vincentarelbundock

pkerpedjiev

.

dapangmao

【===========算法============】
【*****leetcode/lintcode*****】
same tree, Binary tree inorder iterator, inorder & postorder traverse BST, binary tree level order traversal(print指定level的binary tree), tree upside down, add next to every tree node, Convert Sorted Array to BST, binary tree的maxSumPath, reverse linkedlist, linkedlist输出倒数K个node的值, linked list取中值, linked list做减法/加法（反序）, valid BST, linkedlist找merge point, copy linkedlist with random pointer, flatten BST to linkedlist(把BST替换为2Dlinkedlist，本质不变), depth, interseciton of linked list(一个一步一个多步是否可以（复杂度高）) LRUCache, upside down, recover binary tree from inorder and preorder, 
word search I, min stack, stock transaction I(buy date is needed) & II, two sum, subset, unique paths II, merge two/k sorted array/linked list, Find kth largest number(quickselect, array partition), sort colors, remove duplicate from a sorted array, search in sorted rotated array(binary search), search for a range and delete it in array, next permutation, find peak element(一个先降后升的数组，怎么在这个数组中找到

yjiro0403

using UnityEngine;
using Windows.Kinect;

//fileIO
using System.IO;

public class ColoredParticle2 : MonoBehaviour {
    public GameObject MultiSourceManager;

    public Color color = Color.green;

swayson

"""
Specifically, the Kullback–Leibler divergence from Q to P, denoted DKL(P‖Q), is
a measure of the information gained when one revises one's beliefs from the
prior probability distribution Q to the posterior probability distribution P. In
other words, it is the amount of information lost when Q is used to approximate
P.
"""
import numpy as np
from scipy.stats import entropy

doggy8088

Angular 18 開發環境說明

為了能讓大家能夠順利的建立起 Angular 18 開發環境，以下是需要安裝的相關軟體與安裝步驟與說明。

[ 作業系統 ]

• Windows 10 以上版本
• Mac OS X 10.6 以上版本

18182324

import numpy as np
from scipy import stats
from statsmodels.distributions.empirical_distribution import ECDF
from scipy.stats import kendalltau, pearsonr, spearmanr
from scipy.optimize import minimize
from scipy.integrate import quad
import sys
from collections import deque