI
6 OI
7 IOI
8 IO-I
9 IO-I
10 I-O-I
11 I-O--I
12 I--O--I
13 I--O---I
14 I---O---I
15 I---O---I
16 I---O----I
17 I---O---I
18 I---O---I
19 I--O--I
20 I--O--I
21 I-O--I
22 I-O-I
23 IO-I
24 IO-I
25 IO-I
26 IO-I
27 IO-I
28 I-O-I
29 I-O-I
30 I-O--I
31 I--O--I
32 I-O--I
33 I--O--I
34 I--O--I
35 I--O--I
36 I--O--I
37 I--O---I
38 I--O--I
39 I--O--I
40 I-O--I
LOW EDGE I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---
100 1 1 1 1 1 1 2 2 2 2 2 2 3 3 3
10 1 3 4 6 8 9 1 2 4 6 7 9 0 2 4 5 7 8 0 2 3
1. 6 2 8 4 0 6 2 8 4 0 6 2 8 4 0 6 2 8 4 0 6
* ENTRIES = 40 * ALL CHANNELS = 0.4556E+04 * UNDERFLOW = 0.0000E+00 * OVERFLOW = 0.0000E+00
* BIN WID = 0.1000E+01 * MEAN VALUE = 0.2331E+02 * R . M . S = 0.9558E+01
TEST OF PRINTING OPTIONS
HBOOK ID = 1000 DATE 17/12/91 NO = 11
354.814 0I
316.228 0I00
281.838 II I
251.189 0 0
223.872 I II
199.526 0 0
177.828 I II I II
158.489 0 00I000I
141.254 I II 0 II0III0
125.893 0 0 0II II
112.202 I II 0 0
100 I 0
89.125 I 0 I
79.433 0 I I
70.795 I 0
63.096 I
56.234 I I II
50.119 0 0I00I
44.668 I I0II0
39.811 I I I
35.481 I I
31.623 0
28.184 I
25.119 I
22.387
19.953
17.783 I
15.849 I
14.125 0
12.589 I
11.22 II
10 I
8.913 I0
7.943 II
7.079 II
6.31 0I
5.623 II
5.012 I
4.467 I
3.981 I
3.548 II
3.162 II
2.818 II
2.512 II
2.239 00
LOW-EDGE 10 1111111111222222222233333333334
1. 1234567890123456789012345678901234567890
* ENTRIES = 40 * ALL CHANNELS = 0.4556E+04 * UNDERFLOW = 0.0000E+00 * OVERFLOW = 0.0000E+00
* BIN WID = 0.1000E+01 * MEAN VALUE = 0.2331E+02 * R . M . S = 0.9558E+01
TEST OF PRINTING OPTIONS
HBOOK ID = 1000 DATE 17/12/91 NO = 12
100 1 1 1 1 2 3
10 1 1 1 1 2 3 3 5 6 7 0 2 5 9 5 1
1. 2 2 3 3 5 6 7 0 2 5 9 5 1 9 0 3 9 0 5 8 9 1 6
0 0 5 1 9 0 3 9 0 5 8 9 1 6 8 1 1 4 0 8 4 5 1 2
0 0 1 6 8 1 1 4 0 9 5 5 2 2 1 2 0 3 0 9 9 3 9 3
LOW EDGE INTEGRAT ERRORS I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I--
2
2
3 2 1.414 O--------I
4 4 1.414 O--------I
5 10 2.449 I--------O-----I
6 18 2.828 I-------O----I
7 32 3.742 I----O---I
8 61 5.385 I---O--I
9 106 6.708 I--O-I
10 179 8.544 I-O-I
11 295 10.77 I-O-I
12 485 13.784 I-OI
13 725 15.492 IOI
14 1008 16.823 IOI
15 1336 18.111 IOI
16 1640 17.436 IOI
17 1925 16.882 IOI
18 2151 15.033 I-OI
19 2337 13.638 IO-I
20 2484 12.124 IO-I
21 2608 11.136 IO-I
22 2690 9.055 I-O-I
23 2738 6.928 I--O-I
24 2778 6.325 I--O-I
25 2825 6.856 I-O--I
26 2873 6.928 I--O-I
27 2916 6.557 I--O-I
28 2985 8.307 I-O-I
29 3079 9.695 IO-I
30 3192 10.63 I-OI
31 3319 11.269 I-OI
32 3431 10.583 IO-I
33 3581 12.247 I-OI
34 3726 12.042 I-OI
35 3864 11.747 IO-I
36 4013 12.207 IO-I
37 4161 12.166 IO-I
38 4307 12.083 IOI
39 4444 11.705 I-OI
40 4556 10.583 IO-I
LOW EDGE INTEGRAT ERRORS I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I---I--
100 1 1 1 1 2 3
10 1 1 1 1 2 3 3 5 6 7 0 2 5 9 5 1
1. 2 2 3 3 5 6 7 0 2 5 9 5 1 9 0 3 9 0 5 8 9 1 6
0 0 5 1 9 0 3 9 0 5 8 9 1 6 8 1 1 4 0 8 4 5 1 2
0 0 1 6 8 1 1 4 0 9 5 5 2 2 1 2 0 3 0 9 9 3 9 3
* ENTRIES = 40 * ALL CHANNELS = 0.4556E+04 * UNDERFLOW = 0.0000E+00 * OVERFLOW = 0.0000E+00
* BIN WID = 0.1000E+01 * MEAN VALUE = 0.2331E+02 * R . M . S = 0.9558E+01
TEST OF BIG BIN
HBOOK ID = 2000 DATE 17/12/91 NO = 13
13.25 -----
13 I I
12.75 I I
12.5 I I
12.25 I I
12 I I
11.75 I I
11.5 I I
11.25 I I-----
11 -----I I
10.75 I I
10.5 I I
10.25 I I
10 I I
9.75 I I
9.5 I I
9.25 I I-----
9 I I -----
8.75 I I I I-----
8.5 I I I I
8.25 I I I I-----
8 I I -----I I
7.75 I I I I
7.5 I I I I
7.25 I I I I
7 -----I I I I-----
6.75 I I I I-----
6.5 I I I I
6.25 I I I I
6 I I I I
5.75 I I I I
5.5 I I -----I I
5.25 I I----- I I
5 I I I I
4.75 I I I I-----
4.5 I I I I
4.25 I I-----I I
4 I I
3.75 I I
3.5 -----I I-----
3.25 I I
3 I I
2.75 I I
2.5 I I
2.25 I I
2 -----I I-----
1.75 I I
1.5 I I
1.25 I I
1 I I
.75 I I
.5 I I
.25 I I
CHANNELS 10 0 1 2
1 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0
* ENTRIES = 20 * ALL CHANNELS = 0.1282E+03 * UNDERFLOW = 0.0000E+00 * OVERFLOW = 0.0000E+00
* BIN WID = 0.5000E-01 * MEAN VALUE = 0.4963E+00 * R . M . S = 0.2391E+00