>use ethnoatlas3
SYSTAT Rectangular file D:\mydocs\ywc\ethnoatlas3.SYD,
created Thu May 30, 2002 at 14:30:20, contains variables:
 V107$        V112         V113         V114         V100         V102
 V104$        V106$        V1           V2           V3           V4
 V5           V6           V7           V8           V9           V10
 V11          V12          V13          V14          V15          V16
 V17          V18          V19          V20          V21          V22
 V23          V24          V25          V26          V27          V28
 V29          V30          V31          V32          V33          V34
 V35          V36          V37          V38          V39          V40
 V41          V42          V43          V44          V45          V46
 V47          V48          V49          V50          V51          V52
 V53          V54          V55          V56          V57          V58
 V59          V60          V61          V62          V63          V64
 V65          V66          V67          V68          V69          V70
 V71          V72          V73          V74          V75          V76
 V77          V78          V79          V80          V81          V82
 V83          V84          V85          V86          V87          V88
 V89          V90          V91$         V92$         V93          V94
 V95          V96          V97          V98          V99          HG
 DOMSUB$      SOCTYP$      SOCTYP       PLOW         METALS       OTHTYP
 SOCTY42$     SH           AH           AG           FI           HE

>xtab
>print none/freq rowpct
>format 1

>tab v9
 
Frequencies
 Values for V9
 
            0     1     2     3     4     5     6     7    Total
       +-------------------------------------------------+
       |   36   186   453    69    18   344   157     4  |  1267
       +-------------------------------------------------+

 
>rem polygamy vs. monogamy
>if v9=0 then let v9=.
>let polygam=.
>if inc(v9,1,2,7) then let polygam=0
>if inc(v9,3,4,5,6) then let polygam=1
>rem polygam=0 if monogamy, occasional polygyny, polyandry, 1 otherwise

>tab soctyp$*polygam
 
Frequencies
 SOCTYP$ (rows) by POLYGAM (columns)
 
            0     1    Total
       +-------------+
  1-HG |  124    48  |   172
  2-SH |  112    45  |   157
  3-AH |   64   197  |   261
  4-AG |  121    14  |   135
  5-FI |   39    19  |    58
  6-HE |   36    38  |    74
       +-------------+
 Total    496   361      857

 
 
Row percents
 SOCTYP$ (rows) by POLYGAM (columns)
 
            0     1    Total N
       +-------------+
  1-HG |72.1  27.9   |100.0    172
  2-SH |71.3  28.7   |100.0    157
  3-AH |24.5  75.5   |100.0    261
  4-AG |89.6  10.4   |100.0    135
  5-FI |67.2  32.8   |100.0     58
  6-HE |48.6  51.4   |100.0     74
       +-------------+
 Total  57.9  42.1    100.0
 N        496   361            857

 
>print none/freq rowpct chisq

>tab soctyp$*polygam
 
Frequencies
 SOCTYP$ (rows) by POLYGAM (columns)
 
            0     1    Total
       +-------------+
  1-HG |  124    48  |   172
  2-SH |  112    45  |   157
  3-AH |   64   197  |   261
  4-AG |  121    14  |   135
  5-FI |   39    19  |    58
  6-HE |   36    38  |    74
       +-------------+
 Total    496   361      857

 
 
Row percents
 SOCTYP$ (rows) by POLYGAM (columns)
 
            0     1    Total N
       +-------------+
  1-HG |72.1  27.9   |100.0    172
  2-SH |71.3  28.7   |100.0    157
  3-AH |24.5  75.5   |100.0    261
  4-AG |89.6  10.4   |100.0    135
  5-FI |67.2  32.8   |100.0     58
  6-HE |48.6  51.4   |100.0     74
       +-------------+
 Total  57.9  42.1    100.0
 N        496   361            857

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   205.5         5.0            0.0

>rem v32 is jurisdictional hierarchy of local community

>tab v32
 
Frequencies
 Values for V32
 
            0     2     3     4    Total
       +-------------------------+
       |  124   355   634   154  |  1267
       +-------------------------+

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   523.3         3.0            0.0

