-------------
      name:  <unnamed>
       log:  C:\Users\ry\stats\stata\data\research\chwk\phase2\scales\HP\bsI14june2011.smcl
  log type:  smcl
 opened on:  14 Jun 2011, 23:31:44

. set linesize 80

. set more off

. loc date c(current_date)

. loc time c(current_time)

. loc fn c(filename)

. loc mem c(memory)

. loc os c(os)

. loc cwd c(pwd)

. local user "Robert Yaffee"

. local fn c(filename)

. local time c(current_time)

. local mem c(memory)

. di c(filename)," is stored in ",`cwd'," and
  is stored in  C:\Users\ry\stats\stata\data\research\chwk\phase2\scales\HP  and

. di " called bsI Basic symptom invenstory scales."
 called bsI Basic symptom invenstory scales.

. di "Robert A. Yaffee ","on",`date'," at ",`time',"is using",`fn'," in ",`cwd'
Robert A. Yaffee  on 14 Jun 2011  at  23:31:44 is using   in  C:\Users\ry\stats\stata\data\research\chwk\phase2\scales\HP

. di "   to perform this BSI reliability analysis."
   to perform this BSI reliability analysis.

. di " the amount of memory used was ", %20.8f `mem'," bytes."
 the amount of memory used was   6442450944.00000000  bytes.

.
.
. qui {
-------------
Reliability of Basic symptom inventory (BSI) scales
-------------

.
.
.
. //  Prior dataset is Master3June142011.dta
. use Master3june142011, clear

. datasignature report


(data signature set on Monday
13jun2011 23:08)


Data signature summary


   1. previous data signature     703:1626(97066):2668622110:1182585148
   2. same data signature today   (same as 1)
   3. full data signature today   703:1715(73614):2185709537:1982281821


Comparison of current data with previously set data signature


      variables                  number  notes
      ------------------------------------------------------------
      original # of variables     1,626  (values unchanged)
      added variables                89  (1)
      dropped variables               0
      ------------------------------------------------------------
      resulting # of variables     1,715


(1)
Added variables are
female cs1 cs2 cs3 cs4 cs5 cs6 cs7 cs8 cs9 cs10 cs11 cs12 cs13 cs14 cs15 cs16 cs17 cs18 cs19 cs20 cs21 cs22 cs23 cs24 cs25 cs26 cs27 cs28 cs29 cs30 cs31 cs32 cs33 CSprbslv CSSocSpt CSAvoid WHP1el WHP2p WHP3er WHP4p WHP5s WHP6er WHP7er WHP8p WHP9si WHP10pa WHP11pa WHP12el WHP13s WHP14pa WHP15si WHP16er WHP17pa WHP18pa WHP19p WHP20er WHP21si WHP22s WHP23er WHP24p WHP25pa WHP26el WHP27pa WHP28ps WHP29s WHP30si WHP31er WHP32er WHP33s WHP34si WHP35pa WHP36p WHP37er WHP38p whp23er WHPel WHPpain WHPer WHPsleep WHPsociso WHPpa HP2work HP2hmcare HP2probsoc HP2pbfhm HP2sxlife HP2inthob HP2vacatn


.
.  display "{hline}"
-------------

.
. local fn c(filename)

. local time c(current_time)

. local mem c(memory)

. di   `fn'," is stored in ",`cwd'," and
Master3june142011.dta  is stored in  C:\Users\ry\stats\stata\data\research\chwk\phase2\scales\HP  and

. di  " after the Basic symptom invenstory scales(BSI scales) are added,"
 after the Basic symptom invenstory scales(BSI scales) are added,

. di  "Robert A. Yaffee ","on",`date'," at ",`time',"is using",`fn'," in ",`cwd'
Robert A. Yaffee  on 14 Jun 2011  at  23:31:45 is using Master3june142011.dta  in  C:\Users\ry\stats\stata\data\research\chwk\phase2\scales\HP

. di  "   to perform this Mental Health Scale Analysis."
   to perform this Mental Health Scale Analysis.

. di " the amount of memory used was ", %20.8f `mem'," bytes."
 the amount of memory used was   6442450944.00000000  bytes.

. di " The new dataset containing the CS, NHP, and BSI scales is called"
 The new dataset containing the CS, NHP, and BSI scales is called

. di "Master4june152011.dta  and is also located in ",`cwd'
Master4june152011.dta  and is also located in  C:\Users\ry\stats\stata\data\research\chwk\phase2\scales\HP

.
. di  "{hline}"
-------------

.
.
.
.
. //  Dataset with Basic Symptom inventory included is Master4June142011.dta
.
. di as result "Alpha reliability summary of Basic Symptom Inventory"
Alpha reliability summary of Basic Symptom Inventory

.
. //  Reliabilities for................................. sample     male    females
. //
. //
. //     BSI total scale score..........................  .953      .948          .953
. //     Positive symptom total.........................  .954      .948      .954
. //     Subscales:
. //         Somatization  S............................. .871      .882      .857
. //         ObsessiveCompulsive OC ..................... .789      .794      .782
. //         Interpersonal sensitivity ips .............. .661      .649      .643
. //         depression  D .............................. .726      .699      .730
. //         anxiety     A .............................. .779      .724      .795
. //         phobic anxiety phanx ....................... .639      .530      .655
. //         hostility   H .............................. .733      .784      .665
. //         paranoid ideation par ...................... .732      .740      .715
. //         psychoticism psy ........................... .633      .612      .626
.
.  display "{hline}"
-------------

. //  Definitions
. // Brief Symptom Inventory (bsI) 53 items   Scale and subscale construction
. //     Positive symptom total
. //     Unweighted Average subscale scores
. //         Somatization  S -    7  items: 2 7 23 29 30 33 37
. //         ObsessiveCompulsive OC -  6 items:  5 15 26 27 32 36
. //         Interpersonal sensitivity ips - 4 items: 20 21 22 42
. //         depression  D  - 6 items : 9 16 17 18 35 50
. //         anxiety     A -  6 items: 1 12 19 38 45 49
. //         phobic anxiety  phanx - 5 items: 8, 28, 31, 43, 47
. //         hostility   H - 5 items: 6 13 40 41 46
. //         paranoid ideation par - 5 items: 4 10 24 48 51
. //         psychoticism psy - 5 items: 3 14 34 44 53
.
.  display "{hline}"
-------------

.
.
. gen bs1 = bsnerv

. gen bs2  = bsfaint

. gen  bs3 = bsidea

. gen  bs4 = bsothers

. gen  bs5 = bsnomem

. gen  bs6 = bsannoy

. gen  bs7 = bspain

. gen  bs8 = bsafraid

. gen  bs9 = bsendlif

. gen  bs10 = bstrust

. gen  bs11 = bseat

. gen  bs12 = bsscared

. gen  bs13 = bstemper

. gen  bs14 = bslonely

. gen  bs15 = bsblock

. gen  bs16 = bsalone

. gen  bs17 = bsblue

. gen  bs18 = bsnoint

. gen  bs19 = bsfear

. gen  bs20 = bshurt

. gen  bs21 = bsnofrd

. gen  bs22 = bsinf

. gen  bs23 = bsnausea

. gen  bs24 = bswatch

. gen  bs25 = bsnoslp

. gen  bs26 = bscheck

. gen  bs27 = bsnodec

. gen  bs28 = bsnotrav

. gen  bs29 = bsnobrth

. gen  bs30 = bshtcold

. gen  bs31 = bsavoid

. gen  bs32 = bsblank

. gen  bs33 = bsnumb

. gen  bs34 = bspunish

. gen  bs35 = bshoples

. gen  bs36 = bsnothk

. gen  bs37 = bsweak

. gen  bs38 = bstense

. gen  bs39 = bsdeath

. gen  bs40 = bsbeat

. gen  bs41 = bsbreak

. gen  bs42 = bsconsc

. gen  bs43 = bsuneasy

. gen  bs44 = bsnoclse

. gen  bs45 = bspanic

. gen  bs46 = bsargue

. gen  bs47 = bsnerv_a

. gen  bs48 = bscredit

. gen  bs49 = bsnosit

. gen  bs50 = bsworth

. gen  bs51 = bsadvan

. gen  bs52 = bsguilt

. gen  bs53 = bswrong

.
. display "{hline}"
-------------

. set more off

. //  BSI total scale construction
.
. cap drop BSItotal

. egen BSItotal= rowtotal(bs1-bs53)

. label var BSItotal "Basic symptom inventory total scale score"

. // distributional analysis
. summ BSItotal, detail

          Basic symptom inventory total scale score
-------------------------------------------------------------
      Percentiles      Smallest
 1%           53             52
 5%           54             52
10%           56             53       Obs                 703
25%           64             53       Sum of Wgt.         703

50%           79                      Mean           85.73826
                        Largest       Std. Dev.      27.84414
75%          101            193
90%          125            193       Variance       775.2961
95%          137            194       Skewness       1.154868
99%          169            200       Kurtosis       4.267068

. hist BSItotal, normal
(bin=26, start=52, width=5.6923077)

. gen lBSItotal=ln(BSItotal)

. label var lBSItotal "Ln(bsItotal)"

. hist lBSItotal, normal
(bin=26, start=3.9512436, width=.05181053)

.
. label def bsifmt3 0 "no answer " 1 "not at all" 2 "a little bit" 3 "moderately" 4 "quite a bit" ///
>      5 "extremely"

. local bsi "bs1-bs53"

. foreach var of varlist `bsi' {
  2.  label values `var' bsifmt3
  3.
.
.  cap drop bsp1-bsp53
  4.  //  BSI positive symptom subscale construction
.
.
. }

. numlabel, add

.
. forvalues j = 1/53{
  2. tab bs`j', missing
  3. }

            bs1 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          4        0.57        0.57
  1. not at all |        191       27.17       27.74
2. a little bit |        237       33.71       61.45
  3. moderately |        154       21.91       83.36
 4. quite a bit |         74       10.53       93.88
   5. extremely |         43        6.12      100.00
----------------+-----------------------------------
          Total |        703      100.00

            bs2 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          4        0.57        0.57
  1. not at all |        477       67.85       68.42
2. a little bit |        140       19.91       88.34
  3. moderately |         40        5.69       94.03
 4. quite a bit |         18        2.56       96.59
   5. extremely |         24        3.41      100.00
----------------+-----------------------------------
          Total |        703      100.00

            bs3 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        603       85.78       86.20
2. a little bit |         67        9.53       95.73
  3. moderately |         23        3.27       99.00
 4. quite a bit |          5        0.71       99.72
   5. extremely |          2        0.28      100.00
----------------+-----------------------------------
          Total |        703      100.00

            bs4 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        441       62.73       63.16
2. a little bit |        143       20.34       83.50
  3. moderately |         75       10.67       94.17
 4. quite a bit |         25        3.56       97.72
   5. extremely |         16        2.28      100.00
----------------+-----------------------------------
          Total |        703      100.00

            bs5 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        343       48.79       49.22
2. a little bit |        197       28.02       77.24
  3. moderately |        100       14.22       91.47
 4. quite a bit |         42        5.97       97.44
   5. extremely |         18        2.56      100.00
----------------+-----------------------------------
          Total |        703      100.00

            bs6 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        320       45.52       45.95
2. a little bit |        227       32.29       78.24
  3. moderately |         98       13.94       92.18
 4. quite a bit |         38        5.41       97.58
   5. extremely |         17        2.42      100.00
----------------+-----------------------------------
          Total |        703      100.00

            bs7 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          5        0.71        0.71
  1. not at all |        292       41.54       42.25
2. a little bit |        170       24.18       66.43
  3. moderately |        129       18.35       84.78
 4. quite a bit |         60        8.53       93.31
   5. extremely |         47        6.69      100.00
----------------+-----------------------------------
          Total |        703      100.00

            bs8 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          4        0.57        0.57
  1. not at all |        623       88.62       89.19
2. a little bit |         46        6.54       95.73
  3. moderately |         15        2.13       97.87
 4. quite a bit |         11        1.56       99.43
   5. extremely |          4        0.57      100.00
----------------+-----------------------------------
          Total |        703      100.00

            bs9 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          5        0.71        0.71
  1. not at all |        664       94.45       95.16
2. a little bit |         24        3.41       98.58
  3. moderately |          6        0.85       99.43
 4. quite a bit |          2        0.28       99.72
   5. extremely |          2        0.28      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs10 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        326       46.37       46.80
2. a little bit |        164       23.33       70.13
  3. moderately |        107       15.22       85.35
 4. quite a bit |         62        8.82       94.17
   5. extremely |         41        5.83      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs11 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          4        0.57        0.57
  1. not at all |        504       71.69       72.26
2. a little bit |        122       17.35       89.62
  3. moderately |         49        6.97       96.59
 4. quite a bit |         18        2.56       99.15
   5. extremely |          6        0.85      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs12 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          4        0.57        0.57
  1. not at all |        517       73.54       74.11
2. a little bit |         90       12.80       86.91
  3. moderately |         59        8.39       95.31
 4. quite a bit |         23        3.27       98.58
   5. extremely |         10        1.42      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs13 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        438       62.30       62.73
2. a little bit |        140       19.91       82.65
  3. moderately |         71       10.10       92.75
 4. quite a bit |         36        5.12       97.87
   5. extremely |         15        2.13      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs14 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          5        0.71        0.71
  1. not at all |        488       69.42       70.13
2. a little bit |        121       17.21       87.34
  3. moderately |         56        7.97       95.31
 4. quite a bit |         16        2.28       97.58
   5. extremely |         17        2.42      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs15 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  1. not at all |        416       59.17       59.17
2. a little bit |        148       21.05       80.23
  3. moderately |         72       10.24       90.47
 4. quite a bit |         48        6.83       97.30
   5. extremely |         19        2.70      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs16 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        450       64.01       64.44
2. a little bit |        119       16.93       81.37
  3. moderately |         63        8.96       90.33
 4. quite a bit |         37        5.26       95.59
   5. extremely |         31        4.41      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs17 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          2        0.28        0.28
  1. not at all |        312       44.38       44.67
2. a little bit |        212       30.16       74.82
  3. moderately |        101       14.37       89.19
 4. quite a bit |         42        5.97       95.16
   5. extremely |         34        4.84      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs18 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          1        0.14        0.14
  1. not at all |        537       76.39       76.53
2. a little bit |        100       14.22       90.75
  3. moderately |         47        6.69       97.44
 4. quite a bit |         13        1.85       99.29
   5. extremely |          5        0.71      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs19 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          2        0.28        0.28
  1. not at all |        457       65.01       65.29
2. a little bit |        133       18.92       84.21
  3. moderately |         75       10.67       94.88
 4. quite a bit |         20        2.84       97.72
   5. extremely |         16        2.28      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs20 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          1        0.14        0.14
  1. not at all |        302       42.96       43.10
2. a little bit |        174       24.75       67.85
  3. moderately |        134       19.06       86.91
 4. quite a bit |         59        8.39       95.31
   5. extremely |         33        4.69      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs21 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  1. not at all |        470       66.86       66.86
2. a little bit |        132       18.78       85.63
  3. moderately |         64        9.10       94.74
 4. quite a bit |         25        3.56       98.29
   5. extremely |         12        1.71      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs22 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        544       77.38       77.81
2. a little bit |         91       12.94       90.75
  3. moderately |         44        6.26       97.01
 4. quite a bit |         14        1.99       99.00
   5. extremely |          7        1.00      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs23 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          1        0.14        0.14
  1. not at all |        455       64.72       64.86
2. a little bit |        144       20.48       85.35
  3. moderately |         70        9.96       95.31
 4. quite a bit |         21        2.99       98.29
   5. extremely |         12        1.71      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs24 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          2        0.28        0.28
  1. not at all |        546       77.67       77.95
2. a little bit |         76       10.81       88.76
  3. moderately |         54        7.68       96.44
 4. quite a bit |         16        2.28       98.72
   5. extremely |          9        1.28      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs25 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          1        0.14        0.14
  1. not at all |        431       61.31       61.45
2. a little bit |         99       14.08       75.53
  3. moderately |         75       10.67       86.20
 4. quite a bit |         65        9.25       95.45
   5. extremely |         32        4.55      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs26 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          1        0.14        0.14
  1. not at all |        325       46.23       46.37
2. a little bit |        160       22.76       69.13
  3. moderately |        112       15.93       85.06
 4. quite a bit |         66        9.39       94.45
   5. extremely |         39        5.55      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs27 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          2        0.28        0.28
  1. not at all |        322       45.80       46.09
2. a little bit |        192       27.31       73.40
  3. moderately |        134       19.06       92.46
 4. quite a bit |         29        4.13       96.59
   5. extremely |         24        3.41      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs28 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          1        0.14        0.14
  1. not at all |        605       86.06       86.20
2. a little bit |         62        8.82       95.02
  3. moderately |         18        2.56       97.58
 4. quite a bit |          9        1.28       98.86
   5. extremely |          8        1.14      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs29 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        449       63.87       64.30
2. a little bit |        128       18.21       82.50
  3. moderately |         75       10.67       93.17
 4. quite a bit |         31        4.41       97.58
   5. extremely |         17        2.42      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs30 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          1        0.14        0.14
  1. not at all |        376       53.49       53.63
2. a little bit |        183       26.03       79.66
  3. moderately |         87       12.38       92.03
 4. quite a bit |         34        4.84       96.87
   5. extremely |         22        3.13      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs31 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        487       69.27       69.70
2. a little bit |        116       16.50       86.20
  3. moderately |         57        8.11       94.31
 4. quite a bit |         23        3.27       97.58
   5. extremely |         17        2.42      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs32 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          2        0.28        0.28
  1. not at all |        574       81.65       81.93
2. a little bit |         66        9.39       91.32
  3. moderately |         30        4.27       95.59
 4. quite a bit |         18        2.56       98.15
   5. extremely |         13        1.85      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs33 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          5        0.71        0.71
  1. not at all |        357       50.78       51.49
2. a little bit |        150       21.34       72.83
  3. moderately |        101       14.37       87.20
 4. quite a bit |         62        8.82       96.02
   5. extremely |         28        3.98      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs34 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        389       55.33       55.76
2. a little bit |        155       22.05       77.81
  3. moderately |         89       12.66       90.47
 4. quite a bit |         40        5.69       96.16
   5. extremely |         27        3.84      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs35 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          2        0.28        0.28
  1. not at all |        456       64.86       65.15
2. a little bit |        127       18.07       83.21
  3. moderately |         69        9.82       93.03
 4. quite a bit |         25        3.56       96.59
   5. extremely |         24        3.41      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs36 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          9        1.28        1.28
  1. not at all |        420       59.74       61.02
2. a little bit |        160       22.76       83.78
  3. moderately |         78       11.10       94.88
 4. quite a bit |         28        3.98       98.86
   5. extremely |          8        1.14      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs37 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          1        0.14        0.14
  1. not at all |        243       34.57       34.71
2. a little bit |        217       30.87       65.58
  3. moderately |        131       18.63       84.21
 4. quite a bit |         68        9.67       93.88
   5. extremely |         43        6.12      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs38 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  1. not at all |        274       38.98       38.98
2. a little bit |        248       35.28       74.25
  3. moderately |        113       16.07       90.33
 4. quite a bit |         43        6.12       96.44
   5. extremely |         25        3.56      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs39 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  1. not at all |        522       74.25       74.25
2. a little bit |        120       17.07       91.32
  3. moderately |         44        6.26       97.58
 4. quite a bit |         11        1.56       99.15
   5. extremely |          6        0.85      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs40 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        599       85.21       85.63
2. a little bit |         56        7.97       93.60
  3. moderately |         10        1.42       95.02
 4. quite a bit |         22        3.13       98.15
   5. extremely |         13        1.85      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs41 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  1. not at all |        577       82.08       82.08
2. a little bit |         58        8.25       90.33
  3. moderately |         37        5.26       95.59
 4. quite a bit |         27        3.84       99.43
   5. extremely |          4        0.57      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs42 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          1        0.14        0.14
  1. not at all |        464       66.00       66.15
2. a little bit |        119       16.93       83.07
  3. moderately |         71       10.10       93.17
 4. quite a bit |         27        3.84       97.01
   5. extremely |         21        2.99      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs43 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  1. not at all |        513       72.97       72.97
2. a little bit |         92       13.09       86.06
  3. moderately |         47        6.69       92.75
 4. quite a bit |         26        3.70       96.44
   5. extremely |         25        3.56      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs44 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          4        0.57        0.57
  1. not at all |        568       80.80       81.37
2. a little bit |         71       10.10       91.47
  3. moderately |         38        5.41       96.87
 4. quite a bit |         16        2.28       99.15
   5. extremely |          6        0.85      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs45 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        529       75.25       75.68
2. a little bit |        104       14.79       90.47
  3. moderately |         38        5.41       95.87
 4. quite a bit |         17        2.42       98.29
   5. extremely |         12        1.71      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs46 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        467       66.43       66.86
2. a little bit |        142       20.20       87.06
  3. moderately |         58        8.25       95.31
 4. quite a bit |         16        2.28       97.58
   5. extremely |         17        2.42      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs47 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  1. not at all |        480       68.28       68.28
2. a little bit |         96       13.66       81.93
  3. moderately |         59        8.39       90.33
 4. quite a bit |         43        6.12       96.44
   5. extremely |         25        3.56      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs48 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        461       65.58       66.00
2. a little bit |        100       14.22       80.23
  3. moderately |         74       10.53       90.75
 4. quite a bit |         35        4.98       95.73
   5. extremely |         30        4.27      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs49 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  1. not at all |        440       62.59       62.59
2. a little bit |        125       17.78       80.37
  3. moderately |         62        8.82       89.19
 4. quite a bit |         27        3.84       93.03
   5. extremely |         49        6.97      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs50 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          1        0.14        0.14
  1. not at all |        583       82.93       83.07
2. a little bit |         84       11.95       95.02
  3. moderately |         22        3.13       98.15
 4. quite a bit |          9        1.28       99.43
   5. extremely |          4        0.57      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs51 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  1. not at all |        395       56.19       56.19
2. a little bit |        138       19.63       75.82
  3. moderately |        112       15.93       91.75
 4. quite a bit |         38        5.41       97.16
   5. extremely |         20        2.84      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs52 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          3        0.43        0.43
  1. not at all |        347       49.36       49.79
2. a little bit |        220       31.29       81.08
  3. moderately |         72       10.24       91.32
 4. quite a bit |         27        3.84       95.16
   5. extremely |         34        4.84      100.00
----------------+-----------------------------------
          Total |        703      100.00

           bs53 |      Freq.     Percent        Cum.
----------------+-----------------------------------
  0. no answer  |          2        0.28        0.28
  1. not at all |        594       84.50       84.78
2. a little bit |         75       10.67       95.45
  3. moderately |         27        3.84       99.29
 4. quite a bit |          5        0.71      100.00
----------------+-----------------------------------
          Total |        703      100.00

.
. display "{hline}"
-------------

. // BSI Scale construction
. // Reliability analysis for BSItotal
. display " Alpha reliability of BSItotal for whole sample"
 Alpha reliability of BSItotal for whole sample

. loc bsItot "bs1-bs53"

. alpha `bsItot', item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs1          |  703    +       0.5876        0.5589        .2599345      0.9521
bs2          |  703    +       0.4897        0.4625         .264122      0.9525
bs3          |  703    +       0.4264        0.4100        .2686677      0.9528
bs4          |  703    +       0.5283        0.5023        .2632962      0.9523
bs5          |  703    +       0.5792        0.5534        .2614866      0.9521
bs6          |  703    +       0.5587        0.5329        .2622681      0.9522
bs7          |  703    +       0.6331        0.6051        .2579645      0.9518
bs8          |  703    +       0.3978        0.3795        .2686435      0.9528
bs9          |  703    +       0.2464        0.2336        .2715331      0.9532
bs10         |  703    +       0.5759        0.5453        .2596496      0.9522
bs11         |  703    +       0.4084        0.3838        .2669511      0.9528
bs12         |  703    +       0.6462        0.6269        .2618854      0.9518
bs13         |  703    +       0.5582        0.5326        .2623786      0.9522
bs14         |  703    +       0.5873        0.5649        .2626427      0.9520
bs15         |  703    +       0.6644        0.6422        .2593526      0.9516
bs16         |  703    +       0.5346        0.5050        .2617595      0.9523
bs17         |  703    +       0.6708        0.6475        .2584463      0.9516
bs18         |  703    +       0.5103        0.4900        .2657593      0.9524
bs19         |  703    +       0.6917        0.6732        .2602213      0.9515
bs20         |  703    +       0.6236        0.5968        .2590298      0.9518
bs21         |  703    +       0.5913        0.5691        .2625766      0.9520
bs22         |  703    +       0.5485        0.5286        .2649029      0.9523
bs23         |  703    +       0.4934        0.4680        .2645478      0.9525
bs24         |  703    +       0.5035        0.4808        .2651416      0.9524
bs25         |  703    +       0.6320        0.6047        .2583897      0.9518
bs26         |  703    +       0.6488        0.6222        .2578147      0.9517
bs27         |  703    +       0.6024        0.5773        .2608047      0.9519
bs28         |  703    +       0.4394        0.4199        .2675864      0.9527
bs29         |  703    +       0.5983        0.5744        .2614941      0.9520
bs30         |  703    +       0.6090        0.5846        .2608437      0.9519
bs31         |  703    +       0.5826        0.5593        .2624059      0.9520
bs32         |  703    +       0.5359        0.5142        .2645656      0.9523
bs33         |  703    +       0.6598        0.6349        .2581122      0.9516
bs34         |  703    +       0.4958        0.4648        .2627634      0.9525
bs35         |  703    +       0.6153        0.5915        .2608603      0.9519
bs36         |  703    +       0.6210        0.5998        .2619112      0.9519
bs37         |  703    +       0.7056        0.6830        .2567346      0.9513
bs38         |  703    +       0.6298        0.6060        .2602463      0.9518
bs39         |  703    +       0.4471        0.4253        .2667917      0.9526
bs40         |  703    +       0.3858        0.3609        .2673572      0.9529
bs41         |  703    +       0.3537        0.3285        .2679806      0.9530
bs42         |  703    +       0.4155        0.3846        .2652856      0.9529
bs43         |  703    +       0.4796        0.4508        .2639196      0.9526
bs44         |  703    +       0.5189        0.4986        .2655726      0.9524
bs45         |  703    +       0.6404        0.6221        .2626124      0.9518
bs46         |  703    +       0.3881        0.3594        .2665052      0.9529
bs47         |  703    +       0.4748        0.4436        .2633756      0.9526
bs48         |  703    +       0.5403        0.5109        .2616244      0.9523
bs49         |  703    +       0.4105        0.3738        .2641404      0.9531
bs50         |  703    +       0.4671        0.4492        .2675165      0.9526
bs51         |  703    +       0.5708        0.5440        .2613859      0.9521
bs52         |  703    +       0.5258        0.4968        .2623095      0.9524
bs53         |  703    +       0.4725        0.4574        .2682822      0.9527
-------------+-----------------------------------------------------------------
Test scale   |                                             .2630633      0.9531
-------------+-----------------------------------------------------------------

