HiuNaoki

#standardSQL
WITH 
-- 日毎のユーザーアクセス
DUU_HISTORY AS (  
  SELECT 
  USER_ID, -- 数値型 
  DATE       -- 日付型
  FROM --  ユーザーIDとアクセス日が記録されたテーブルを書いてね
),

HiuNaoki

from networkx import *
import matplotlib.pyplot as plt

#元データ
data = [["A","B"],["A","C"],["C","B"],["D","C"],["D","E"],["C","E"],["E","F"]]

#ノードの構築
G = nx.Graph()
for p in list(set([r[0] for r in data] + [r[1] for r in data])):

HiuNaoki

# -*- coding: utf-8
from networkx import *

import matplotlib.pyplot as plt


data = [["A","B"],["A","C"],["C","B"],["D","C"],["D","E"],["C","E"],["E","F"]]

print len(data)

HiuNaoki

        val query = new StringBuilder("select * from person where ")

        if (なまえをあいまいけんさく) {

          query.append(" name  like '%さん'")

        } else {

          query.append(" name  = 'はなこさん'")

HiuNaoki

    //これで反転される
    //・println(List(1,2,3,4).sortWith((r1, r2) => {r1 > r2}))

HiuNaoki

 
				Type  nameGenericType= Person.getClass().getField("name").getGenericType();
				ParameterizedType pt = (ParameterizedType) t;
				Type ct = pt.getActualTypeArguments()[0];
				String cString = ct.toString();
				String className = cString.substring(cString.indexOf(" ") + 1);
				Class s = Class.forName(className);