Nsound is a C++ library and Python module designed for audio synthesis featuring dynamic digital filters. The main role of the package is to help you create shape waveforms which you can write to disk or plot using other third-party tools.
Considering that the audio data represented within the library is available as a floating point number between -1.0 and 1.0, it makes it easier for you to scale the data. To put it simply, you can just adjust the volume by multiplying the data by a number between 0.0 and 1.0.
As previously mentioned, the waveforms can be written to disk. However, you should bear in mind that the audio data is only converted to 8-bit, 16-bit, 24-bit, 32-bit or 64-bit with the Wavefile class.
Nevertheless, you can generate audio, shape the waveform and mix it all together. For instance, thanks to the generators, you can produce oscillations of the waveform. The oscillations can either be a small variation of the original waveform or, depending on your project, you can dynamically change the frequency. You can achieve the latter by drawing a line that you set as frequency and then pass it into the generator.
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The Nsound project is an C++ audio synthesis library and it is available for free for academic use. You can find the project’s homepage on GitHub. The library is currently comprised of only C++ sources and there is no Python module.
Features
The package is designed for audio synthesis and spectrogram synthesis. You can create waveforms from audio data that is represented as a floating point number. The data can be any number of bits and is either signed or unsigned.
The package features two concepts. The first one is the Wavefile class which helps you write your data. The Wavefile class takes two mandatory parameters. A number (which corresponds to the sample rate in bits/second) and the channel number.
The second concept is the Generator class which takes a number which is a frequency and a number of samples. You can either pass it a sample (the number of seconds that you want to generate) or pass it a certain time. The generator class will then generate an oscillation of this frequency. You can also pass it a shape, which is a function that generates a waveform. You should note that functions can be defined in two ways. Some functions take samples as their parameter and the other ones take the time. The latter ones are used with the Wavefile class’ sample parameter.
You can scale the generated oscillation by multiplying the data by a number. You can also provide a custom waveform and then use the Generator class to draw your custom waveform.
The package also features a plugin class which is designed to work with other third-party tools. You can add an array of data (which is represented as a floating point number) and then use the plugin to view the data in a graphical fashion using Spectrogram.
Installation and Usage
The Nsound package has two versions. The first one is the dynamic version, which is built upon a Windows executable. It features a GUI that allows you to easily add waveforms and other audio properties. You can download the GUI from here and the executable from here. You can also download the source code from the Nsound official website.
If you are not bothered by the setup (it is quite easy) you can use the static version of the package, which is an ordinary C++ library. You can install it by using a Python pip (ensure that you have the 3.6 Python package before doing so) and the package can be installed in a fairly simple way.
The package is easy to configure. All you have
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You can use the Python module to plot any kind of waveform of your choosing. You can also manipulate a number of parameters such as the filter shape, the number of samples, the sample width, and the sampling resolution.
Generally speaking, the app is a good visualiser for audio which supports only the CDDA format.
On the other hand, it doesn’t support any type of MIDI nor does it allow you to change volume levels or apply any other effects.
However, for anyone who creates music, it’s a useful library.
Thanks to the Nsound generator, you will be able to set your own frequency before making a sound. Furthermore, you can play notes against each other. The app uses the frequency of the current note and the current waveform.
The app also has a number of built in generators which you can use to create sounds. This includes:
• Noise
• PWM wave
• Pink noise
• White noise
• Reverse PWM
• Sawtooth
• Square
• Triangle
• White ramp
• Linear ramp
• Random ramp
• Linear ramp to sine
• Beethoven
• Guass
• Daft drums
• Canonical drums
• Drum set
You can play notes using the I and V indicators. The I vibrates when the notes are played against the wave. The V vibrates when the notes are played against a silencing frequency.
You can change the mode and the sound by using the menu, the main window, or the xbox controller.
With the help of the waveform control tab, you can position the mouse cursor and draw shapes against the waveform.
Nsound Controls:
• Parameters:
• menu: Access to the main screen
• window: Play sound files
• xbox: Go back in time (i.e. rewind)
• left-pad: Generate empty audio frames (bypass)
• right-pad: Increase or decrease the frequency
• mouse: Start a note
• pad: Increase or decrease the frequency
• stick: Play an indicator (i.e. I or V)
• sdpick: Play a note
• slider: Go forward or backward
• wave: Draw shapes on the waveform
• menu2: Commands
• left-pad: Generate empty audio frames (bypass)
• right-pad: Increase or decrease the frequency
• mouse: Start a note
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A simple and clean audio synthesis library.
Excellent documentation (including the manuals and examples)
Robust enough to support even the most demanding of waveforms.
Clean single-file code, accompanied by few dependencies.
See the API
Installation
Nsound can be installed through pip using the following command:
pip install nsound
Usage
Writing a program that generates waveforms is quite simple. You simply need to inherit from the Wavefile class and override its instantiation method. You can then call the methods on your derived object to use all the features of Nsound. The package also provides an alternative method for generating waveforms called Waveform. This method isn’t covered in this article but you may refer to the Nsound documentation page on the Wiki for more information.
For instance, the Wavefile class stores the waveform data using a wave format. To interface with these data, you should use the wave_read method. This method will open a file and you should pass the name of the file into the constructor. The class then instantiates a memory buffer object and adds it to your derived object. This is where the data is stored. You can even change the size of the memory buffer that the class creates.
When you are done with the buffer, you can use the write method. For instance, the following program generates a sine wave (0..1 range) with a constant period.
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fromnsoundimportWavefile
classTriplet(Wavefile):
def__init__(self):
# Define the buffer that will store the data,
# be it a file or the provided memory buffer
buffer=self.build_buffer()
# The period.
self.period=1.0
# This is the name of the wave that we want to write.
# You can use any other class that inherits from Wavefile.
self.wave=Triplet()
# Override the constructor to instantiate our buffer.
# If you don’t do this, you’ll need
What’s New In?
synth.py is a module used in conjunction with the Nsound library to create waveforms. The generator is used to create the waveforms.
This blog post will give an introduction to the library and how it works.
Figure 1: A simple Nsound generator by using the waveform class
To open a file within the library is straightforward. Simply call the create_wavefile(filename) and pass in the path to the file. To write the waveform directly to disk is as simple as wavefile = wave.write(filename).
The Nsound library is open source and written in C++. You can access the source code at
There is also a Python documentation site at
It is written in html, but you can also open it in the same fashion as the C++ documentation.
In this tutorial, you will create a simple waveform generator that loops an audio file and then pass this data into the waveform class to create the Nsound wavefile.
If you are new to Nsound, here are some more tutorials to get you started.
Creating an Nsound object requires a pointer to a device and a pointer to an audio file. The function creates the object and initializes the audio file. It reads in the entire audio file into the device then closes the file.
def open_audio(path):
“””
Opens an audio file and reads it into a wave.nsound device.
:param str path: Path to the file
:return: An object with a isplaying boolean property and a waveform
:rtype: Nsound waveform
“””
import wave
fh = wave.open(path, ‘r’)
return wave.nsound.Wavefile(fh)
Notes
The documentation states that the open function takes a file path as an argument. However, the previous code uses an absolute file path. If you wanted to dynamically change the file, you could pass in another path.
The wave.nsound.Wavefile class uses a float32 array to store the audio data. The data can be between -1.0..0.0 or between -0.0..0.0. If you want to save the data as an 8-bit, 24-bit or 32-bit file, the
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System Requirements For Nsound:
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