View AlgorithmLib on Snyk Open Source Advisor

Package Health Score

63 / 100

security
Security review needed
popularity
Recognized
maintenance
Inactive
community
Sustainable

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Popularity

Recognized

GitHub Stars: 5.1K
Forks: 1.72K
Contributors: 50

Direct Usage Popularity

Based on project statistics from the GitHub repository for the PyPI package AlgorithmLib, we found that it has been starred 5,098 times.

Security

Security review needed

Security and license risk for latest version

Release Date: Jan 25, 2024
Direct Vulnerabilities: 0
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0
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Indirect Vulnerabilities: 0
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0
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0
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License Risk: 0
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5
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All security vulnerabilities belong to production dependencies of direct and indirect packages.

License

MIT

Security Policy

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Maintenance

Inactive

Commit Frequency

Open Issues: 12
Open PR: 3
Last Release: 10 months ago
Last Commit: 6 months ago

Further analysis of the maintenance status of AlgorithmLib based on released PyPI versions cadence, the repository activity, and other data points determined that its maintenance is Inactive.

We found that AlgorithmLib demonstrates a positive version release cadence with at least one new version released in the past 12 months.

In the past month we didn't find any pull request activity or change in issues status has been detected for the GitHub repository.

Community

Sustainable

Readme: Yes
Contributing.md: No
Code of Conduct: Yes
Contributors: 50
Funding: No

With more than 10 contributors for the AlgorithmLib repository, this is possibly a sign for a growing and inviting community.

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Package

Python Versions Compatibility: >=3.6

Age: 3 years
Latest Release: 10 months ago
Dependencies: N/A
Versions: 174
Maintainers: 1
Wheels: No

Readme

    Audio test libs to compute audio quality and 3A performance by objective metrics
pcm,wav inputfiles is allowed,support different samplerate (invalid params are simply corrected to valid ones)

# How to install ?
#Install with pip:

simply use pip to install this toolkit

"pip install algorithmLib"

# How to use?

    #just see ./demos/ 	

#  PESQ example
src = "a.pcm"
test = "b.pcm"

score = compute_audio_quality('PESQ',testFile=test,refFile=src,samplerate=16000)

or

src = "a.wav"
test = "b.wav"