>if v32=0 then let v32=.
>label v32/2='2 levels',3='3 levels',4='4 levels'

>tab soctyp$*v32
 
Frequencies
 SOCTYP$ (rows) by V32 (columns)
 
           2 levels 3 levels 4 levels       Total
          +----------------------------+
     1-HG |      96       64        7  |      167
     2-SH |      36      103       23  |      162
     3-AH |      67      143       50  |      260
     4-AG |      34       71       27  |      132
     5-FI |      12       40        4  |       56
     6-HE |      19       48        2  |       69
          +----------------------------+
 Total          264      469      113         846

 
 
Row percents
 SOCTYP$ (rows) by V32 (columns)
 
           2 levels 3 levels 4 levels       Total    N
          +----------------------------+
     1-HG |   57.5     38.3      4.2   |   100.0       167
     2-SH |   22.2     63.6     14.2   |   100.0       162
     3-AH |   25.8     55.0     19.2   |   100.0       260
     4-AG |   25.8     53.8     20.5   |   100.0       132
     5-FI |   21.4     71.4      7.1   |   100.0        56
     6-HE |   27.5     69.6      2.9   |   100.0        69
          +----------------------------+
 Total        31.2     55.4     13.4       100.0
 N              264      469      113                  846

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                    92.3        10.0            0.0

>rem v33 is jurisdictional hierarchy beyond local community

>tab v33
 
Frequencies
 Values for V33
 
            0     1     2     3     4     5    Total
       +-------------------------------------+
       |  136   516   343   162    83    27  |  1267
       +-------------------------------------+

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   799.0         5.0            0.0

>if v33=0 then let v33=.

>tab soctyp$*v33
 
Frequencies
 SOCTYP$ (rows) by V33 (columns)
 
            1     2     3     4     5    Total
       +-------------------------------+
  1-HG |  147    20     0     0     0  |   167
  2-SH |  101    43    17     1     0  |   162
  3-AH |   64   100    68    26     2  |   260
  4-AG |   16    23    23    39    24  |   125
  5-FI |   38    16     2     0     0  |    56
  6-HE |    7    29    21    12     0  |    69
       +-------------------------------+
 Total    373   231   131    78    26      839

 
 
Row percents
 SOCTYP$ (rows) by V33 (columns)
 
            1     2     3     4     5    Total N
       +-------------------------------+
  1-HG |88.0  12.0   0.0   0.0   0.0   |100.0    167
  2-SH |62.3  26.5  10.5   0.6   0.0   |100.0    162
  3-AH |24.6  38.5  26.2  10.0   0.8   |100.0    260
  4-AG |12.8  18.4  18.4  31.2  19.2   |100.0    125
  5-FI |67.9  28.6   3.6   0.0   0.0   |100.0     56
  6-HE |10.1  42.0  30.4  17.4   0.0   |100.0     69
       +-------------------------------+
 Total  44.5  27.5  15.6   9.3   3.1    100.0
 N        373   231   131    78    26            839

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   483.8        20.0            0.0

>rem v42 is principal subsistence economy

>tab v42
 
Frequencies
 Values for V42
 
            0     1     2     3     4     6     7     8     9    Total
       +-------------------------------------------------------+
       |    1   103   116    75    77   475   270    64    86  |  1267
       +-------------------------------------------------------+

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                  1188.2         8.0            0.0

>if v42=0 then let v42=.
>rem many more fishing societies in v42 than soctyp$ <- combining H & G in soctyp$

>tab soctyp$*v42
 
Frequencies
 SOCTYP$ (rows) by V42 (columns)
 
            1     2     3     4     6     7     8     9    Total
       +-------------------------------------------------+
  1-HG |   99    10    40     0     4     1    19     1  |   174
  2-SH |    0     0     0     0   132    30     0     0  |   162
  3-AH |    0     0     0     0   183    80     0     0  |   263
  4-AG |    0     0     0     0    16   119     0     0  |   135
  5-FI |    0    60     0     0     0     0     0     0  |    60
  6-HE |    0     0     0    77     0     0     0     0  |    77
       +-------------------------------------------------+
 Total     99    70    40    77   335   230    19     1      871