Interitem covariances (obs=703 in all pairs)

          bs1      bs2      bs3      bs4      bs5      bs6      bs7      bs8
 bs1   1.3781
 bs2   0.3222   0.9394
 bs3   0.1853   0.1450   0.3046
 bs4   0.4023   0.2004   0.1607   0.9476
 bs5   0.4368   0.3615   0.1709   0.3273   1.0933
 bs6   0.6130   0.4011   0.1739   0.4169   0.3861   1.0263
 bs7   0.5583   0.5558   0.1415   0.3309   0.6124   0.4867   1.5570
 bs8   0.1055   0.0926   0.0942   0.1242   0.1540   0.1330   0.1935   0.3592
 bs9   0.0643   0.0265   0.0449   0.0634   0.0443   0.0405   0.0703   0.0502
bs10   0.5481   0.2643   0.1394   0.4624   0.3796   0.3905   0.5630   0.0886
bs11   0.1980   0.2520   0.1117   0.0977   0.2000   0.1998   0.2638   0.1345
bs12   0.4041   0.3120   0.1863   0.3362   0.3396   0.3404   0.4086   0.1498
bs13   0.4622   0.3352   0.1374   0.3351   0.4282   0.4932   0.3790   0.0685
bs14   0.3568   0.0882   0.1609   0.2594   0.2854   0.2485   0.3105   0.1550
bs15   0.4018   0.3895   0.1726   0.3726   0.4357   0.3555   0.5170   0.1181
bs16   0.3726   0.1106   0.1549   0.3161   0.2839   0.3056   0.4206   0.1893
bs17   0.4837   0.2181   0.1275   0.3927   0.3140   0.3530   0.4867   0.1966
bs18   0.2348   0.0852   0.0731   0.1883   0.1635   0.1727   0.2699   0.1262
bs19   0.4278   0.2438   0.1117   0.3061   0.3304   0.3179   0.4335   0.1443
bs20   0.4238   0.3141   0.1611   0.3153   0.3938   0.3957   0.5358   0.1794
bs21   0.3484   0.1348   0.1446   0.3280   0.2329   0.2507   0.2850   0.1554
bs22   0.2376   0.1139   0.1289   0.1907   0.2419   0.1928   0.2282   0.1519
bs23   0.2535   0.6181   0.0947   0.1561   0.4148   0.3370   0.4938   0.0658
bs24   0.2824   0.1047   0.1562   0.2916   0.1524   0.1983   0.1563   0.0744
bs25   0.5863   0.4270   0.1225   0.3199   0.4746   0.4473   0.7600   0.1193
bs26   0.4911   0.3281   0.1404   0.3835   0.4279   0.3731   0.6008   0.1398
bs27   0.4394   0.2255   0.1406   0.3516   0.3165   0.2979   0.3430   0.1363
bs28   0.1631   0.1165   0.0676   0.1436   0.1490   0.1687   0.1745   0.1455
bs29   0.3406   0.3177   0.1332   0.2834   0.4841   0.3129   0.7556   0.1695
bs30   0.3673   0.3016   0.1121   0.2704   0.4262   0.2485   0.6363   0.1396
bs31   0.3317   0.2372   0.1184   0.2292   0.2842   0.2369   0.4237   0.1159
bs32   0.2537   0.3408   0.1118   0.1434   0.3167   0.2479   0.3137   0.0747
bs33   0.4005   0.5316   0.1837   0.2897   0.5767   0.3613   0.9035   0.1852
bs34   0.3317   0.0862   0.1146   0.2158   0.2936   0.1085   0.3421   0.0612
bs35   0.3943   0.3790   0.1409   0.2623   0.4139   0.3851   0.4668   0.1229
bs36   0.3140   0.3330   0.1139   0.2220   0.4855   0.3515   0.4801   0.1114
bs37   0.5957   0.4820   0.1673   0.3232   0.6365   0.4241   0.8862   0.2165
bs38   0.4288   0.2650   0.1467   0.2735   0.3732   0.3889   0.4744   0.1752
bs39   0.2244   0.0684   0.0568   0.1528   0.1921   0.1682   0.2818   0.0846
bs40   0.1837   0.3697   0.0668   0.1046   0.1897   0.2485   0.3862   0.0258
bs41   0.1929   0.3587   0.0708   0.1257   0.1655   0.2677   0.2612   0.0322
bs42   0.2803   0.0196   0.0279   0.2844   0.1341   0.0186   0.1764   0.0525
bs43   0.3232   0.0790   0.0401   0.1622   0.2998   0.1272   0.4080   0.1942
bs44   0.2137   0.0927   0.1215   0.2305   0.1951   0.2007   0.2508   0.1068
bs45   0.3503   0.1671   0.1051   0.2914   0.3014   0.2944   0.3482   0.1631
bs46   0.3028   0.1408   0.0567   0.2359   0.1760   0.3038   0.2017   0.0472
bs47   0.3943   0.1999   0.1057   0.2132   0.2578   0.2445   0.3355   0.1321
bs48   0.3716   0.1172   0.1554   0.3863   0.2439   0.2956   0.2709   0.1454
bs49   0.3482   0.0928   0.0819   0.2935   0.1226   0.1675   0.2965   0.0648
bs50   0.1751   0.0520   0.0667   0.1585   0.0981   0.1630   0.1307   0.0894
bs51   0.4138   0.2614   0.1351   0.2802   0.3216   0.2847   0.3823   0.0987
bs52   0.3508   0.0628   0.0721   0.2682   0.1856   0.2266   0.2872   0.0876
bs53   0.1412   0.1326   0.0942   0.0974   0.1388   0.1672   0.1613   0.0977

          bs9     bs10     bs11     bs12     bs13     bs14     bs15     bs16
 bs9   0.1426
bs10   0.0592   1.5118
bs11   0.0245   0.2034   0.6511
bs12   0.0726   0.3849   0.2295   0.7944
bs13   0.0419   0.4473   0.1283   0.3917   1.0068
bs14   0.0626   0.3978   0.1569   0.3445   0.2554   0.8514
bs15   0.0573   0.5783   0.1836   0.4274   0.4422   0.3297   1.1383
bs16   0.0733   0.4161   0.1702   0.2815   0.1791   0.6490   0.2387   1.2526
bs17   0.0653   0.5540   0.1782   0.3517   0.2784   0.5202   0.4432   0.7545
bs18   0.0425   0.2494   0.0949   0.1920   0.1336   0.2346   0.2656   0.3220
bs19   0.0471   0.4364   0.2003   0.4383   0.3440   0.3402   0.4616   0.4048
bs20   0.0726   0.4993   0.2412   0.3733   0.2808   0.3661   0.5381   0.5500
bs21   0.0634   0.4416   0.1792   0.2899   0.2457   0.3555   0.3747   0.3663
bs22   0.0645   0.2896   0.1654   0.2115   0.1746   0.3955   0.2519   0.4075
bs23   0.0040   0.2317   0.2582   0.2957   0.3383   0.1356   0.3519   0.1591
bs24   0.0427   0.4041   0.0894   0.2686   0.2548   0.2761   0.3109   0.2457
bs25   0.0818   0.5700   0.2966   0.4527   0.4472   0.3698   0.5258   0.4837
bs26   0.0596   0.6666   0.1607   0.3987   0.4450   0.3481   0.6001   0.4159
bs27   0.0598   0.3446   0.1509   0.3370   0.2770   0.3181   0.4632   0.3705
bs28   0.0185   0.1654   0.1421   0.1703   0.1137   0.1648   0.1929   0.1469
bs29   0.0486   0.3766   0.1776   0.3146   0.2475   0.2858   0.3952   0.3122
bs30   0.0542   0.3802   0.2132   0.3318   0.2761   0.2889   0.4620   0.2657
bs31   0.0152   0.2345   0.1350   0.2862   0.2786   0.3260   0.4400   0.2949
bs32   0.0588   0.2063   0.1863   0.2416   0.3273   0.1573   0.3497   0.1623
bs33   0.0224   0.4271   0.2297   0.3801   0.4001   0.3040   0.5587   0.3253
bs34   0.0460   0.3740   0.0892   0.2743   0.1983   0.3105   0.3370   0.2698
bs35   0.0829   0.3767   0.2258   0.3116   0.3633   0.2958   0.4970   0.4082
bs36   0.0298   0.3002   0.2366   0.2673   0.3220   0.2308   0.4258   0.2963
bs37   0.0432   0.5275   0.3374   0.4299   0.3604   0.3748   0.6012   0.4965
bs38   0.0456   0.3533   0.2764   0.3917   0.4245   0.3177   0.4644   0.3305
bs39   0.0741   0.1306   0.0829   0.1410   0.0833   0.2141   0.2023   0.2980
bs40   0.0253   0.2180   0.0728   0.1709   0.3270   0.0549   0.2620   0.0462
bs41   0.0190   0.2320   0.0829   0.1738   0.3367   0.0654   0.2524   0.0180
bs42   0.0453   0.3984   0.0744   0.2561   0.0823   0.2864   0.2799   0.3385
bs43   0.0509   0.2502   0.1891   0.2079   0.1888   0.3346   0.2620   0.3348
bs44   0.0630   0.2611   0.0899   0.2255   0.1642   0.3102   0.2143   0.3876
bs45   0.0347   0.3509   0.1504   0.3848   0.3041   0.2635   0.3205   0.2631
bs46   0.0175   0.3268   0.0297   0.1735   0.3207   0.1930   0.2447   0.1243
bs47   0.0323   0.2609   0.1691   0.3230   0.2369   0.1926   0.3296   0.2385
bs48   0.0412   0.5132   0.1160   0.3258   0.3179   0.2906   0.4454   0.2580
bs49   0.0361   0.3783   0.1539   0.3259   0.3598   0.2046   0.3802   0.1654
bs50   0.0571   0.1790   0.0668   0.1472   0.1665   0.1949   0.1470   0.2061
bs51   0.0276   0.4268   0.1673   0.2941   0.2784   0.3432   0.4631   0.2931
bs52   0.0299   0.3674   0.1514   0.3385   0.2186   0.3606   0.3234   0.3416
bs53   0.0298   0.1803   0.1091   0.1350   0.1463   0.1517   0.1419   0.1448

         bs17     bs18     bs19     bs20     bs21     bs22     bs23     bs24
bs17   1.2732
bs18   0.4094   0.5636
bs19   0.5879   0.3416   0.9084
bs20   0.7050   0.3222   0.5911   1.3816
bs21   0.3886   0.2417   0.3694   0.4365   0.8495
bs22   0.3549   0.1935   0.2682   0.3313   0.3760   0.6010
bs23   0.1998   0.1094   0.2764   0.2801   0.1686   0.1384   0.8336
bs24   0.3134   0.1704   0.2603   0.3251   0.3705   0.2278   0.1352   0.6857
bs25   0.5350   0.2298   0.4787   0.5610   0.3304   0.2837   0.3775   0.2834
bs26   0.5889   0.2861   0.5248   0.5865   0.4537   0.2637   0.2820   0.3107
bs27   0.5063   0.2567   0.4540   0.5002   0.3829   0.2745   0.2276   0.2770
bs28   0.2442   0.1383   0.2480   0.1746   0.1567   0.1302   0.1262   0.1196
bs29   0.3575   0.1591   0.3274   0.4214   0.2856   0.1787   0.3243   0.1866
bs30   0.4822   0.1899   0.4337   0.4779   0.2928   0.2207   0.3120   0.1943
bs31   0.4003   0.1731   0.3452   0.3272   0.3058   0.2758   0.2578   0.2312
bs32   0.2300   0.1361   0.2728   0.2829   0.1947   0.1574   0.2779   0.1339
bs33   0.4766   0.2404   0.4707   0.5283   0.3128   0.2369   0.4751   0.1666
bs34   0.4929   0.2193   0.3612   0.4241   0.3034   0.2019   0.1314   0.2733
bs35   0.3560   0.2157   0.3490   0.4914   0.3341   0.2965   0.3230   0.2433
bs36   0.3539   0.1900   0.3423   0.3685   0.2344   0.2322   0.3076   0.1466
bs37   0.5943   0.2847   0.5086   0.6096   0.3472   0.2994   0.4492   0.1964
bs38   0.4615   0.2222   0.4031   0.4487   0.3120   0.2123   0.2550   0.2279
bs39   0.3275   0.1610   0.2156   0.2853   0.1960   0.1571   0.1018   0.1335
bs40   0.0739   0.0748   0.1680   0.1271   0.1068   0.0344   0.2506   0.0822
bs41   0.0619   0.0269   0.1141   0.1292   0.0787   0.0568   0.2189   0.0917
bs42   0.4424   0.2217   0.3720   0.3071   0.2314   0.2198   0.0581   0.2296
bs43   0.4630   0.2002   0.3494   0.3086   0.2132   0.2174   0.1553   0.1257
bs44   0.3545   0.1894   0.2481   0.2758   0.2491   0.2746   0.0862   0.1676
bs45   0.4051   0.2166   0.4245   0.3284   0.2901   0.1858   0.1814   0.2116
bs46   0.2568   0.0912   0.2240   0.1669   0.2078   0.0772   0.1141   0.1932
bs47   0.3280   0.1840   0.3345   0.3438   0.2445   0.1951   0.1834   0.2199
bs48   0.4308   0.2358   0.4106   0.4595   0.4572   0.3070   0.1034   0.3407
bs49   0.4526   0.2357   0.3988   0.2761   0.2414   0.0583   0.1242   0.2193
bs50   0.2294   0.1554   0.1653   0.1975   0.2270   0.1816   0.0480   0.1206
bs51   0.4372   0.1719   0.2674   0.4072   0.3335   0.2884   0.2342   0.3371
bs52   0.6351   0.2903   0.4202   0.4108   0.3107   0.2318   0.0856   0.2326
bs53   0.1465   0.0714   0.1328   0.1702   0.1434   0.1543   0.1231   0.1158

         bs25     bs26     bs27     bs28     bs29     bs30     bs31     bs32
bs25   1.4718
bs26   0.5931   1.5019
bs27   0.4507   0.6610   1.1261
bs28   0.1899   0.1816   0.1863   0.4407
bs29   0.4927   0.4258   0.2741   0.1756   1.0137
bs30   0.5278   0.4823   0.3791   0.2106   0.5461   1.0911
bs31   0.3125   0.4279   0.3933   0.1812   0.3209   0.3907   0.9082
bs32   0.4062   0.2990   0.2882   0.1082   0.2412   0.2470   0.2634   0.6877
bs33   0.6227   0.6564   0.4471   0.1565   0.7065   0.6895   0.4701   0.4031
bs34   0.2988   0.4815   0.3664   0.1327   0.3218   0.4339   0.3434   0.1559
bs35   0.5021   0.4473   0.3993   0.1506   0.3587   0.3959   0.3807   0.3889
bs36   0.4636   0.3911   0.3395   0.1583   0.3613   0.3810   0.3062   0.3613
bs37   0.7683   0.5936   0.5061   0.2229   0.6615   0.6378   0.4157   0.3883
bs38   0.5000   0.4715   0.3903   0.2094   0.4188   0.4715   0.4003   0.3191
bs39   0.2703   0.2168   0.2555   0.0843   0.2132   0.2225   0.1920   0.1742
bs40   0.2990   0.2262   0.0966   0.0351   0.2187   0.1576   0.1526   0.2543
bs41   0.2436   0.1651   0.1114   0.0045   0.1510   0.1127   0.0904   0.2437
bs42   0.2248   0.4465   0.3839   0.0993   0.0846   0.2834   0.2777   0.0469
bs43   0.4108   0.3367   0.3021   0.2525   0.2952   0.4107   0.3298   0.1765
bs44   0.2655   0.2430   0.2393   0.1486   0.2232   0.1453   0.2175   0.1790
bs45   0.3815   0.3998   0.3196   0.2432   0.2847   0.3328   0.2893   0.2318
bs46   0.2203   0.3377   0.2318   0.0836   0.1380   0.0781   0.1523   0.1419
bs47   0.3250   0.5478   0.4289   0.1477   0.2796   0.2748   0.3157   0.2309
bs48   0.2767   0.5075   0.4109   0.1321   0.2984   0.2877   0.2758   0.2154
bs49   0.2732   0.5364   0.2669   0.1300   0.1820   0.2585   0.2345   0.1195
bs50   0.1495   0.1977   0.2137   0.1015   0.1404   0.1239   0.1666   0.1045
bs51   0.3809   0.4688   0.3647   0.1163   0.3507   0.3079   0.4460   0.2024
bs52   0.3426   0.4445   0.3874   0.1606   0.2600   0.3320   0.3515   0.1964
bs53   0.1206   0.1768   0.1290   0.0976   0.1395   0.1235   0.1488   0.1219

         bs33     bs34     bs35     bs36     bs37     bs38     bs39     bs40
bs33   1.3863
bs34   0.3704   1.2295
bs35   0.5439   0.3440   1.0628
bs36   0.5070   0.3023   0.5283   0.8639
bs37   0.8781   0.4019   0.5937   0.5700   1.4310
bs38   0.5413   0.3376   0.4160   0.3946   0.6709   1.1168
bs39   0.2320   0.1804   0.2655   0.1546   0.3178   0.2436   0.5571
bs40   0.3572   0.0590   0.2537   0.2351   0.2906   0.1752   0.0627   0.6455
bs41   0.2719   0.0231   0.2359   0.1940   0.2348   0.2137   0.0124   0.3644
bs42   0.1739   0.4440   0.1932   0.1870   0.2845   0.2023   0.1279  -0.0349
bs43   0.3562   0.3021   0.2070   0.2948   0.4655   0.3134   0.2048   0.0386
bs44   0.2204   0.1786   0.2739   0.2245   0.2661   0.2550   0.1524   0.0692
bs45   0.3501   0.3347   0.2801   0.3404   0.4355   0.4160   0.1595   0.1126
bs46   0.1704   0.2472   0.1353   0.1421   0.1386   0.1952   0.0914   0.1370
bs47   0.3868   0.2797   0.2343   0.2528   0.3659   0.3248   0.1182   0.1434
bs48   0.4042   0.3461   0.2776   0.3222   0.3533   0.3462   0.1379   0.1286
bs49   0.2427   0.3226   0.0175   0.1332   0.2322   0.3846   0.0438   0.0471
bs50   0.1681   0.2052   0.2123   0.1520   0.1545   0.1510   0.1210   0.0781
bs51   0.4542   0.3742   0.3957   0.3511   0.4937   0.4516   0.1487   0.1993
bs52   0.2873   0.5231   0.2424   0.2710   0.3545   0.3689   0.2096   0.0512
bs53   0.1891   0.1058   0.1914   0.1917   0.1830   0.1595   0.0890   0.1074

         bs41     bs42     bs43     bs44     bs45     bs46     bs47     bs48
bs41   0.6245
bs42  -0.0220   1.0343
bs43  -0.0179   0.2820   1.0335
bs44   0.0683   0.1909   0.1648   0.5716
bs45   0.1298   0.2338   0.3092   0.2273   0.7060
bs46   0.1455   0.1577   0.1195   0.0748   0.1999   0.8507
bs47   0.1064   0.2325   0.2416   0.1945   0.3107   0.1428   1.1964
bs48   0.2036   0.2648   0.2189   0.2710   0.3084   0.4088   0.3972   1.2532
bs49   0.0978   0.2935   0.2502   0.1312   0.3440   0.3638   0.3683   0.5033
bs50   0.0408   0.1485   0.1524   0.1937   0.1756   0.1044   0.1309   0.2199
bs51   0.1836   0.2861   0.2153   0.2222   0.2617   0.1988   0.3841   0.4833
bs52   0.0338   0.3925   0.3130   0.2225   0.3605   0.2521   0.2903   0.3797
bs53   0.0837   0.0102   0.1132   0.1162   0.1684   0.0799   0.1104   0.1682

         bs49     bs50     bs51     bs52     bs53
bs49   1.4337
bs50   0.1393   0.3944
bs51   0.3091   0.2372   1.1514
bs52   0.4723   0.2510   0.4955   1.1720
bs53   0.0751   0.1178   0.1719   0.1428   0.2868

. display "Alpha reliability of BSItotal for males"
Alpha reliability of BSItotal for males

. alpha `bsItot' if gender==1, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs1          |  340    +       0.5829        0.5510        .1968069      0.9466
bs2          |  340    +       0.5263        0.4946        .1987817      0.9469
bs3          |  340    +       0.3803        0.3635        .2048108      0.9476
bs4          |  340    +       0.5400        0.5134        .1997431      0.9468
bs5          |  340    +       0.5788        0.5521        .1985603      0.9466
bs6          |  340    +       0.6104        0.5842        .1976701      0.9464
bs7          |  340    +       0.6305        0.5992          .19507      0.9463
bs8          |  340    +       0.2497        0.2375        .2065813      0.9479
bs9          |  340    +       0.2563        0.2447        .2066029      0.9479
bs10         |  340    +       0.5589        0.5261        .1974162      0.9468
bs11         |  340    +       0.3644        0.3397        .2037246      0.9476
bs12         |  340    +       0.6493        0.6298        .1989743      0.9463
bs13         |  340    +       0.7048        0.6827        .1954719      0.9458
bs14         |  340    +       0.4771        0.4522        .2016764      0.9471
bs15         |  340    +       0.7062        0.6839         .195335      0.9458
bs16         |  340    +       0.4671        0.4369        .2007133      0.9472
bs17         |  340    +       0.5313        0.5032        .1995531      0.9469
bs18         |  340    +       0.3861        0.3636         .203756      0.9475
bs19         |  340    +       0.6478        0.6274        .1986111      0.9462
bs20         |  340    +       0.6567        0.6322        .1965832      0.9461
bs21         |  340    +       0.5380        0.5133        .2003187      0.9468
bs22         |  340    +       0.4932        0.4727        .2024194      0.9471
bs23         |  340    +       0.5070        0.4783        .2000699      0.9470
bs24         |  340    +       0.4501        0.4276        .2027313      0.9473
bs25         |  340    +       0.6293        0.6008        .1961582      0.9463
bs26         |  340    +       0.6002        0.5698        .1966529      0.9465
bs27         |  340    +       0.5570        0.5288        .1987832      0.9467
bs28         |  340    +       0.3129        0.2984        .2058166      0.9478
bs29         |  340    +       0.5373        0.5099        .1995893      0.9468
bs30         |  340    +       0.5068        0.4813        .2008655      0.9470
bs31         |  340    +       0.5918        0.5684         .199224      0.9465
bs32         |  340    +       0.5818        0.5582        .1994615      0.9466
bs33         |  340    +       0.6446        0.6162        .1955041      0.9462
bs34         |  340    +       0.4041        0.3698        .2014342      0.9476
bs35         |  340    +       0.6550        0.6318        .1971621      0.9461
bs36         |  340    +       0.6425        0.6215        .1985408      0.9463
bs37         |  340    +       0.6430        0.6143        .1955033      0.9462
bs38         |  340    +       0.5565        0.5297         .199207      0.9467
bs39         |  340    +       0.3609        0.3373        .2039451      0.9476
bs40         |  340    +       0.5469        0.5189         .199149      0.9468
bs41         |  340    +       0.4987        0.4712        .2005745      0.9470
bs42         |  340    +       0.3532        0.3206        .2027747      0.9478
bs43         |  340    +       0.3441        0.3156        .2035051      0.9477
bs44         |  340    +       0.4876        0.4649        .2019736      0.9471
bs45         |  340    +       0.5391        0.5195        .2017495      0.9469
bs46         |  340    +       0.4327        0.4002        .2010753      0.9474
bs47         |  340    +       0.5120        0.4807        .1992768      0.9470
bs48         |  340    +       0.5578        0.5280        .1983246      0.9467
bs49         |  340    +       0.3422        0.3005         .201831      0.9483
bs50         |  340    +       0.4803        0.4614         .203026      0.9472
bs51         |  340    +       0.6800        0.6577        .1965758      0.9460
bs52         |  340    +       0.3973        0.3638        .2017192      0.9476
bs53         |  340    +       0.4902        0.4754        .2039117      0.9473
-------------+-----------------------------------------------------------------
Test scale   |                                             .2000999      0.9479
-------------+-----------------------------------------------------------------

Interitem covariances (obs=340 in all pairs)

          bs1      bs2      bs3      bs4      bs5      bs6      bs7      bs8
 bs1   1.2785
 bs2   0.2859   1.0636
 bs3   0.1540   0.0685   0.2240
 bs4   0.3999   0.1293   0.1510   0.7869
 bs5   0.3550   0.3919   0.0821   0.2809   0.8962
 bs6   0.5414   0.5006   0.1781   0.3587   0.3748   0.9636
 bs7   0.4396   0.7311   0.0818   0.2153   0.5287   0.4826   1.4570
 bs8   0.0512   0.0452   0.0463   0.0587   0.0471   0.0718   0.0421   0.0987
 bs9   0.0677  -0.0001   0.0151   0.0595   0.0234   0.0355   0.0405   0.0092
bs10   0.5275   0.2595   0.0537   0.3500   0.3303   0.3452   0.5062   0.0204
bs11   0.1255   0.2268   0.0270   0.0711   0.1691   0.1550   0.2217   0.0488
bs12   0.3551   0.2815   0.1180   0.2140   0.2673   0.3268   0.3280   0.0811
bs13   0.5715   0.5487   0.0657   0.3248   0.4543   0.5605   0.5737   0.0345
bs14   0.2368  -0.0084   0.1121   0.2209   0.1497   0.1605   0.0637   0.0620
bs15   0.4213   0.4521   0.1041   0.3711   0.4156   0.3787   0.5990   0.0536
bs16   0.2595   0.0313   0.1212   0.2586   0.1178   0.2203   0.1566   0.0714
bs17   0.2382   0.0467   0.0708   0.2836   0.0951   0.1846   0.1752   0.0648
bs18   0.1289   0.0212   0.0266   0.1316   0.0303   0.0617   0.1092   0.0174
bs19   0.2702   0.2079   0.0846   0.2530   0.2440   0.2471   0.3123   0.0456
bs20   0.3682   0.3228   0.1402   0.3534   0.3146   0.3445   0.4724   0.0439
bs21   0.3177   0.0469   0.0854   0.2993   0.1603   0.2140   0.1403   0.0344
bs22   0.2269   0.0256   0.0650   0.1298   0.1299   0.1406   0.0479   0.0497
bs23   0.1908   0.7111   0.0419   0.0869   0.4015   0.3568   0.5711   0.0247
bs24   0.2302  -0.0115   0.1042   0.2498   0.0698   0.1252   0.0411   0.0385
bs25   0.5130   0.4994   0.0388   0.2320   0.4128   0.4701   0.5792   0.0119
bs26   0.4406   0.3169   0.0605   0.2598   0.3101   0.3902   0.5478   0.0147
bs27   0.3481   0.1319   0.0986   0.2429   0.2584   0.2718   0.2036   0.0391
bs28   0.0441   0.0276   0.0458   0.0649   0.0989   0.0644   0.0918   0.0367
bs29   0.2425   0.3147   0.0937   0.2238   0.4189   0.2763   0.6129   0.0211
bs30   0.2076   0.3337   0.0558   0.1398   0.2469   0.2284   0.4859   0.0125
bs31   0.2403   0.2449   0.0930   0.2013   0.2331   0.2596   0.3833   0.0366
bs32   0.2209   0.4455   0.0518   0.0825   0.3526   0.3082   0.3787   0.0126
bs33   0.3158   0.6647   0.1238   0.1652   0.4719   0.4140   0.9491   0.0299
bs34   0.2024   0.0330   0.0932   0.1935   0.1764   0.0425   0.2696  -0.0053
bs35   0.3671   0.5061   0.0979   0.2392   0.3639   0.4520   0.5469   0.0455
bs36   0.2957   0.4333   0.0735   0.1820   0.4390   0.3748   0.4635   0.0435
bs37   0.4914   0.5329   0.1016   0.2309   0.5456   0.4563   0.7624   0.0403
bs38   0.2964   0.2498   0.0989   0.2028   0.2508   0.2999   0.3667   0.0073
bs39   0.1306   0.0442   0.0671   0.1442   0.0944   0.1357   0.1137   0.0422
bs40   0.2979   0.6739   0.0556   0.1229   0.2955   0.4433   0.6815   0.0073
bs41   0.2693   0.5793   0.0122   0.0818   0.2878   0.3711   0.5514  -0.0041
bs42   0.2499  -0.0711   0.0618   0.2993   0.0512   0.0134   0.0105   0.0226
bs43   0.1469  -0.0159   0.0304   0.1366   0.1678   0.0286   0.1702   0.0298
bs44   0.1990   0.0480   0.1346   0.1929   0.1561   0.1810   0.1399   0.0550
bs45   0.1937   0.0825   0.0734   0.1852   0.1872   0.1667   0.1790   0.0422
bs46   0.2993   0.1344   0.0625   0.2864   0.1839   0.2927   0.2784   0.0248
bs47   0.3282   0.2322   0.1140   0.1761   0.2008   0.2231   0.2863   0.0296
bs48   0.4671   0.1307   0.1126   0.3905   0.2167   0.2945   0.2619   0.0323
bs49   0.2452  -0.0566   0.0329   0.2744   0.0552   0.0563   0.1728  -0.0089
bs50   0.1978   0.0323   0.0710   0.1347   0.0971   0.1830   0.0881   0.0393
bs51   0.4361   0.2775   0.1180   0.2915   0.2954   0.3391   0.3599   0.0426
bs52   0.1871  -0.1188   0.0338   0.1684   0.0151   0.0550   0.0780   0.0092
bs53   0.1348   0.1316   0.0542   0.0820   0.1296   0.1702   0.1816   0.0380

          bs9     bs10     bs11     bs12     bs13     bs14     bs15     bs16
 bs9   0.0900
bs10   0.0845   1.2494
bs11  -0.0036   0.1826   0.4673
bs12   0.0435   0.2243   0.1655   0.6276
bs13   0.0407   0.5324   0.1741   0.3815   1.0507
bs14   0.0486   0.2181   0.0732   0.2197   0.1721   0.5872
bs15   0.0238   0.4560   0.1248   0.4118   0.5461   0.1823   1.0707
bs16   0.0633   0.3166   0.1094   0.1819   0.1717   0.4415   0.1039   0.8412
bs17   0.0458   0.3867   0.0949   0.2228   0.2703   0.3007   0.2838   0.5319
bs18   0.0311   0.1516   0.0144   0.1169   0.0803   0.0701   0.2273   0.1346
bs19   0.0283   0.2325   0.0985   0.3480   0.3423   0.2126   0.3952   0.2592
bs20   0.0511   0.4012   0.1479   0.3699   0.4149   0.2602   0.5306   0.3336
bs21   0.0565   0.3521   0.1136   0.2420   0.2465   0.2563   0.2499   0.2353
bs22   0.0534   0.1965   0.1399   0.1805   0.1715   0.3116   0.1259   0.2820
bs23  -0.0106   0.2176   0.2577   0.2503   0.4663   0.0275   0.3440   0.0137
bs24   0.0402   0.2393   0.0370   0.1365   0.1700   0.1223   0.2048   0.1194
bs25   0.0518   0.4954   0.2021   0.3535   0.6441   0.1749   0.5012   0.3060
bs26   0.0598   0.4264   0.0770   0.2574   0.5157   0.1636   0.4679   0.2689
bs27   0.0327   0.2315   0.0874   0.2859   0.3712   0.2452   0.3913   0.2172
bs28   0.0105   0.0260   0.0375   0.0666   0.0297   0.0643   0.0792   0.0584
bs29   0.0245   0.3367   0.0778   0.2120   0.3008   0.0863   0.4058   0.0866
bs30   0.0040   0.2478   0.0965   0.1746   0.2497   0.0815   0.2898   0.0997
bs31   0.0135   0.1769   0.1005   0.2526   0.3108   0.2175   0.4020   0.1783
bs32   0.0078   0.1959   0.1626   0.2766   0.4165   0.1193   0.3939   0.1132
bs33  -0.0062   0.3787   0.1492   0.2738   0.5070   0.1250   0.5201   0.1900
bs34   0.0330   0.2413  -0.0000   0.1310   0.1457   0.1776   0.2201   0.1150
bs35   0.0823   0.4234   0.1647   0.2693   0.4931   0.1665   0.5103   0.1967
bs36   0.0209   0.2976   0.1753   0.2092   0.4180   0.1480   0.4083   0.1617
bs37   0.0188   0.3945   0.1924   0.3725   0.5489   0.1400   0.5601   0.2456
bs38   0.0369   0.2261   0.1220   0.3202   0.4389   0.1059   0.4231   0.1892
bs39   0.0832   0.0546   0.0235   0.1229   0.0850   0.1110   0.1677   0.1468
bs40   0.0330   0.3508   0.0803   0.2562   0.4475   0.0067   0.4345   0.0745
bs41   0.0126   0.2645   0.0704   0.2405   0.4605  -0.0001   0.3884   0.0210
bs42   0.0388   0.3019   0.0221   0.1653   0.1049   0.2770   0.1702   0.2647
bs43   0.0445   0.1206   0.0914   0.0522   0.1289   0.1994   0.1646   0.1578
bs44   0.0501   0.1858   0.0485   0.2455   0.1505   0.2407   0.1818   0.3165
bs45   0.0466   0.1405   0.1027   0.2672   0.2078   0.1618   0.2395   0.1569
bs46   0.0351   0.2700   0.0172   0.1159   0.3515   0.1665   0.2301   0.1672
bs47   0.0378   0.1725   0.1728   0.3248   0.3014   0.1498   0.4145   0.1944
bs48   0.0195   0.3139   0.0665   0.2684   0.3339   0.2360   0.3692   0.2085
bs49   0.0298   0.1805   0.0768   0.1989   0.3666   0.0801   0.3261   0.1526
bs50   0.0571   0.1732   0.0580   0.1430   0.1478   0.1978   0.1254   0.1934
bs51   0.0318   0.3693   0.1517   0.2974   0.4266   0.2607   0.5547   0.2782
bs52   0.0034   0.2446   0.1170   0.1595   0.1761   0.2120   0.2593   0.2023
bs53   0.0214   0.1381   0.0800   0.1179   0.1487   0.0856   0.1190   0.0955

