[o] GLIM 4, update 8 for Sun SPARCstation / Solaris on 10 Jul 1996 at 17:58:16 [o] (copyright) 1992 Royal Statistical Society, London [o] [i] ? $units 12$ [i] ? $data r n cutpt asian afro gender$ [i] ? $dinput 12$ [i] File name? newdat.dat [i] ? $print r$ [o] 6566. 3283. 5697. 3626. 262.0 132.0 188.0 111.0 141.0 [o] 61.00 148.0 77.00 [i] ? $factor cutpt 2 asian 2 afro 2 gender 2$ [i] ? $yvar r$ [i] ? $err b n$ [i] ? $fit cutpt-1$ [o] scaled deviance = 166.91 at cycle 2 [o] residual df = 10 [o] [i] ? $fit +asian$ [o] scaled deviance = 164.06 (change = -2.850) at cycle 2 [o] residual df = 9 (change = -1 ) [o] [i] ? $fit -asian$ [o] scaled deviance = 166.91 (change = +2.850) at cycle 2 [o] residual df = 10 (change = +1 ) [o] [i] ? $fit +afro$ [o] scaled deviance = 105.36 (change = -61.55) at cycle 2 [o] residual df = 9 (change = -1 ) [o] [i] ? $fit +gender$ [o] scaled deviance = 45.604 (change = -59.76) at cycle 2 [o] residual df = 8 (change = -1 ) [o] [i] ? $fit +afro.gender$ [o] scaled deviance = 45.565 (change = -0.03893) at cycle 2 [o] residual df = 7 (change = -1 ) [o] [i] ? $fit -afro.gender$ [o] scaled deviance = 45.604 (change = +0.03893) at cycle 2 [o] residual df = 8 (change = +1 ) [o] [i] ? $fit +cutpt.afro$ [o] scaled deviance = 41.168 (change = -4.436) at cycle 2 [o] residual df = 7 (change = -1 ) [o] [i] ? $fit +cutpt.gender$ [o] scaled deviance = 7.2040 (change = -33.96) at cycle 2 [o] residual df = 6 (change = -1 ) [o] [i] ? $dis m$ [o] Current model: [o] [o] number of observations in model is 12 [o] [o] y-variate R [o] weight * [o] offset * [o] [o] [o] probability distribution is BINOMIAL [o] and binomial denominator N [o] link function is LOGIT [o] scale parameter is 1.000 [o] [o] linear model: [o] terms: CUTPT+AFRO+GENDER+CUTPT.AFRO+CUTPT.GENDER [i] ? $dis e$ [o] estimate s.e. parameter [o] 1 -0.0007558 0.01704 CUTPT(1) [o] 2 -6.942e-05 0.02413 CUTPT(2) [o] 3 0.5249 0.09377 AFRO(2) [o] 4 -0.2343 0.02423 GENDER(2) [o] 5 0.3739 0.1849 CUTPT(2).AFRO(2) [o] 6 0.2401 0.04120 CUTPT(2).GENDER(2) [o] scale parameter 1.000 [o] [i] ? $dis r$ [o] unit observed out of fitted residual [o] 1 6566 13132 6563.52 0.043 [o] 2 3283 6566 3282.89 0.003 [o] 3 5697 12949 5717.04 -0.355 [o] 4 3626 7257 3638.84 -0.301 [o] 5 262 526 262.90 -0.079 [o] 6 132 264 132.00 0.001 [o] 7 188 384 169.54 1.897 [o] 8 111 196 98.28 1.817 [o] 9 141 227 142.58 -0.217 [o] 10 61 86 61.12 -0.028 [o] 11 148 256 146.42 0.200 [o] 12 77 108 76.88 0.025 [o] [i] ? $dump$ [i] File name? newycs.dump [w] -- program dump completed [i] ? $stop$