Commit 1eb1d5c

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linyiqun

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树型朴素贝叶斯算法测试类

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	`1`	`+package DataMining_TAN;`
	`2`	`+`
	`3`	`+/**`
	`4`	`+ * TAN树型朴素贝叶斯算法`
	`5`	`+ *`
	`6`	`+ * @author lyq`
	`7`	`+ *`
	`8`	`+ */`
	`9`	`+public class Client {`
	`10`	`+ public static void main(String[] args) {`
	`11`	`+ String filePath = "C:\\Users\\lyq\\Desktop\\icon\\input.txt";`
	`12`	`+ // 条件查询语句`
	`13`	`+ String queryStr;`
	`14`	`+ // 分类结果概率1`
	`15`	`+ double classResult1;`
	`16`	`+ // 分类结果概率2`
	`17`	`+ double classResult2;`
	`18`	`+`
	`19`	`+ TANTool tool = new TANTool(filePath);`
	`20`	`+ queryStr = "OutLook=Sunny,Temperature=Hot,Humidity=High,Wind=Weak,PlayTennis=No";`
	`21`	`+ classResult1 = tool.calHappenedPro(queryStr);`
	`22`	`+`
	`23`	`+ queryStr = "OutLook=Sunny,Temperature=Hot,Humidity=High,Wind=Weak,PlayTennis=Yes";`
	`24`	`+ classResult2 = tool.calHappenedPro(queryStr);`
	`25`	`+`
	`26`	`+ System.out.println(String.format("类别为%s所求得的概率为%s", "PlayTennis=No",`
	`27`	`+ classResult1));`
	`28`	`+ System.out.println(String.format("类别为%s所求得的概率为%s", "PlayTennis=Yes",`
	`29`	`+ classResult2));`
	`30`	`+ if (classResult1 > classResult2) {`
	`31`	`+ System.out.println("分类类别为PlayTennis=No");`
	`32`	`+ } else {`
	`33`	`+ System.out.println("分类类别为PlayTennis=Yes");`
	`34`	`+ }`
	`35`	`+ }`
	`36`	`+}`

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