         bs17     bs18     bs19     bs20     bs21     bs22     bs23     bs24
bs17   0.8585
bs18   0.3045   0.4017
bs19   0.3449   0.2291   0.6859
bs20   0.4360   0.1830   0.4309   1.0110
bs21   0.2392   0.1549   0.3055   0.3220   0.6789
bs22   0.2076   0.0763   0.1932   0.1872   0.2737   0.4160
bs23   0.0374   0.0043   0.2291   0.2508   0.0962   0.0872   0.8348
bs24   0.2081   0.1260   0.1873   0.2346   0.2903   0.1603   0.0427   0.4520
bs25   0.3236   0.0782   0.3757   0.4412   0.1816   0.1965   0.4165   0.0879
bs26   0.2995   0.1523   0.3377   0.3537   0.3291   0.1598   0.2532   0.1778
bs27   0.3152   0.1307   0.3315   0.3647   0.3190   0.1944   0.1449   0.2439
bs28   0.0596   0.0234   0.0804   0.0552   0.0233   0.0457   0.0259   0.0359
bs29   0.0907   0.0433   0.2136   0.3032   0.1630   0.0203   0.2551   0.0581
bs30   0.1191   0.1090   0.2444   0.3024   0.1437   0.0475   0.2595   0.0766
bs31   0.1572   0.1104   0.2717   0.2724   0.1950   0.1837   0.2394   0.1984
bs32   0.1256   0.0555   0.2263   0.3102   0.1614   0.1520   0.3668   0.0870
bs33   0.1818   0.0947   0.3378   0.4618   0.1540   0.0796   0.5618   0.0698
bs34   0.2678   0.1799   0.2136   0.2779   0.1864   0.1133   0.0171   0.1540
bs35   0.1639   0.0996   0.2592   0.3911   0.1926   0.1753   0.3921   0.1530
bs36   0.1706   0.0534   0.2447   0.2841   0.1491   0.1668   0.3877   0.1155
bs37   0.2405   0.1170   0.3397   0.4615   0.1313   0.1246   0.4279   0.0489
bs38   0.2156   0.0722   0.2135   0.3366   0.1732   0.1055   0.1752   0.1153
bs39   0.2016   0.1056   0.1385   0.1839   0.0869   0.0911   0.0145   0.0719
bs40   0.0818   0.0727   0.2323   0.3134   0.1218   0.0025   0.4462   0.0247
bs41   0.0444   0.0418   0.1964   0.2676   0.0714   0.0097   0.3784   0.0086
bs42   0.3100   0.1903   0.2701   0.2335   0.1656   0.1912  -0.0218   0.1841
bs43   0.1959   0.0619   0.0965   0.1507   0.0976   0.1628   0.0425   0.0873
bs44   0.2520   0.1212   0.1924   0.2337   0.1842   0.1986   0.0709   0.1462
bs45   0.1804   0.1055   0.2719   0.2020   0.1717   0.1423   0.0841   0.0804
bs46   0.2494   0.1085   0.1589   0.1728   0.2339   0.1104   0.0705   0.1589
bs47   0.1570   0.1006   0.2561   0.3701   0.2422   0.1498   0.2066   0.2332
bs48   0.2920   0.1590   0.2506   0.3079   0.4193   0.2238   0.1309   0.3099
bs49   0.2857   0.1805   0.2394   0.1710   0.2296   0.0936   0.0333   0.1900
bs50   0.2299   0.1202   0.1663   0.1642   0.2093   0.1816   0.0416   0.1243
bs51   0.3322   0.1832   0.3122   0.3747   0.2839   0.2270   0.2573   0.2577
bs52   0.4252   0.2323   0.3008   0.2698   0.2529   0.2188  -0.0581   0.1739
bs53   0.0884   0.0231   0.1060   0.1232   0.1100   0.0995   0.1260   0.0770

         bs25     bs26     bs27     bs28     bs29     bs30     bs31     bs32
bs25   1.2075
bs26   0.4583   1.2294
bs27   0.3527   0.5470   0.9302
bs28   0.0304   0.0195   0.0677   0.1527
bs29   0.2692   0.2695   0.1418   0.1104   0.8287
bs30   0.3153   0.2218   0.2028   0.0370   0.3523   0.6636
bs31   0.2705   0.3559   0.2852   0.0977   0.2210   0.1809   0.7277
bs32   0.4215   0.3091   0.2858   0.0509   0.2045   0.1966   0.2961   0.7132
bs33   0.5381   0.4655   0.2510   0.0811   0.6228   0.5336   0.3798   0.4469
bs34   0.0572   0.3286   0.2248   0.0655   0.1917   0.1257   0.2324   0.0814
bs35   0.5372   0.3872   0.2730   0.0714   0.3017   0.2944   0.3667   0.3913
bs36   0.4465   0.2490   0.2300   0.1055   0.3004   0.2784   0.2460   0.3667
bs37   0.6327   0.4551   0.3152   0.0652   0.5078   0.4635   0.3014   0.4229
bs38   0.3183   0.2701   0.2573   0.0454   0.2683   0.2117   0.2908   0.2895
bs39   0.1229   0.1362   0.1598   0.0411   0.0709   0.0747   0.1111   0.1322
bs40   0.4310   0.3860   0.1111  -0.0061   0.3161   0.2523   0.2371   0.3592
bs41   0.4053   0.2641   0.1387  -0.0114   0.2395   0.2140   0.1393   0.3523
bs42   0.1226   0.2494   0.2217   0.0322   0.0361   0.0316   0.1743  -0.0038
bs43   0.1938   0.1525   0.1507   0.1021   0.1401   0.1882   0.1752   0.0850
bs44   0.1760   0.1614   0.1825   0.1096   0.1839   0.0371   0.2154   0.0959
bs45   0.2018   0.1344   0.1960   0.1050   0.1556   0.1121   0.1797   0.1795
bs46   0.1920   0.3813   0.2523   0.0360   0.1719   0.0614   0.1543   0.1553
bs47   0.3206   0.5018   0.4483   0.0469   0.1670   0.1537   0.3284   0.3412
bs48   0.2524   0.3082   0.3326   0.0691   0.2645   0.1600   0.2607   0.2073
bs49   0.1724   0.3862   0.2394  -0.0092   0.1164   0.0090   0.1786   0.0106
bs50   0.1332   0.1445   0.1555   0.0716   0.0958   0.0551   0.1775   0.0645
bs51   0.3872   0.4168   0.3117   0.0855   0.2488   0.1887   0.4401   0.3065
bs52   0.1704   0.2583   0.2405   0.0681   0.0958   0.0740   0.1840   0.0716
bs53   0.1153   0.1179   0.0752   0.0409   0.1366   0.1075   0.1144   0.1079

         bs33     bs34     bs35     bs36     bs37     bs38     bs39     bs40
bs33   1.2832
bs34   0.2791   0.9487
bs35   0.5268   0.1900   0.9093
bs36   0.5176   0.1457   0.4896   0.7099
bs37   0.8194   0.2242   0.5206   0.4995   1.2912
bs38   0.4019   0.1611   0.3159   0.2777   0.4633   0.8413
bs39   0.1007   0.1316   0.1883   0.1012   0.1620   0.1304   0.4253
bs40   0.5698   0.1044   0.4633   0.3626   0.4446   0.2078   0.1071   0.8888
bs41   0.4652   0.0254   0.3722   0.3126   0.4119   0.2657   0.0410   0.5665
bs42   0.0360   0.3546   0.0599   0.0695   0.1047   0.1112   0.0869  -0.0670
bs43   0.1823   0.1322   0.1156   0.1879   0.2035   0.0702   0.0776  -0.0201
bs44   0.1022   0.1404   0.1557   0.1414   0.1219   0.1780   0.1003   0.0434
bs45   0.1763   0.1788   0.1919   0.1867   0.2580   0.2015   0.1284   0.0793
bs46   0.2141   0.2932   0.1512   0.1209   0.1577   0.1685   0.0821   0.1831
bs47   0.3635   0.1440   0.2636   0.1615   0.3208   0.2727   0.1057   0.2300
bs48   0.3485   0.2808   0.1989   0.2190   0.2763   0.2492   0.0643   0.1577
bs49   0.0627   0.2619  -0.0509   0.0053   0.0652   0.2955   0.0198   0.0598
bs50   0.0986   0.1581   0.1482   0.1158   0.0974   0.1074   0.1000   0.0957
bs51   0.4486   0.2301   0.3758   0.3851   0.4228   0.4181   0.0926   0.2989
bs52   0.0644   0.3422   0.0527   0.0704   0.1033   0.1941   0.1101  -0.0176
bs53   0.1896   0.0720   0.1972   0.1638   0.1338   0.1060   0.0667   0.1533

         bs41     bs42     bs43     bs44     bs45     bs46     bs47     bs48
bs41   0.7516
bs42   0.0094   0.7910
bs43  -0.0271   0.1684   0.6000
bs44   0.0094   0.1931   0.0776   0.5034
bs45   0.1250   0.1481   0.1056   0.1460   0.4344
bs46   0.1568   0.1543   0.0566   0.1056   0.1181   0.9034
bs47   0.1502   0.0829   0.0690   0.1869   0.1799   0.1693   1.0053
bs48   0.1404   0.1420   0.1419   0.2600   0.2133   0.4703   0.3777   1.0308
bs49   0.0870   0.2149   0.0705   0.1354   0.1854   0.3975   0.3138   0.4646
bs50   0.0202   0.1031   0.1189   0.1798   0.1179   0.1217   0.0741   0.1676
bs51   0.2289   0.2456   0.1991   0.2804   0.2356   0.1988   0.3999   0.4630
bs52  -0.0406   0.2736   0.1667   0.1958   0.2046   0.1766   0.1455   0.3263
bs53   0.0892  -0.0021   0.0566   0.0806   0.1022   0.0320   0.1035   0.1265

         bs49     bs50     bs51     bs52     bs53
bs49   1.2654
bs50   0.0767   0.3451
bs51   0.2805   0.2223   0.9352
bs52   0.4371   0.2224   0.3492   0.8950
bs53   0.0177   0.1052   0.1590   0.1011   0.2176

. display "Alpha reliability of BSItotal for females"
Alpha reliability of BSItotal for females

. alpha `bsItot' if gender==2, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs1          |  363    +       0.5737        0.5457        .2938921      0.9523
bs2          |  363    +       0.4707        0.4464        .2991862      0.9527
bs3          |  363    +       0.4450        0.4281        .3022616      0.9529
bs4          |  363    +       0.5147        0.4880        .2969238      0.9526
bs5          |  363    +       0.5620        0.5354        .2950416      0.9523
bs6          |  363    +       0.5181        0.4917        .2969135      0.9525
bs7          |  363    +       0.6213        0.5940        .2917803      0.9520
bs8          |  363    +       0.4368        0.4155        .3010664      0.9529
bs9          |  363    +       0.2299        0.2158        .3059724      0.9534
bs10         |  363    +       0.5721        0.5411        .2926572      0.9524
bs11         |  363    +       0.4142        0.3885        .3003762      0.9530
bs12         |  363    +       0.6319        0.6118        .2952058      0.9520
bs13         |  363    +       0.5050        0.4797        .2977692      0.9526
bs14         |  363    +       0.6318        0.6102        .2943421      0.9520
bs15         |  363    +       0.6526        0.6305         .293028      0.9519
bs16         |  363    +       0.5369        0.5062        .2944365      0.9525
bs17         |  363    +       0.7216        0.7009        .2895292      0.9514
bs18         |  363    +       0.5664        0.5467        .2980278      0.9524
bs19         |  363    +       0.7020        0.6836        .2926771      0.9516
bs20         |  363    +       0.5655        0.5359        .2935761      0.9524
bs21         |  363    +       0.6177        0.5962        .2950836      0.9521
bs22         |  363    +       0.5573        0.5367        .2978957      0.9524
bs23         |  363    +       0.4877        0.4637        .2987941      0.9527
bs24         |  363    +       0.5128        0.4888        .2980087      0.9526
bs25         |  363    +       0.6205        0.5925        .2914293      0.9521
bs26         |  363    +       0.6588        0.6329        .2903436      0.9518
bs27         |  363    +       0.6014        0.5768        .2941848      0.9521
bs28         |  363    +       0.4759        0.4537        .2997808      0.9527
bs29         |  363    +       0.6303        0.6074        .2937586      0.9520
bs30         |  363    +       0.6323        0.6077        .2926219      0.9520
bs31         |  363    +       0.5681        0.5438        .2958233      0.9523
bs32         |  363    +       0.5345        0.5143        .2988512      0.9525
bs33         |  363    +       0.6644        0.6407         .291326      0.9518
bs34         |  363    +       0.5225        0.4921        .2952316      0.9526
bs35         |  363    +       0.5926        0.5678        .2945015      0.9522
bs36         |  363    +       0.6089        0.5869        .2952404      0.9521
bs37         |  363    +       0.7306        0.7107        .2895075      0.9514
bs38         |  363    +       0.6515        0.6284        .2924392      0.9519
bs39         |  363    +       0.4821        0.4605        .2997847      0.9527
bs40         |  363    +       0.3274        0.3081        .3037465      0.9532
bs41         |  363    +       0.2710        0.2485        .3041585      0.9534
bs42         |  363    +       0.4241        0.3927        .2985417      0.9530
bs43         |  363    +       0.5147        0.4848         .295732      0.9526
bs44         |  363    +       0.5314        0.5118        .2991614      0.9525
bs45         |  363    +       0.6779        0.6597        .2942422      0.9518
bs46         |  363    +       0.3841        0.3578        .3010027      0.9531
bs47         |  363    +       0.4259        0.3931        .2981062      0.9531
bs48         |  363    +       0.5224        0.4918        .2951566      0.9526
bs49         |  363    +       0.4371        0.4020        .2970775      0.9531
bs50         |  363    +       0.4573        0.4393        .3016468      0.9528
bs51         |  363    +       0.4796        0.4489        .2968176      0.9528
bs52         |  363    +       0.5717        0.5443        .2942941      0.9523
bs53         |  363    +       0.4424        0.4262        .3025426      0.9529
-------------+-----------------------------------------------------------------
Test scale   |                                             .2964433      0.9533
-------------+-----------------------------------------------------------------

Interitem covariances (obs=363 in all pairs)

          bs1      bs2      bs3      bs4      bs5      bs6      bs7      bs8
 bs1   1.4219
 bs2   0.3398   0.8199
 bs3   0.2011   0.2123   0.3772
 bs4   0.3796   0.2590   0.1634   1.0879
 bs5   0.4694   0.3193   0.2427   0.3495   1.2426
 bs6   0.6541   0.3000   0.1632   0.4590   0.3744   1.0737
 bs7   0.6147   0.3748   0.1830   0.4125   0.6446   0.4627   1.5952
 bs8   0.1242   0.1266   0.1307   0.1699   0.2270   0.1739   0.3014   0.5844
 bs9   0.0533   0.0488   0.0707   0.0634   0.0572   0.0413   0.0900   0.0839
bs10   0.5197   0.2535   0.2071   0.5448   0.3852   0.4087   0.5659   0.1228
bs11   0.2369   0.2668   0.1835   0.1085   0.2046   0.2269   0.2728   0.1970
bs12   0.4142   0.3294   0.2410   0.4334   0.3769   0.3349   0.4460   0.1919
bs13   0.3839   0.1435   0.2109   0.3567   0.4241   0.4433   0.2218   0.1143
bs14   0.4259   0.1644   0.1953   0.2745   0.3756   0.3086   0.4955   0.2154
bs15   0.3720   0.3279   0.2339   0.3689   0.4451   0.3283   0.4283   0.1711
bs16   0.4011   0.1596   0.1662   0.3325   0.3738   0.3456   0.5860   0.2524
bs17   0.6198   0.3481   0.1558   0.4495   0.4391   0.4624   0.6789   0.2624
bs18   0.3054   0.1358   0.1092   0.2277   0.2640   0.2619   0.3902   0.2107
bs19   0.5264   0.2617   0.1241   0.3320   0.3697   0.3591   0.4950   0.2064
bs20   0.3765   0.2741   0.1547   0.2313   0.3838   0.3926   0.4903   0.2454
bs21   0.3487   0.2078   0.1928   0.3414   0.2764   0.2706   0.3901   0.2511
bs22   0.2089   0.1839   0.1786   0.2291   0.3142   0.2218   0.3560   0.2240
bs23   0.2960   0.5271   0.1399   0.2130   0.4141   0.3106   0.4049   0.0941
bs24   0.2948   0.2017   0.1956   0.3133   0.1987   0.2480   0.2252   0.0855
bs25   0.6060   0.3438   0.1879   0.3783   0.4909   0.4011   0.8780   0.1893
bs26   0.4707   0.3169   0.1975   0.4667   0.4808   0.3222   0.5790   0.2152
bs27   0.4556   0.2906   0.1618   0.4199   0.3121   0.2865   0.3998   0.1847
bs28   0.2407   0.1889   0.0793   0.2009   0.1674   0.2490   0.2161   0.2269
bs29   0.4006   0.3106   0.1619   0.3239   0.5187   0.3310   0.8565   0.2888
bs30   0.4353   0.2454   0.1434   0.3530   0.5254   0.2253   0.6916   0.2088
bs31   0.3871   0.2204   0.1343   0.2406   0.3063   0.2002   0.4297   0.1715
bs32   0.2876   0.2446   0.1689   0.2020   0.2861   0.1935   0.2564   0.1345
bs33   0.4369   0.3942   0.2288   0.3856   0.6392   0.2903   0.8168   0.3043
bs34   0.3934   0.1165   0.1190   0.2077   0.3530   0.1394   0.3471   0.0868
bs35   0.3989   0.2539   0.1757   0.2740   0.4433   0.3122   0.3699   0.1824
bs36   0.3103   0.2330   0.1464   0.2495   0.5120   0.3195   0.4742   0.1621
bs37   0.6189   0.4109   0.2092   0.3733   0.6590   0.3557   0.9242   0.3357
bs38   0.4935   0.2602   0.1760   0.3109   0.4377   0.4420   0.5126   0.2961
bs39   0.2862   0.0825   0.0403   0.1483   0.2615   0.1853   0.4118   0.1082
bs40   0.1081   0.0960   0.0855   0.1029   0.1172   0.0827   0.1432   0.0620
bs41   0.1340   0.1570   0.1290   0.1732   0.0616   0.1778   0.0029   0.0736
bs42   0.2614   0.0888  -0.0164   0.2477   0.1713  -0.0014   0.2813   0.0513
bs43   0.4213   0.1461   0.0314   0.1535   0.3668   0.1847   0.5601   0.3074
bs44   0.2053   0.1273   0.1037   0.2551   0.2127   0.2079   0.3312   0.1417
bs45   0.4526   0.2320   0.1231   0.3695   0.3708   0.3913   0.4597   0.2491
bs46   0.3129   0.1492   0.0530   0.1922   0.1742   0.3183   0.1367   0.0720
bs47   0.4094   0.1547   0.0856   0.2251   0.2713   0.2404   0.3320   0.1993
bs48   0.2519   0.0947   0.1876   0.3680   0.2434   0.2812   0.2468   0.2326
bs49   0.4021   0.2188   0.1165   0.2909   0.1493   0.2495   0.3673   0.1074
bs50   0.1422   0.0666   0.0597   0.1753   0.0890   0.1385   0.1581   0.1291
bs51   0.3447   0.2310   0.1384   0.2463   0.3053   0.2090   0.3522   0.1214
bs52   0.4367   0.2107   0.0903   0.3290   0.2879   0.3525   0.4117   0.1196
bs53   0.1269   0.1270   0.1265   0.1019   0.1302   0.1542   0.1207   0.1411

          bs9     bs10     bs11     bs12     bs13     bs14     bs15     bs16
 bs9   0.1911
bs10   0.0284   1.7165
bs11   0.0464   0.1963   0.8087
bs12   0.0945   0.5023   0.2696   0.9271
bs13   0.0465   0.3898   0.0983   0.4181   0.9588
bs14   0.0693   0.5263   0.2112   0.4316   0.3529   1.0644
bs15   0.0870   0.6829   0.2323   0.4345   0.3515   0.4583   1.2019
bs16   0.0711   0.4380   0.1843   0.3211   0.2199   0.7798   0.3474   1.5258
bs17   0.0695   0.6245   0.2041   0.4074   0.3273   0.6480   0.5714   0.8249
bs18   0.0489   0.3149   0.1544   0.2427   0.1963   0.3650   0.2954   0.4553
bs19   0.0573   0.5821   0.2685   0.4892   0.3679   0.4189   0.5133   0.4684
bs20   0.0779   0.5000   0.2737   0.3078   0.1988   0.3828   0.5231   0.6062
bs21   0.0655   0.4995   0.2249   0.3149   0.2582   0.4249   0.4858   0.4465
bs22   0.0691   0.3413   0.1680   0.2138   0.1948   0.4424   0.3613   0.4683
bs23   0.0150   0.2300   0.2499   0.3272   0.2266   0.2232   0.3563   0.2706
bs24   0.0395   0.5252   0.1182   0.3673   0.3508   0.3900   0.4024   0.3099
bs25   0.1026   0.5948   0.3580   0.5117   0.2856   0.5113   0.5386   0.5770
bs26   0.0492   0.8297   0.2013   0.4841   0.4095   0.4644   0.7093   0.4529
bs27   0.0747   0.3866   0.1718   0.3369   0.2195   0.3287   0.5153   0.4112
bs28   0.0210   0.2648   0.2215   0.2440   0.2073   0.2308   0.2918   0.1798
bs29   0.0663   0.3847   0.2533   0.3888   0.2124   0.4461   0.3788   0.4759
bs30   0.0890   0.4292   0.2775   0.4226   0.3367   0.4155   0.6053   0.3005
bs31   0.0122   0.2604   0.1505   0.2969   0.2625   0.4027   0.4696   0.3590
bs32   0.1071   0.2189   0.2105   0.2112   0.2436   0.1955   0.3098   0.2124
bs33   0.0426   0.4331   0.2814   0.4502   0.3198   0.4359   0.5862   0.3882
bs34   0.0492   0.4437   0.1397   0.3674   0.2738   0.3856   0.4334   0.3266
bs35   0.0805   0.3138   0.2715   0.3370   0.2521   0.3994   0.4809   0.5751
bs36   0.0350   0.2836   0.2827   0.3076   0.2422   0.2910   0.4383   0.3913
bs37   0.0547   0.5833   0.4320   0.4321   0.2172   0.5325   0.6235   0.6209
bs38   0.0447   0.4176   0.3882   0.4179   0.4380   0.4666   0.4902   0.3747
bs39   0.0618   0.1776   0.1239   0.1398   0.0934   0.2891   0.2289   0.4010
bs40   0.0228   0.1225   0.0830   0.1128   0.2020   0.1258   0.1083   0.0651
bs41   0.0269   0.2133   0.1016   0.1204   0.2166   0.1371   0.1287   0.0331
bs42   0.0443   0.4456   0.0970   0.3084   0.0819   0.2560   0.3721   0.3376
bs43   0.0467   0.3096   0.2436   0.3072   0.2744   0.4058   0.3380   0.4016
bs44   0.0719   0.3112   0.1162   0.1915   0.1874   0.3573   0.2399   0.4216
bs45   0.0168   0.5072   0.1704   0.4645   0.4145   0.3217   0.3866   0.2967
bs46   0.0019   0.3864   0.0448   0.2322   0.2901   0.2233   0.2606   0.0934
bs47   0.0200   0.3002   0.1397   0.2890   0.1976   0.1935   0.2398   0.2099
bs48   0.0569   0.6724   0.1453   0.3587   0.3171   0.3164   0.5107   0.2587
bs49   0.0356   0.5245   0.2025   0.4157   0.3728   0.2856   0.4218   0.1139
bs50   0.0555   0.1738   0.0685   0.1431   0.1897   0.1826   0.1648   0.2006
bs51   0.0164   0.4363   0.1551   0.2576   0.1616   0.3804   0.3670   0.2351
bs52   0.0445   0.4205   0.1462   0.4598   0.2882   0.4441   0.3683   0.3725
bs53   0.0346   0.2011   0.1252   0.1370   0.1534   0.1968   0.1588   0.1608

         bs17     bs18     bs19     bs20     bs21     bs22     bs23     bs24
bs17   1.4950
bs18   0.4566   0.7008
bs19   0.7273   0.4204   1.0718
bs20   0.7794   0.3983   0.6479   1.5429
bs21   0.4768   0.3076   0.4026   0.4892   0.9952
bs22   0.4235   0.2821   0.3021   0.3929   0.4511   0.7469
bs23   0.3220   0.1987   0.3054   0.2764   0.2275   0.1741   0.8294
bs24   0.3463   0.1922   0.2943   0.3406   0.4260   0.2642   0.2103   0.8804
bs25   0.6442   0.3448   0.5289   0.5796   0.4426   0.3290   0.3258   0.4320
bs26   0.7381   0.3743   0.6364   0.6759   0.5334   0.3106   0.2876   0.3878
bs27   0.5607   0.3368   0.5035   0.4955   0.4047   0.2981   0.2831   0.2595
bs28   0.3565   0.2275   0.3734   0.2222   0.2631   0.1844   0.2095   0.1744
bs29   0.5497   0.2501   0.4038   0.4714   0.3830   0.3032   0.3795   0.2846
bs30   0.6762   0.2209   0.5344   0.4881   0.3876   0.3226   0.3356   0.2475
bs31   0.5734   0.2153   0.3855   0.3206   0.3932   0.3399   0.2658   0.2407
bs32   0.3330   0.2133   0.3194   0.2629   0.2279   0.1648   0.1963   0.1799
bs33   0.6757   0.3535   0.5550   0.5093   0.4381   0.3524   0.3812   0.2270
bs34   0.5973   0.2238   0.4435   0.4484   0.3804   0.2409   0.2196   0.3437
bs35   0.4978   0.3130   0.4134   0.5454   0.4554   0.3946   0.2523   0.3132
bs36   0.4880   0.3066   0.4144   0.4079   0.3029   0.2781   0.2265   0.1611
bs37   0.7915   0.4010   0.5964   0.6065   0.5083   0.4077   0.4462   0.2819
bs38   0.5851   0.3302   0.5249   0.4410   0.4093   0.2682   0.3112   0.2918
bs39   0.3986   0.1987   0.2632   0.3307   0.2840   0.1996   0.1754   0.1729
bs40   0.1217   0.0939   0.1374   0.0111   0.1100   0.0872   0.0780   0.1578
bs41   0.1002   0.0197   0.0487   0.0228   0.0925   0.1100   0.0740   0.1782
bs42   0.4815   0.2254   0.4232   0.2862   0.2670   0.2116   0.1178   0.2393
bs43   0.5933   0.2930   0.5234   0.3295   0.2845   0.2191   0.2397   0.1147
bs44   0.4107   0.2412   0.2793   0.2729   0.2979   0.3296   0.0934   0.1721
bs45   0.5357   0.2964   0.5259   0.3622   0.3766   0.1936   0.2585   0.3035
bs46   0.2753   0.0786   0.2913   0.1732   0.1872   0.0507   0.1571   0.2301
bs47   0.4036   0.2365   0.3636   0.2300   0.2209   0.2028   0.1468   0.1746
bs48   0.5058   0.2911   0.5319   0.5435   0.4765   0.3626   0.0679   0.3485
bs49   0.5326   0.2642   0.5083   0.2935   0.2289  -0.0066   0.1959   0.2171
bs50   0.2078   0.1821   0.1534   0.2064   0.2376   0.1732   0.0504   0.1090
bs51   0.4486   0.1349   0.1796   0.3456   0.3534   0.3102   0.1974   0.3779
bs52   0.7115   0.3081   0.4689   0.4152   0.3278   0.1942   0.1986   0.2406
bs53   0.1643   0.1054   0.1386   0.1756   0.1635   0.1907   0.1141   0.1379

         bs25     bs26     bs27     bs28     bs29     bs30     bs31     bs32
bs25   1.6755
bs26   0.6556   1.6718
bs27   0.4768   0.6781   1.2194
bs28   0.3073   0.2894   0.2524   0.6896
bs29   0.6722   0.5308   0.3554   0.2159   1.1694
bs30   0.6501   0.6207   0.4361   0.3206   0.6783   1.3668
bs31   0.3231   0.4561   0.4544   0.2399   0.3961   0.5400   1.0614
bs32   0.3955   0.2936   0.2945   0.1638   0.2779   0.2987   0.2350   0.6656
bs33   0.6620   0.7801   0.5739   0.1993   0.7598   0.7695   0.5304   0.3653
bs34   0.4687   0.5478   0.4202   0.1573   0.4074   0.6305   0.4130   0.2289
bs35   0.4499   0.4764   0.4897   0.2110   0.3997   0.4582   0.3821   0.3888
bs36   0.4604   0.4972   0.4144   0.1943   0.4061   0.4448   0.3508   0.3582
bs37   0.8253   0.6264   0.5857   0.3223   0.7603   0.6851   0.4794   0.3606
bs38   0.6143   0.5831   0.4360   0.3247   0.5236   0.6226   0.4686   0.3506
bs39   0.3838   0.2582   0.3106   0.1078   0.3305   0.3201   0.2527   0.2153
bs40   0.2053   0.1170   0.1241   0.0936   0.1471   0.1171   0.0918   0.1553
bs41   0.1043   0.0887   0.1022   0.0273   0.0760   0.0370   0.0519   0.1421
bs42   0.2755   0.5699   0.4732   0.1314   0.1006   0.4455   0.3471   0.0969
bs43   0.5508   0.4223   0.3550   0.3504   0.3995   0.5152   0.4358   0.2660
bs44   0.3284   0.2905   0.2628   0.1707   0.2464   0.2117   0.2067   0.2584
bs45   0.5079   0.5906   0.3762   0.3442   0.3783   0.4703   0.3662   0.2835
bs46   0.2531   0.3055   0.2212   0.1322   0.1105   0.1034   0.1543   0.1295
bs47   0.2847   0.5304   0.3485   0.2118   0.3562   0.3150   0.2767   0.1304
bs48   0.2705   0.6548   0.4438   0.1711   0.3117   0.3595   0.2724   0.2251
bs49   0.3271   0.6223   0.2361   0.2329   0.2172   0.4257   0.2622   0.2239
bs50   0.1536   0.2324   0.2527   0.1220   0.1751   0.1699   0.1498   0.1429
bs51   0.3293   0.4548   0.3501   0.1137   0.4166   0.3440   0.4239   0.1078
bs52   0.4402   0.5316   0.4358   0.2037   0.3724   0.4689   0.4693   0.3171
bs53   0.1062   0.2055   0.1522   0.1376   0.1298   0.1067   0.1693   0.1362

         bs33     bs34     bs35     bs36     bs37     bs38     bs39     bs40
bs33   1.4506
bs34   0.4073   1.4276
bs35   0.5434   0.4645   1.2005
bs36   0.4807   0.4254   0.5571   1.0018
bs37   0.8730   0.4834   0.6326   0.6068   1.4574
bs38   0.6236   0.4355   0.4859   0.4807   0.7810   1.3094
bs39   0.3336   0.1965   0.3276   0.1943   0.4264   0.3199   0.6688
bs40   0.1845   0.0514   0.0707   0.1289   0.1911   0.1801   0.0367   0.4015
bs41   0.1016   0.0348   0.1140   0.0884   0.0868   0.1793  -0.0083   0.1691
bs42   0.2638   0.4744   0.2988   0.2781   0.3850   0.2336   0.1426   0.0229
bs43   0.4641   0.3853   0.2652   0.3683   0.6155   0.4651   0.2906   0.1328
bs44   0.3129   0.1889   0.3759   0.2937   0.3693   0.3019   0.1901   0.1068
bs45   0.4765   0.4303   0.3448   0.4669   0.5382   0.5665   0.1663   0.1702
bs46   0.1349   0.2116   0.1232   0.1648   0.1297   0.2275   0.1033   0.0908
bs47   0.3703   0.3535   0.1879   0.3195   0.3408   0.3202   0.1063   0.0903
bs48   0.4317   0.3726   0.3391   0.4070   0.3816   0.4023   0.1915   0.1199
bs49   0.3762   0.3312   0.0637   0.2357   0.3274   0.4199   0.0445   0.0604
bs50   0.2237   0.2362   0.2679   0.1814   0.1912   0.1786   0.1348   0.0688
bs51   0.4201   0.4543   0.3951   0.3002   0.4910   0.4282   0.1770   0.1352
bs52   0.4406   0.6167   0.3927   0.4319   0.4933   0.4563   0.2691   0.1553
bs53   0.1719   0.1143   0.1779   0.2099   0.2001   0.1866   0.0997   0.0768

         bs41     bs42     bs43     bs44     bs45     bs46     bs47     bs48
bs41   0.5045
bs42  -0.0405   1.2215
bs43   0.0061   0.3278   1.3561
bs44   0.1289   0.1688   0.2178   0.6272
bs45   0.1449   0.2738   0.4432   0.2847   0.9239
bs46   0.1339   0.1668   0.1864   0.0489   0.2822   0.8031
bs47   0.0766   0.3300   0.3431   0.1816   0.3933   0.1237   1.3356
bs48   0.2704   0.3520   0.2516   0.2686   0.3715   0.3559   0.3883   1.4465
bs49   0.1180   0.3286   0.3640   0.1091   0.4566   0.3382   0.3814   0.5154
bs50   0.0629   0.1804   0.1688   0.2021   0.2198   0.0899   0.1735   0.2622
bs51   0.1529   0.2803   0.1682   0.1471   0.2449   0.2050   0.3261   0.4746
bs52   0.1191   0.4434   0.3640   0.2189   0.4495   0.3312   0.3654   0.3905
bs53   0.0835   0.0029   0.1401   0.1410   0.2133   0.1273   0.0986   0.1954

         bs49     bs50     bs51     bs52     bs53
bs49   1.5599
bs50   0.1885   0.4389
bs51   0.2965   0.2407   1.3112
bs52   0.4509   0.2630   0.5707   1.3473
bs53   0.1123   0.1251   0.1652   0.1557   0.3442