 
 
Row percents
 SOCTYP$ (rows) by V42 (columns)
 
            1     2     3     4     6     7     8     9    Total N
       +-------------------------------------------------+
  1-HG |56.9   5.7  23.0   0.0   2.3   0.6  10.9   0.6   |100.0    174
  2-SH | 0.0   0.0   0.0   0.0  81.5  18.5   0.0   0.0   |100.0    162
  3-AH | 0.0   0.0   0.0   0.0  69.6  30.4   0.0   0.0   |100.0    263
  4-AG | 0.0   0.0   0.0   0.0  11.9  88.1   0.0   0.0   |100.0    135
  5-FI | 0.0 100.0   0.0   0.0   0.0   0.0   0.0   0.0   |100.0     60
  6-HE | 0.0   0.0   0.0 100.0   0.0   0.0   0.0   0.0   |100.0     77
       +-------------------------------------------------+
 Total  11.4   8.0   4.6   8.8  38.5  26.4   2.2   0.1    100.0
 N         99    70    40    77   335   230    19     1            871

 
 
WARNING: More than one-fifth of fitted cells are sparse (frequency < 5).
         Significance tests computed on this table are suspect.
Test statistic                         Value          df           Prob
  Pearson Chi-square                  2676.0        35.0            0.0

>rem AG associated with intensive agriculture (code 7) vs intensive (6)
>rem v43 is descent type

>tab v43
 
Frequencies
 Values for V43
 
            0     1     2     3     4     5     6     7    Total
       +-------------------------------------------------+
       |   17   584    52   160    11    49   349    45  |  1267
       +-------------------------------------------------+

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                  1864.8         7.0            0.0

>if v43=0 then let v43=.

>tab soctyp$*v43
 
Frequencies
 SOCTYP$ (rows) by V43 (columns)
 
            1     2     3     4     5     6     7    Total
       +-------------------------------------------+
  1-HG |   44     6    12     1     0   109     1  |   173
  2-SH |   47     7    34     2    13    45    12  |   160
  3-AH |  172    18    34     2     8    17    11  |   262
  4-AG |   73     0     8     1     3    40     9  |   134
  5-FI |   10     2     8     3     8    27     2  |    60
  6-HE |   59     2     6     0     0     5     2  |    74
       +-------------------------------------------+
 Total    405    35   102     9    32   243    37      863

 
 
Row percents
 SOCTYP$ (rows) by V43 (columns)
 
            1     2     3     4     5     6     7    Total N
       +-------------------------------------------+
  1-HG |25.4   3.5   6.9   0.6   0.0  63.0   0.6   |100.0    173
  2-SH |29.4   4.4  21.3   1.3   8.1  28.1   7.5   |100.0    160
  3-AH |65.6   6.9  13.0   0.8   3.1   6.5   4.2   |100.0    262
  4-AG |54.5   0.0   6.0   0.7   2.2  29.9   6.7   |100.0    134
  5-FI |16.7   3.3  13.3   5.0  13.3  45.0   3.3   |100.0     60
  6-HE |79.7   2.7   8.1   0.0   0.0   6.8   2.7   |100.0     74
       +-------------------------------------------+
 Total  46.9   4.1  11.8   1.0   3.7  28.2   4.3    100.0
 N        405    35   102     9    32   243    37            863

 
 
WARNING: More than one-fifth of fitted cells are sparse (frequency < 5).
         Significance tests computed on this table are suspect.
Test statistic                         Value          df           Prob
  Pearson Chi-square                   301.7        30.0            0.0

>rem matrilineal is v43 code 3
>rem association SH or AH x matri is not strong
>rem v66 is class stratification
>rem code 2 to 5 are imputed bases for stratification -> collapse

>tab v66
 
Frequencies
 Values for V66
 
            0     1     2     3     4     5    Total
       +-------------------------------------+
       |  182   533   206    39   228    79  |  1267
       +-------------------------------------+

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   719.1         5.0            0.0

>if v66=0 then let v66=.
>let classes=.
>if v66=1 then let classes=0
>if inc(v66,2,3,4,5) then let classes=1

