bupa正常-测试集归一.txt

chi2实验(序列)是基于概率统计的连续属性离散化方法

1 1	0.314286	0.15	-0.808219	-0.74359	-1	-1
2 1	-1	-1	-0.726027	-0.384615	-1	-1
3 1	-1	-1	-0.534247	-0.74359	-0.911765	-1
4 1	0.314286	0.15	-0.726027	-0.589744	-0.911765	-1
5 1	0.314286	0.15	-0.671233	-0.589744	-0.911765	-1
6 2	-1	-1	-0.890411	-0.435897	-0.911765	-1
7 1	0.314286	0.15	-0.69863	-1	-0.911765	-1
8 1	0.314286	1	-0.671233	-0.384615	-0.911765	-1
9 2	0.314286	0.75	-0.616438	-0.384615	-0.911765	-1
10 1	0.314286	0.15	-0.534247	-0.384615	-0.911765	-1
11 1	0.314286	1	-1	0.282051	-0.911765	-1
12 2	0.314286	-1	-0.890411	-0.589744	-0.764706	-1
13 1	0.314286	1	-0.69863	-0.435897	-0.764706	-1
14 1	-1	0.75	-0.616438	-0.384615	-0.764706	-1
15 2	1	0.75	-0.808219	0.025641	-0.764706	-1
16 1	-1	1	-0.260274	0.025641	-0.764706	-1
17 1	0.314286	0.15	0.39726	0.179487	-0.764706	-1
18 1	0.314286	1	-0.534247	-0.384615	-0.705882	-1
19 1	0.314286	0.15	-0.671233	-0.794872	-0.705882	-1
20 2	-1	0.15	-0.671233	0.025641	-0.705882	-1
21 1	-1	-1	-0.424658	-0.435897	-0.676471	-1
22 2	-1	-1	-0.808219	-0.230769	-0.676471	-1
23 1	0.314286	1	-0.808219	-0.589744	-0.676471	-1
24 1	-1	-1	-0.616438	-0.74359	-0.647059	-1
25 1	0.314286	1	-0.808219	-0.128205	-0.647059	-1
26 1	0.314286	0.15	-0.260274	-0.0769231	-0.647059	-1
27 1	0.314286	0.15	-0.123288	0.025641	-0.558824	-1
28 1	-1	0.15	-0.424658	-0.384615	-0.529412	-1
29 1	0.314286	0.15	-0.534247	-0.384615	-0.382353	-1
30 1	0.314286	1	-0.671233	-0.74359	-0.382353	-1
31 1	0.314286	-1	-0.424658	-0.384615	-0.382353	-1
32 2	0.314286	-1	-0.69863	-0.589744	-0.382353	-1
33 2	0.314286	-1	-0.69863	-0.589744	-0.382353	-1
34 1	-1	1	-0.123288	-0.0769231	-0.382353	-1
35 2	0.314286	1	-0.424658	0.025641	-0.382353	-1
36 2	-1	-1	1	1	0.117647	-1
37 1	0.314286	0.15	-0.479452	-0.230769	0.5	-1
38 2	-1	-1	-0.424658	-0.0769231	0.588235	-1
39 1	-1	1	0.0136986	0.282051	1	-1
40 1	0.314286	1	-0.424658	-0.384615	1	-1
41 1	0.314286	1	-0.260274	-0.230769	-0.382353	-0.466667
42 2	0.314286	1	0.0136986	-0.230769	-0.382353	-0.466667
43 2	0.314286	0.15	-0.616438	-0.0769231	-0.382353	-0.466667
44 2	-1	-1	-0.890411	-0.435897	-0.911765	-0.466667
45 2	0.314286	1	-0.479452	-0.0769231	-0.382353	-0.466667
46 2	0.314286	-1	-0.808219	-0.384615	-0.529412	-0.466667
47 2	-1	0.15	-0.890411	-0.384615	-0.529412	-0.466667
48 2	0.314286	0.75	-0.808219	-0.74359	-0.529412	-0.466667
49 2	0.314286	-1	-1	-0.589744	-0.911765	-0.466667
50 2	0.314286	0.75	-0.424658	0.282051	1	-0.466667
51 2	0.314286	-1	-0.534247	-0.384615	-0.382353	-0.466667
52 2	-1	-1	-0.479452	0.282051	1	-0.466667
53 2	0.314286	-1	-0.726027	-0.0769231	-0.382353	-0.2
54 1	0.314286	0.15	-0.726027	-0.230769	-0.558824	-0.2
55 1	0.314286	1	-0.424658	-0.0769231	-0.382353	-0.2
56 1	0.314286	0.15	-0.890411	-0.74359	-0.764706	-0.2
57 1	0.314286	0.15	-0.616438	-0.589744	-0.647059	-0.2
58 2	0.314286	-1	-0.808219	-0.589744	-0.764706	-0.2
59 2	-1	-1	-0.808219	-0.230769	0.117647	0.0666667
60 1	-1	-1	-0.424658	-0.435897	-0.529412	0.0666667
61 1	0.314286	1	-0.671233	0.025641	1	0.0666667
62 1	0.314286	0.15	0.835616	0.435897	1	0.0666667
63 2	0.314286	0.75	-0.726027	-0.128205	1	0.0666667
64 2	0.314286	1	1	1	1	0.0666667
65 1	0.314286	0.15	-0.479452	-0.384615	0.382353	0.0666667
66 2	0.314286	1	-0.424658	0.282051	-0.382353	0.333333
67 1	0.314286	0.75	-0.616438	-0.230769	-0.382353	0.333333
68 1	0.314286	0.15	-0.534247	-0.0769231	-0.764706	1
69 1	0.314286	1	0.835616	0.282051	1	1