. display "{hline}"
-------------

.
.
. cap drop bsp1-bsp53

. gen  bsp1 =  bs1 if bs1 > 0
(4 missing values generated)

. gen  bsp2 =  bs2 if bs2 > 0
(4 missing values generated)

. gen  bsp3 =  bs3 if bs3 > 0
(3 missing values generated)

. gen  bsp4 =  bs4 if bs4 > 0
(3 missing values generated)

. gen  bsp5 =  bs5 if bs5 > 0
(3 missing values generated)

. gen  bsp6 =  bs6 if bs6 > 0
(3 missing values generated)

. gen  bsp7 =  bs7 if bs7 > 0
(5 missing values generated)

. gen  bsp8 =  bs8 if bs8 > 0
(4 missing values generated)

. gen  bsp9 =  bs9 if bs9 > 0
(5 missing values generated)

. gen  bsp10 = bs10 if bs10 > 0
(3 missing values generated)

. gen  bsp11 = bs11 if bs11 > 0
(4 missing values generated)

. gen  bsp12 = bs12 if bs12 > 0
(4 missing values generated)

. gen  bsp13 = bs13 if bs13 > 0
(3 missing values generated)

. gen  bsp14 = bs14 if bs14 > 0
(5 missing values generated)

. gen  bsp15 = bs15 if bs15 > 0

. gen  bsp16 = bs16 if bs16 > 0
(3 missing values generated)

. gen  bsp17 = bs17 if bs17 > 0
(2 missing values generated)

. gen  bsp18 = bs18 if bs18 > 0
(1 missing value generated)

. gen  bsp19 = bs19 if bs19 > 0
(2 missing values generated)

. gen  bsp20 = bs20 if bs20 > 0
(1 missing value generated)

. gen  bsp21 = bs21 if bs21 > 0

. gen  bsp22 = bs22 if bs22 > 0
(3 missing values generated)

. gen  bsp23 = bs23 if bs23 > 0
(1 missing value generated)

. gen  bsp24 = bs24 if bs24 > 0
(2 missing values generated)

. gen  bsp25 = bs25 if bs25 > 0
(1 missing value generated)

. gen  bsp26 = bs26 if bs26 > 0
(1 missing value generated)

. gen  bsp27 = bs27 if bs27 > 0
(2 missing values generated)

. gen  bsp28 = bs28 if bs28 > 0
(1 missing value generated)

. gen  bsp29 = bs29 if bs29 > 0
(3 missing values generated)

. gen  bsp30 = bs30 if bs30 > 0
(1 missing value generated)

. gen  bsp31 = bs31 if bs31 > 0
(3 missing values generated)

. gen  bsp32 = bs32 if bs32 > 0
(2 missing values generated)

. gen  bsp33 = bs33 if bs33 > 0
(5 missing values generated)

. gen  bsp34 = bs34 if bs34 > 0
(3 missing values generated)

. gen  bsp35 = bs35 if bs35 > 0
(2 missing values generated)

. gen  bsp36 = bs36 if bs36 > 0
(9 missing values generated)

. gen  bsp37 = bs37 if bs37 > 0
(1 missing value generated)

. gen  bsp38 = bs38 if bs38 > 0

. gen  bsp39 = bs39 if bs39 > 0

. gen  bsp40 = bs40 if bs40 > 0
(3 missing values generated)

. gen  bsp41 = bs41 if bs41 > 0

. gen  bsp42 = bs42 if bs42 > 0
(1 missing value generated)

. gen  bsp43 = bs43 if bs43 > 0

. gen  bsp44 = bs44 if bs44 > 0
(4 missing values generated)

. gen  bsp45 = bs45 if bs45 > 0
(3 missing values generated)

. gen  bsp46 = bs46 if bs46 > 0
(3 missing values generated)

. gen  bsp47 = bs47 if bs47 > 0

. gen  bsp48 = bs48 if bs48 > 0
(3 missing values generated)

. gen  bsp49 = bs49 if bs49 > 0

. gen  bsp50 = bs50 if bs50 > 0
(1 missing value generated)

. gen  bsp51 = bs51 if bs51 > 0

. gen  bsp52 = bs52 if bs52 > 0
(3 missing values generated)

. gen  bsp53 = bs53 if bs53 > 0
(2 missing values generated)

.
. cap drop BSIposymp

. egen BSIposymp= rowtotal(bsp1-bsp50)

. label var BSIposymp "Brief Symptom inventory positive symptom total subscale"

. tab BSIposymp,missing

      Brief |
    Symptom |
  inventory |
   positive |
    symptom |
      total |
   subscale |      Freq.     Percent        Cum.
------------+-----------------------------------
         49 |          2        0.28        0.28
         50 |         28        3.98        4.27
         51 |         13        1.85        6.12
         52 |         18        2.56        8.68
         53 |         16        2.28       10.95
         54 |         11        1.56       12.52
         55 |         18        2.56       15.08
         56 |         19        2.70       17.78
         57 |         14        1.99       19.77
         58 |         19        2.70       22.48
         59 |         11        1.56       24.04
         60 |          9        1.28       25.32
         61 |         16        2.28       27.60
         62 |         14        1.99       29.59
         63 |         12        1.71       31.29
         64 |         14        1.99       33.29
         65 |         25        3.56       36.84
         66 |         10        1.42       38.26
         67 |          7        1.00       39.26
         68 |         14        1.99       41.25
         69 |         10        1.42       42.67
         70 |         10        1.42       44.10
         71 |          6        0.85       44.95
         72 |         18        2.56       47.51
         73 |         13        1.85       49.36
         74 |         10        1.42       50.78
         75 |         11        1.56       52.35
         76 |         14        1.99       54.34
         77 |          3        0.43       54.77
         78 |          9        1.28       56.05
         79 |          8        1.14       57.18
         80 |          8        1.14       58.32
         81 |          6        0.85       59.17
         82 |         12        1.71       60.88
         83 |          5        0.71       61.59
         84 |          8        1.14       62.73
         85 |         11        1.56       64.30
         86 |          8        1.14       65.43
         87 |          9        1.28       66.71
         88 |          8        1.14       67.85
         89 |          8        1.14       68.99
         90 |          3        0.43       69.42
         91 |          9        1.28       70.70
         92 |         10        1.42       72.12
         93 |          7        1.00       73.12
         94 |          6        0.85       73.97
         95 |          9        1.28       75.25
         96 |          8        1.14       76.39
         97 |          3        0.43       76.81
         98 |          6        0.85       77.67
         99 |          7        1.00       78.66
        100 |          1        0.14       78.81
        101 |          6        0.85       79.66
        102 |          6        0.85       80.51
        103 |          6        0.85       81.37
        104 |          7        1.00       82.36
        105 |          6        0.85       83.21
        106 |          1        0.14       83.36
        107 |          3        0.43       83.78
        108 |          2        0.28       84.07
        109 |          7        1.00       85.06
        110 |          4        0.57       85.63
        111 |          3        0.43       86.06
        112 |          3        0.43       86.49
        113 |          6        0.85       87.34
        114 |          6        0.85       88.19
        115 |          2        0.28       88.48
        116 |          6        0.85       89.33
        117 |          2        0.28       89.62
        118 |          4        0.57       90.18
        119 |          3        0.43       90.61
        120 |          6        0.85       91.47
        121 |          2        0.28       91.75
        122 |          2        0.28       92.03
        123 |          2        0.28       92.32
        124 |          5        0.71       93.03
        125 |          3        0.43       93.46
        126 |          1        0.14       93.60
        127 |          4        0.57       94.17
        129 |          2        0.28       94.45
        130 |          2        0.28       94.74
        131 |          5        0.71       95.45
        132 |          1        0.14       95.59
        134 |          1        0.14       95.73
        135 |          3        0.43       96.16
        136 |          1        0.14       96.30
        139 |          1        0.14       96.44
        140 |          2        0.28       96.73
        141 |          1        0.14       96.87
        142 |          1        0.14       97.01
        146 |          2        0.28       97.30
        147 |          1        0.14       97.44
        148 |          2        0.28       97.72
        149 |          1        0.14       97.87
        151 |          1        0.14       98.01
        153 |          1        0.14       98.15
        154 |          1        0.14       98.29
        155 |          2        0.28       98.58
        160 |          1        0.14       98.72
        161 |          2        0.28       99.00
        163 |          1        0.14       99.15
        172 |          1        0.14       99.29
        180 |          1        0.14       99.43
        181 |          1        0.14       99.57
        183 |          1        0.14       99.72
        185 |          1        0.14       99.86
        191 |          1        0.14      100.00
------------+-----------------------------------
      Total |        703      100.00

. summarize BSIposymp

    Variable |       Obs        Mean    Std. Dev.       Min        Max
-------------+--------------------------------------------------------
   BSIposymp |       703    80.92319     26.4504         49        191

.
. // Reliability analysis for BSIposymp
. // alpha reliability of BSItotal for whole sample
. loc bsIps "bsp1-bsp53"

. alpha `bsIps', item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bsp1         |  699    +       0.5900        0.5617        .2598073      0.9524
bsp2         |  699    +       0.4874        0.4603        .2640262      0.9529
bsp3         |  700    +       0.4314        0.4151        .2684767      0.9531
bsp4         |  700    +       0.5295        0.5037        .2631296      0.9527
bsp5         |  700    +       0.5807        0.5551        .2613438      0.9524
bsp6         |  700    +       0.5611        0.5354        .2620892      0.9525
bsp7         |  698    +       0.6326        0.6047        .2579128      0.9522
bsp8         |  699    +       0.3970        0.3787        .2685041      0.9532
bsp9         |  698    +       0.2512        0.2388        .2713433      0.9536
bsp10        |  700    +       0.5787        0.5481        .2594608      0.9525
bsp11        |  699    +       0.4082        0.3837        .2668157      0.9531
bsp12        |  699    +       0.6458        0.6267        .2617702      0.9521
bsp13        |  700    +       0.5575        0.5319        .2622727      0.9525
bsp14        |  698    +       0.5848        0.5625        .2625631      0.9524
bsp15        |  703    +       0.6618        0.6393        .2592206      0.9520
bsp16        |  700    +       0.5407        0.5112        .2615052      0.9527
bsp17        |  701    +       0.6689        0.6455        .2583536      0.9519
bsp18        |  702    +       0.5118        0.4915        .2655762      0.9527
bsp19        |  701    +       0.6991        0.6808        .2599449      0.9518
bsp20        |  702    +       0.6278        0.6011        .2587672      0.9522
bsp21        |  703    +       0.5903        0.5680        .2624207      0.9524
bsp22        |  700    +       0.5476        0.5277        .2647786      0.9526
bsp23        |  702    +       0.4904        0.4648        .2644466      0.9528
bsp24        |  701    +       0.5081        0.4854        .2649078      0.9527
bsp25        |  702    +       0.6339        0.6066        .2581762      0.9521
bsp26        |  702    +       0.6501        0.6235        .2576148      0.9520
bsp27        |  701    +       0.6024        0.5773        .2606693      0.9523
bsp28        |  702    +       0.4381        0.4185        .2674426      0.9530
bsp29        |  700    +       0.5968        0.5728        .2614044      0.9523
bsp30        |  702    +       0.6151        0.5907         .260571      0.9522
bsp31        |  700    +       0.5880        0.5648        .2621895      0.9524
bsp32        |  701    +       0.5341        0.5122        .2644453      0.9526
bsp33        |  698    +       0.6626        0.6380        .2579629      0.9520
bsp34        |  700    +       0.4967        0.4659        .2626036      0.9529
bsp35        |  701    +       0.6149        0.5910        .2607092      0.9522
bsp36        |  694    +       0.6256        0.6049        .2617843      0.9522
bsp37        |  702    +       0.7062        0.6836        .2565592      0.9517
bsp38        |  703    +       0.6339        0.6102        .2599807      0.9521
bsp39        |  703    +       0.4449        0.4229        .2666674      0.9530
bsp40        |  700    +       0.3880        0.3630        .2671743      0.9532
bsp41        |  703    +       0.3559        0.3305        .2677892      0.9533
bsp42        |  702    +       0.4163        0.3853        .2651187      0.9532
bsp43        |  703    +       0.4817        0.4527        .2637334      0.9529
bsp44        |  699    +       0.5231        0.5030        .2653526      0.9527
bsp45        |  700    +       0.6488        0.6308        .2623316      0.9522
bsp46        |  700    +       0.3816        0.3528        .2664724      0.9533
bsp47        |  703    +       0.4744        0.4430         .263231      0.9530
bsp48        |  700    +       0.5476        0.5183        .2613076      0.9526
bsp49        |  703    +       0.4094        0.3725        .2639966      0.9535
bsp50        |  702    +       0.4641        0.4461           .2674      0.9530
bsp51        |  703    +       0.5708        0.5439        .2612196      0.9525
bsp52        |  700    +       0.5234        0.4942        .2622408      0.9527
bsp53        |  701    +       0.4760        0.4609        .2680912      0.9530
-------------+-----------------------------------------------------------------
Test scale   |                                             .2628996      0.9535
-------------+-----------------------------------------------------------------

Interitem covariances (obs=pairwise, see below)

          bsp1     bsp2     bsp3     bsp4     bsp5     bsp6     bsp7     bsp8
 bsp1   1.3547
 bsp2   0.3045   0.9314
 bsp3   0.1738   0.1376   0.2998
 bsp4   0.3897   0.1896   0.1532   0.9405
 bsp5   0.4246   0.3518   0.1622   0.3159   1.0833
 bsp6   0.5949   0.3893   0.1652   0.4058   0.3730   1.0159
 bsp7   0.5453   0.5409   0.1335   0.3147   0.5946   0.4770   1.5355
 bsp8   0.0950   0.0843   0.0901   0.1174   0.1441   0.1246   0.1892   0.3534
 bsp9   0.0498   0.0194   0.0422   0.0577   0.0382   0.0296   0.0650   0.0446
bsp10   0.5340   0.2502   0.1296   0.4502   0.3651   0.3760   0.5420   0.0771
bsp11   0.1830   0.2446   0.1046   0.0871   0.1882   0.1878   0.2481   0.1272
bsp12   0.3902   0.3027   0.1795   0.3268   0.3283   0.3311   0.3936   0.1424
bsp13   0.4646   0.3336   0.1373   0.3338   0.4261   0.4963   0.3747   0.0670
bsp14   0.3424   0.0945   0.1602   0.2544   0.2799   0.2445   0.3037   0.1534
bsp15   0.3976   0.3876   0.1713   0.3714   0.4344   0.3539   0.5126   0.1172
bsp16   0.3754   0.1090   0.1531   0.3119   0.2896   0.3016   0.4177   0.1870
bsp17   0.4871   0.2151   0.1303   0.3952   0.3118   0.3538   0.4855   0.1958
bsp18   0.2383   0.0858   0.0730   0.1880   0.1684   0.1718   0.2754   0.1261
bsp19   0.4458   0.2494   0.1194   0.3153   0.3421   0.3273   0.4460   0.1516
bsp20   0.4320   0.3194   0.1645   0.3224   0.4012   0.4002   0.5390   0.1847
bsp21   0.3465   0.1329   0.1442   0.3280   0.2322   0.2501   0.2817   0.1543
bsp22   0.2333   0.1127   0.1270   0.1863   0.2382   0.1905   0.2238   0.1517
bsp23   0.2448   0.6164   0.0919   0.1517   0.4108   0.3325   0.4892   0.0643
bsp24   0.2817   0.1024   0.1564   0.2929   0.1518   0.2019   0.1525   0.0751
bsp25   0.5846   0.4237   0.1254   0.3220   0.4739   0.4516   0.7634   0.1158
bsp26   0.5060   0.3306   0.1497   0.3941   0.4357   0.3864   0.6018   0.1417
bsp27   0.4452   0.2231   0.1465   0.3569   0.3176   0.3069   0.3384   0.1371
bsp28   0.1625   0.1145   0.0701   0.1453   0.1484   0.1716   0.1705   0.1447
bsp29   0.3390   0.3162   0.1362   0.2842   0.4824   0.3142   0.7498   0.1674
bsp30   0.3846   0.3110   0.1253   0.2863   0.4414   0.2678   0.6484   0.1468
bsp31   0.3473   0.2469   0.1319   0.2441   0.2977   0.2544   0.4347   0.1259
bsp32   0.2502   0.3389   0.1140   0.1436   0.3150   0.2495   0.3105   0.0724
bsp33   0.3986   0.5297   0.1891   0.3018   0.5805   0.3736   0.8957   0.1856
bsp34   0.3419   0.0825   0.1203   0.2221   0.3041   0.1225   0.3450   0.0601
bsp35   0.3958   0.3766   0.1465   0.2663   0.4129   0.3909   0.4621   0.1192
bsp36   0.3191   0.3433   0.1244   0.2321   0.4869   0.3551   0.4766   0.1188
bsp37   0.6027   0.4851   0.1714   0.3270   0.6416   0.4279   0.8901   0.2161
bsp38   0.4379   0.2687   0.1508   0.2793   0.3801   0.3959   0.4870   0.1796
bsp39   0.2206   0.0655   0.0551   0.1509   0.1899   0.1659   0.2780   0.0825
bsp40   0.1834   0.3759   0.0666   0.1062   0.1890   0.2482   0.3906   0.0249
bsp41   0.1896   0.3579   0.0694   0.1240   0.1636   0.2662   0.2672   0.0302
bsp42   0.2935   0.0220   0.0314   0.2897   0.1387   0.0249   0.1806   0.0551
bsp43   0.3282   0.0815   0.0427   0.1663   0.3049   0.1316   0.4122   0.1969
bsp44   0.2181   0.0915   0.1250   0.2307   0.2086   0.2066   0.2507   0.1080
bsp45   0.3599   0.1663   0.1126   0.2918   0.3084   0.2952   0.3524   0.1687
bsp46   0.2898   0.1341   0.0532   0.2302   0.1677   0.2965   0.1883   0.0429
bsp47   0.3915   0.1978   0.1046   0.2120   0.2565   0.2432   0.3313   0.1337
bsp48   0.3832   0.1245   0.1605   0.4042   0.2526   0.3120   0.2812   0.1496
bsp49   0.3502   0.0934   0.0835   0.2965   0.1251   0.1702   0.2964   0.0668
bsp50   0.1725   0.0493   0.0655   0.1566   0.0952   0.1622   0.1278   0.0881
bsp51   0.4089   0.2582   0.1333   0.2782   0.3194   0.2823   0.3760   0.0973
bsp52   0.3540   0.0608   0.0739   0.2692   0.1845   0.2284   0.2869   0.0900
bsp53   0.1437   0.1318   0.0949   0.0945   0.1421   0.1656   0.1663   0.0965

          bsp9    bsp10    bsp11    bsp12    bsp13    bsp14    bsp15    bsp16
 bsp9   0.1355
bsp10   0.0533   1.5005
bsp11   0.0229   0.1900   0.6432
bsp12   0.0696   0.3723   0.2205   0.7869
bsp13   0.0416   0.4441   0.1254   0.3934   0.9996
bsp14   0.0606   0.3868   0.1720   0.3443   0.2479   0.8415
bsp15   0.0583   0.5773   0.1807   0.4280   0.4390   0.3264   1.1383
bsp16   0.0746   0.4187   0.1771   0.2775   0.1808   0.6525   0.2466   1.2459
bsp17   0.0659   0.5553   0.1777   0.3525   0.2728   0.5166   0.4404   0.7544
bsp18   0.0416   0.2486   0.0938   0.1955   0.1306   0.2339   0.2646   0.3199
bsp19   0.0536   0.4489   0.2056   0.4502   0.3395   0.3374   0.4619   0.4145
bsp20   0.0756   0.5073   0.2482   0.3762   0.2730   0.3714   0.5368   0.5536
bsp21   0.0642   0.4417   0.1779   0.2891   0.2429   0.3522   0.3747   0.3711
bsp22   0.0667   0.2868   0.1617   0.2080   0.1699   0.3933   0.2487   0.4142
bsp23   0.0026   0.2258   0.2545   0.2921   0.3348   0.1404   0.3508   0.1665
bsp24   0.0430   0.4084   0.0874   0.2681   0.2514   0.2811   0.3089   0.2557
bsp25   0.0823   0.5768   0.2956   0.4500   0.4476   0.3759   0.5247   0.4909
bsp26   0.0641   0.6845   0.1651   0.4019   0.4441   0.3383   0.5988   0.4183
bsp27   0.0591   0.3532   0.1513   0.3382   0.2745   0.3087   0.4605   0.3821
bsp28   0.0169   0.1696   0.1423   0.1689   0.1152   0.1651   0.1919   0.1450
bsp29   0.0500   0.3794   0.1757   0.3115   0.2454   0.2811   0.3918   0.3080
bsp30   0.0624   0.4036   0.2262   0.3411   0.2757   0.2904   0.4608   0.2647
bsp31   0.0248   0.2587   0.1459   0.2965   0.2775   0.3209   0.4371   0.2964
bsp32   0.0581   0.2085   0.1855   0.2392   0.3287   0.1535   0.3479   0.1706
bsp33   0.0254   0.4572   0.2282   0.3773   0.4060   0.3013   0.5527   0.3392
bsp34   0.0491   0.3839   0.0890   0.2732   0.1997   0.3016   0.3329   0.2634
bsp35   0.0848   0.3813   0.2251   0.3091   0.3632   0.2942   0.4974   0.4131
bsp36   0.0351   0.3023   0.2445   0.2727   0.3238   0.2228   0.4183   0.2995
bsp37   0.0463   0.5282   0.3367   0.4297   0.3589   0.3773   0.5997   0.4932
bsp38   0.0490   0.3606   0.2800   0.3981   0.4240   0.3113   0.4644   0.3295
bsp39   0.0733   0.1279   0.0823   0.1387   0.0810   0.2138   0.2023   0.2965
bsp40   0.0247   0.2220   0.0747   0.1736   0.3262   0.0498   0.2609   0.0408
bsp41   0.0166   0.2301   0.0808   0.1721   0.3359   0.0624   0.2524   0.0181
bsp42   0.0470   0.4047   0.0772   0.2602   0.0770   0.2812   0.2809   0.3369
bsp43   0.0519   0.2555   0.1921   0.2110   0.1860   0.3336   0.2620   0.3421
bsp44   0.0690   0.2647   0.0893   0.2263   0.1721   0.3091   0.2138   0.3841
bsp45   0.0347   0.3552   0.1542   0.3867   0.3021   0.2713   0.3255   0.2665
bsp46   0.0146   0.3247   0.0228   0.1699   0.3198   0.1862   0.2476   0.1194
bsp47   0.0323   0.2594   0.1670   0.3217   0.2335   0.1915   0.3296   0.2518
bsp48   0.0483   0.5213   0.1281   0.3307   0.3136   0.2853   0.4421   0.2697
bsp49   0.0352   0.3821   0.1548   0.3278   0.3560   0.2023   0.3802   0.1631
bsp50   0.0557   0.1761   0.0646   0.1454   0.1646   0.1931   0.1459   0.2091
bsp51   0.0279   0.4246   0.1639   0.2913   0.2741   0.3393   0.4631   0.2983
bsp52   0.0311   0.3669   0.1531   0.3399   0.2096   0.3541   0.3191   0.3404
bsp53   0.0283   0.1797   0.1069   0.1364   0.1472   0.1528   0.1397   0.1486

         bsp17    bsp18    bsp19    bsp20    bsp21    bsp22    bsp23    bsp24
bsp17   1.2659
bsp18   0.4073   0.5618
bsp19   0.5905   0.3426   0.9039
bsp20   0.7078   0.3199   0.5991   1.3774
bsp21   0.3867   0.2410   0.3703   0.4355   0.8495
bsp22   0.3518   0.1918   0.2697   0.3405   0.3784   0.5957
bsp23   0.1976   0.1117   0.2737   0.2821   0.1676   0.1429   0.8313
bsp24   0.3171   0.1690   0.2623   0.3211   0.3733   0.2258   0.1327   0.6822
bsp25   0.5302   0.2357   0.4824   0.5600   0.3294   0.2862   0.3753   0.2882
bsp26   0.5827   0.2838   0.5251   0.5878   0.4527   0.2629   0.2788   0.3196
bsp27   0.4988   0.2580   0.4538   0.4995   0.3810   0.2758   0.2234   0.2831
bsp28   0.2423   0.1376   0.2471   0.1743   0.1560   0.1327   0.1273   0.1238
bsp29   0.3498   0.1641   0.3274   0.4198   0.2830   0.1764   0.3231   0.1899
bsp30   0.4775   0.1957   0.4328   0.4798   0.2918   0.2210   0.3097   0.2007
bsp31   0.3939   0.1707   0.3437   0.3300   0.3058   0.2735   0.2545   0.2348
bsp32   0.2258   0.1405   0.2707   0.2810   0.1932   0.1572   0.2762   0.1376
bsp33   0.4843   0.2416   0.4700   0.5403   0.3075   0.2340   0.4738   0.1843
bsp34   0.4845   0.2163   0.3631   0.4214   0.3005   0.1988   0.1286   0.2809
bsp35   0.3501   0.2138   0.3500   0.4967   0.3326   0.2980   0.3204   0.2498
bsp36   0.3451   0.1839   0.3397   0.3712   0.2377   0.2275   0.3035   0.1546
bsp37   0.5898   0.2879   0.5111   0.6073   0.3491   0.2948   0.4505   0.1932
bsp38   0.4601   0.2264   0.4043   0.4494   0.3120   0.2073   0.2553   0.2266
bsp39   0.3264   0.1644   0.2167   0.2846   0.1960   0.1556   0.1011   0.1324
bsp40   0.0694   0.0728   0.1685   0.1314   0.1079   0.0312   0.2539   0.0815
bsp41   0.0602   0.0263   0.1129   0.1284   0.0787   0.0551   0.2185   0.0906
bsp42   0.4437   0.2204   0.3695   0.3090   0.2328   0.2167   0.0579   0.2296
bsp43   0.4614   0.1995   0.3481   0.3105   0.2132   0.2153   0.1543   0.1280
bsp44   0.3504   0.1893   0.2527   0.2801   0.2464   0.2729   0.0819   0.1708
bsp45   0.4060   0.2209   0.4263   0.3347   0.2941   0.1930   0.1781   0.2173
bsp46   0.2493   0.0883   0.2194   0.1637   0.2073   0.0711   0.1098   0.1900
bsp47   0.3282   0.1850   0.3393   0.3454   0.2445   0.1923   0.1822   0.2181
bsp48   0.4327   0.2356   0.4133   0.4674   0.4624   0.3100   0.1032   0.3377
bsp49   0.4497   0.2365   0.3966   0.2743   0.2414   0.0562   0.1227   0.2170
bsp50   0.2273   0.1547   0.1639   0.1954   0.2264   0.1806   0.0466   0.1195
bsp51   0.4340   0.1765   0.2691   0.4084   0.3335   0.2850   0.2327   0.3389
bsp52   0.6274   0.2934   0.4195   0.4052   0.3077   0.2282   0.0798   0.2300
bsp53   0.1446   0.0686   0.1323   0.1714   0.1419   0.1530   0.1247   0.1178

         bsp25    bsp26    bsp27    bsp28    bsp29    bsp30    bsp31    bsp32
bsp25   1.4692
bsp26   0.5887   1.4981
bsp27   0.4448   0.6544   1.1189
bsp28   0.1870   0.1782   0.1828   0.4392
bsp29   0.4868   0.4180   0.2676   0.1724   1.0067
bsp30   0.5240   0.4778   0.3732   0.2078   0.5407   1.0881
bsp31   0.3063   0.4207   0.3860   0.1784   0.3145   0.3851   0.9021
bsp32   0.4024   0.2939   0.2831   0.1058   0.2368   0.2428   0.2596   0.6846
bsp33   0.6214   0.6438   0.4330   0.1518   0.7026   0.6809   0.4608   0.4003
bsp34   0.2990   0.4729   0.3618   0.1342   0.3182   0.4272   0.3358   0.1501
bsp35   0.4975   0.4414   0.3950   0.1476   0.3527   0.3911   0.3778   0.3855
bsp36   0.4689   0.3788   0.3398   0.1533   0.3534   0.3743   0.2951   0.3560
bsp37   0.7648   0.5916   0.4987   0.2239   0.6603   0.6372   0.4116   0.3843
bsp38   0.5033   0.4751   0.3942   0.2114   0.4206   0.4747   0.3998   0.3200
bsp39   0.2697   0.2160   0.2542   0.0838   0.2115   0.2218   0.1904   0.1733
bsp40   0.3028   0.2282   0.0963   0.0336   0.2171   0.1591   0.1547   0.2533
bsp41   0.2509   0.1732   0.1181   0.0092   0.1563   0.1197   0.0952   0.2489
bsp42   0.2289   0.4459   0.3801   0.1003   0.0818   0.2808   0.2741   0.0441
bsp43   0.4100   0.3357   0.3002   0.2519   0.2929   0.4099   0.3278   0.1750
bsp44   0.2604   0.2491   0.2346   0.1474   0.2185   0.1510   0.2194   0.1769
bsp45   0.3958   0.4006   0.3242   0.2426   0.2886   0.3371   0.2881   0.2299
bsp46   0.2174   0.3341   0.2272   0.0834   0.1337   0.0769   0.1520   0.1406
bsp47   0.3239   0.5468   0.4266   0.1468   0.2764   0.2736   0.3129   0.2291
bsp48   0.2955   0.5222   0.4218   0.1370   0.3036   0.2946   0.2810   0.2197
bsp49   0.2716   0.5350   0.2663   0.1289   0.1776   0.2570   0.2307   0.1170
bsp50   0.1478   0.1975   0.2116   0.1010   0.1384   0.1222   0.1651   0.1035
bsp51   0.3846   0.4730   0.3669   0.1185   0.3513   0.3114   0.4471   0.2038
bsp52   0.3518   0.4390   0.3785   0.1583   0.2539   0.3257   0.3449   0.1921
bsp53   0.1247   0.1751   0.1289   0.0969   0.1438   0.1277   0.1485   0.1258

         bsp33    bsp34    bsp35    bsp36    bsp37    bsp38    bsp39    bsp40
bsp33   1.3697
bsp34   0.3581   1.2209
bsp35   0.5429   0.3368   1.0583
bsp36   0.4976   0.3090   0.5261   0.8414
bsp37   0.8746   0.3980   0.5918   0.5632   1.4260
bsp38   0.5369   0.3391   0.4195   0.3997   0.6719   1.1168
bsp39   0.2340   0.1783   0.2645   0.1534   0.3170   0.2436   0.5571
bsp40   0.3561   0.0566   0.2508   0.2389   0.2902   0.1741   0.0645   0.6413
bsp41   0.2777   0.0336   0.2421   0.2014   0.2341   0.2137   0.0124   0.3641
bsp42   0.1672   0.4423   0.1898   0.1825   0.2806   0.2026   0.1272  -0.0372
bsp43   0.3516   0.3020   0.2051   0.2924   0.4677   0.3134   0.2048   0.0432
bsp44   0.2252   0.1898   0.2815   0.2233   0.2654   0.2659   0.1523   0.0680
bsp45   0.3511   0.3337   0.2805   0.3386   0.4486   0.4197   0.1579   0.1214
bsp46   0.1672   0.2425   0.1320   0.1340   0.1351   0.1960   0.0893   0.1335
bsp47   0.3809   0.2761   0.2367   0.2475   0.3644   0.3248   0.1182   0.1478
bsp48   0.4136   0.3582   0.2813   0.3256   0.3525   0.3428   0.1382   0.1277
bsp49   0.2341   0.3208   0.0164   0.1285   0.2333   0.3846   0.0438   0.0505
bsp50   0.1701   0.2031   0.2110   0.1480   0.1538   0.1512   0.1205   0.0785
bsp51   0.4576   0.3748   0.4001   0.3507   0.4951   0.4516   0.1487   0.1959
bsp52   0.2746   0.5175   0.2377   0.2559   0.3501   0.3758   0.2075   0.0468
bsp53   0.1957   0.1057   0.1894   0.1883   0.1905   0.1652   0.0914   0.1061

         bsp41    bsp42    bsp43    bsp44    bsp45    bsp46    bsp47    bsp48
bsp41   0.6245
bsp42  -0.0228   1.0321
bsp43  -0.0179   0.2812   1.0335
bsp44   0.0719   0.1927   0.1637   0.5650
bsp45   0.1324   0.2306   0.3155   0.2343   0.7007
bsp46   0.1440   0.1557   0.1166   0.0733   0.1958   0.8443
bsp47   0.1064   0.2336   0.2416   0.1908   0.3162   0.1414   1.1964
bsp48   0.2021   0.2604   0.2161   0.2664   0.3041   0.4062   0.3968   1.2466
bsp49   0.0978   0.2945   0.2502   0.1264   0.3410   0.3692   0.3683   0.5001
bsp50   0.0403   0.1473   0.1517   0.1945   0.1784   0.1024   0.1299   0.2182
bsp51   0.1836   0.2870   0.2153   0.2194   0.2681   0.1945   0.3841   0.4821
bsp52   0.0314   0.3881   0.3103   0.2206   0.3595   0.2468   0.2866   0.3790
bsp53   0.0828   0.0111   0.1118   0.1146   0.1671   0.0790   0.1103   0.1656

         bsp49    bsp50    bsp51    bsp52    bsp53
bsp49   1.4337
bsp50   0.1400   0.3928
bsp51   0.3091   0.2362   1.1514
bsp52   0.4710   0.2476   0.4914   1.1628
bsp53   0.0762   0.1171   0.1749   0.1463   0.2835