>tab soctyp$*classes
 
Frequencies
 SOCTYP$ (rows) by CLASSES (columns)
 
            0     1    Total
       +-------------+
  1-HG |  129    36  |   165
  2-SH |   92    66  |   158
  3-AH |   89   147  |   236
  4-AG |   18   108  |   126
  5-FI |   26    28  |    54
  6-HE |   13    49  |    62
       +-------------+
 Total    367   434      801

 
 
Row percents
 SOCTYP$ (rows) by CLASSES (columns)
 
            0     1    Total N
       +-------------+
  1-HG |78.2  21.8   |100.0    165
  2-SH |58.2  41.8   |100.0    158
  3-AH |37.7  62.3   |100.0    236
  4-AG |14.3  85.7   |100.0    126
  5-FI |48.1  51.9   |100.0     54
  6-HE |21.0  79.0   |100.0     62
       +-------------+
 Total  45.8  54.2    100.0
 N        367   434            801

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   151.7         5.0            0.0

>tab soctyp$*v66
 
Frequencies
 SOCTYP$ (rows) by V66 (columns)
 
            1     2     3     4     5    Total
       +-------------------------------+
  1-HG |  129    33     0     3     0  |   165
  2-SH |   92    34     1    30     1  |   158
  3-AH |   89    38     6    89    14  |   236
  4-AG |   18    19     4    27    58  |   126
  5-FI |   26    13     0    15     0  |    54
  6-HE |   13    17    18    12     2  |    62
       +-------------------------------+
 Total    367   154    29   176    75      801

 
 
Row percents
 SOCTYP$ (rows) by V66 (columns)
 
            1     2     3     4     5    Total N
       +-------------------------------+
  1-HG |78.2  20.0   0.0   1.8   0.0   |100.0    165
  2-SH |58.2  21.5   0.6  19.0   0.6   |100.0    158
  3-AH |37.7  16.1   2.5  37.7   5.9   |100.0    236
  4-AG |14.3  15.1   3.2  21.4  46.0   |100.0    126
  5-FI |48.1  24.1   0.0  27.8   0.0   |100.0     54
  6-HE |21.0  27.4  29.0  19.4   3.2   |100.0     62
       +-------------------------------+
 Total  45.8  19.2   3.6  22.0   9.4    100.0
 N        367   154    29   176    75            801

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   489.6        20.0            0.0

>rem v66 code 5 (classes proper) especially frequent in AG
>rem v70 is slavery -> recode as (near) absent vs. present
>if v70=0 then let v70=.
>let slavery=.
>if v70=1 then let slavery=0
>if inc(v70,2,3,4) then let slavery=1

>tab soctyp$*slavery
 
Frequencies
 SOCTYP$ (rows) by SLAVERY (columns)
 
            0     1    Total
       +-------------+
  1-HG |  145    19  |   164
  2-SH |  121    29  |   150
  3-AH |   38   201  |   239
  4-AG |   67    52  |   119
  5-FI |   28    29  |    57
  6-HE |   11    49  |    60
       +-------------+
 Total    410   379      789

 
 
Row percents
 SOCTYP$ (rows) by SLAVERY (columns)
 
            0     1    Total N
       +-------------+
  1-HG |88.4  11.6   |100.0    164
  2-SH |80.7  19.3   |100.0    150
  3-AH |15.9  84.1   |100.0    239
  4-AG |56.3  43.7   |100.0    119
  5-FI |49.1  50.9   |100.0     57
  6-HE |18.3  81.7   |100.0     60
       +-------------+
 Total  52.0  48.0    100.0
 N        410   379            789

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   289.6         5.0            0.0

>tab soctyp$*v70
 
Frequencies
 SOCTYP$ (rows) by V70 (columns)
 
            1     2     3     4    Total
       +-------------------------+
  1-HG |  145    12     4     3  |   164
  2-SH |  121     8    12     9  |   150
  3-AH |   38    52    63    86  |   239
  4-AG |   67     8    12    32  |   119
  5-FI |   28     5     7    17  |    57
  6-HE |   11     2    10    37  |    60
       +-------------------------+
 Total    410    87   108   184      789

