# # This data frame contains the following columns: # # Mare an ordered factor indicating the mare on which the # measurement is made. # # Time time in the estrus cycle. The data were recorded daily from # 3 days before ovulation until 3 days after the next # ovulation. The measurement times for each mare are scaled so # that the ovulations for each mare occur at times 0 and 1. # # follicles the number of ovarian follicles greater than 10 mm in # diameter. # # Details: # # Pierson and Ginther (1987) report on a study of the number of # large ovarian follicles detected in different mares at several # times in their estrus cycles. # # Source: # # Pinheiro, J. C. and Bates, D. M. (2000), _Mixed-Effects Models in # S and S-PLUS_, Springer, New York. (Appendix A.18) # # Pierson, R. A. and Ginther, O. J. (1987), Follicular population # dynamics during the estrus cycle of the mare, _Animal Reproduction # Science_, *14*, 219-231. # set loc Time qua set loc follicles qua read pedigree inline Mare1 01 x x f -0.1363636 20 Mare1 02 x x f -0.0909091 15 Mare1 03 x x f -0.04545455 19 Mare1 04 x x f 0 16 Mare1 05 x x f 0.04545455 13 Mare1 06 x x f 0.0909091 10 Mare1 07 x x f 0.1363636 12 Mare1 08 x x f 0.1818182 14 Mare1 09 x x f 0.2272727 13 Mare1 10 x x f 0.2727273 20 Mare1 11 x x f 0.3181818 22 Mare1 12 x x f 0.3636364 15 Mare1 13 x x f 0.4090909 18 Mare1 14 x x f 0.4545455 17 Mare1 15 x x f 0.5 14 Mare1 16 x x f 0.5454545 18 Mare1 17 x x f 0.5909091 14 Mare1 18 x x f 0.6363636 16 Mare1 19 x x f 0.6818182 17 Mare1 20 x x f 0.7272727 18 Mare1 21 x x f 0.7727273 18 Mare1 22 x x f 0.8181818 17 Mare1 23 x x f 0.8636364 14 Mare1 24 x x f 0.9090909 12 Mare1 25 x x f 0.9545455 12 Mare1 26 x x f 1 14 Mare1 27 x x f 1.045455 10 Mare1 28 x x f 1.090909 11 Mare1 29 x x f 1.136364 16 Mare2 01 x x f -0.15 6 Mare2 02 x x f -0.1 6 Mare2 03 x x f -0.05 8 Mare2 04 x x f 0 7 Mare2 05 x x f 0.05 16 Mare2 06 x x f 0.1 10 Mare2 07 x x f 0.15 13 Mare2 08 x x f 0.2 9 Mare2 09 x x f 0.25 7 Mare2 10 x x f 0.3 6 Mare2 11 x x f 0.35 8 Mare2 12 x x f 0.4 8 Mare2 13 x x f 0.45 6 Mare2 14 x x f 0.5 8 Mare2 15 x x f 0.55 7 Mare2 16 x x f 0.6 9 Mare2 17 x x f 0.65 6 Mare2 18 x x f 0.7 4 Mare2 19 x x f 0.75 5 Mare2 20 x x f 0.8 8 Mare2 21 x x f 0.85 11 Mare2 22 x x f 0.9 13 Mare2 23 x x f 0.95 10 Mare2 24 x x f 1 6 Mare2 25 x x f 1.05 7 Mare2 26 x x f 1.1 6 Mare2 27 x x f 1.15 5 Mare3 01 x x f -0.1578947 13 Mare3 02 x x f -0.1052632 11 Mare3 03 x x f -0.05263158 10 Mare3 04 x x f 0 6 Mare3 05 x x f 0.05263158 8 Mare3 06 x x f 0.1052632 6 Mare3 07 x x f 0.1578947 9 Mare3 08 x x f 0.2105263 9 Mare3 09 x x f 0.2631579 10 Mare3 10 x x f 0.3157895 8 Mare3 11 x x f 0.3684211 14 Mare3 12 x x f 0.4210526 13 Mare3 13 x x f 0.4736842 14 Mare3 14 x x f 0.5263158 16 Mare3 15 x x f 0.5789474 20 Mare3 16 x x f 0.631579 21 Mare3 17 x x f 0.6842105 25 Mare3 18 x x f 0.7368421 23 Mare3 19 x x f 0.7894737 19 Mare3 20 x x f 0.8421053 22 Mare3 21 x x f 0.8947368 16 Mare3 22 x x f 0.9473684 21 Mare3 23 x