Pairwise number of observations

        bsp1   bsp2   bsp3   bsp4   bsp5   bsp6   bsp7   bsp8   bsp9  bsp10
 bsp1    699
 bsp2    698    699
 bsp3    699    699    700
 bsp4    699    699    700    700
 bsp5    699    699    700    700    700
 bsp6    699    699    700    700    700    700
 bsp7    697    697    698    698    698    698    698
 bsp8    698    698    699    699    699    699    697    699
 bsp9    697    697    698    698    698    698    696    697    698
bsp10    699    699    700    700    700    700    698    699    698    700
bsp11    698    698    699    699    699    699    697    698    697    699
bsp12    698    698    699    699    699    699    697    698    697    699
bsp13    696    696    697    697    697    697    695    696    695    697
bsp14    694    694    695    695    695    695    693    694    694    695
bsp15    699    699    700    700    700    700    698    699    698    700
bsp16    696    696    697    697    697    697    695    696    695    697
bsp17    697    697    698    698    698    698    696    697    696    698
bsp18    698    698    699    699    699    699    697    698    697    699
bsp19    697    697    698    698    698    698    696    697    696    698
bsp20    698    698    699    699    699    699    697    698    697    699
bsp21    699    699    700    700    700    700    698    699    698    700
bsp22    696    696    697    697    697    697    695    696    695    697
bsp23    698    698    699    699    699    699    697    698    697    699
bsp24    697    697    698    698    698    698    696    697    696    698
bsp25    698    698    699    699    699    699    697    698    697    699
bsp26    698    698    699    699    699    699    697    698    697    699
bsp27    697    697    698    698    698    698    696    697    696    698
bsp28    698    698    699    699    699    699    697    698    697    699
bsp29    696    696    697    697    697    697    695    696    695    697
bsp30    698    698    699    699    699    699    697    698    697    699
bsp31    696    696    697    697    697    697    695    696    695    697
bsp32    697    697    698    698    698    698    696    697    696    698
bsp33    694    694    695    695    695    695    693    694    693    695
bsp34    696    696    697    697    697    697    695    696    695    697
bsp35    697    697    698    698    698    698    696    698    696    698
bsp36    690    690    691    691    691    691    689    690    689    691
bsp37    698    698    699    699    699    699    697    698    697    699
bsp38    699    699    700    700    700    700    698    699    698    700
bsp39    699    699    700    700    700    700    698    699    698    700
bsp40    696    696    697    697    697    697    695    696    695    697
bsp41    699    699    700    700    700    700    698    699    698    700
bsp42    698    698    699    699    699    699    697    698    697    699
bsp43    699    699    700    700    700    700    698    699    698    700
bsp44    695    695    696    696    696    696    694    695    694    696
bsp45    696    696    697    697    697    697    695    696    695    697
bsp46    696    696    697    697    697    697    695    696    695    697
bsp47    699    699    700    700    700    700    698    699    698    700
bsp48    696    696    697    697    697    697    695    696    695    697
bsp49    699    699    700    700    700    700    698    699    698    700
bsp50    698    698    699    699    699    699    697    698    697    699
bsp51    699    699    700    700    700    700    698    699    698    700
bsp52    696    696    697    697    697    697    695    696    695    697
bsp53    697    697    698    698    698    698    696    697    696    698

       bsp11  bsp12  bsp13  bsp14  bsp15  bsp16  bsp17  bsp18  bsp19  bsp20
bsp11    699
bsp12    698    699
bsp13    696    696    700
bsp14    694    694    695    698
bsp15    699    699    700    698    703
bsp16    696    696    697    695    700    700
bsp17    697    697    698    696    701    698    701
bsp18    698    698    699    697    702    699    700    702
bsp19    697    697    698    696    701    698    699    700    701
bsp20    698    698    699    697    702    699    700    701    700    702
bsp21    699    699    700    698    703    700    701    702    701    702
bsp22    696    696    697    695    700    697    698    699    698    699
bsp23    698    698    699    697    702    699    700    701    700    701
bsp24    697    697    698    696    701    698    699    700    699    700
bsp25    698    698    699    697    702    699    700    701    700    701
bsp26    698    698    699    697    702    699    700    701    700    701
bsp27    697    697    698    696    701    698    699    700    699    700
bsp28    698    698    699    697    702    699    700    701    700    701
bsp29    696    696    697    695    700    697    698    699    698    699
bsp30    698    698    699    697    702    699    700    701    700    701
bsp31    696    696    697    695    700    697    698    699    698    699
bsp32    697    697    698    696    701    698    699    700    699    700
bsp33    694    694    695    693    698    695    697    697    696    697
bsp34    696    696    697    695    700    697    698    699    698    699
bsp35    697    697    698    696    701    698    699    700    699    700
bsp36    690    690    691    689    694    691    692    693    692    693
bsp37    698    698    699    697    702    699    700    701    700    701
bsp38    699    699    700    698    703    700    701    702    701    702
bsp39    699    699    700    698    703    700    701    702    701    702
bsp40    696    696    697    695    700    697    698    699    698    699
bsp41    699    699    700    698    703    700    701    702    701    702
bsp42    698    698    699    697    702    699    700    701    700    701
bsp43    699    699    700    698    703    700    701    702    701    702
bsp44    695    695    696    694    699    696    697    698    697    698
bsp45    696    696    697    695    700    697    698    699    698    699
bsp46    696    696    697    695    700    697    698    699    698    699
bsp47    699    699    700    698    703    700    701    702    701    702
bsp48    696    696    697    695    700    697    698    699    698    699
bsp49    699    699    700    698    703    700    701    702    701    702
bsp50    698    698    699    697    702    699    700    701    700    701
bsp51    699    699    700    698    703    700    701    702    701    702
bsp52    696    696    697    695    700    697    698    699    698    699
bsp53    697    697    698    696    701    698    699    701    699    700

       bsp21  bsp22  bsp23  bsp24  bsp25  bsp26  bsp27  bsp28  bsp29  bsp30
bsp21    703
bsp22    700    700
bsp23    702    699    702
bsp24    701    698    700    701
bsp25    702    699    701    700    702
bsp26    702    699    701    700    702    702
bsp27    701    698    700    699    701    701    701
bsp28    702    699    701    700    702    702    701    702
bsp29    700    697    699    698    700    700    699    700    700
bsp30    702    699    701    700    702    702    701    702    700    702
bsp31    700    698    699    698    700    700    699    700    698    700
bsp32    701    698    700    699    701    701    700    701    699    701
bsp33    698    695    697    696    698    698    697    698    696    698
bsp34    700    697    699    698    700    700    699    700    698    700
bsp35    701    698    700    699    701    701    700    701    699    701
bsp36    694    691    693    692    694    694    693    694    692    694
bsp37    702    699    701    700    701    701    700    701    699    701
bsp38    703    700    702    701    702    702    701    702    700    702
bsp39    703    700    702    701    702    702    701    702    700    702
bsp40    700    697    699    698    699    699    698    699    697    699
bsp41    703    700    702    701    702    702    701    702    700    702
bsp42    702    699    701    700    701    701    700    701    699    701
bsp43    703    700    702    701    702    702    701    702    700    702
bsp44    699    696    698    697    698    698    697    698    696    698
bsp45    700    697    699    698    699    699    698    699    697    699
bsp46    700    698    699    698    699    699    698    699    697    699
bsp47    703    700    702    701    702    702    701    702    700    702
bsp48    700    697    699    698    699    699    698    699    697    699
bsp49    703    700    702    701    702    702    701    702    700    702
bsp50    702    699    701    700    701    701    700    701    699    701
bsp51    703    700    702    701    702    702    701    702    700    702
bsp52    700    697    699    698    699    699    698    699    697    699
bsp53    701    698    700    699    700    700    699    700    698    700

       bsp31  bsp32  bsp33  bsp34  bsp35  bsp36  bsp37  bsp38  bsp39  bsp40
bsp31    700
bsp32    699    701
bsp33    696    697    698
bsp34    698    699    696    700
bsp35    699    700    697    699    701
bsp36    692    693    690    692    693    694
bsp37    699    700    697    699    700    693    702
bsp38    700    701    698    700    701    694    702    703
bsp39    700    701    698    700    701    694    702    703    703
bsp40    697    698    695    697    698    691    699    700    700    700
bsp41    700    701    698    700    701    694    702    703    703    700
bsp42    699    700    697    699    700    693    701    702    702    699
bsp43    700    701    698    700    701    694    702    703    703    700
bsp44    696    697    694    696    697    690    698    699    699    696
bsp45    697    698    695    697    698    691    699    700    700    697
bsp46    698    698    695    697    698    691    699    700    700    697
bsp47    700    701    698    700    701    694    702    703    703    700
bsp48    697    698    695    697    698    691    699    700    700    697
bsp49    700    701    698    700    701    694    702    703    703    700
bsp50    699    700    697    699    700    693    701    702    702    699
bsp51    700    701    698    700    701    694    702    703    703    700
bsp52    697    698    695    697    698    693    699    700    700    697
bsp53    698    699    696    698    699    692    700    701    701    698

       bsp41  bsp42  bsp43  bsp44  bsp45  bsp46  bsp47  bsp48  bsp49  bsp50
bsp41    703
bsp42    702    702
bsp43    703    702    703
bsp44    699    698    699    699
bsp45    700    699    700    696    700
bsp46    700    699    700    696    697    700
bsp47    703    702    703    699    700    700    703
bsp48    700    699    700    696    697    697    700    700
bsp49    703    702    703    699    700    700    703    700    703
bsp50    702    701    702    698    699    699    702    699    702    702
bsp51    703    702    703    699    700    700    703    700    703    702
bsp52    700    699    700    696    697    697    700    697    700    700
bsp53    701    700    701    697    698    698    701    698    701    700

       bsp51  bsp52  bsp53
bsp51    703
bsp52    700    700
bsp53    701    698    701

. //  alpha reliability of BSIpositive symptom subscale for males
. alpha `bsIps' if gender==1, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bsp1         |  338    +       0.5865        0.5550         .196491      0.9469
bsp2         |  338    +       0.5238        0.4921         .198528      0.9472
bsp3         |  339    +       0.3811        0.3644        .2044966      0.9478
bsp4         |  339    +       0.5400        0.5135        .1994322      0.9471
bsp5         |  339    +       0.5802        0.5536        .1982462      0.9468
bsp6         |  339    +       0.6116        0.5854        .1973447      0.9466
bsp7         |  338    +       0.6288        0.5975        .1948431      0.9466
bsp8         |  338    +       0.2504        0.2387        .2062709      0.9482
bsp9         |  338    +       0.2527        0.2415        .2063193      0.9482
bsp10        |  339    +       0.5597        0.5269        .1971053      0.9470
bsp11        |  339    +       0.3656        0.3409        .2034108      0.9479
bsp12        |  338    +       0.6482        0.6288        .1987002      0.9465
bsp13        |  338    +       0.7027        0.6805        .1952625      0.9461
bsp14        |  338    +       0.4730        0.4481        .2014383      0.9474
bsp15        |  340    +       0.7048        0.6824        .1950323      0.9460
bsp16        |  337    +       0.4862        0.4565        .2001819      0.9474
bsp17        |  338    +       0.5262        0.4979        .1993588      0.9471
bsp18        |  340    +       0.3876        0.3651        .2034262      0.9478
bsp19        |  340    +       0.6560        0.6357         .198168      0.9465
bsp20        |  340    +       0.6586        0.6341        .1962187      0.9463
bsp21        |  340    +       0.5396        0.5148          .19998      0.9471
bsp22        |  338    +       0.4904        0.4700        .2021651      0.9474
bsp23        |  339    +       0.5058        0.4771        .1997878      0.9473
bsp24        |  340    +       0.4549        0.4325        .2023685      0.9475
bsp25        |  340    +       0.6287        0.6001        .1958427      0.9465
bsp26        |  340    +       0.5968        0.5662        .1963904      0.9468
bsp27        |  339    +       0.5565        0.5282        .1985057      0.9470
bsp28        |  340    +       0.3132        0.2986        .2055019      0.9480
bsp29        |  339    +       0.5328        0.5052        .1993608      0.9471
bsp30        |  340    +       0.5131        0.4875        .2004605      0.9472
bsp31        |  338    +       0.5965        0.5730        .1988897      0.9468
bsp32        |  340    +       0.5816        0.5579        .1991446      0.9468
bsp33        |  338    +       0.6486        0.6205        .1951571      0.9464
bsp34        |  338    +       0.4056        0.3715        .2010993      0.9479
bsp35        |  339    +       0.6582        0.6351        .1968039      0.9464
bsp36        |  339    +       0.6453        0.6244        .1982131      0.9465
bsp37        |  339    +       0.6461        0.6177        .1951315      0.9464
bsp38        |  340    +       0.5599        0.5330        .1988266      0.9470
bsp39        |  340    +       0.3584        0.3346        .2036616      0.9479
bsp40        |  339    +       0.5436        0.5155        .1988885      0.9470
bsp41        |  340    +       0.4976        0.4700        .2002694      0.9473
bsp42        |  340    +       0.3540        0.3213        .2024473      0.9481
bsp43        |  340    +       0.3442        0.3156        .2031999      0.9480
bsp44        |  338    +       0.4957        0.4734        .2015556      0.9473
bsp45        |  340    +       0.5386        0.5189        .2014349      0.9472
bsp46        |  337    +       0.4250        0.3925        .2009116      0.9477
bsp47        |  340    +       0.5120        0.4805        .1989572      0.9473
bsp48        |  340    +       0.5571        0.5272         .198015      0.9470
bsp49        |  340    +       0.3402        0.2983        .2015554      0.9486
bsp50        |  340    +       0.4800        0.4611         .202712      0.9474
bsp51        |  340    +       0.6812        0.6590        .1962365      0.9462
bsp52        |  340    +       0.4031        0.3695        .2013197      0.9479
bsp53        |  340    +       0.4911        0.4763        .2035906      0.9475
-------------+-----------------------------------------------------------------
Test scale   |                                              .199786      0.9481
-------------+-----------------------------------------------------------------

Interitem covariances (obs=pairwise, see below)

          bsp1     bsp2     bsp3     bsp4     bsp5     bsp6     bsp7     bsp8
 bsp1   1.2583
 bsp2   0.2708   1.0572
 bsp3   0.1466   0.0633   0.2208
 bsp4   0.3955   0.1210   0.1463   0.7823
 bsp5   0.3546   0.3882   0.0766   0.2740   0.8903
 bsp6   0.5283   0.4925   0.1727   0.3517   0.3670   0.9571
 bsp7   0.4303   0.7222   0.0748   0.2047   0.5180   0.4765   1.4431
 bsp8   0.0469   0.0391   0.0456   0.0557   0.0398   0.0673   0.0360   0.0924
 bsp9   0.0577  -0.0032   0.0112   0.0534   0.0161   0.0278   0.0316   0.0056
bsp10   0.5258   0.2491   0.0475   0.3425   0.3218   0.3364   0.4932   0.0117
bsp11   0.1156   0.2209   0.0226   0.0653   0.1629   0.1486   0.2134   0.0439
bsp12   0.3469   0.2749   0.1136   0.2072   0.2594   0.3227   0.3175   0.0762
bsp13   0.5752   0.5441   0.0623   0.3191   0.4476   0.5641   0.5624   0.0296
bsp14   0.2296  -0.0072   0.1107   0.2170   0.1436   0.1579   0.0527   0.0631
bsp15   0.4150   0.4488   0.1020   0.3691   0.4134   0.3762   0.5946   0.0527
bsp16   0.2686   0.0305   0.1193   0.2529   0.1295   0.2150   0.1503   0.0687
bsp17   0.2389   0.0368   0.0727   0.2828   0.0857   0.1801   0.1652   0.0607
bsp18   0.1327   0.0234   0.0292   0.1353   0.0341   0.0657   0.1126   0.0190
bsp19   0.2987   0.2186   0.0936   0.2655   0.2577   0.2614   0.3268   0.0528
bsp20   0.3801   0.3226   0.1415   0.3556   0.3168   0.3469   0.4724   0.0490
bsp21   0.3202   0.0476   0.0875   0.3026   0.1636   0.2175   0.1417   0.0349
bsp22   0.2218   0.0241   0.0638   0.1260   0.1247   0.1387   0.0389   0.0516
bsp23   0.1807   0.7109   0.0398   0.0827   0.3982   0.3528   0.5705   0.0258
bsp24   0.2346  -0.0094   0.1070   0.2539   0.0737   0.1295   0.0441   0.0434
bsp25   0.5076   0.4967   0.0367   0.2297   0.4108   0.4680   0.5925   0.0079
bsp26   0.4455   0.3115   0.0579   0.2568   0.3069   0.3871   0.5415   0.0095
bsp27   0.3544   0.1291   0.0995   0.2431   0.2580   0.2762   0.1985   0.0410
bsp28   0.0430   0.0267   0.0455   0.0646   0.0986   0.0640   0.0911   0.0362
bsp29   0.2372   0.3154   0.0919   0.2204   0.4156   0.2717   0.6081   0.0177
bsp30   0.2215   0.3444   0.0644   0.1515   0.2602   0.2421   0.5003   0.0188
bsp31   0.2472   0.2533   0.1014   0.2104   0.2423   0.2690   0.3924   0.0465
bsp32   0.2179   0.4452   0.0508   0.0813   0.3520   0.3074   0.3770   0.0106
bsp33   0.3195   0.6651   0.1241   0.1727   0.4804   0.4319   0.9470   0.0309
bsp34   0.2165   0.0280   0.0940   0.1968   0.1924   0.0567   0.2769  -0.0067
bsp35   0.3736   0.5080   0.1040   0.2448   0.3651   0.4581   0.5514   0.0423
bsp36   0.2972   0.4347   0.0749   0.1965   0.4408   0.3760   0.4629   0.0434
bsp37   0.5016   0.5366   0.1073   0.2351   0.5508   0.4605   0.7698   0.0373
bsp38   0.3071   0.2529   0.1032   0.2088   0.2575   0.3070   0.3769   0.0117
bsp39   0.1276   0.0419   0.0663   0.1433   0.0932   0.1346   0.1110   0.0406
bsp40   0.2910   0.6788   0.0540   0.1198   0.2925   0.4408   0.6794   0.0047
bsp41   0.2662   0.5795   0.0110   0.0804   0.2868   0.3703   0.5505  -0.0064
bsp42   0.2649  -0.0711   0.0638   0.3026   0.0541   0.0163   0.0111   0.0230
bsp43   0.1439  -0.0186   0.0295   0.1356   0.1668   0.0271   0.1677   0.0281
bsp44   0.2072   0.0475   0.1410   0.1943   0.1636   0.1883   0.1450   0.0569
bsp45   0.1916   0.0808   0.0728   0.1846   0.1865   0.1659   0.1772   0.0409
bsp46   0.2802   0.1249   0.0593   0.2799   0.1735   0.2825   0.2628   0.0206
bsp47   0.3240   0.2294   0.1127   0.1745   0.1990   0.2213   0.2825   0.0331
bsp48   0.4626   0.1265   0.1110   0.3891   0.2145   0.2924   0.2569   0.0289
bsp49   0.2388  -0.0623   0.0310   0.2725   0.0523   0.0533   0.1667  -0.0096
bsp50   0.1963   0.0307   0.0705   0.1342   0.0963   0.1825   0.0862   0.0383
bsp51   0.4370   0.2780   0.1196   0.2940   0.2981   0.3420   0.3605   0.0452
bsp52   0.1998  -0.1116   0.0420   0.1797   0.0272   0.0677   0.0889   0.0182
bsp53   0.1338   0.1312   0.0539   0.0816   0.1293   0.1700   0.1811   0.0374

          bsp9    bsp10    bsp11    bsp12    bsp13    bsp14    bsp15    bsp16
 bsp9   0.0841
bsp10   0.0765   1.2427
bsp11  -0.0025   0.1758   0.4635
bsp12   0.0386   0.2148   0.1599   0.6208
bsp13   0.0363   0.5242   0.1695   0.3809   1.0395
bsp14   0.0436   0.2110   0.0860   0.2168   0.1648   0.5798
bsp15   0.0196   0.4536   0.1224   0.4128   0.5423   0.1778   1.0707
bsp16   0.0610   0.3239   0.1220   0.1769   0.1779   0.4487   0.1174   0.8304
bsp17   0.0418   0.3827   0.0899   0.2209   0.2647   0.2996   0.2787   0.5364
bsp18   0.0328   0.1561   0.0173   0.1194   0.0780   0.0684   0.2273   0.1324
bsp19   0.0352   0.2476   0.1089   0.3586   0.3401   0.2105   0.3952   0.2690
bsp20   0.0499   0.4038   0.1494   0.3702   0.4098   0.2557   0.5306   0.3399
bsp21   0.0571   0.3562   0.1161   0.2439   0.2433   0.2542   0.2499   0.2444
bsp22   0.0523   0.1979   0.1378   0.1784   0.1659   0.3109   0.1217   0.2973
bsp23  -0.0078   0.2121   0.2557   0.2470   0.4621   0.0301   0.3420   0.0269
bsp24   0.0420   0.2441   0.0400   0.1392   0.1683   0.1209   0.2048   0.1343
bsp25   0.0480   0.4933   0.2001   0.3505   0.6413   0.1707   0.5012   0.3218
bsp26   0.0550   0.4230   0.0739   0.2524   0.5103   0.1580   0.4679   0.2778
bsp27   0.0316   0.2302   0.0875   0.2893   0.3639   0.2401   0.3890   0.2431
bsp28   0.0098   0.0254   0.0372   0.0662   0.0287   0.0638   0.0792   0.0575
bsp29   0.0213   0.3318   0.0748   0.2083   0.2949   0.0813   0.4039   0.0833
bsp30   0.0101   0.2624   0.1065   0.1835   0.2460   0.0778   0.2898   0.1026
bsp31   0.0200   0.1939   0.1088   0.2614   0.3041   0.2136   0.3985   0.1848
bsp32   0.0058   0.1946   0.1618   0.2756   0.4156   0.1173   0.3939   0.1313
bsp33  -0.0053   0.3953   0.1480   0.2713   0.5188   0.1205   0.5159   0.1954
bsp34   0.0324   0.2421  -0.0016   0.1285   0.1440   0.1714   0.2148   0.1091
bsp35   0.0825   0.4244   0.1659   0.2697   0.4886   0.1666   0.5132   0.2071
bsp36   0.0207   0.2980   0.1767   0.2132   0.4227   0.1434   0.4064   0.1762
bsp37   0.0189   0.3918   0.1918   0.3701   0.5499   0.1413   0.5578   0.2420
bsp38   0.0415   0.2334   0.1270   0.3276   0.4435   0.1041   0.4231   0.1891
bsp39   0.0819   0.0532   0.0224   0.1214   0.0826   0.1094   0.1677   0.1444
bsp40   0.0308   0.3473   0.0862   0.2542   0.4447   0.0023   0.4329   0.0688
bsp41   0.0104   0.2633   0.0692   0.2390   0.4595  -0.0030   0.3884   0.0208
bsp42   0.0393   0.3059   0.0243   0.1667   0.1009   0.2750   0.1702   0.2656
bsp43   0.0429   0.1193   0.0905   0.0501   0.1266   0.1982   0.1646   0.1725
bsp44   0.0557   0.1963   0.0496   0.2480   0.1482   0.2427   0.1852   0.3150
bsp45   0.0453   0.1395   0.1021   0.2668   0.2066   0.1608   0.2395   0.1551
bsp46   0.0315   0.2718   0.0106   0.1125   0.3504   0.1596   0.2365   0.1612
bsp47   0.0350   0.1704   0.1715   0.3230   0.2983   0.1509   0.4145   0.2200
bsp48   0.0161   0.3117   0.0645   0.2655   0.3352   0.2369   0.3692   0.2202
bsp49   0.0262   0.1776   0.0746   0.1952   0.3626   0.0757   0.3261   0.1504
bsp50   0.0562   0.1726   0.0574   0.1422   0.1466   0.1973   0.1254   0.2011
bsp51   0.0312   0.3724   0.1536   0.2981   0.4226   0.2572   0.5547   0.2897
bsp52   0.0090   0.2587   0.1268   0.1676   0.1710   0.2084   0.2593   0.2092
bsp53   0.0206   0.1378   0.0797   0.1176   0.1482   0.0851   0.1190   0.1032

         bsp17    bsp18    bsp19    bsp20    bsp21    bsp22    bsp23    bsp24
bsp17   0.8473
bsp18   0.3037   0.4017
bsp19   0.3429   0.2291   0.6859
bsp20   0.4411   0.1830   0.4309   1.0110
bsp21   0.2362   0.1549   0.3055   0.3220   0.6789
bsp22   0.2030   0.0749   0.1913   0.1938   0.2757   0.4095
bsp23   0.0343   0.0032   0.2279   0.2527   0.0944   0.0905   0.8305
bsp24   0.2068   0.1260   0.1873   0.2346   0.2903   0.1593   0.0417   0.4520
bsp25   0.3191   0.0782   0.3757   0.4412   0.1816   0.1929   0.4148   0.0879
bsp26   0.2931   0.1523   0.3377   0.3537   0.3291   0.1548   0.2503   0.1778
bsp27   0.3079   0.1298   0.3304   0.3620   0.3177   0.1900   0.1402   0.2434
bsp28   0.0588   0.0234   0.0804   0.0552   0.0233   0.0452   0.0299   0.0359
bsp29   0.0834   0.0422   0.2124   0.3007   0.1614   0.0157   0.2565   0.0571
bsp30   0.1148   0.1090   0.2444   0.3024   0.1437   0.0477   0.2580   0.0766
bsp31   0.1493   0.1088   0.2698   0.2762   0.1966   0.1776   0.2353   0.1974
bsp32   0.1230   0.0555   0.2263   0.3102   0.1614   0.1504   0.3663   0.0870
bsp33   0.1878   0.0925   0.3354   0.4673   0.1501   0.0761   0.5669   0.0781
bsp34   0.2587   0.1785   0.2204   0.2724   0.1832   0.1080   0.0145   0.1524
bsp35   0.1569   0.0987   0.2581   0.3981   0.1911   0.1764   0.3896   0.1568
bsp36   0.1638   0.0523   0.2435   0.2816   0.1475   0.1633   0.3853   0.1147
bsp37   0.2341   0.1158   0.3441   0.4585   0.1349   0.1172   0.4321   0.0476
bsp38   0.2139   0.0722   0.2135   0.3366   0.1732   0.1002   0.1766   0.1153
bsp39   0.2000   0.1056   0.1385   0.1839   0.0869   0.0895   0.0132   0.0719
bsp40   0.0761   0.0718   0.2313   0.3113   0.1204  -0.0012   0.4533   0.0238
bsp41   0.0410   0.0418   0.1964   0.2676   0.0714   0.0071   0.3779   0.0086
bsp42   0.3124   0.1903   0.2701   0.2335   0.1656   0.1890  -0.0239   0.1841
bsp43   0.1941   0.0619   0.0965   0.1507   0.0976   0.1616   0.0413   0.0873
bsp44   0.2515   0.1237   0.1905   0.2369   0.1820   0.1976   0.0667   0.1488
bsp45   0.1790   0.1055   0.2719   0.2020   0.1717   0.1413   0.0832   0.0804
bsp46   0.2384   0.1057   0.1545   0.1733   0.2344   0.1019   0.0618   0.1567
bsp47   0.1582   0.1006   0.2561   0.3701   0.2422   0.1472   0.2051   0.2332
bsp48   0.2881   0.1590   0.2506   0.3079   0.4193   0.2246   0.1287   0.3099
bsp49   0.2814   0.1805   0.2394   0.1710   0.2296   0.0897   0.0307   0.1900
bsp50   0.2293   0.1202   0.1663   0.1642   0.2093   0.1812   0.0408   0.1243
bsp51   0.3279   0.1832   0.3122   0.3747   0.2839   0.2237   0.2553   0.2577
bsp52   0.4218   0.2323   0.3008   0.2698   0.2529   0.2157  -0.0610   0.1739
bsp53   0.0876   0.0231   0.1060   0.1232   0.1100   0.0991   0.1258   0.0770

