MagicSword

#!/usr/bin/env python
# -*- coding: UTF-8 -*-
# FILE: "/home/joze/colors.py"
# LAST MODIFICATION: "Di, 21 Mär 2006 17:02:41 CET (joze)"
# Copyright (C) 2006 by Johannes Zellner, <[EMAIL PROTECTED]>
# $Id:$

import sys
import os

MagicSword

#!/usr/bin/env python
#
# Copyright (C) 2012 Vinay Sajip. Licensed under the MIT license.
#
# Based on Roberto Alsina's 128-line web browser, see
#
# http://lateral.netmanagers.com.ar/weblog/posts/BB948.html
#
import json
import os

MagicSword

# Hacky script for downloading videos from PyVideo and converting them to m4v 
# format so they can be synced onto your apple device.  Useful if you
# want to see everything that happened at PyCon while commuting.
# 
# Requirements:
# * pip install requests BeautifulSoup
# * youtube-dl (from https://github.com/rg3/youtube-dl/) - add this to the 
#   directory where this script runs and ensure its execute bit is set.  
#   This was the only YouTube downloader I found that worked.  It doesn't 
#   really have a good Python API so I call it through os.system.

MagicSword

Task list of What

• Pick the flowers
• Call John 9303032332
• Cancel cable subscription
• Book the flight tickets

MagicSword

利用動態繼承將字串數字轉換成國字 by froce

看了這篇手癢，也來寫寫看。 順便練習python的物件導向。（因為我很少用） 目標，將一個字串轉換成 Hans 物件，利用 hans 屬性存取，將字串中的數字轉成正楷國字，並保有 str 的方法。

# Hans物件，繼承str，並初始化。
class Hans(str):
	def __init__(self, string=""):

MagicSword

#encoding=utf-8
import jieba

sentence = "鼓，可以傳遞訊息、也是一種節奏樂器，在台灣無論是神將團、八家將、官將首、布袋戲這些傳統藝陣技藝項目，還是紅白喜事民俗活動，鼓聲都是不可或缺的重要元素，今天咱們要
跟著祖傳三代的製鼓世家來「講鼓」，講「鼓」早的故事、製鼓的辛苦，聽鼓聲傳千里，振作精神勇往直前！"
print("Input：", sentence)
words = jieba.cut(sentence, cut_all=False)
print("Output 精確模式 Full Mode：")
for word in words:
    print(word)

MagicSword

# https://stackoverflow.com/questions/59231945/how-to-set-histogram-color-as-a-gradient

def pretty_hist(data, bins, n_loops=8, alpha=1, base_color=[0.121569, 0.466667, 0.705882]): 
    N, bins, patches = plt.hist(data, bins=bins, density=True)
    bm = bins.max()
    bins_norm = bins / bm
    bc = base_color

    for bin_norm, patch in zip(bins_norm, patches):
        grad = np.sin(np.pi * n_loops * bin_norm) / 15 + .04