x f 1 19 Mare3 24 x x f 1.052632 20 Mare3 25 x x f 1.105263 17 Mare3 26 x x f 1.157895 24 Mare4 01 x x f -0.1363636 9 Mare4 02 x x f -0.0909091 9 Mare4 03 x x f -0.04545455 7 Mare4 04 x x f 0 6 Mare4 05 x x f 0.04545455 7 Mare4 06 x x f 0.0909091 6 Mare4 07 x x f 0.1363636 1 Mare4 08 x x f 0.1818182 1 Mare4 09 x x f 0.2272727 1 Mare4 10 x x f 0.2727273 5 Mare4 11 x x f 0.3181818 6 Mare4 12 x x f 0.3636364 3 Mare4 13 x x f 0.4090909 5 Mare4 14 x x f 0.4545455 3 Mare4 15 x x f 0.5 6 Mare4 16 x x f 0.5454545 8 Mare4 17 x x f 0.5909091 6 Mare4 18 x x f 0.6363636 5 Mare4 19 x x f 0.6818182 6 Mare4 20 x x f 0.7272727 8 Mare4 21 x x f 0.7727273 11 Mare4 22 x x f 0.8181818 14 Mare4 23 x x f 0.8636364 8 Mare4 24 x x f 0.9090909 9 Mare4 25 x x f 0.9545455 10 Mare4 26 x x f 1 7 Mare4 27 x x f 1.045455 7 Mare4 28 x x f 1.090909 6 Mare4 29 x x f 1.136364 11 Mare5 01 x x f -0.1363636 10 Mare5 02 x x f -0.0909091 12 Mare5 03 x x f -0.04545455 12 Mare5 04 x x f 0 17 Mare5 05 x x f 0.04545455 9 Mare5 06 x x f 0.0909091 10 Mare5 07 x x f 0.1363636 3 Mare5 08 x x f 0.1818182 12 Mare5 09 x x f 0.2272727 13 Mare5 10 x x f 0.2727273 9 Mare5 11 x x f 0.3181818 4 Mare5 12 x x f 0.3636364 7 Mare5 13 x x f 0.4090909 4 Mare5 14 x x f 0.4545455 12 Mare5 15 x x f 0.5 14 Mare5 16 x x f 0.5454545 12 Mare5 17 x x f 0.5909091 15 Mare5 18 x x f 0.6363636 17 Mare5 19 x x f 0.6818182 15 Mare5 20 x x f 0.7272727 13 Mare5 21 x x f 0.7727273 18 Mare5 22 x x f 0.8181818 19 Mare5 23 x x f 0.8636364 13 Mare5 24 x x f 0.9090909 9 Mare5 25 x x f 0.9545455 12 Mare5 26 x x f 1 8 Mare5 27 x x f 1.045455 10 Mare5 28 x x f 1.090909 5 Mare5 29 x x f 1.136364 14 Mare6 01 x x f -0.1363636 16 Mare6 02 x x f -0.0909091 17 Mare6 03 x x f -0.04545455 13 Mare6 04 x x f 0 17 Mare6 05 x x f 0.04545455 15 Mare6 06 x x f 0.0909091 9 Mare6 07 x x f 0.1363636 8 Mare6 08 x x f 0.1818182 5 Mare6 09 x x f 0.2272727 9 Mare6 10 x x f 0.2727273 8 Mare6 11 x x f 0.3181818 8 Mare6 12 x x f 0.3636364 13 Mare6 13 x x f 0.4090909 14 Mare6 14 x x f 0.4545455 13 Mare6 15 x x f 0.5 14 Mare6 16 x x f 0.5454545 14 Mare6 17 x x f 0.5909091 11 Mare6 18 x x f 0.6363636 17 Mare6 19 x x f 0.6818182 21 Mare6 20 x x f 0.7272727 21 Mare6 21 x x f 0.7727273 21 Mare6 22 x x f 0.8181818 20 Mare6 23 x x f 0.8636364 17 Mare6 24 x x f 0.9090909 18 Mare6 25 x x f 0.9545455 22 Mare6 26 x x f 1 10 Mare6 27 x x f 1.045455 11 Mare6 28 x x f 1.090909 11 Mare6 29 x x f 1.136364 12 Mare7 01 x x f -0.15 18 Mare7 02 x x f -0.1 13 Mare7 03 x x f -0.05 14 Mare7 04 x x f 0 12 Mare7 05 x x f 0.05 11 Mare7 06 x x f 0.1 8 Mare7 07 x x f 0.15 5 Mare7 08 x x f 0.2 8 Mare7 09 x x f 0.25 10 Mare7 10 x x f 0.3 11 Mare7 11 x x f 0.35 10 Mare7 12 x x f 0.4 12 Mare7 13 x x f 0.45 10 Mare7 14 x x f 0.5 9 Mare7 15 x x f 0.55 12 Mare7 16 x x f 0.6 14 Mare7 17 x x f 0.65 16 Mare7 18 x x f 0.7 13 Mare7 19 x x f 0.75 11 Mare7 20 x x f 0.8 13 Mare7 21 x x f 0.85 13 Mare7 22 x x f 0.9 11 Mare7 23 x x f 0.95 11 Mare7 24 x x f 1 8 Mare7 25 x x f 1.05 14 Mare7 26 