         bsp25    bsp26    bsp27    bsp28    bsp29    bsp30    bsp31    bsp32
bsp25   1.2075
bsp26   0.4583   1.2294
bsp27   0.3504   0.5445   0.9245
bsp28   0.0304   0.0195   0.0674   0.1527
bsp29   0.2670   0.2666   0.1370   0.1103   0.8243
bsp30   0.3153   0.2218   0.2009   0.0370   0.3511   0.6636
bsp31   0.2666   0.3510   0.2798   0.0974   0.2167   0.1777   0.7200
bsp32   0.4215   0.3091   0.2849   0.0509   0.2036   0.1966   0.2951   0.7132
bsp33   0.5503   0.4595   0.2420   0.0804   0.6193   0.5314   0.3731   0.4512
bsp34   0.0657   0.3227   0.2267   0.0744   0.1954   0.1215   0.2260   0.0787
bsp35   0.5358   0.3846   0.2733   0.0711   0.2986   0.2930   0.3680   0.3909
bsp36   0.4448   0.2460   0.2255   0.1053   0.2974   0.2769   0.2418   0.3663
bsp37   0.6308   0.4574   0.3081   0.0706   0.5093   0.4677   0.2992   0.4222
bsp38   0.3183   0.2701   0.2590   0.0454   0.2655   0.2117   0.2857   0.2895
bsp39   0.1229   0.1362   0.1588   0.0411   0.0698   0.0747   0.1093   0.1322
bsp40   0.4296   0.3838   0.1071  -0.0066   0.3142   0.2550   0.2343   0.3589
bsp41   0.4053   0.2641   0.1373  -0.0114   0.2385   0.2140   0.1370   0.3523
bsp42   0.1226   0.2494   0.2201   0.0322   0.0342   0.0316   0.1716  -0.0038
bsp43   0.1938   0.1525   0.1497   0.1021   0.1392   0.1882   0.1737   0.0850
bsp44   0.1722   0.1599   0.1815   0.1095   0.1806   0.0335   0.2165   0.0940
bsp45   0.2018   0.1344   0.1953   0.1050   0.1550   0.1121   0.1787   0.1795
bsp46   0.1847   0.3732   0.2429   0.0348   0.1642   0.0595   0.1526   0.1520
bsp47   0.3206   0.5018   0.4473   0.0469   0.1654   0.1537   0.3264   0.3412
bsp48   0.2524   0.3082   0.3307   0.0691   0.2627   0.1600   0.2617   0.2073
bsp49   0.1724   0.3862   0.2420  -0.0092   0.1140   0.0090   0.1745   0.0106
bsp50   0.1332   0.1445   0.1549   0.0716   0.0952   0.0551   0.1769   0.0645
bsp51   0.3872   0.4168   0.3094   0.0855   0.2467   0.1887   0.4374   0.3065
bsp52   0.1704   0.2583   0.2382   0.0681   0.0934   0.0740   0.1800   0.0716
bsp53   0.1153   0.1179   0.0747   0.0409   0.1364   0.1075   0.1140   0.1079

         bsp33    bsp34    bsp35    bsp36    bsp37    bsp38    bsp39    bsp40
bsp33   1.2720
bsp34   0.2732   0.9390
bsp35   0.5373   0.1836   0.9049
bsp36   0.5183   0.1535   0.4967   0.7050
bsp37   0.8282   0.2240   0.5218   0.5007   1.2835
bsp38   0.3957   0.1591   0.3178   0.2748   0.4658   0.8413
bsp39   0.0982   0.1296   0.1875   0.1001   0.1608   0.1304   0.4253
bsp40   0.5677   0.0993   0.4621   0.3609   0.4451   0.2052   0.1062   0.8859
bsp41   0.4641   0.0316   0.3716   0.3119   0.4110   0.2657   0.0410   0.5667
bsp42   0.0314   0.3524   0.0580   0.0676   0.1024   0.1112   0.0869  -0.0690
bsp43   0.1802   0.1348   0.1146   0.1871   0.2082   0.0702   0.0776  -0.0213
bsp44   0.0989   0.1619   0.1593   0.1487   0.1292   0.1841   0.1024   0.0438
bsp45   0.1748   0.1775   0.1913   0.1861   0.2632   0.2015   0.1284   0.0785
bsp46   0.2111   0.2838   0.1427   0.1123   0.1533   0.1727   0.0788   0.1778
bsp47   0.3606   0.1403   0.2714   0.1598   0.3190   0.2727   0.1057   0.2287
bsp48   0.3445   0.2818   0.1969   0.2262   0.2797   0.2492   0.0643   0.1559
bsp49   0.0567   0.2625  -0.0492   0.0026   0.0676   0.2955   0.0198   0.0575
bsp50   0.1076   0.1571   0.1477   0.1153   0.0965   0.1074   0.1000   0.0951
bsp51   0.4551   0.2254   0.3786   0.3833   0.4262   0.4181   0.0926   0.2972
bsp52   0.0637   0.3432   0.0546   0.0679   0.1060   0.1941   0.1101  -0.0201
bsp53   0.1893   0.0711   0.1971   0.1636   0.1451   0.1060   0.0667   0.1532

         bsp41    bsp42    bsp43    bsp44    bsp45    bsp46    bsp47    bsp48
bsp41   0.7516
bsp42   0.0094   0.7910
bsp43  -0.0271   0.1684   0.6000
bsp44   0.0178   0.2019   0.0795   0.4973
bsp45   0.1250   0.1481   0.1056   0.1597   0.4344
bsp46   0.1531   0.1494   0.0530   0.1071   0.1157   0.8899
bsp47   0.1502   0.0829   0.0690   0.1845   0.1799   0.1688   1.0053
bsp48   0.1404   0.1420   0.1419   0.2574   0.2133   0.4712   0.3777   1.0308
bsp49   0.0870   0.2149   0.0705   0.1317   0.1854   0.4112   0.3138   0.4646
bsp50   0.0202   0.1031   0.1189   0.1794   0.1179   0.1199   0.0741   0.1676
bsp51   0.2289   0.2456   0.1991   0.2811   0.2356   0.1917   0.3999   0.4630
bsp52  -0.0406   0.2736   0.1667   0.1962   0.2046   0.1744   0.1455   0.3263
bsp53   0.0892  -0.0021   0.0566   0.0800   0.1022   0.0304   0.1035   0.1265

         bsp49    bsp50    bsp51    bsp52    bsp53
bsp49   1.2654
bsp50   0.0767   0.3451
bsp51   0.2805   0.2223   0.9352
bsp52   0.4371   0.2224   0.3492   0.8950
bsp53   0.0177   0.1052   0.1590   0.1011   0.2176

Pairwise number of observations

        bsp1   bsp2   bsp3   bsp4   bsp5   bsp6   bsp7   bsp8   bsp9  bsp10
 bsp1    338
 bsp2    337    338
 bsp3    338    338    339
 bsp4    338    338    339    339
 bsp5    338    338    339    339    339
 bsp6    338    338    339    339    339    339
 bsp7    337    337    338    338    338    338    338
 bsp8    337    337    338    338    338    338    337    338
 bsp9    337    337    338    338    338    338    337    337    338
bsp10    338    338    339    339    339    339    338    338    338    339
bsp11    338    338    339    339    339    339    338    338    338    339
bsp12    337    337    338    338    338    338    337    337    337    338
bsp13    336    336    337    337    337    337    336    336    336    337
bsp14    336    336    337    337    337    337    336    336    337    337
bsp15    338    338    339    339    339    339    338    338    338    339
bsp16    335    335    336    336    336    336    335    335    335    336
bsp17    336    336    337    337    337    337    336    336    336    337
bsp18    338    338    339    339    339    339    338    338    338    339
bsp19    338    338    339    339    339    339    338    338    338    339
bsp20    338    338    339    339    339    339    338    338    338    339
bsp21    338    338    339    339    339    339    338    338    338    339
bsp22    336    336    337    337    337    337    336    336    336    337
bsp23    337    337    338    338    338    338    337    337    337    338
bsp24    338    338    339    339    339    339    338    338    338    339
bsp25    338    338    339    339    339    339    338    338    338    339
bsp26    338    338    339    339    339    339    338    338    338    339
bsp27    337    337    338    338    338    338    337    337    337    338
bsp28    338    338    339    339    339    339    338    338    338    339
bsp29    337    337    338    338    338    338    337    337    337    338
bsp30    338    338    339    339    339    339    338    338    338    339
bsp31    336    336    337    337    337    337    336    336    336    337
bsp32    338    338    339    339    339    339    338    338    338    339
bsp33    336    336    337    337    337    337    336    336    336    337
bsp34    336    336    337    337    337    337    336    336    336    337
bsp35    337    337    338    338    338    338    337    338    337    338
bsp36    337    337    338    338    338    338    337    337    337    338
bsp37    337    337    338    338    338    338    337    337    337    338
bsp38    338    338    339    339    339    339    338    338    338    339
bsp39    338    338    339    339    339    339    338    338    338    339
bsp40    337    337    338    338    338    338    337    337    337    338
bsp41    338    338    339    339    339    339    338    338    338    339
bsp42    338    338    339    339    339    339    338    338    338    339
bsp43    338    338    339    339    339    339    338    338    338    339
bsp44    336    336    337    337    337    337    336    336    336    337
bsp45    338    338    339    339    339    339    338    338    338    339
bsp46    335    335    336    336    336    336    335    335    335    336
bsp47    338    338    339    339    339    339    338    338    338    339
bsp48    338    338    339    339    339    339    338    338    338    339
bsp49    338    338    339    339    339    339    338    338    338    339
bsp50    338    338    339    339    339    339    338    338    338    339
bsp51    338    338    339    339    339    339    338    338    338    339
bsp52    338    338    339    339    339    339    338    338    338    339
bsp53    338    338    339    339    339    339    338    338    338    339

       bsp11  bsp12  bsp13  bsp14  bsp15  bsp16  bsp17  bsp18  bsp19  bsp20
bsp11    339
bsp12    338    338
bsp13    337    336    338
bsp14    337    336    336    338
bsp15    339    338    338    338    340
bsp16    336    335    335    335    337    337
bsp17    337    336    336    336    338    335    338
bsp18    339    338    338    338    340    337    338    340
bsp19    339    338    338    338    340    337    338    340    340
bsp20    339    338    338    338    340    337    338    340    340    340
bsp21    339    338    338    338    340    337    338    340    340    340
bsp22    337    336    336    336    338    335    336    338    338    338
bsp23    338    337    337    337    339    336    337    339    339    339
bsp24    339    338    338    338    340    337    338    340    340    340
bsp25    339    338    338    338    340    337    338    340    340    340
bsp26    339    338    338    338    340    337    338    340    340    340
bsp27    338    337    337    337    339    336    337    339    339    339
bsp28    339    338    338    338    340    337    338    340    340    340
bsp29    338    337    337    337    339    336    337    339    339    339
bsp30    339    338    338    338    340    337    338    340    340    340
bsp31    337    336    336    336    338    335    336    338    338    338
bsp32    339    338    338    338    340    337    338    340    340    340
bsp33    337    336    336    336    338    335    337    338    338    338
bsp34    337    336    336    336    338    335    336    338    338    338
bsp35    338    337    337    337    339    336    337    339    339    339
bsp36    338    337    337    337    339    336    337    339    339    339
bsp37    338    337    337    337    339    336    337    339    339    339
bsp38    339    338    338    338    340    337    338    340    340    340
bsp39    339    338    338    338    340    337    338    340    340    340
bsp40    338    337    337    337    339    336    337    339    339    339
bsp41    339    338    338    338    340    337    338    340    340    340
bsp42    339    338    338    338    340    337    338    340    340    340
bsp43    339    338    338    338    340    337    338    340    340    340
bsp44    337    336    336    336    338    335    336    338    338    338
bsp45    339    338    338    338    340    337    338    340    340    340
bsp46    336    335    335    335    337    334    335    337    337    337
bsp47    339    338    338    338    340    337    338    340    340    340
bsp48    339    338    338    338    340    337    338    340    340    340
bsp49    339    338    338    338    340    337    338    340    340    340
bsp50    339    338    338    338    340    337    338    340    340    340
bsp51    339    338    338    338    340    337    338    340    340    340
bsp52    339    338    338    338    340    337    338    340    340    340
bsp53    339    338    338    338    340    337    338    340    340    340

       bsp21  bsp22  bsp23  bsp24  bsp25  bsp26  bsp27  bsp28  bsp29  bsp30
bsp21    340
bsp22    338    338
bsp23    339    337    339
bsp24    340    338    339    340
bsp25    340    338    339    340    340
bsp26    340    338    339    340    340    340
bsp27    339    337    338    339    339    339    339
bsp28    340    338    339    340    340    340    339    340
bsp29    339    337    338    339    339    339    338    339    339
bsp30    340    338    339    340    340    340    339    340    339    340
bsp31    338    337    337    338    338    338    337    338    337    338
bsp32    340    338    339    340    340    340    339    340    339    340
bsp33    338    336    337    338    338    338    337    338    337    338
bsp34    338    336    337    338    338    338    337    338    337    338
bsp35    339    337    338    339    339    339    338    339    338    339
bsp36    339    337    338    339    339    339    338    339    338    339
bsp37    339    337    338    339    339    339    338    339    338    339
bsp38    340    338    339    340    340    340    339    340    339    340
bsp39    340    338    339    340    340    340    339    340    339    340
bsp40    339    337    338    339    339    339    338    339    338    339
bsp41    340    338    339    340    340    340    339    340    339    340
bsp42    340    338    339    340    340    340    339    340    339    340
bsp43    340    338    339    340    340    340    339    340    339    340
bsp44    338    336    337    338    338    338    337    338    337    338
bsp45    340    338    339    340    340    340    339    340    339    340
bsp46    337    336    336    337    337    337    336    337    336    337
bsp47    340    338    339    340    340    340    339    340    339    340
bsp48    340    338    339    340    340    340    339    340    339    340
bsp49    340    338    339    340    340    340    339    340    339    340
bsp50    340    338    339    340    340    340    339    340    339    340
bsp51    340    338    339    340    340    340    339    340    339    340
bsp52    340    338    339    340    340    340    339    340    339    340
bsp53    340    338    339    340    340    340    339    340    339    340

       bsp31  bsp32  bsp33  bsp34  bsp35  bsp36  bsp37  bsp38  bsp39  bsp40
bsp31    338
bsp32    338    340
bsp33    336    338    338
bsp34    336    338    336    338
bsp35    337    339    337    337    339
bsp36    337    339    337    337    338    339
bsp37    337    339    337    337    338    338    339
bsp38    338    340    338    338    339    339    339    340
bsp39    338    340    338    338    339    339    339    340    340
bsp40    337    339    337    337    338    338    338    339    339    339
bsp41    338    340    338    338    339    339    339    340    340    339
bsp42    338    340    338    338    339    339    339    340    340    339
bsp43    338    340    338    338    339    339    339    340    340    339
bsp44    336    338    336    336    337    337    337    338    338    337
bsp45    338    340    338    338    339    339    339    340    340    339
bsp46    336    337    335    335    336    336    336    337    337    336
bsp47    338    340    338    338    339    339    339    340    340    339
bsp48    338    340    338    338    339    339    339    340    340    339
bsp49    338    340    338    338    339    339    339    340    340    339
bsp50    338    340    338    338    339    339    339    340    340    339
bsp51    338    340    338    338    339    339    339    340    340    339
bsp52    338    340    338    338    339    339    339    340    340    339
bsp53    338    340    338    338    339    339    339    340    340    339

       bsp41  bsp42  bsp43  bsp44  bsp45  bsp46  bsp47  bsp48  bsp49  bsp50
bsp41    340
bsp42    340    340
bsp43    340    340    340
bsp44    338    338    338    338
bsp45    340    340    340    338    340
bsp46    337    337    337    335    337    337
bsp47    340    340    340    338    340    337    340
bsp48    340    340    340    338    340    337    340    340
bsp49    340    340    340    338    340    337    340    340    340
bsp50    340    340    340    338    340    337    340    340    340    340
bsp51    340    340    340    338    340    337    340    340    340    340
bsp52    340    340    340    338    340    337    340    340    340    340
bsp53    340    340    340    338    340    337    340    340    340    340

       bsp51  bsp52  bsp53
bsp51    340
bsp52    340    340
bsp53    340    340    340

. //  alpha reliability of BSI positive symptom subscale for females
. alpha `bsIps' if gender==2, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bsp1         |  361    +       0.5750        0.5472        .2933144      0.9526
bsp2         |  361    +       0.4686        0.4443        .2985972      0.9531
bsp3         |  361    +       0.4517        0.4349        .3015439      0.9532
bsp4         |  361    +       0.5161        0.4896        .2962644      0.9529
bsp5         |  361    +       0.5627        0.5362        .2944475      0.9527
bsp6         |  361    +       0.5205        0.4942        .2962486      0.9529
bsp7         |  360    +       0.6208        0.5937        .2912914      0.9524
bsp8         |  361    +       0.4351        0.4138        .3004468      0.9532
bsp9         |  360    +       0.2379        0.2241        .3052318      0.9537
bsp10        |  361    +       0.5756        0.5446        .2919653      0.9527
bsp11        |  360    +       0.4114        0.3858        .2997999      0.9533
bsp12        |  361    +       0.6319        0.6118        .2946014      0.9523
bsp13        |  362    +       0.5081        0.4828        .2970808      0.9529
bsp14        |  360    +       0.6294        0.6076        .2937951      0.9523
bsp15        |  363    +       0.6496        0.6272         .292409      0.9522
bsp16        |  363    +       0.5354        0.5044        .2938025      0.9529
bsp17        |  363    +       0.7210        0.7001        .2888521      0.9518
bsp18        |  362    +       0.5675        0.5477         .297351      0.9527
bsp19        |  361    +       0.7085        0.6903        .2919645      0.9519
bsp20        |  362    +       0.5702        0.5407        .2928212      0.9527
bsp21        |  363    +       0.6153        0.5935        .2944595      0.9524
bsp22        |  362    +       0.5575        0.5368        .2972375      0.9527
bsp23        |  363    +       0.4839        0.4596        .2982046      0.9530
bsp24        |  361    +       0.5159        0.4919         .297286      0.9529
bsp25        |  362    +       0.6237        0.5957        .2906888      0.9524
bsp26        |  362    +       0.6627        0.6370        .2895848      0.9521
bsp27        |  362    +       0.6014        0.5768        .2935508      0.9525
bsp28        |  362    +       0.4730        0.4507        .2991666      0.9530
bsp29        |  361    +       0.6301        0.6073        .2931712      0.9523
bsp30        |  362    +       0.6380        0.6135        .2918633      0.9523
bsp31        |  362    +       0.5749        0.5506        .2950555      0.9526
bsp32        |  361    +       0.5305        0.5102        .2982894      0.9528
bsp33        |  360    +       0.6661        0.6426        .2907581      0.9521
bsp34        |  362    +       0.5230        0.4927        .2945852      0.9529
bsp35        |  362    +       0.5899        0.5649        .2939058      0.9525
bsp36        |  355    +       0.6099        0.5883        .2947927      0.9524
bsp37        |  363    +       0.7292        0.7090        .2888755      0.9517
bsp38        |  363    +       0.6562        0.6331        .2916431      0.9522
bsp39        |  363    +       0.4800        0.4582        .2991652      0.9530
bsp40        |  361    +       0.3357        0.3164        .3029882      0.9535
bsp41        |  363    +       0.2771        0.2544        .3034097      0.9537
bsp42        |  362    +       0.4240        0.3924        .2979127      0.9534
bsp43        |  363    +       0.5174        0.4874        .2950262      0.9529
bsp44        |  361    +       0.5329        0.5134        .2984921      0.9528
bsp45        |  360    +       0.6904        0.6729        .2933853      0.9521
bsp46        |  363    +       0.3814        0.3549        .3003979      0.9534
bsp47        |  363    +       0.4249        0.3919        .2974992      0.9534
bsp48        |  360    +       0.5334        0.5031        .2942304      0.9529
bsp49        |  363    +       0.4366        0.4012        .2964176      0.9535
bsp50        |  362    +       0.4515        0.4333        .3010839      0.9532
bsp51        |  363    +       0.4786        0.4477        .2961856      0.9531
bsp52        |  360    +       0.5619        0.5342        .2940131      0.9527
bsp53        |  361    +       0.4451        0.4291        .3018537      0.9532
-------------+-----------------------------------------------------------------
Test scale   |                                             .2957926      0.9536
-------------+-----------------------------------------------------------------

Interitem covariances (obs=pairwise, see below)

          bsp1     bsp2     bsp3     bsp4     bsp5     bsp6     bsp7     bsp8
 bsp1   1.3951
 bsp2   0.3198   0.8107
 bsp3   0.1851   0.2027   0.3709
 bsp4   0.3582   0.2456   0.1527   1.0780
 bsp5   0.4445   0.3037   0.2304   0.3328   1.2277
 bsp6   0.6308   0.2846   0.1508   0.4432   0.3550   1.0586
 bsp7   0.5975   0.3540   0.1736   0.3897   0.6182   0.4484   1.5642
 bsp8   0.1072   0.1162   0.1227   0.1589   0.2142   0.1611   0.2987   0.5786
 bsp9   0.0340   0.0378   0.0692   0.0576   0.0518   0.0269   0.0880   0.0760
bsp10   0.4923   0.2357   0.1932   0.5273   0.3632   0.3873   0.5349   0.1080
bsp11   0.2158   0.2575   0.1736   0.0922   0.1854   0.2084   0.2475   0.1868
bsp12   0.3949   0.3176   0.2317   0.4211   0.3618   0.3199   0.4261   0.1819
bsp13   0.3866   0.1460   0.2146   0.3607   0.4282   0.4476   0.2269   0.1171
bsp14   0.4024   0.1761   0.1950   0.2674   0.3695   0.3022   0.4920   0.2102
bsp15   0.3704   0.3274   0.2334   0.3684   0.4446   0.3273   0.4235   0.1702
bsp16   0.3976   0.1568   0.1643   0.3304   0.3713   0.3431   0.5861   0.2509
bsp17   0.6268   0.3522   0.1584   0.4544   0.4444   0.4677   0.6863   0.2656
bsp18   0.3078   0.1347   0.1060   0.2226   0.2694   0.2554   0.3968   0.2081
bsp19   0.5312   0.2614   0.1299   0.3364   0.3769   0.3617   0.5025   0.2128
bsp20   0.3785   0.2847   0.1587   0.2411   0.3941   0.3965   0.4930   0.2501
bsp21   0.3418   0.2033   0.1895   0.3373   0.2710   0.2652   0.3811   0.2480
bsp22   0.2062   0.1831   0.1759   0.2237   0.3117   0.2188   0.3561   0.2214
bsp23   0.2891   0.5246   0.1364   0.2084   0.4096   0.3057   0.3964   0.0903
bsp24   0.2870   0.1947   0.1924   0.3105   0.1914   0.2501   0.2120   0.0806
bsp25   0.6073   0.3394   0.1959   0.3842   0.4899   0.4107   0.8683   0.1860
bsp26   0.4951   0.3268   0.2188   0.4906   0.4987   0.3513   0.5851   0.2241
bsp27   0.4606   0.2885   0.1728   0.4300   0.3134   0.2998   0.3941   0.1837
bsp28   0.2400   0.1855   0.0842   0.2043   0.1652   0.2552   0.2073   0.2255
bsp29   0.4020   0.3065   0.1695   0.3283   0.5173   0.3376   0.8483   0.2878
bsp30   0.4554   0.2528   0.1613   0.3726   0.5407   0.2493   0.6978   0.2159
bsp31   0.4120   0.2319   0.1529   0.2616   0.3243   0.2261   0.4426   0.1815
bsp32   0.2826   0.2402   0.1743   0.2034   0.2821   0.1962   0.2505   0.1317
bsp33   0.4278   0.3891   0.2391   0.4016   0.6362   0.2947   0.8002   0.3034
bsp34   0.3998   0.1144   0.1299   0.2169   0.3563   0.1521   0.3442   0.0862
bsp35   0.3950   0.2472   0.1808   0.2760   0.4395   0.3171   0.3546   0.1778
bsp36   0.3138   0.2484   0.1652   0.2522   0.5083   0.3212   0.4611   0.1753
bsp37   0.6232   0.4137   0.2108   0.3759   0.6633   0.3583   0.9233   0.3380
bsp38   0.5006   0.2644   0.1792   0.3156   0.4437   0.4479   0.5262   0.3000
bsp39   0.2814   0.0790   0.0374   0.1448   0.2579   0.1813   0.4064   0.1056
bsp40   0.1138   0.1027   0.0871   0.1090   0.1189   0.0841   0.1528   0.0632
bsp41   0.1307   0.1553   0.1277   0.1714   0.0588   0.1757   0.0167   0.0720
bsp42   0.2716   0.0933  -0.0125   0.2535   0.1762   0.0070   0.2877   0.0557
bsp43   0.4345   0.1537   0.0369   0.1617   0.3774   0.1942   0.5702   0.3146
bsp44   0.2054   0.1253   0.1039   0.2537   0.2320   0.2119   0.3249   0.1420
bsp45   0.4736   0.2318   0.1388   0.3697   0.3845   0.3928   0.4682   0.2617
bsp46   0.3076   0.1455   0.0498   0.1885   0.1696   0.3145   0.1279   0.0688
bsp47   0.4079   0.1531   0.0842   0.2237   0.2697   0.2388   0.3262   0.1984
bsp48   0.2772   0.1127   0.1987   0.4041   0.2614   0.3147   0.2704   0.2442
bsp49   0.4130   0.2255   0.1214   0.2984   0.1569   0.2577   0.3727   0.1124
bsp50   0.1377   0.0627   0.0575   0.1716   0.0831   0.1368   0.1533   0.1272
bsp51   0.3336   0.2240   0.1327   0.2388   0.2966   0.2000   0.3369   0.1154
bsp52   0.4268   0.1990   0.0838   0.3166   0.2690   0.3411   0.3947   0.1127
bsp53   0.1317   0.1256   0.1279   0.0956   0.1359   0.1498   0.1293   0.1388

          bsp9    bsp10    bsp11    bsp12    bsp13    bsp14    bsp15    bsp16
 bsp9   0.1827
bsp10   0.0239   1.6995
bsp11   0.0418   0.1745   0.7963
bsp12   0.0932   0.4861   0.2564   0.9187
bsp13   0.0506   0.3931   0.0984   0.4229   0.9547
bsp14   0.0695   0.5096   0.2272   0.4336   0.3463   1.0511
bsp15   0.0929   0.6835   0.2287   0.4346   0.3491   0.4563   1.2019
bsp16   0.0755   0.4354   0.1827   0.3193   0.2165   0.7784   0.3474   1.5258
bsp17   0.0739   0.6311   0.2069   0.4119   0.3228   0.6410   0.5714   0.8249
bsp18   0.0450   0.3073   0.1483   0.2466   0.1932   0.3650   0.2931   0.4529
bsp19   0.0627   0.5901   0.2664   0.5013   0.3623   0.4134   0.5136   0.4766
bsp20   0.0839   0.5106   0.2837   0.3122   0.1901   0.3961   0.5196   0.6084
bsp21   0.0664   0.4946   0.2187   0.3112   0.2562   0.4198   0.4858   0.4465
bsp22   0.0744   0.3336   0.1618   0.2092   0.1915   0.4383   0.3592   0.4658
bsp23   0.0095   0.2238   0.2442   0.3237   0.2245   0.2303   0.3563   0.2706
bsp24   0.0378   0.5277   0.1092   0.3623   0.3468   0.4009   0.3983   0.3124
bsp25   0.1066   0.6096   0.3566   0.5088   0.2908   0.5277   0.5359   0.5737
bsp26   0.0621   0.8695   0.2118   0.4955   0.4152   0.4483   0.7065   0.4484
bsp27   0.0738   0.4050   0.1708   0.3353   0.2243   0.3131   0.5122   0.4069
bsp28   0.0179   0.2735   0.2216   0.2411   0.2123   0.2311   0.2898   0.1769
bsp29   0.0719   0.3941   0.2518   0.3858   0.2151   0.4409   0.3735   0.4698
bsp30   0.0984   0.4606   0.2914   0.4315   0.3422   0.4207   0.6026   0.2962
bsp31   0.0247   0.2921   0.1635   0.3089   0.2677   0.3960   0.4674   0.3559
bsp32   0.1080   0.2234   0.2092   0.2066   0.2474   0.1891   0.3059   0.2069
bsp33   0.0473   0.4758   0.2780   0.4463   0.3205   0.4339   0.5779   0.4102
bsp34   0.0555   0.4632   0.1400   0.3676   0.2789   0.3730   0.4304   0.3225
bsp35   0.0838   0.3213   0.2681   0.3312   0.2572   0.3961   0.4786   0.5724
bsp36   0.0448   0.2816   0.2946   0.3112   0.2426   0.2755   0.4235   0.3746
bsp37   0.0603   0.5873   0.4300   0.4350   0.2159   0.5354   0.6235   0.6209
bsp38   0.0465   0.4238   0.3892   0.4230   0.4340   0.4543   0.4902   0.3747
bsp39   0.0612   0.1730   0.1234   0.1366   0.0916   0.2898   0.2289   0.4010
bsp40   0.0239   0.1332   0.0827   0.1197   0.2024   0.1208   0.1072   0.0594
bsp41   0.0245   0.2109   0.0988   0.1185   0.2160   0.1343   0.1287   0.0331
bsp42   0.0466   0.4526   0.0988   0.3148   0.0763   0.2454   0.3742   0.3341
bsp43   0.0496   0.3208   0.2492   0.3157   0.2720   0.4038   0.3380   0.4016
bsp44   0.0779   0.3070   0.1133   0.1904   0.2060   0.3522   0.2354   0.4169
bsp45   0.0171   0.5158   0.1770   0.4678   0.4137   0.3376   0.3972   0.3045
bsp46   0.0003   0.3823   0.0387   0.2290   0.2887   0.2182   0.2606   0.0934
bsp47   0.0222   0.2986   0.1353   0.2883   0.1948   0.1891   0.2398   0.2099
bsp48   0.0740   0.6904   0.1707   0.3706   0.3088   0.3017   0.5036   0.2671
bsp49   0.0370   0.5350   0.2057   0.4234   0.3701   0.2851   0.4218   0.1139
bsp50   0.0532   0.1676   0.0639   0.1398   0.1875   0.1786   0.1625   0.1979
bsp51   0.0171   0.4273   0.1445   0.2508   0.1579   0.3753   0.3670   0.2351
bsp52   0.0403   0.3994   0.1351   0.4519   0.2771   0.4310   0.3583   0.3600
bsp53   0.0320   0.1988   0.1199   0.1393   0.1565   0.1985   0.1543   0.1587

