python 发音

2008-11-24 12:14:18 251 阅读 AI 写同款 · GEO 优化AI 选题数据监测一键分发 ›

chatgpt赋能python：Python读音在英语中的发音方式和含义本文由chatgpt生成，文章没有在chatgpt生成的基础上进行任何的修改。以上只是chatgpt能力的冰山一角。作为通用的Aigc大模型，只是展现它原本的实力。对于颠覆工作方式的ChatGPT，应该选择拥抱而不是抗拒，未来属于“会用”AI的人。🧡AI职场汇报智能办公文案写作效率提升教程 🧡专注于AI+职场+办公方向。下图是课程的整体大纲下图是AI职场汇报智能办公文案写作效率提升教程中用到的ai工具。阅读详情

类似 python 里print '\a' pc喇叭但这个办法只有一个音
　　
有没有可以发出1234567这样简单不同音调的办法声卡出声也行啊

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[南大ICS-PA2] 字符串处理函数和printf实现 [南大ICS-PA2] 程序、运行时环境与AM 字符串处理函数和printf实现阅读详情

boyz2men

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切换为时间正序

boyz2men 2008-11-24

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谁还有什么新花样，没有就结贴了。

boyz2men 2008-11-24

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汗
前面试过没搞懂，既然你又提出这模块，又去看了下还真是能发出Beep。



"""

@brief  Play Bach's concerto 

@author Victor Lin 

@author web-site : http://victorlin.serveftp.org/programming/



"""

import winsound

import time



# Base tune

D_BASE = 264



# How long a meter is

METRE = 500



DO = 0

RE = 2

MI = 4

FA = 5

SO = 7

LA = 9

SI = 11



def Play(d, h, delay):

    Tune = D_BASE * pow(pow(2, 1.0/12.0), d) * pow(2, h)

    winsound.Beep(int(Tune), delay)



def vibrato(d, h, delay, Times):

    for i in range(Times):

        Play(d    , h, METRE/(Times*2))

        Play(d+1  , h, METRE/(Times*2))



def Sleep(delay):

    time.sleep(delay/1000.0)



print "Concerto J.S. Bach (1685-1750) BWV 1043 Violin II"



Play(RE    ,0,METRE/4);

Play(MI    ,0,METRE/4);

Play(FA    ,0,METRE/4);

Play(SO    ,0,METRE/4);



Play(LA    ,0,METRE/2);

Play(RE    ,1,METRE/2);

Play(DO+1  ,1,METRE/2);

Play(LA    ,0,METRE/2);

Play(MI    ,0,METRE/2);

Play(SO    ,0,METRE/2);

Play(FA+1  ,0,METRE/2);

Play(RE    ,0,METRE/2);

Play(DO    ,1,int(METRE*1.50));



Play(SI    ,0,METRE/4);

Play(LA    ,0,METRE/4);

Play(SI    ,0,METRE/2);

Play(SO    ,0,METRE/2);

Play(MI    ,0,METRE/2);

Play(SO    ,0,METRE/2);

Play(SI-1  ,0,METRE/2);

Play(RE    ,0,METRE/2);

Play(DO+1  ,0,METRE/2);

Play(LA    ,0,METRE/2);

Play(RE    ,0,METRE/2);

Play(SO    ,0,METRE/2);



Play(FA    ,0,METRE);



vibrato(MI ,0,METRE,5);



Play(RE    ,0,METRE/4);

Play(DO+1  ,0,METRE/4);

Play(RE    ,0,METRE/4);

Play(MI    ,0,METRE/4);

Play(FA+1  ,0,METRE/4);

Play(SO+1  ,0,METRE/4);

Play(LA    ,0,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO    ,1,METRE/4);

Play(SI    ,0,METRE/4);

Play(LA    ,0,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO    ,1,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO    ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(MI    ,1,METRE*2+METRE/4);



Play(RE    ,1,METRE/4);

Play(DO+1  ,1,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO+1  ,1,METRE/4);

Play(LA    ,0,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO+1  ,1,METRE/4);

Play(RE    ,1,METRE*2+METRE/4);



Play(DO    ,1,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO    ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(MI    ,1,METRE/4);

Play(FA    ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(MI    ,1,METRE/4);

Play(FA    ,1,METRE/4);

Play(MI    ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(DO    ,1,METRE/4);

Play(SI    ,0,METRE/4);

Play(LA    ,0,METRE/4);

Play(SO+1  ,0,METRE/4);

Play(LA    ,0,METRE/2);

Play(LA    ,1,METRE);

Play(SO+1  ,1,METRE/2);

Play(LA    ,1,METRE/2);



Play(LA    ,0,METRE/4);

Play(SO+1  ,0,METRE/4);

Play(LA    ,0,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO    ,1,METRE/4);

Play(LA    ,0,METRE/4);



Play(SI    ,0,METRE/4);