score = compute_audio_quality('PESQ',testFile=test,refFile=src)
#  G160 example
src = "a.wav"
test = "b.wav"
cle = "c.wav"
tnlr,nplr,snri,dsn  = compute_audio_quality("G160",testFile=test,refFile=src,cleFile=cle)
or 
src = "a.pcm"
test = "b.pcm"
cle = "c.pcm"
tnlr,nplr,snri,dsn  = compute_audio_quality("G160",testFile=test,refFile=src,cleFile=cle,samplerate=48000)
#p563 example
test = "a.wav"
Mos,SpeechLevel,Snr,NoiseLevel = compute_audio_quality('P563',testFile=test)
:param metrics: G160/P563/POLQA/PESQ/STOI/STI/PEAQ/SDR/SII/LOUDNESS/MUSIC/MATCH/
                TRANSIENT/GAINTABLE/ATTACKRELEASE/MUSICSTA/AGCDELAY/MATCHAEC/
                ERLE/SLIENCE/FORMAT/AECMOS/AIMOS/TRMS/ARMS/PRMS/SRMS/LRATE/NOISE/CLIP/DELAY/ECHO/SPEC/PITCH/EQ，必选项
# G160 无采样率限制；  WAV/PCM输入 ；三端输入: clean、ref、test；无时间长度要求；
# P563 8000hz(其他采样率会强制转换到8khz)；  WAV/PCM输入 ；单端输入: test；时长 &lt; 20s；
# POLQA 窄带模式  8k  超宽带模式 48k ；WAV/PCM输入 ；双端输入：ref、test；时长 &lt; 20s；
# PESQ 窄带模式  8k   宽带模式 16k ；WAV/PCM输入 ；双端输入：ref、test；时长 &lt; 20s；
# STOI 无采样率限制; 双端输入：ref、test；无时间长度要求；
# STI &gt;8k(实际会计算8khz的频谱)； WAV/PCM输入 ；双端输入：ref、test；时长 &gt; 20s
# PEAQ 无采样率限制；WAV/PCM输入 ；双端输入：ref、test；无时间长度要求；
# SDR 无采样率限制; WAV/PCM输入 ; 双端输入：ref、test；无时间长度要求；
# MATCH 无采样率限制; WAV/PCM输入;三端输入：ref、test、out； 无时间长度要求；
# MUSIC 无采样率限制;WAV/PCM输入;双端输入：ref、test；无时间长度要求；
# TRANSIENT 无采样率限制,WAV/PCM输入;三端输入：cle、noise、test； 无时间长度要求；
# GAINTABLE 无采样率限制,WAV/PCM输入;双端输入：ref、test；固定信号输入；
# ATTACKRELEASE 无采样率限制,WAV/PCM输入;双端输入：ref、test；固定信号输入；
# MUSICSTA 无采样率限制,WAV/PCM输入;双端输入：ref、test；无时间长度要求；
# AGCDELAY 无采样率限制,WAV/PCM输入;双端输入：ref、test；无时间长度要求；
# MATCHAEC 无采样率限制 WAV/PCM输入;三端输入：ref、mic,test，；无时间长度要求；
# ELRE 无采样率限制 WAV/PCM输入;三端输入：mic,ref、test；无时间长度要求；
# SLIENCE 无采样率限制 WAV/PCM/MP4输入;单端输入：test；无时间长度要求；
# FORMAT 无采样率限制 WAV/MP4输入;单端输入：test；无时间长度要求；
# AECMOS 无采样率限制 WAV/PCM输入 ；三端输入：mic,ref、test；无时间长度要求；
# AIMOS 无采样率限制 WAV/PCM输入 ；单端输入：test；无时间长度要求；
# TRMS 无采样率限制 WAV/PCM输入 ；单端输入：test；无时间长度要求；
# ARMS 无采样率限制 WAV/PCM输入 ；单端输入：test；无时间长度要求；
# PRMS 无采样率限制 WAV/PCM输入 ；单端输入：test；无时间长度要求；
# SRMS 无采样率限制 WAV/PCM输入 ；单端输入：test；无时间长度要求；
# LRATE 无采样率限制 WAV/PCM输入 ；单端输入：test；无时间长度要求；
# NOISE 无采样率限制 WAV/PCM输入 ；双端输入：ref、test；无时间长度要求；
# CLIP 无采样率限制 WAV/PCM输入 ；单端输入：test；无时间长度要求；
# DELAY 无采样率限制; WAV/PCM输入;双端输入：ref、test； 无时间长度要求；
# ECHO 无采样率限制; WAV/PCM输入;双端输入：ref、test； 无时间长度要求；
# SPEC 无采样率限制; WAV/PCM输入;单端输入：test； 无时间长度要求；
# PITCH 无采样率限制；WAV/PCM输入;双端输入：ref、test； 无时间长度要求；
# EQ 无采样率限制；WAV/PCM输入;双端输入：ref、test； 无时间长度要求；
# MATCH2 无采样率限制; WAV/PCM输入;三端输入：ref、test、out； 无时间长度要求；
# MATCH3 无采样率限制; WAV/PCM输入;三端输入：ref、test、out； 无时间长度要求；
不同指标输入有不同的采样率要求，如果传入的文件不符合该指标的要求，会自动变采样到合法的区间
:param testFile: 被测文件，必选项
:param refFile:  参考文件，可选项，全参考指标必选，比如POLQA/PESQ/PEAQ
:param micFile:  micIN，可选项，回声指标必选，MATCHAEC/ELRE/AECMOS
:param cleFile:  干净语音文件，可选项，G160,TRANSIENT需要
:param noiseFile 噪声文件，可选项，突发噪声信噪比计算需要
:param aecCaliFile 用于做AEC对齐的校准文件  MATCHAEC专用
:param outFile 输出文件，可选项，对齐文件可选
:param samplerate: 采样率，可选项，pcm文件需要 default = 16000
:param bitwidth: 比特位宽度，可选项，pcm文件需要 default = 2
:param channel: 通道数，可选项，pcm文件需要 default = 1
:param refOffset: ref文件的样点偏移，可选项，指标G160需要
:param testOffset: test文件的样点偏移，可选项，指标G160需要
:param maxComNLevel: 测试G160文件的最大舒适噪声
:param speechPauseLevel 测试G160文件的语音间歇段的噪声
:param audioType  输入音频的模式 0：语音 1：音乐 MATCH/GAINTABLE需要
:param aecStartPoint  计算AECMOS，选择从第几秒开始计算
:param aecTargetType  0:Chiness 1:English 2:Single Digit 3:Music  计算MATCHAEC/ELRE
:param aecScenario 计算aec mos专用     0:'doubletalk_with_movement', 1:'doubletalk', 2:'farend_singletalk_with_movement', 3:'farend_singletalk', 4:'nearend_singletalk'
:param rmsCalsection 计算rms的区间 TRMS和ARMS需要，时间单位s，比如：[1,20]
:param polqaMode 计算polqa的模式 0:默认模式  1: 理想模式：排除小声音的影响，把声音校准到理想点平 -26db
:param pitchLogMode 计算pitch的模式 0：线性模式，用于SetLocalVoicePitch接口; 1：对数模式,用于SetAudioMixingPitch接口；默认为1
:param fineDelaySection 精准计算延时(MTACH3)，需要手动标出语音块的位置，比如有三段：speech_section=[[2.423,4.846],[5.577,7.411],[8,10.303]]
:return:

FAQs

What is AlgorithmLib?

audio algorithms to compute and test audio quality of speech enhencement. Visit Snyk Advisor to see a full health score report for AlgorithmLib, including popularity, security, maintenance & community analysis.

Is AlgorithmLib popular?

The python package AlgorithmLib receives a total of 2,820 weekly downloads. As such, AlgorithmLib popularity was classified as a recognized. Visit the popularity section on Snyk Advisor to see the full health analysis.

Is AlgorithmLib well maintained?

We found indications that AlgorithmLib is an Inactive project. See the full package health analysis to learn more about the package maintenance status.

Is AlgorithmLib safe to use?

While scanning the latest version of AlgorithmLib, we found that a security review is needed. A total of 0 vulnerabilities or license issues were detected. See the full security scan results.

Last updated on 21 November-2024, at 18:17 (UTC).

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AlgorithmLib

audio algorithms to compute and test audio quality of speech enhencement For more information about how to use this package see README

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Readme

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Source Code

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