         bsp17    bsp18    bsp19    bsp20    bsp21    bsp22    bsp23    bsp24
bsp17   1.4950
bsp18   0.4528   0.6970
bsp19   0.7338   0.4214   1.0611
bsp20   0.7800   0.3921   0.6612   1.5316
bsp21   0.4768   0.3059   0.4035   0.4864   0.9952
bsp22   0.4237   0.2800   0.3068   0.4053   0.4538   0.7430
bsp23   0.3220   0.2048   0.3012   0.2797   0.2275   0.1803   0.8294
bsp24   0.3545   0.1880   0.2964   0.3287   0.4314   0.2604   0.2064   0.8729
bsp25   0.6392   0.3564   0.5344   0.5744   0.4404   0.3379   0.3234   0.4413
bsp26   0.7324   0.3685   0.6346   0.6756   0.5309   0.3146   0.2846   0.4047
bsp27   0.5549   0.3395   0.5022   0.4953   0.4020   0.3065   0.2803   0.2713
bsp28   0.3529   0.2257   0.3707   0.2199   0.2615   0.1901   0.2078   0.1824
bsp29   0.5408   0.2611   0.4039   0.4688   0.3790   0.3031   0.3757   0.2914
bsp30   0.6711   0.2316   0.5296   0.4885   0.3851   0.3232   0.3331   0.2593
bsp31   0.5694   0.2120   0.3843   0.3232   0.3915   0.3416   0.2638   0.2489
bsp32   0.3257   0.2226   0.3144   0.2565   0.2245   0.1651   0.1929   0.1867
bsp33   0.6828   0.3576   0.5544   0.5246   0.4308   0.3496   0.3738   0.2533
bsp34   0.5921   0.2186   0.4385   0.4490   0.3780   0.2412   0.2169   0.3606
bsp35   0.4933   0.3099   0.4164   0.5488   0.4537   0.3965   0.2501   0.3219
bsp36   0.4704   0.2943   0.4056   0.4061   0.3095   0.2690   0.2177   0.1740
bsp37   0.7915   0.4083   0.5955   0.6053   0.5083   0.4071   0.4462   0.2756
bsp38   0.5851   0.3385   0.5260   0.4410   0.4093   0.2641   0.3112   0.2878
bsp39   0.3986   0.2054   0.2651   0.3286   0.2840   0.1983   0.1754   0.1701
bsp40   0.1175   0.0910   0.1389   0.0207   0.1130   0.0841   0.0777   0.1581
bsp41   0.1002   0.0186   0.0462   0.0209   0.0925   0.1091   0.0740   0.1768
bsp42   0.4817   0.2215   0.4158   0.2876   0.2695   0.2075   0.1200   0.2375
bsp43   0.5933   0.2909   0.5193   0.3323   0.2845   0.2167   0.2397   0.1177
bsp44   0.4034   0.2382   0.2905   0.2775   0.2947   0.3272   0.0893   0.1754
bsp45   0.5370   0.3047   0.5272   0.3708   0.3845   0.2090   0.2528   0.3141
bsp46   0.2753   0.0767   0.2880   0.1704   0.1872   0.0488   0.1571   0.2271
bsp47   0.4036   0.2380   0.3727   0.2322   0.2209   0.2002   0.1468   0.1691
bsp48   0.5113   0.2895   0.5356   0.5555   0.4859   0.3665   0.0693   0.3395
bsp49   0.5326   0.2654   0.5026   0.2885   0.2289  -0.0061   0.1959   0.2109
bsp50   0.2040   0.1804   0.1494   0.2008   0.2360   0.1713   0.0483   0.1058
bsp51   0.4486   0.1435   0.1811   0.3470   0.3534   0.3073   0.1974   0.3805
bsp52   0.6961   0.3119   0.4625   0.3961   0.3197   0.1882   0.1898   0.2310
bsp53   0.1599   0.0993   0.1359   0.1757   0.1599   0.1879   0.1174   0.1408

         bsp25    bsp26    bsp27    bsp28    bsp29    bsp30    bsp31    bsp32
bsp25   1.6694
bsp26   0.6451   1.6622
bsp27   0.4666   0.6667   1.2102
bsp28   0.3009   0.2819   0.2453   0.6867
bsp29   0.6619   0.5168   0.3466   0.2092   1.1594
bsp30   0.6408   0.6097   0.4254   0.3141   0.6674   1.3592
bsp31   0.3152   0.4473   0.4461   0.2346   0.3876   0.5325   1.0571
bsp32   0.3869   0.2823   0.2842   0.1586   0.2696   0.2891   0.2281   0.6595
bsp33   0.6451   0.7591   0.5536   0.1896   0.7546   0.7525   0.5185   0.3541
bsp34   0.4592   0.5369   0.4097   0.1504   0.3955   0.6211   0.4053   0.2193
bsp35   0.4420   0.4672   0.4811   0.2054   0.3905   0.4500   0.3757   0.3822
bsp36   0.4674   0.4697   0.4141   0.1813   0.3900   0.4250   0.3304   0.3475
bsp37   0.8197   0.6191   0.5789   0.3179   0.7555   0.6789   0.4743   0.3520
bsp38   0.6204   0.5899   0.4420   0.3286   0.5296   0.6289   0.4736   0.3512
bsp39   0.3824   0.2561   0.3087   0.1065   0.3280   0.3184   0.2514   0.2132
bsp40   0.2129   0.1217   0.1266   0.0915   0.1455   0.1169   0.0976   0.1536
bsp41   0.1194   0.1059   0.1184   0.0373   0.0880   0.0524   0.0642   0.1518
bsp42   0.2829   0.5671   0.4658   0.1327   0.0955   0.4387   0.3427   0.0906
bsp43   0.5484   0.4190   0.3518   0.3487   0.3948   0.5126   0.4338   0.2621
bsp44   0.3216   0.3039   0.2541   0.1682   0.2400   0.2265   0.2097   0.2560
bsp45   0.5370   0.5905   0.3842   0.3418   0.3863   0.4764   0.3643   0.2793
bsp46   0.2565   0.3095   0.2247   0.1344   0.1110   0.1064   0.1569   0.1302
bsp47   0.2813   0.5270   0.3449   0.2095   0.3508   0.3115   0.2740   0.1254
bsp48   0.3066   0.6836   0.4661   0.1802   0.3222   0.3715   0.2809   0.2326
bsp49   0.3233   0.6185   0.2315   0.2303   0.2100   0.4219   0.2590   0.2187
bsp50   0.1495   0.2310   0.2484   0.1205   0.1713   0.1656   0.1472   0.1409
bsp51   0.3360   0.4627   0.3573   0.1179   0.4195   0.3510   0.4298   0.1089
bsp52   0.4572   0.5151   0.4152   0.1966   0.3600   0.4507   0.4593   0.3083
bsp53   0.1129   0.2002   0.1510   0.1354   0.1377   0.1130   0.1687   0.1442

         bsp33    bsp34    bsp35    bsp36    bsp37    bsp38    bsp39    bsp40
bsp33   1.4273
bsp34   0.3881   1.4207
bsp35   0.5304   0.4566   1.1959
bsp36   0.4550   0.4264   0.5434   0.9603
bsp37   0.8553   0.4768   0.6276   0.5842   1.4574
bsp38   0.6199   0.4412   0.4911   0.4893   0.7810   1.3094
bsp39   0.3400   0.1945   0.3264   0.1907   0.4264   0.3199   0.6688
bsp40   0.1835   0.0510   0.0659   0.1388   0.1892   0.1799   0.0405   0.3960
bsp41   0.1148   0.0498   0.1270   0.1033   0.0868   0.1793  -0.0083   0.1681
bsp42   0.2535   0.4730   0.2936   0.2672   0.3790   0.2333   0.1408   0.0206
bsp43   0.4555   0.3825   0.2626   0.3585   0.6155   0.4651   0.2906   0.1420
bsp44   0.3257   0.1885   0.3874   0.2820   0.3602   0.3175   0.1876   0.1040
bsp45   0.4788   0.4281   0.3459   0.4609   0.5585   0.5732   0.1618   0.1906
bsp46   0.1330   0.2148   0.1259   0.1586   0.1297   0.2275   0.1033   0.0880
bsp47   0.3601   0.3502   0.1848   0.3066   0.3408   0.3202   0.1063   0.0989
bsp48   0.4529   0.3949   0.3480   0.4037   0.3733   0.3931   0.1913   0.1204
bsp49   0.3642   0.3273   0.0598   0.2265   0.3274   0.4199   0.0445   0.0682
bsp50   0.2176   0.2325   0.2657   0.1727   0.1901   0.1784   0.1336   0.0702
bsp51   0.4189   0.4614   0.4012   0.2949   0.4910   0.4282   0.1770   0.1298
bsp52   0.4117   0.6011   0.3805   0.3991   0.4784   0.4684   0.2636   0.1508
bsp53   0.1844   0.1139   0.1733   0.2006   0.2016   0.1969   0.1041   0.0746

         bsp41    bsp42    bsp43    bsp44    bsp45    bsp46    bsp47    bsp48
bsp41   0.5045
bsp42  -0.0421   1.2164
bsp43   0.0061   0.3252   1.3561
bsp44   0.1274   0.1625   0.2135   0.6201
bsp45   0.1510   0.2646   0.4547   0.2840   0.9119
bsp46   0.1339   0.1696   0.1864   0.0452   0.2780   0.8031
bsp47   0.0766   0.3320   0.3431   0.1766   0.4038   0.1237   1.3356
bsp48   0.2683   0.3410   0.2430   0.2607   0.3597   0.3513   0.3850   1.4324
bsp49   0.1180   0.3301   0.3640   0.1029   0.4490   0.3382   0.3814   0.5067
bsp50   0.0621   0.1774   0.1667   0.2039   0.2254   0.0883   0.1713   0.2582
bsp51   0.1529   0.2814   0.1682   0.1407   0.2563   0.2050   0.3261   0.4695
bsp52   0.1151   0.4304   0.3548   0.2132   0.4430   0.3253   0.3552   0.3833
bsp53   0.0819   0.0034   0.1358   0.1378   0.2090   0.1279   0.0972   0.1887

         bsp49    bsp50    bsp51    bsp52    bsp53
bsp49   1.5599
bsp50   0.1895   0.4356
bsp51   0.2965   0.2380   1.3112
bsp52   0.4453   0.2548   0.5595   1.3239
bsp53   0.1137   0.1232   0.1701   0.1601   0.3372

Pairwise number of observations

        bsp1   bsp2   bsp3   bsp4   bsp5   bsp6   bsp7   bsp8   bsp9  bsp10
 bsp1    361
 bsp2    361    361
 bsp3    361    361    361
 bsp4    361    361    361    361
 bsp5    361    361    361    361    361
 bsp6    361    361    361    361    361    361
 bsp7    360    360    360    360    360    360    360
 bsp8    361    361    361    361    361    361    360    361
 bsp9    360    360    360    360    360    360    359    360    360
bsp10    361    361    361    361    361    361    360    361    360    361
bsp11    360    360    360    360    360    360    359    360    359    360
bsp12    361    361    361    361    361    361    360    361    360    361
bsp13    360    360    360    360    360    360    359    360    359    360
bsp14    358    358    358    358    358    358    357    358    357    358
bsp15    361    361    361    361    361    361    360    361    360    361
bsp16    361    361    361    361    361    361    360    361    360    361
bsp17    361    361    361    361    361    361    360    361    360    361
bsp18    360    360    360    360    360    360    359    360    359    360
bsp19    359    359    359    359    359    359    358    359    358    359
bsp20    360    360    360    360    360    360    359    360    359    360
bsp21    361    361    361    361    361    361    360    361    360    361
bsp22    360    360    360    360    360    360    359    360    359    360
bsp23    361    361    361    361    361    361    360    361    360    361
bsp24    359    359    359    359    359    359    358    359    358    359
bsp25    360    360    360    360    360    360    359    360    359    360
bsp26    360    360    360    360    360    360    359    360    359    360
bsp27    360    360    360    360    360    360    359    360    359    360
bsp28    360    360    360    360    360    360    359    360    359    360
bsp29    359    359    359    359    359    359    358    359    358    359
bsp30    360    360    360    360    360    360    359    360    359    360
bsp31    360    360    360    360    360    360    359    360    359    360
bsp32    359    359    359    359    359    359    358    359    358    359
bsp33    358    358    358    358    358    358    357    358    357    358
bsp34    360    360    360    360    360    360    359    360    359    360
bsp35    360    360    360    360    360    360    359    360    359    360
bsp36    353    353    353    353    353    353    352    353    352    353
bsp37    361    361    361    361    361    361    360    361    360    361
bsp38    361    361    361    361    361    361    360    361    360    361
bsp39    361    361    361    361    361    361    360    361    360    361
bsp40    359    359    359    359    359    359    358    359    358    359
bsp41    361    361    361    361    361    361    360    361    360    361
bsp42    360    360    360    360    360    360    359    360    359    360
bsp43    361    361    361    361    361    361    360    361    360    361
bsp44    359    359    359    359    359    359    358    359    358    359
bsp45    358    358    358    358    358    358    357    358    357    358
bsp46    361    361    361    361    361    361    360    361    360    361
bsp47    361    361    361    361    361    361    360    361    360    361
bsp48    358    358    358    358    358    358    357    358    357    358
bsp49    361    361    361    361    361    361    360    361    360    361
bsp50    360    360    360    360    360    360    359    360    359    360
bsp51    361    361    361    361    361    361    360    361    360    361
bsp52    358    358    358    358    358    358    357    358    357    358
bsp53    359    359    359    359    359    359    358    359    358    359

       bsp11  bsp12  bsp13  bsp14  bsp15  bsp16  bsp17  bsp18  bsp19  bsp20
bsp11    360
bsp12    360    361
bsp13    359    360    362
bsp14    357    358    359    360
bsp15    360    361    362    360    363
bsp16    360    361    362    360    363    363
bsp17    360    361    362    360    363    363    363
bsp18    359    360    361    359    362    362    362    362
bsp19    358    359    360    358    361    361    361    360    361
bsp20    359    360    361    359    362    362    362    361    360    362
bsp21    360    361    362    360    363    363    363    362    361    362
bsp22    359    360    361    359    362    362    362    361    360    361
bsp23    360    361    362    360    363    363    363    362    361    362
bsp24    358    359    360    358    361    361    361    360    359    360
bsp25    359    360    361    359    362    362    362    361    360    361
bsp26    359    360    361    359    362    362    362    361    360    361
bsp27    359    360    361    359    362    362    362    361    360    361
bsp28    359    360    361    359    362    362    362    361    360    361
bsp29    358    359    360    358    361    361    361    360    359    360
bsp30    359    360    361    359    362    362    362    361    360    361
bsp31    359    360    361    359    362    362    362    361    360    361
bsp32    358    359    360    358    361    361    361    360    359    360
bsp33    357    358    359    357    360    360    360    359    358    359
bsp34    359    360    361    359    362    362    362    361    360    361
bsp35    359    360    361    359    362    362    362    361    360    361
bsp36    352    353    354    352    355    355    355    354    353    354
bsp37    360    361    362    360    363    363    363    362    361    362
bsp38    360    361    362    360    363    363    363    362    361    362
bsp39    360    361    362    360    363    363    363    362    361    362
bsp40    358    359    360    358    361    361    361    360    359    360
bsp41    360    361    362    360    363    363    363    362    361    362
bsp42    359    360    361    359    362    362    362    361    360    361
bsp43    360    361    362    360    363    363    363    362    361    362
bsp44    358    359    360    358    361    361    361    360    359    360
bsp45    357    358    359    357    360    360    360    359    358    359
bsp46    360    361    362    360    363    363    363    362    361    362
bsp47    360    361    362    360    363    363    363    362    361    362
bsp48    357    358    359    357    360    360    360    359    358    359
bsp49    360    361    362    360    363    363    363    362    361    362
bsp50    359    360    361    359    362    362    362    361    360    361
bsp51    360    361    362    360    363    363    363    362    361    362
bsp52    357    358    359    357    360    360    360    359    358    359
bsp53    358    359    360    358    361    361    361    361    359    360

       bsp21  bsp22  bsp23  bsp24  bsp25  bsp26  bsp27  bsp28  bsp29  bsp30
bsp21    363
bsp22    362    362
bsp23    363    362    363
bsp24    361    360    361    361
bsp25    362    361    362    360    362
bsp26    362    361    362    360    362    362
bsp27    362    361    362    360    362    362    362
bsp28    362    361    362    360    362    362    362    362
bsp29    361    360    361    359    361    361    361    361    361
bsp30    362    361    362    360    362    362    362    362    361    362
bsp31    362    361    362    360    362    362    362    362    361    362
bsp32    361    360    361    359    361    361    361    361    360    361
bsp33    360    359    360    358    360    360    360    360    359    360
bsp34    362    361    362    360    362    362    362    362    361    362
bsp35    362    361    362    360    362    362    362    362    361    362
bsp36    355    354    355    353    355    355    355    355    354    355
bsp37    363    362    363    361    362    362    362    362    361    362
bsp38    363    362    363    361    362    362    362    362    361    362
bsp39    363    362    363    361    362    362    362    362    361    362
bsp40    361    360    361    359    360    360    360    360    359    360
bsp41    363    362    363    361    362    362    362    362    361    362
bsp42    362    361    362    360    361    361    361    361    360    361
bsp43    363    362    363    361    362    362    362    362    361    362
bsp44    361    360    361    359    360    360    360    360    359    360
bsp45    360    359    360    358    359    359    359    359    358    359
bsp46    363    362    363    361    362    362    362    362    361    362
bsp47    363    362    363    361    362    362    362    362    361    362
bsp48    360    359    360    358    359    359    359    359    358    359
bsp49    363    362    363    361    362    362    362    362    361    362
bsp50    362    361    362    360    361    361    361    361    360    361
bsp51    363    362    363    361    362    362    362    362    361    362
bsp52    360    359    360    358    359    359    359    359    358    359
bsp53    361    360    361    359    360    360    360    360    359    360

       bsp31  bsp32  bsp33  bsp34  bsp35  bsp36  bsp37  bsp38  bsp39  bsp40
bsp31    362
bsp32    361    361
bsp33    360    359    360
bsp34    362    361    360    362
bsp35    362    361    360    362    362
bsp36    355    354    353    355    355    355
bsp37    362    361    360    362    362    355    363
bsp38    362    361    360    362    362    355    363    363
bsp39    362    361    360    362    362    355    363    363    363
bsp40    360    359    358    360    360    353    361    361    361    361
bsp41    362    361    360    362    362    355    363    363    363    361
bsp42    361    360    359    361    361    354    362    362    362    360
bsp43    362    361    360    362    362    355    363    363    363    361
bsp44    360    359    358    360    360    353    361    361    361    359
bsp45    359    358    357    359    359    352    360    360    360    358
bsp46    362    361    360    362    362    355    363    363    363    361
bsp47    362    361    360    362    362    355    363    363    363    361
bsp48    359    358    357    359    359    352    360    360    360    358
bsp49    362    361    360    362    362    355    363    363    363    361
bsp50    361    360    359    361    361    354    362    362    362    360
bsp51    362    361    360    362    362    355    363    363    363    361
bsp52    359    358    357    359    359    354    360    360    360    358
bsp53    360    359    358    360    360    353    361    361    361    359

       bsp41  bsp42  bsp43  bsp44  bsp45  bsp46  bsp47  bsp48  bsp49  bsp50
bsp41    363
bsp42    362    362
bsp43    363    362    363
bsp44    361    360    361    361
bsp45    360    359    360    358    360
bsp46    363    362    363    361    360    363
bsp47    363    362    363    361    360    363    363
bsp48    360    359    360    358    357    360    360    360
bsp49    363    362    363    361    360    363    363    360    363
bsp50    362    361    362    360    359    362    362    359    362    362
bsp51    363    362    363    361    360    363    363    360    363    362
bsp52    360    359    360    358    357    360    360    357    360    360
bsp53    361    360    361    359    358    361    361    358    361    360

       bsp51  bsp52  bsp53
bsp51    363
bsp52    360    360
bsp53    361    358    361

. display "{hline}"
-------------

.
. display "Alpha reliability analysis for BSI Global Severity index"
Alpha reliability analysis for BSI Global Severity index

. cap drop BSIglobsi

. egen BSIglobsi = rowmean(bs1-bs53)

. label var BSIglobsi "Brief Symptom Inventory Global Severity (mean) Index"

.
. display "{hline}"
-------------

.
. // subscale construction
. //         Unweighted Average subscale scores
. //         Somatization  S -    7  items: 2 7 23 29 30 33 37
. //         ObsessiveCompulsive OC -  6 items:  5 15 26 27 32 36
. //         Interpersonal sensitivity ips - 4 items: 20 21 22 42
. //         depression  dep  - 6 items : 9 16 17 18 35 50
. //         anxiety     anx -  6 items: 1 12 19 38 45 49
. //         phobic anxiety phanx - 5 items: 8 28 31 43 47
. //         hostility   hos - 5 items: 6 13 40 41 46
. //         paranoid ideation par - 5 items: 4 10 24 48 51
. //         psychoticism psyc - 5 items: 3 14 34 44 53
.
.
.
. // BSI somatic subscale
.
. cap drop BSIsoma

. egen BSIsoma = rowtotal(bs2 bs7 bs23 bs29 bs30 bs33 bs37)

. label var BSIsoma "Basic symptom inventory somatic subscale"

. tab BSIsoma, missing

      Basic |
    symptom |
  inventory |
    somatic |
   subscale |      Freq.     Percent        Cum.
------------+-----------------------------------
          4 |          1        0.14        0.14
          6 |          5        0.71        0.85
          7 |        125       17.78       18.63
          8 |         75       10.67       29.30
          9 |         57        8.11       37.41
         10 |         51        7.25       44.67
         11 |         51        7.25       51.92
         12 |         49        6.97       58.89
         13 |         43        6.12       65.01
         14 |         31        4.41       69.42
         15 |         30        4.27       73.68
         16 |         26        3.70       77.38
         17 |         32        4.55       81.93
         18 |         14        1.99       83.93
         19 |         21        2.99       86.91
         20 |         15        2.13       89.05
         21 |         11        1.56       90.61
         22 |          9        1.28       91.89
         23 |         16        2.28       94.17
         24 |          9        1.28       95.45
         25 |          6        0.85       96.30
         26 |          5        0.71       97.01
         27 |          3        0.43       97.44
         28 |          7        1.00       98.44
         29 |          2        0.28       98.72
         30 |          1        0.14       98.86
         31 |          3        0.43       99.29
         32 |          2        0.28       99.57
         34 |          2        0.28       99.86
         35 |          1        0.14      100.00
------------+-----------------------------------
      Total |        703      100.00

. summarize BSIsoma, detail

          Basic symptom inventory somatic subscale
-------------------------------------------------------------
      Percentiles      Smallest
 1%            7              4
 5%            7              6
10%            7              6       Obs                 703
25%            8              6       Sum of Wgt.         703

50%           11                      Mean           12.73542
                        Largest       Std. Dev.      5.707593
75%           16             32
90%           21             34       Variance       32.57662
95%           24             34       Skewness       1.189784
99%           31             35       Kurtosis       4.073709

.
. local bsIsom "bs2 bs7 bs23 bs29 bs30 bs33 bs37"

. display "BSI alpha reliability for somatic subscale for whole sample"
BSI alpha reliability for somatic subscale for whole sample

. alpha `bsIsom', item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs2          |  703    +       0.6772        0.5677        .6236985      0.8628
bs7          |  703    +       0.8127        0.7140        .5287399      0.8438
bs23         |  703    +       0.6728        0.5697        .6326559      0.8628
bs29         |  703    +       0.7527        0.6586        .5900443      0.8517
bs30         |  703    +       0.7069        0.5952        .6026027      0.8595
bs33         |  703    +       0.8289        0.7439        .5318605      0.8390
bs37         |  703    +       0.7947        0.6940        .5444962      0.8465
-------------+-----------------------------------------------------------------
Test scale   |                                             .5791569      0.8711
-------------+-----------------------------------------------------------------

Interitem covariances (obs=703 in all pairs)

         bs2     bs7    bs23    bs29    bs30    bs33    bs37
 bs2  0.9394
 bs7  0.5558  1.5570
bs23  0.6181  0.4938  0.8336
bs29  0.3177  0.7556  0.3243  1.0137
bs30  0.3016  0.6363  0.3120  0.5461  1.0911
bs33  0.5316  0.9035  0.4751  0.7065  0.6895  1.3863
bs37  0.4820  0.8862  0.4492  0.6615  0.6378  0.8781  1.4310

. display "BSI alpha reliability for somatic subscale for males"
BSI alpha reliability for somatic subscale for males

. alpha `bsIsom' if gender==1, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs2          |  340    +       0.7657        0.6688        .5456724      0.8643
bs7          |  340    +       0.8373        0.7491        .4907155      0.8540
bs23         |  340    +       0.7192        0.6231        .5791133      0.8701
bs29         |  340    +       0.6965        0.5951        .5871768      0.8732
bs30         |  340    +       0.6888        0.5981        .6029759      0.8736
bs33         |  340    +       0.8706        0.8039        .4881283      0.8455
bs37         |  340    +       0.7673        0.6585        .5306293      0.8663
-------------+-----------------------------------------------------------------
Test scale   |                                             .5463445      0.8815
-------------+-----------------------------------------------------------------

Interitem covariances (obs=340 in all pairs)

         bs2     bs7    bs23    bs29    bs30    bs33    bs37
 bs2  1.0636
 bs7  0.7311  1.4570
bs23  0.7111  0.5711  0.8348
bs29  0.3147  0.6129  0.2551  0.8287
bs30  0.3337  0.4859  0.2595  0.3523  0.6636
bs33  0.6647  0.9491  0.5618  0.6228  0.5336  1.2832
bs37  0.5329  0.7624  0.4279  0.5078  0.4635  0.8194  1.2912

. display "BSI alpha reliability for somatic subscale for females"
BSI alpha reliability for somatic subscale for females

. alpha `bsIsom' if gender==2, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs2          |  363    +       0.5950        0.4775        .6508328      0.8553
bs7          |  363    +       0.7838        0.6716        .5304466      0.8300
bs23         |  363    +       0.6340        0.5233         .636734      0.8502
bs29         |  363    +       0.7942        0.7057        .5520271      0.8253
bs30         |  363    +       0.7134        0.5878        .5746683      0.8423
bs33         |  363    +       0.7901        0.6871        .5354007      0.8272
bs37         |  363    +       0.8045        0.7068        .5283858      0.8241
-------------+-----------------------------------------------------------------
Test scale   |                                             .5726422      0.8570
-------------+-----------------------------------------------------------------

Interitem covariances (obs=363 in all pairs)

         bs2     bs7    bs23    bs29    bs30    bs33    bs37
 bs2  0.8199
 bs7  0.3748  1.5952
bs23  0.5271  0.4049  0.8294
bs29  0.3106  0.8565  0.3795  1.1694
bs30  0.2454  0.6916  0.3356  0.6783  1.3668
bs33  0.3942  0.8168  0.3812  0.7598  0.7695  1.4506
bs37  0.4109  0.9242  0.4462  0.7603  0.6851  0.8730  1.4574

.
. display "{hline}"
-------------

. // BSI Obsessive compulsive subscale
.
. local bsIoc "bs5 bs15 bs26 bs27 bs32 bs36"

. display "BSI alpha reliability for obsessive compulsive subscale for whole sample"
BSI alpha reliability for obsessive compulsive subscale for whole sample

. alpha `bsIoc', item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs5          |  703    +       0.6796        0.5127        .4178664      0.7639
bs15         |  703    +       0.7390        0.5902        .3886465      0.7448
bs26         |  703    +       0.7316        0.5496        .3781946      0.7580
bs27         |  703    +       0.6955        0.5311        .4092584      0.7596
bs32         |  703    +       0.6415        0.5059        .4546119      0.7671
bs36         |  703    +       0.7127        0.5788        .4157804      0.7498
-------------+-----------------------------------------------------------------
Test scale   |                                             .4107264      0.7893
-------------+-----------------------------------------------------------------

Interitem covariances (obs=703 in all pairs)

         bs5    bs15    bs26    bs27    bs32    bs36
 bs5  1.0933
bs15  0.4357  1.1383
bs26  0.4279  0.6001  1.5019
bs27  0.3165  0.4632  0.6610  1.1261
bs32  0.3167  0.3497  0.2990  0.2882  0.6877
bs36  0.4855  0.4258  0.3911  0.3395  0.3613  0.8639

. display "BSI alpha reliability for obsessive compulsive subscale for males"
BSI alpha reliability for obsessive compulsive subscale for males

. alpha `bsIoc' if gender==1, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs5          |  340    +       0.6970        0.5426        .3648942      0.7633
bs15         |  340    +       0.7512        0.6005        .3347649      0.7490
bs26         |  340    +       0.6932        0.5029        .3541602      0.7764
bs27         |  340    +       0.6766        0.5116        .3712277      0.7706
bs32         |  340    +       0.7080        0.5774        .3716554      0.7573
bs36         |  340    +       0.7043        0.5729        .3731607      0.7583
-------------+-----------------------------------------------------------------
Test scale   |                                             .3616438      0.7939
-------------+-----------------------------------------------------------------

Interitem covariances (obs=340 in all pairs)

         bs5    bs15    bs26    bs27    bs32    bs36
 bs5  0.8962
bs15  0.4156  1.0707
bs26  0.3101  0.4679  1.2294
bs27  0.2584  0.3913  0.5470  0.9302
bs32  0.3526  0.3939  0.3091  0.2858  0.7132
bs36  0.4390  0.4083  0.2490  0.2300  0.3667  0.7099

. display "BSI alpha reliability for obsessive compulsive subscale for males"
BSI alpha reliability for obsessive compulsive subscale for males

. alpha `bsIoc' if gender==2, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs5          |  363    +       0.6562        0.4751         .450879      0.7628
bs15         |  363    +       0.7366        0.5883        .4126988      0.7341
bs26         |  363    +       0.7472        0.5681        .3885804      0.7414
bs27         |  363    +       0.6937        0.5276        .4330442      0.7495
bs32         |  363    +       0.6037        0.4676        .5002633      0.7653
bs36         |  363    +       0.7181        0.5795        .4324787      0.7380
-------------+-----------------------------------------------------------------
Test scale   |                                             .4363241      0.7818
-------------+-----------------------------------------------------------------