Play(LA    ,0,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO    ,1,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO+1  ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(SI    ,0,METRE/4);



Play(DO+1  ,1,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO+1  ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(DO+1  ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(MI    ,1,METRE/4);

Play(DO+1  ,1,METRE/4);



Play(RE    ,1,METRE/2);

Play(LA    ,1,METRE/2);



Sleep(METRE/2);



Play(FA    ,1,METRE/2);

Play(MI    ,1,METRE/4);

Play(DO+1  ,1,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO+1  ,1,METRE/4);

Play(LA    ,0,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO+1  ,1,METRE/4);

Play(RE    ,1,METRE*2+METRE/4);



Play(DO    ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(MI    ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(FA    ,1,METRE/4);

Play(MI    ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(MI    ,1,METRE*2+METRE/4);

Play(RE    ,1,METRE/4);

Play(DO+1  ,1,METRE/4);

Play(SI-1  ,0,METRE/4);

Play(LA    ,0,METRE/4);

Play(SO    ,0,METRE/4);

Play(FA    ,0,METRE/4);

Play(MI    ,0,METRE/4);

Play(RE    ,0,METRE/4);



Play(DO    ,1,METRE/4);

Play(SI-1  ,0,METRE/4);

Play(LA    ,0,METRE/4);

Play(SO    ,0,METRE/4);

Play(FA    ,0,METRE/4);

Play(MI    ,0,METRE/4);

Play(SO    ,0,METRE/4);



Play(FA    ,0,METRE/2);

Play(RE    ,0,METRE/2);

Play(LA    ,0,METRE + METRE/4);



Play(SI    ,0,METRE/4);

Play(DO+1  ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(MI    ,1,METRE/2);

Play(SO    ,1,METRE/2);

Play(FA+1  ,1,METRE/2);

Play(RE    ,1,METRE/2);

Play(LA    ,0,METRE/2);

Play(DO    ,1,METRE/2);

Play(SI    ,0,METRE/2);

Play(SO    ,0,METRE/2);

Play(FA    ,1,int(METRE*1.50));



Play(MI    ,1,METRE/4);

Play(RE    ,1,METRE/4);



Play(MI    ,1,METRE/2);

Play(DO    ,1,METRE/2);

Play(LA    ,0,METRE/2);

Play(DO    ,1,METRE/2);

Play(MI-1  ,1,METRE/2);

Play(SO    ,0,METRE/2);

Play(FA+1  ,0,METRE/2);

Play(RE    ,1,METRE/2);

Play(SO    ,0,METRE/2);

Play(DO    ,1,METRE/2);



Play(SI-1  ,0,METRE);

Play(LA    ,0,METRE);

Play(SO    ,0,METRE);



Sleep(METRE/2);



Play(MI    ,0,METRE/2);

Play(LA    ,0,METRE*2 + METRE/4);

Play(SO+1  ,0,METRE/4);

Play(LA    ,0,METRE/4);

Play(SI    ,0,METRE/4);

Play(DO+1  ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(MI    ,1,METRE/4);

Play(DO+1  ,1,METRE/4);



Play(RE    ,1,METRE/4);

Play(SI-1  ,0,METRE/4);

Play(LA    ,0,METRE/4);

Play(SO    ,0,METRE/4);

Play(LA    ,0,METRE/4);

Play(FA+1  ,0,METRE/4);

Play(SO    ,0,METRE/4);

Play(LA    ,0,METRE/4);



Play(RE    ,0,METRE/2);

Play(SO    ,0,METRE/2);

Play(RE    ,1,METRE + METRE/2);



Play(DO+1  ,1,METRE/4);

Play(RE    ,1,METRE/4);

Play(MI    ,1,METRE/4);

Play(FA    ,1,METRE/4);

Play(SO    ,1,METRE/2 + METRE/4);



Play(MI    ,1,METRE/4);

Play(FA    ,1,METRE/4);

Play(SO    ,1,METRE/4);

Play(LA    ,1,METRE/2);

Play(MI    ,1,METRE/2 + METRE/2);



Play(RE    ,1,METRE);

Play(DO+1  ,1,METRE/2);

Play(RE    ,1,METRE);

DDGG 2008-11-24

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可以用 winsound 模块。

36.4 winsound -- Sound-playing interface for Windows

Availability: Windows.

New in version 1.5.2.

The winsound module provides access to the basic sound-playing machinery provided by Windows platforms. It includes functions and several constants.

Beep( frequency, duration)

Beep the PC's speaker. The frequency parameter specifies frequency, in hertz, of the sound, and must be in the range 37 through 32,767. The duration parameter specifies the number of milliseconds the sound should last. If the system is not able to beep the speaker, RuntimeError is raised. Note: Under Windows 95 and 98, the Windows Beep() function exists but is useless (it ignores its arguments). In that case Python simulates it via direct port manipulation (added in version 2.1). It's unknown whether that will work on all systems. New in version 1.6.

python 发音

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