 
 
Row percents
 SOCTYP$ (rows) by V70 (columns)
 
            1     2     3     4    Total N
       +-------------------------+
  1-HG |88.4   7.3   2.4   1.8   |100.0    164
  2-SH |80.7   5.3   8.0   6.0   |100.0    150
  3-AH |15.9  21.8  26.4  36.0   |100.0    239
  4-AG |56.3   6.7  10.1  26.9   |100.0    119
  5-FI |49.1   8.8  12.3  29.8   |100.0     57
  6-HE |18.3   3.3  16.7  61.7   |100.0     60
       +-------------------------+
 Total  52.0  11.0  13.7  23.3    100.0
 N        410    87   108   184            789

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   332.1        15.0            0.0

>rem v71 is former presence of slavery
>if v71=0 then let v71=.
>let slavonce=slavery
>if slavery=0 and v71=2 then let slavonce=1

>tab v70 v71 slavery slavonce
 
Frequencies
 Values for V70
 
            1     2     3     4    Total
       +-------------------------+
       |  524   129   217   227  |  1097
       +-------------------------+

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   324.5         3.0            0.0

Frequencies
 Values for V71
 
            1     2    Total
       +-------------+
       |  804   293  |  1097
       +-------------+

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   238.0         1.0            0.0

Frequencies
 Values for SLAVERY
 
            0     1    Total
       +-------------+
       |  524   573  |  1097
       +-------------+

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                     2.2         1.0            0.1

Frequencies
 Values for SLAVONCE
 
            0     1    Total
       +-------------+
       |  524   573  |  1097
       +-------------+

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                     2.2         1.0            0.1

>tab slavonce*slavery
 
Frequencies
 SLAVONCE (rows) by SLAVERY (columns)
 
            0     1    Total
       +-------------+
     0 |  524     0  |   524
     1 |    0   573  |   573
       +-------------+
 Total    524   573     1097

 
 
Row percents
 SLAVONCE (rows) by SLAVERY (columns)
 
            0     1    Total N
       +-------------+
     0 |00.0   0.0   |100.0    524
     1 | 0.0 100.0   |100.0    573
       +-------------+
 Total  47.8  52.2    100.0
 N        524   573           1097

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                  1097.0         1.0            0.0

>tab soctyp$*slavonce
 
Frequencies
 SOCTYP$ (rows) by SLAVONCE (columns)
 
            0     1    Total
       +-------------+
  1-HG |  145    19  |   164
  2-SH |  121    29  |   150
  3-AH |   38   201  |   239
  4-AG |   67    52  |   119
  5-FI |   28    29  |    57
  6-HE |   11    49  |    60
       +-------------+
 Total    410   379      789

 
 
Row percents
 SOCTYP$ (rows) by SLAVONCE (columns)
 
            0     1    Total N
       +-------------+
  1-HG |88.4  11.6   |100.0    164
  2-SH |80.7  19.3   |100.0    150
  3-AH |15.9  84.1   |100.0    239
  4-AG |56.3  43.7   |100.0    119
  5-FI |49.1  50.9   |100.0     57
  6-HE |18.3  81.7   |100.0     60
       +-------------+
 Total  52.0  48.0    100.0
 N        410   379            789

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   289.6         5.0            0.0

>rem v72 is succession to office of local headman
>rem headhere is succession is hereditary
>if v72=0 then let v72=.

>tab v72
 
Frequencies
 Values for V72
 
            1     2     3     4     5     6     7     9    Total
       +-------------------------------------------------+
       |  410   101    42    28    42   100    87   102  |   912
       +-------------------------------------------------+

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   935.2         7.0            0.0

>let headhere=v72
>if inc(v72,1,2) then let headhere=1
>if inc(v72,3,4,5,6,7,9) then let headhere=0

>tab soctyp$*headhere
 
Frequencies
 SOCTYP$ (rows) by HEADHERE (columns)
 