Interitem covariances (obs=363 in all pairs)

         bs5    bs15    bs26    bs27    bs32    bs36
 bs5  1.2426
bs15  0.4451  1.2019
bs26  0.4808  0.7093  1.6718
bs27  0.3121  0.5153  0.6781  1.2194
bs32  0.2861  0.3098  0.2936  0.2945  0.6656
bs36  0.5120  0.4383  0.4972  0.4144  0.3582  1.0018

. egen BSIoc = rowtotal(bs5 bs15 bs26 bs27 bs32 bs36)

. label var BSIsoma "Basic symptom inventory obsessive compulsive subscale"

. summarize BSIoc, detail

                            BSIoc
-------------------------------------------------------------
      Percentiles      Smallest
 1%            6              3
 5%            6              5
10%            6              5       Obs                 703
25%            7              5       Sum of Wgt.         703

50%           10                      Mean           10.45946
                        Largest       Std. Dev.      4.328168
75%           13             25
90%           16             26       Variance       18.73304
95%           19             28       Skewness       1.172983
99%           23             28       Kurtosis       4.205741

.
.
.
. display "{hline}"
-------------

. // BSI interpersonal sensitivity subscale
.
.
. loc bsIips "bs20 bs21 bs22 bs42"

. display "BSI alpha reliability for Interpersonal sensitivity subscale for whole sample"
BSI alpha reliability for Interpersonal sensitivity subscale for whole sample

. alpha `bsIips', item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs20         |  703    +       0.7546        0.4495        .2757427      0.5996
bs21         |  703    +       0.7417        0.5206        .2860492      0.5439
bs22         |  703    +       0.7117        0.5236        .3249937      0.5608
bs42         |  703    +       0.6364        0.3295        .3812557      0.6702
-------------+-----------------------------------------------------------------
Test scale   |                                             .3170103      0.6613
-------------+-----------------------------------------------------------------

Interitem covariances (obs=703 in all pairs)

        bs20    bs21    bs22    bs42
bs20  1.3816
bs21  0.4365  0.8495
bs22  0.3313  0.3760  0.6010
bs42  0.3071  0.2314  0.2198  1.0343

. display "BSI alpha reliability for Interpersonal sensitivity subscale for males"
BSI alpha reliability for Interpersonal sensitivity subscale for males

. alpha `bsIips' if gender==1, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs20         |  340    +       0.7342        0.4163         .210177      0.6011
bs21         |  340    +       0.7358        0.4981        .2039302      0.5333
bs22         |  340    +       0.6971        0.5104        .2403638      0.5514
bs42         |  340    +       0.6538        0.3464        .2609607      0.6397
-------------+-----------------------------------------------------------------
Test scale   |                                             .2288579      0.6489
-------------+-----------------------------------------------------------------

Interitem covariances (obs=340 in all pairs)

        bs20    bs21    bs22    bs42
bs20  1.0110
bs21  0.3220  0.6789
bs22  0.1872  0.2737  0.4160
bs42  0.2335  0.1656  0.1912  0.7910

. display "BSI alpha reliability for Interpersonal sensitivity subscale for females"
BSI alpha reliability for Interpersonal sensitivity subscale for females

. alpha `bsIips' if gender==2, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs20         |  363    +       0.7399        0.4283        .3099097      0.5783
bs21         |  363    +       0.7484        0.5260        .2969195      0.5049
bs22         |  363    +       0.7070        0.5053        .3474651      0.5351
bs42         |  363    +       0.6092        0.2837        .4444089      0.6720
-------------+-----------------------------------------------------------------
Test scale   |                                             .3496758      0.6429
-------------+-----------------------------------------------------------------

Interitem covariances (obs=363 in all pairs)

        bs20    bs21    bs22    bs42
bs20  1.5429
bs21  0.4892  0.9952
bs22  0.3929  0.4511  0.7469
bs42  0.2862  0.2670  0.2116  1.2215

. egen BSIips = rowtotal(bs20 bs21 bs22 bs42)

. label var BSIips "Basic symptom invenstory interpersonal sensitivity subscale"

. summarize BSIips, detail

     Basic symptom invenstory interpersonal sensitivity
                          subscale
-------------------------------------------------------------
      Percentiles      Smallest
 1%            4              4
 5%            4              4
10%            4              4       Obs                 703
25%            4              4       Sum of Wgt.         703

50%            6                      Mean           6.566145
                        Largest       Std. Dev.      2.769562
75%            8             16
90%           11             16       Variance       7.670476
95%           12             17       Skewness       1.338621
99%           16             17       Kurtosis       4.520737

.
. display "{hline}"
-------------

. // BSI Depression subscale
.
.
. loc bsIdep "bs9 bs16 bs17 bs18 bs35 bs50"

. // alpha reliability for BSI Depression subscale for whole sample
. alpha `bsIdep' , item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs9          |  703    +       0.3565        0.2555        .3268821      0.7373
bs16         |  703    +       0.7823        0.5920        .1826085      0.6440
bs17         |  703    +       0.7943        0.6093        .1775494      0.6371
bs18         |  703    +       0.6606        0.5079        .2445123      0.6780
bs35         |  703    +       0.6582        0.4305        .2314987      0.7010
bs50         |  703    +       0.5799        0.4386        .2729841      0.6996
-------------+-----------------------------------------------------------------
Test scale   |                                             .2393392      0.7259
-------------+-----------------------------------------------------------------

Interitem covariances (obs=703 in all pairs)

         bs9    bs16    bs17    bs18    bs35    bs50
 bs9  0.1426
bs16  0.0733  1.2526
bs17  0.0653  0.7545  1.2732
bs18  0.0425  0.3220  0.4094  0.5636
bs35  0.0829  0.4082  0.3560  0.2157  1.0628
bs50  0.0571  0.2061  0.2294  0.1554  0.2123  0.3944

.
. // alpha reliability for BSI Depression subscale for males
. alpha `bsIdep' if gender==1, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs9          |  340    +       0.4289        0.3380        .2122948      0.6982
bs16         |  340    +       0.7444        0.5370        .1282622      0.6202
bs17         |  340    +       0.8020        0.6260        .1126505      0.5818
bs18         |  340    +       0.5997        0.4280         .171252      0.6618
bs35         |  340    +       0.5841        0.2967         .171186      0.7180
bs50         |  340    +       0.6483        0.5036        .1653644      0.6452
-------------+-----------------------------------------------------------------
Test scale   |                                             .1601683      0.6988
-------------+-----------------------------------------------------------------

Interitem covariances (obs=340 in all pairs)

         bs9    bs16    bs17    bs18    bs35    bs50
 bs9  0.0900
bs16  0.0633  0.8412
bs17  0.0458  0.5319  0.8585
bs18  0.0311  0.1346  0.3045  0.4017
bs35  0.0823  0.1967  0.1639  0.0996  0.9093
bs50  0.0571  0.1934  0.2299  0.1202  0.1482  0.3451

.
. // alpha reliability for BSI Depression subscale for females
. alpha `bsIdep' if gender==2, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs9          |  363    +       0.3140        0.2040        .3981211      0.7470
bs16         |  363    +       0.7857        0.5946        .2179741      0.6498
bs17         |  363    +       0.7718        0.5750        .2250194      0.6574
bs18         |  363    +       0.6845        0.5354        .2850707      0.6753
bs35         |  363    +       0.7117        0.5137        .2572394      0.6772
bs50         |  363    +       0.5426        0.4000        .3392699      0.7128
-------------+-----------------------------------------------------------------
Test scale   |                                             .2871158      0.7297
-------------+-----------------------------------------------------------------

Interitem covariances (obs=363 in all pairs)

         bs9    bs16    bs17    bs18    bs35    bs50
 bs9  0.1911
bs16  0.0711  1.5258
bs17  0.0695  0.8249  1.4950
bs18  0.0489  0.4553  0.4566  0.7008
bs35  0.0805  0.5751  0.4978  0.3130  1.2005
bs50  0.0555  0.2006  0.2078  0.1821  0.2679  0.4389

. egen BSIdep = rowtotal(bs9 bs16 bs17 bs18 bs35 bs50)

. label var BSIdep "Basic symptom inventory Depression subscale"

. summarize BSIdep, detail

         Basic symptom inventory Depression subscale
-------------------------------------------------------------
      Percentiles      Smallest
 1%            6              5
 5%            6              5
10%            6              5       Obs                 703
25%            6              5       Sum of Wgt.         703

50%            8                      Mean           8.918919
                        Largest       Std. Dev.      3.445212
75%           10             25
90%           13             25       Variance       11.86948
95%           15             26       Skewness       1.780432
99%           22             27       Kurtosis       7.049518

.
. display "{hline}"
-------------

. // BSI Anxiety subscale
.
. loc bsIanx "bs1 bs12 bs19 bs38 bs45 bs49"

.
. // alpha reliability for BSI anxiety subscale for whole sample
. alpha `bsIanx', item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs1          |  703    +       0.6686        0.4668        .3911764      0.7650
bs12         |  703    +       0.7228        0.5962         .392611      0.7327
bs19         |  703    +       0.7405        0.6093        .3778414      0.7274
bs38         |  703    +       0.6990        0.5330        .3846776      0.7447
bs45         |  703    +       0.7349        0.6210        .3951451      0.7299
bs49         |  703    +       0.6355        0.4166        .4069454      0.7800
-------------+-----------------------------------------------------------------
Test scale   |                                             .3913995      0.7794
-------------+-----------------------------------------------------------------

Interitem covariances (obs=703 in all pairs)

         bs1    bs12    bs19    bs38    bs45    bs49
 bs1  1.3781
bs12  0.4041  0.7944
bs19  0.4278  0.4383  0.9084
bs38  0.4288  0.3917  0.4031  1.1168
bs45  0.3503  0.3848  0.4245  0.4160  0.7060
bs49  0.3482  0.3259  0.3988  0.3846  0.3440  1.4337

. // alpha reliability for BSI anxiety subscale for males
. alpha `bsIanx' if gender==1, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs1          |  340    +       0.6489        0.4025        .2541445      0.7109
bs12         |  340    +       0.7429        0.6154         .241271      0.6464
bs19         |  340    +       0.6811        0.5243        .2559075      0.6688
bs38         |  340    +       0.6573        0.4709        .2574935      0.6818
bs45         |  340    +       0.6556        0.5303        .2782379      0.6777
bs49         |  340    +       0.6005        0.3387        .2737611      0.7325
-------------+-----------------------------------------------------------------
Test scale   |                                             .2601359      0.7239
-------------+-----------------------------------------------------------------

Interitem covariances (obs=340 in all pairs)

         bs1    bs12    bs19    bs38    bs45    bs49
 bs1  1.2785
bs12  0.3551  0.6276
bs19  0.2702  0.3480  0.6859
bs38  0.2964  0.3202  0.2135  0.8413
bs45  0.1937  0.2672  0.2719  0.2015  0.4344
bs49  0.2452  0.1989  0.2394  0.2955  0.1854  1.2654

. // alpha reliability for BSI anxiety subscale for females
. alpha `bsIanx' if gender==2, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs1          |  363    +       0.6732        0.4896        .4789317      0.7790
bs12         |  363    +       0.7029        0.5709        .4876619      0.7601
bs19         |  363    +       0.7619        0.6389        .4503561      0.7432
bs38         |  363    +       0.7055        0.5428        .4655495      0.7649
bs45         |  363    +       0.7629        0.6514        .4612027      0.7432
bs49         |  363    +       0.6517        0.4493        .4875569      0.7912
-------------+-----------------------------------------------------------------
Test scale   |                                             .4718765      0.7949
-------------+-----------------------------------------------------------------

Interitem covariances (obs=363 in all pairs)

         bs1    bs12    bs19    bs38    bs45    bs49
 bs1  1.4219
bs12  0.4142  0.9271
bs19  0.5264  0.4892  1.0718
bs38  0.4935  0.4179  0.5249  1.3094
bs45  0.4526  0.4645  0.5259  0.5665  0.9239
bs49  0.4021  0.4157  0.5083  0.4199  0.4566  1.5599

.
. cap drop BSIanx

. egen BSIanx = rowtotal(bs1 bs12 bs19 bs28 bs49)

. label var BSIanx "Basic symptom inventory Anxiety subscale"

. summarize BSIanx, detail

          Basic symptom inventory Anxiety subscale
-------------------------------------------------------------
      Percentiles      Smallest
 1%            5              4
 5%            5              5
10%            5              5       Obs                 703
25%            6              5       Sum of Wgt.         703

50%            7                      Mean           8.321479
                        Largest       Std. Dev.      3.326349
75%           10             21
90%           13             21       Variance       11.06459
95%           16             21       Skewness       1.426942
99%           19             22       Kurtosis       4.914979

.
. display "{hline}"
-------------

. display "BSI Phobic Anxiety subscale reliabilities"
BSI Phobic Anxiety subscale reliabilities

.
. loc bsIphanx "bs8 bs28 bs31 bs43 bs47"

. // alpha reliability for BSI phobic anxiety subscale for whole sample
. alpha `bsIphanx', item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs8          |  703    +       0.5569        0.3842        .2447583      0.6010
bs28         |  703    +       0.6199        0.4413        .2215627      0.5759
bs31         |  703    +       0.6845        0.4314         .185611      0.5649
bs43         |  703    +       0.7113        0.4487         .173028      0.5558
bs47         |  703    +       0.6552        0.3363        .2031877      0.6276
-------------+-----------------------------------------------------------------
Test scale   |                                             .2056295      0.6386
-------------+-----------------------------------------------------------------

Interitem covariances (obs=703 in all pairs)

         bs8    bs28    bs31    bs43    bs47
 bs8  0.3592
bs28  0.1455  0.4407
bs31  0.1159  0.1812  0.9082
bs43  0.1942  0.2525  0.3298  1.0335
bs47  0.1321  0.1477  0.3157  0.2416  1.1964

. // alpha reliability for BSI phobic anxiety subscale for males
. alpha `bsIphanx' if gender==1, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs8          |  340    +       0.3476        0.2079        .1365608      0.5298
bs28         |  340    +       0.5267        0.3735        .1114437      0.4731
bs31         |  340    +       0.7556        0.4744        .0523425      0.3370
bs43         |  340    +       0.5948        0.2742         .095983      0.4897
bs47         |  340    +       0.6964        0.2969         .079672      0.5028
-------------+-----------------------------------------------------------------
Test scale   |                                             .0952004      0.5303
-------------+-----------------------------------------------------------------

Interitem covariances (obs=340 in all pairs)

         bs8    bs28    bs31    bs43    bs47
 bs8  0.0987
bs28  0.0367  0.1527
bs31  0.0366  0.0977  0.7277
bs43  0.0298  0.1021  0.1752  0.6000
bs47  0.0296  0.0469  0.3284  0.0690  1.0053

. // alpha reliability for BSI phobic anxiety subscale for females
. alpha `bsIphanx' if gender==2, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs8          |  363    +       0.5998        0.4145        .3095876      0.6072
bs28         |  363    +       0.6371        0.4435        .2889378      0.5923
bs31         |  363    +       0.6530        0.4053        .2731217      0.6033
bs43         |  363    +       0.7383        0.4906        .2209881      0.5592
bs47         |  363    +       0.6303        0.3334        .2886334      0.6454
-------------+-----------------------------------------------------------------
Test scale   |                                             .2762537      0.6545
-------------+-----------------------------------------------------------------

Interitem covariances (obs=363 in all pairs)

         bs8    bs28    bs31    bs43    bs47
 bs8  0.5844
bs28  0.2269  0.6896
bs31  0.1715  0.2399  1.0614
bs43  0.3074  0.3504  0.4358  1.3561
bs47  0.1993  0.2118  0.2767  0.3431  1.3356

. cap drop BSIphanx

. egen BSIphanx = rowtotal(bs8 bs28 bs31 bs43 bs47)

. label var BSIphanx  "Basic symptom inventory phobic anxiety subscale"

. summarize BSIphanx, detail

       Basic symptom inventory phobic anxiety subscale
-------------------------------------------------------------
      Percentiles      Smallest
 1%            5              3
 5%            5              4
10%            5              4       Obs                 703
25%            5              4       Sum of Wgt.         703

50%            6                      Mean           7.059744
                        Largest       Std. Dev.       2.83735
75%            8             19
90%           10             19       Variance       8.050557
95%           13             20       Skewness       1.892861
99%           17             22       Kurtosis       7.181061

.
.
. display "{hline}"
-------------

. display "BSI Hostility subscale reliabilities"
BSI Hostility subscale reliabilities

.
. loc bsIhos "bs6 bs13 bs40 bs41 bs46"

. display "BSI alpha reliability for Hotility subscale for whole sample"
BSI alpha reliability for Hotility subscale for whole sample

. alpha `bsIhos', item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs6          |  703    +       0.7287        0.5128        .2718846      0.6808
bs13         |  703    +       0.7813        0.5972        .2444861      0.6433
bs40         |  703    +       0.6765        0.4980        .3112684      0.6875
bs41         |  703    +       0.6943        0.5259        .3050378      0.6788
bs46         |  703    +       0.6014        0.3621        .3395747      0.7364
-------------+-----------------------------------------------------------------
Test scale   |                                             .2944503      0.7330
-------------+-----------------------------------------------------------------

Interitem covariances (obs=703 in all pairs)

         bs6    bs13    bs40    bs41    bs46
 bs6  1.0263
bs13  0.4932  1.0068
bs40  0.2485  0.3270  0.6455
bs41  0.2677  0.3367  0.3644  0.6245
bs46  0.3038  0.3207  0.1370  0.1455  0.8507

. display "BSI alpha reliability for Hostility subscale for whole sample"
BSI alpha reliability for Hostility subscale for whole sample

. alpha `bsIhos' if gender==1, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs6          |  340    +       0.7666        0.6034         .360981      0.7287
bs13         |  340    +       0.8010        0.6468        .3355891      0.7127
bs40         |  340    +       0.7673        0.6130        .3655142      0.7260
bs41         |  340    +       0.7609        0.6202        .3797487      0.7265
bs46         |  340    +       0.5680        0.3386        .4748901      0.8124
-------------+-----------------------------------------------------------------
Test scale   |                                             .3833446      0.7839
-------------+-----------------------------------------------------------------

Interitem covariances (obs=340 in all pairs)

         bs6    bs13    bs40    bs41    bs46
 bs6  0.9636
bs13  0.5605  1.0507
bs40  0.4433  0.4475  0.8888
bs41  0.3711  0.4605  0.5665  0.7516
bs46  0.2927  0.3515  0.1831  0.1568  0.9034

. display "BSI alpha reliability for Hostility subscale for whole sample"
BSI alpha reliability for Hostility subscale for whole sample

. alpha `bsIhos' if gender==2, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs6          |  363    +       0.7155        0.4469        .1837473      0.6033
bs13         |  363    +       0.7626        0.5411        .1620969      0.5486
bs40         |  363    +       0.5282        0.3371        .2633403      0.6482
bs41         |  363    +       0.5986        0.3978         .237862      0.6248
bs46         |  363    +       0.6459        0.3956        .2152451      0.6237
-------------+-----------------------------------------------------------------
Test scale   |                                             .2124583      0.6647
-------------+-----------------------------------------------------------------

Interitem covariances (obs=363 in all pairs)

         bs6    bs13    bs40    bs41    bs46
 bs6  1.0737
bs13  0.4433  0.9588
bs40  0.0827  0.2020  0.4015
bs41  0.1778  0.2166  0.1691  0.5045
bs46  0.3183  0.2901  0.0908  0.1339  0.8031

. cap drop BSIhos

. egen BSIhos = rowtotal(bs6 bs13 bs40 bs41 bs46)

. label var BSIhos "Basic symptom invenstory hostility subscale"

. summarize BSIhos, detail

         Basic symptom invenstory hostility subscale
-------------------------------------------------------------
      Percentiles      Smallest
 1%            5              4
 5%            5              4
10%            5              4       Obs                 703
25%            5              4       Sum of Wgt.         703

50%            7                      Mean           7.617354
                        Largest       Std. Dev.      3.169043
75%            9             20
90%           12             20       Variance       10.04283
95%           15             20       Skewness       1.735165
99%           18             22       Kurtosis       5.983857

.
. display "{hline}"
-------------

. display "BSI Paranoia subscale reliabilities"
BSI Paranoia subscale reliabilities

.
.
. loc bsIpar "bs4 bs10 bs24 bs48 bs51"

. display "BSI alpha reliability for Paranoia subscale for whole sample"
BSI alpha reliability for Paranoia subscale for whole sample

. alpha `bsIpar', item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs4          |  703    +       0.6645        0.4706        .4175285      0.6950
bs10         |  703    +       0.7372        0.5107        .3531885      0.6828
bs24         |  703    +       0.6793        0.5253         .425365      0.6827
bs48         |  703    +       0.7264        0.5219        .3670117      0.6749
bs51         |  703    +       0.6820        0.4694        .3997071      0.6955
-------------+-----------------------------------------------------------------
Test scale   |                                             .3925602      0.7323
-------------+-----------------------------------------------------------------

Interitem covariances (obs=703 in all pairs)

         bs4    bs10    bs24    bs48    bs51
 bs4  0.9476
bs10  0.4624  1.5118
bs24  0.2916  0.4041  0.6857
bs48  0.3863  0.5132  0.3407  1.2532
bs51  0.2802  0.4268  0.3371  0.4833  1.1514

. display "BSI alpha reliability for Paranoia subscale for males"
BSI alpha reliability for Paranoia subscale for males

. alpha `bsIpar' if gender==1, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs4          |  340    +       0.7056        0.5250         .325509      0.6877
bs10         |  340    +       0.6826        0.4263        .3270533      0.7340
bs24         |  340    +       0.6789        0.5436        .3630256      0.6949
bs48         |  340    +       0.7474        0.5524         .292916      0.6755
bs51         |  340    +       0.7248        0.5314        .3088915      0.6840
-------------+-----------------------------------------------------------------
Test scale   |                                             .3234791      0.7403
-------------+-----------------------------------------------------------------

Interitem covariances (obs=340 in all pairs)

         bs4    bs10    bs24    bs48    bs51
 bs4  0.7869
bs10  0.3500  1.2494
bs24  0.2498  0.2393  0.4520
bs48  0.3905  0.3139  0.3099  1.0308
bs51  0.2915  0.3693  0.2577  0.4630  0.9352

. display "BSI alpha reliability for Paranoia subscale for females"
BSI alpha reliability for Paranoia subscale for females

. alpha `bsIpar' if gender==2, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs4          |  363    +       0.6326        0.4252        .4724734      0.6857
bs10         |  363    +       0.7662        0.5548        .3547593      0.6319
bs24         |  363    +       0.6716        0.5018        .4570631      0.6620
bs48         |  363    +       0.7092        0.4929        .4072975      0.6593
bs51         |  363    +       0.6406        0.4103        .4620489      0.6925
-------------+-----------------------------------------------------------------
Test scale   |                                             .4307284      0.7152
-------------+-----------------------------------------------------------------

Interitem covariances (obs=363 in all pairs)

         bs4    bs10    bs24    bs48    bs51
 bs4  1.0879
bs10  0.5448  1.7165
bs24  0.3133  0.5252  0.8804
bs48  0.3680  0.6724  0.3485  1.4465
bs51  0.2463  0.4363  0.3779  0.4746  1.3112

. cap drop BSIpar

. egen BSIpar = rowtotal(bs4 bs10 bs24 bs48 bs51)

. label var BSIpar "Basic symptom invenstory Paranoia subscale"

. summarize BSIpar, detail

         Basic symptom invenstory Paranoia subscale
-------------------------------------------------------------
      Percentiles      Smallest
 1%            5              4
 5%            5              5
10%            5              5       Obs                 703
25%            5              5       Sum of Wgt.         703

50%            7                      Mean           8.479374
                        Largest       Std. Dev.      3.660728
75%           10             21
90%           14             21       Variance       13.40093
95%           16             23       Skewness       1.228365
99%           20             25       Kurtosis       4.216814

.
. display "{hline}"
-------------

.
. display "BSI Psychotocism subscale reliabilities"
BSI Psychotocism subscale reliabilities

.
. loc bsIpsyc "bs3 bs14 bs34 bs44 bs53"

. display "BSI alpha reliability for Psychoticism subscale for whole sample"
BSI alpha reliability for Psychoticism subscale for whole sample

. alpha `bsIpsyc', item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs3          |  703    +       0.5624        0.3871        .1955052      0.5918
bs14         |  703    +       0.7545        0.5152        .1218182      0.5057
bs34         |  703    +       0.6821        0.3230        .1591308      0.6489
bs44         |  703    +       0.6698        0.4506        .1562781      0.5498
bs53         |  703    +       0.5498        0.3778        .1993752      0.5963
-------------+-----------------------------------------------------------------
Test scale   |                                             .1664215      0.6330
-------------+-----------------------------------------------------------------

Interitem covariances (obs=703 in all pairs)

         bs3    bs14    bs34    bs44    bs53
 bs3  0.3046
bs14  0.1609  0.8514
bs34  0.1146  0.3105  1.2295
bs44  0.1215  0.3102  0.1786  0.5716
bs53  0.0942  0.1517  0.1058  0.1162  0.2868

. display "BSI alpha reliability for Psychoticism subscale for males"
BSI alpha reliability for Psychoticism subscale for males

. alpha `bsIpsyc' if gender==1, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs3          |  340    +       0.5922        0.4243         .132807      0.5519
bs14         |  340    +       0.7120        0.4608        .0958196      0.5037
bs34         |  340    +       0.6667        0.2890        .1179493      0.6403
bs44         |  340    +       0.7028        0.4722         .099115      0.5008
bs53         |  340    +       0.4958        0.3110        .1497498      0.5901
-------------+-----------------------------------------------------------------
Test scale   |                                             .1190881      0.6123
-------------+-----------------------------------------------------------------

Interitem covariances (obs=340 in all pairs)

         bs3    bs14    bs34    bs44    bs53
 bs3  0.2240
bs14  0.1121  0.5872
bs34  0.0932  0.1776  0.9487
bs44  0.1346  0.2407  0.1404  0.5034
bs53  0.0542  0.0856  0.0720  0.0806  0.2176

. display "BSI alpha reliability for Psychoticism subscale for females"
BSI alpha reliability for Psychoticism subscale for females

. alpha `bsIpsyc' if gender==2, item detail

Test scale = mean(unstandardized items)

                                                            average
                             item-test     item-rest       interitem
Item         |  Obs  Sign   correlation   correlation     covariance      alpha
-------------+-----------------------------------------------------------------
bs3          |  363    +       0.5409        0.3551        .2306389      0.5922
bs14         |  363    +       0.7684        0.5267          .13222      0.4849
bs34         |  363    +       0.6744        0.3134        .1867444      0.6420
bs44         |  363    +       0.6454        0.4262         .189588      0.5527
bs53         |  363    +       0.5669        0.3961        .2249618      0.5809
-------------+-----------------------------------------------------------------
Test scale   |                                             .1928306      0.6263
-------------+-----------------------------------------------------------------

Interitem covariances (obs=363 in all pairs)

         bs3    bs14    bs34    bs44    bs53
 bs3  0.3772
bs14  0.1953  1.0644
bs34  0.1190  0.3856  1.4276
bs44  0.1037  0.3573  0.1889  0.6272
bs53  0.1265  0.1968  0.1143  0.1410  0.3442

. cap drop BSIpsyc

. egen BSIpsyc = rowtotal(bs3 bs14 bs34 bs44 bs53)

. label var BSIpsyc "Basic symptom inventory Psychoticism subscale score"

. summarize BSIpsyc, detail

        Basic symptom inventory Psychoticism subscale
                            score
-------------------------------------------------------------
      Percentiles      Smallest
 1%            5              4
 5%            5              4
10%            5              4       Obs                 703
25%            5              4       Sum of Wgt.         703

50%            6                      Mean           6.980085
                        Largest       Std. Dev.       2.56364
75%            8             16
90%           11             17       Variance       6.572252
95%           12             19       Skewness       1.799876
99%           15             23       Kurtosis       7.038766

.
. datasignature report


(data signature set on Monday
13jun2011 23:08)


Data signature summary


   1. previous data signature     703:1626(97066):2668622110:1182585148
   2. same data signature today   (same as 1)
   3. full data signature today   703:1834(1274):1568885707:3614351113


Comparison of current data with previously set data signature


      variables                  number  notes
      ------------------------------------------------------------
      original # of variables     1,626  (values unchanged)
      added variables               208  (1)
      dropped variables               0
      ------------------------------------------------------------
      resulting # of variables     1,834


(1)
Added variables are
female cs1 cs2 cs3 cs4 cs5 cs6 cs7 cs8 cs9 cs10 cs11 cs12 cs13 cs14 cs15 cs16 cs17 cs18 cs19 cs20 cs21 cs22 cs23 cs24 cs25 cs26 cs27 cs28 cs29 cs30 cs31 cs32 cs33 CSprbslv CSSocSpt CSAvoid WHP1el WHP2p WHP3er WHP4p WHP5s WHP6er WHP7er WHP8p WHP9si WHP10pa WHP11pa WHP12el WHP13s WHP14pa WHP15si WHP16er WHP17pa WHP18pa WHP19p WHP20er WHP21si WHP22s WHP23er WHP24p WHP25pa WHP26el WHP27pa WHP28ps WHP29s WHP30si WHP31er WHP32er WHP33s WHP34si WHP35pa WHP36p WHP37er WHP38p whp23er WHPel WHPpain WHPer WHPsleep WHPsociso WHPpa HP2work HP2hmcare HP2probsoc HP2pbfhm HP2sxlife HP2inthob HP2vacatn bs1 bs2 bs3 bs4 bs5 bs6 bs7 bs8 bs9 bs10 bs11 bs12 bs13 bs14 bs15 bs16 bs17 bs18 bs19 bs20 bs21 bs22 bs23 bs24 bs25 bs26 bs27 bs28 bs29 bs30 bs31 bs32 bs33 bs34 bs35 bs36 bs37 bs38 bs39 bs40 bs41 bs42 bs43 bs44 bs45 bs46 bs47 bs48 bs49 bs50 bs51 bs52 bs53 BSItotal lBSItotal bsp1 bsp2 bsp3 bsp4 bsp5 bsp6 bsp7 bsp8 bsp9 bsp10 bsp11 bsp12 bsp13 bsp14 bsp15 bsp16 bsp17 bsp18 bsp19 bsp20 bsp21 bsp22 bsp23 bsp24 bsp25 bsp26 bsp27 bsp28 bsp29 bsp30 bsp31 bsp32 bsp33 bsp34 bsp35 bsp36 bsp37 bsp38 bsp39 bsp40 bsp41 bsp42 bsp43 bsp44 bsp45 bsp46 bsp47 bsp48 bsp49 bsp50 bsp51 bsp52 bsp53 BSIposymp BSIglobsi BSIsoma BSIoc BSIips BSIdep BSIanx BSIphanx BSIhos BSIpar BSIpsyc


. save Master4june142011, replace
file Master4june142011.dta saved

.
. //translate
. translate BSI14june2011.smcl BSI14june2011.ps, replace
(file BSI14june2011.ps written in PostScript format)

. //need Miktex utilities running on computer for this step
. !ps2pdf BSI14june2011.ps

. !capt erase BSI14june2011.ps

. !start BSI14june2011.pdf

.
.
.
end of do-file

.