x x f 1.1 4 Mare7 27 x x f 1.15 7 Mare8 01 x x f -0.125 13 Mare8 02 x x f -0.08333333 9 Mare8 03 x x f -0.04166667 15 Mare8 04 x x f 0 15 Mare8 05 x x f 0.04166667 12 Mare8 06 x x f 0.08333333 8 Mare8 07 x x f 0.125 10 Mare8 08 x x f 0.1666667 6 Mare8 09 x x f 0.2083333 9 Mare8 10 x x f 0.25 8 Mare8 11 x x f 0.2916667 10 Mare8 12 x x f 0.3333333 6 Mare8 13 x x f 0.375 8 Mare8 14 x x f 0.4166667 13 Mare8 15 x x f 0.4583333 12 Mare8 16 x x f 0.5 12 Mare8 17 x x f 0.5416667 15 Mare8 18 x x f 0.5833333 21 Mare8 19 x x f 0.625 25 Mare8 20 x x f 0.6666667 21 Mare8 21 x x f 0.7083333 21 Mare8 22 x x f 0.75 24 Mare8 23 x x f 0.7916667 20 Mare8 24 x x f 0.8333333 20 Mare8 25 x x f 0.875 18 Mare8 26 x x f 0.9166667 20 Mare8 27 x x f 0.9583333 20 Mare8 28 x x f 1 19 Mare8 29 x x f 1.041667 12 Mare8 30 x x f 1.083333 7 Mare8 31 x x f 1.125 8 Mare9 01 x x f -0.1666667 10 Mare9 02 x x f -0.1111111 14 Mare9 03 x x f -0.05555556 12 Mare9 04 x x f 0 10 Mare9 05 x x f 0.05555556 7 Mare9 06 x x f 0.1111111 12 Mare9 07 x x f 0.1666667 10 Mare9 08 x x f 0.2222222 8 Mare9 09 x x f 0.2777778 10 Mare9 10 x x f 0.3333333 15 Mare9 11 x x f 0.3888889 15 Mare9 12 x x f 0.4444444 12 Mare9 13 x x f 0.5 19 Mare9 14 x x f 0.5555556 15 Mare9 15 x x f 0.6111111 16 Mare9 16 x x f 0.6666667 15 Mare9 17 x x f 0.7222222 17 Mare9 18 x x f 0.7777778 14 Mare9 19 x x f 0.8333333 16 Mare9 20 x x f 0.8888889 15 Mare9 21 x x f 0.9444444 11 Mare9 22 x x f 1 10 Mare9 23 x x f 1.055556 7 Mare9 24 x x f 1.111111 4 Mare9 25 x x f 1.166667 8 Mare10 01 x x f -0.1363636 11 Mare10 02 x x f -0.0909091 16 Mare10 03 x x f -0.04545455 15 Mare10 04 x x f 0 12 Mare10 05 x x f 0.04545455 11 Mare10 06 x x f 0.0909091 6 Mare10 07 x x f 0.1363636 11 Mare10 08 x x f 0.1818182 12 Mare10 09 x x f 0.2272727 11 Mare10 10 x x f 0.2727273 16 Mare10 11 x x f 0.3181818 15 Mare10 12 x x f 0.3636364 11 Mare10 13 x x f 0.4090909 7 Mare10 14 x x f 0.4545455 14 Mare10 15 x x f 0.5 20 Mare10 16 x x f 0.5454545 22 Mare10 17 x x f 0.5909091 23 Mare10 18 x x f 0.6363636 21 Mare10 19 x x f 0.6818182 21 Mare10 20 x x f 0.7272727 23 Mare10 21 x x f 0.7727273 22 Mare10 22 x x f 0.8181818 22 Mare10 23 x x f 0.8636364 17 Mare10 24 x x f 0.9090909 17 Mare10 25 x x f 0.9545455 17 Mare10 26 x x f 1 17 Mare10 27 x x f 1.045455 14 Mare10 28 x x f 1.090909 12 Mare10 29 x x f 1.136364 11 Mare11 01 x x f -0.15 9 Mare11 02 x x f -0.1 8 Mare11 03 x x f -0.05 8 Mare11 04 x x f 0 8 Mare11 05 x x f 0.05 8 Mare11 06 x x f 0.1 6 Mare11 07 x x f 0.15 7 Mare11 08 x x f 0.2 8 Mare11 09 x x f 0.25 10 Mare11 10 x x f 0.3 10 Mare11 11 x x f 0.35 14 Mare11 12 x x f 0.4 13 Mare11 13 x x f 0.45 8 Mare11 14 x x f 0.5 8 Mare11 15 x x f 0.55 8 Mare11 16 x x f 0.6 9 Mare11 17 x x f 0.65 16 Mare11 18 x x f 0.7 12 Mare11 19 x x f 0.75 10 Mare11 20 x x f 0.8 12 Mare11 21 x x f 0.85 12 Mare11 22 x x f 0.9 9 Mare11 23 x x f 0.95 6 Mare11 24 x x f 1 9 Mare11 25 x x f 1.05 7 Mare11 26 x x f 1.1 5 Mare11 27 x x f 1.15 5 ;;;; run set loc sint qua sint=sin(Time)