            0     1    Total
       +-------------+
  1-HG |   63    70  |   133
  2-SH |   62    70  |   132
  3-AH |   75   143  |   218
  4-AG |   69    29  |    98
  5-FI |   19    24  |    43
  6-HE |   18    29  |    47
       +-------------+
 Total    306   365      671

 
 
Row percents
 SOCTYP$ (rows) by HEADHERE (columns)
 
            0     1    Total N
       +-------------+
  1-HG |47.4  52.6   |100.0    133
  2-SH |47.0  53.0   |100.0    132
  3-AH |34.4  65.6   |100.0    218
  4-AG |70.4  29.6   |100.0     98
  5-FI |44.2  55.8   |100.0     43
  6-HE |38.3  61.7   |100.0     47
       +-------------+
 Total  45.6  54.4    100.0
 N        306   365            671

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                    36.6         5.0            0.0

>tab soctyp$*v72
 
Frequencies
 SOCTYP$ (rows) by V72 (columns)
 
            1     2     3     4     5     6     7     9    Total
       +-------------------------------------------------+
  1-HG |   67     3     0     7     3     3    34    16  |   133
  2-SH |   50    20     2     3    10    17    11    19  |   132
  3-AH |  116    27    14     7     4    21     9    20  |   218
  4-AG |   27     2    11     3     1    37     6    11  |    98
  5-FI |   20     4     0     2     4     1     3     9  |    43
  6-HE |   24     5     1     1     3     7     1     5  |    47
       +-------------------------------------------------+
 Total    304    61    28    23    25    86    64    80      671

 
 
Row percents
 SOCTYP$ (rows) by V72 (columns)
 
            1     2     3     4     5     6     7     9    Total N
       +-------------------------------------------------+
  1-HG |50.4   2.3   0.0   5.3   2.3   2.3  25.6  12.0   |100.0    133
  2-SH |37.9  15.2   1.5   2.3   7.6  12.9   8.3  14.4   |100.0    132
  3-AH |53.2  12.4   6.4   3.2   1.8   9.6   4.1   9.2   |100.0    218
  4-AG |27.6   2.0  11.2   3.1   1.0  37.8   6.1  11.2   |100.0     98
  5-FI |46.5   9.3   0.0   4.7   9.3   2.3   7.0  20.9   |100.0     43
  6-HE |51.1  10.6   2.1   2.1   6.4  14.9   2.1  10.6   |100.0     47
       +-------------------------------------------------+
 Total  45.3   9.1   4.2   3.4   3.7  12.8   9.5  11.9    100.0
 N        304    61    28    23    25    86    64    80            671

 
 
WARNING: More than one-fifth of fitted cells are sparse (frequency < 5).
         Significance tests computed on this table are suspect.
Test statistic                         Value          df           Prob
  Pearson Chi-square                   190.7        35.0            0.0

>rem inheritance rule for land (real property)
>if v74=0 then let v74=.
>let landher=.
>if v74=1 then let landher=0
>if inc(v74,2,3,4,5,6,7) then let landher=1

>tab soctyp$*landher
 
Frequencies
 SOCTYP$ (rows) by LANDHER (columns)
 
            0     1    Total
       +-------------+
  1-HG |   84    17  |   101
  2-SH |   19    68  |    87
  3-AH |   15   203  |   218
  4-AG |    3   107  |   110
  5-FI |   18    17  |    35
  6-HE |   16    35  |    51
       +-------------+
 Total    155   447      602

 
 
Row percents
 SOCTYP$ (rows) by LANDHER (columns)
 
            0     1    Total N
       +-------------+
  1-HG |83.2  16.8   |100.0    101
  2-SH |21.8  78.2   |100.0     87
  3-AH | 6.9  93.1   |100.0    218
  4-AG | 2.7  97.3   |100.0    110
  5-FI |51.4  48.6   |100.0     35
  6-HE |31.4  68.6   |100.0     51
       +-------------+
 Total  25.7  74.3    100.0
 N        155   447            602

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   258.9         5.0            0.0

>let gamstrat=0
>if v35=0 then let gamstrat=.
>if inc(v35,4,6,7,8) then let gamstrat=1
>rem gamstrat=1 if society has games of strategy

>tab soctyp$*gamstrat
 
Frequencies
 SOCTYP$ (rows) by GAMSTRAT (columns)
 
            0     1    Total
       +-------------+
  1-HG |  131     0  |   131
  2-SH |   60     7  |    67
  3-AH |   27    39  |    66
  4-AG |   19    25  |    44
  5-FI |   33     1  |    34
  6-HE |    6     7  |    13
       +-------------+
 Total    276    79      355

 
 
Row percents
 SOCTYP$ (rows) by GAMSTRAT (columns)
 
            0     1    Total N
       +-------------+
  1-HG |00.0   0.0   |100.0    131
  2-SH |89.6  10.4   |100.0     67
  3-AH |40.9  59.1   |100.0     66
  4-AG |43.2  56.8   |100.0     44
  5-FI |97.1   2.9   |100.0     34
  6-HE |46.2  53.8   |100.0     13
       +-------------+
 Total  77.7  22.3    100.0
 N        276    79            355

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   139.9         5.0            0.0

>rem v91$ is region of the world where society located

>tab v91$
 
Frequencies
 Values for V91$
 
            A     C     E     I     N     S    Total
       +-------------------------------------+
       |  414   164   126   168   286   109  |  1267
       +-------------------------------------+

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                   324.5         5.0            0.0

>tab soctyp$*v91$
 
Frequencies
 SOCTYP$ (rows) by V91$ (columns)
 
            A     C     E     I     N     S    Total
       +-------------------------------------+
  1-HG |    7     0     6    23   116    22  |   174
  2-SH |   12     4     6    75    23    42  |   162
  3-AH |  194    24    20    17     3     5  |   263
  4-AG |    5    60    52    11     6     1  |   135
  5-FI |    7     0     5    14    27     7  |    60
  6-HE |   12    49    15     0     0     1  |    77
       +-------------------------------------+
 Total    237   137   104   140   175    78      871

 
 
Row percents
 SOCTYP$ (rows) by V91$ (columns)
 
            A     C     E     I     N     S    Total N
       +-------------------------------------+
  1-HG | 4.0   0.0   3.4  13.2  66.7  12.6   |100.0    174
  2-SH | 7.4   2.5   3.7  46.3  14.2  25.9   |100.0    162
  3-AH |73.8   9.1   7.6   6.5   1.1   1.9   |100.0    263
  4-AG | 3.7  44.4  38.5   8.1   4.4   0.7   |100.0    135
  5-FI |11.7   0.0   8.3  23.3  45.0  11.7   |100.0     60
  6-HE |15.6  63.6  19.5   0.0   0.0   1.3   |100.0     77
       +-------------------------------------+
 Total  27.2  15.7  11.9  16.1  20.1   9.0    100.0
 N        237   137   104   140   175    78            871

 
Test statistic                         Value          df           Prob
  Pearson Chi-square                  1158.0        25.0            0.0

>if v33=0 then let v33=.
>regress
>print
>format 3
>model v33=constant+sh+ah+ag+fi+he

>estimate
428 case(s) deleted due to missing data.
 
Dep Var: V33   N: 839   Multiple R: 0.638   Squared multiple R: 0.407
 
Adjusted squared multiple R: 0.403   Standard error of estimate: 0.865
 
Effect         Coefficient    Std Error     Std Coef Tolerance     t   P(2 Tail)
 
CONSTANT             1.120        0.067        0.000      .      16.732    0.000
SH                   0.374        0.095        0.132     0.629    3.922    0.000
AH                   1.119        0.086        0.462     0.567   13.044    0.000
AG                   2.136        0.102        0.680     0.672   20.885    0.000
FI                   0.237        0.134        0.053     0.802    1.777    0.076
HE                   1.431        0.124        0.351     0.771   11.562    0.000
 
                             Analysis of Variance
 
Source             Sum-of-Squares   df  Mean-Square     F-ratio       P
 
Regression               426.872     5       85.374     114.143       0.000
Residual                 623.052   833        0.748
----------------------------------------------------------------------------------------------------------------------------------

Durbin-Watson D Statistic     1.652
First Order Autocorrelation   0.172