Combine an NAudio Signal Chain with Component from Audiolab Library in C# on Visual Studio

Please read the description and don't bid $200 for a couple of hours work, the pay for this project is $50 Audiolab is a set of components for creating audio applications. There is a version for .NET and it can be found here: [login to view URL] This can easily be added to the Visual Studio toolbox and used in Winforms Projects. You simply drag the components to the form and then connect them up as if they are real-world audio appliances. This is good for making an audio application without writing any code at all. Thus, the problem is, there are very few examples of these components being implemented within larger applications, which have been coded in the normal way. I need to understand how to combine Audiolab components with NAudio applications written in C#. Therefore, this project task is to create a simple application, which does this, and then explain how it works so I can follow what you have done. The Application will use the Wasapi In function of Naudio to capture the audio from the system sound card or microphone (easily done in Naudio) then pass this data to an AudioLab BandPass component. Next, the signal can be passed to an Naudio Wasapi Out function. I do not believe this task to be very difficult but I am only a novice at programming and it is probably just beyond my capabilities. Audiolab has am AudioIn component, which must accept PCM data from the sound card. Naudio deals with PCM data easily and can quickly convert to and from MP3 etc. The data from the soundcard input simply has to be converted or presented to the buffer of the Audiolab component so that it can be accepted and can be read. If you are interested in doing this project, I suggest installing Audiolab and download and add NAudio then have a look - you might finish this task very quickly. Below is an example of a simple Naudio program for playing an MP3 file. Attached, there is some Audiolab code, which you will see if you chase the definitions of the audio format. namespace Tutorial1PlayAudio { public partial class FirstTutorial : Form { public FirstTutorial() { InitializeComponent(); } private [login to view URL] stream = null; private [login to view URL] output = null; private void button1_Click(object sender, EventArgs e) { OpenFileDialog open = new OpenFileDialog(); [login to view URL] = "Audio File (*.mp3;*.wav)|*.mp3;*.wav;"; if ([login to view URL]() != [login to view URL]) return; DisposeWave(); [login to view URL] pcm = [login to view URL](new [login to view URL]([login to view URL])); stream = new [login to view URL](pcm); output = new [login to view URL](); [login to view URL](stream); [login to view URL](); [login to view URL] = true; } private void pauseButton_Click(object sender, EventArgs e) { if (output != null) { if ([login to view URL] == [login to view URL]) [login to view URL](); else if ([login to view URL] == [login to view URL]) [login to view URL](); } } private void DisposeWave() { if (output != null) { if ([login to view URL] == [login to view URL]) [login to view URL](); [login to view URL](); output = null; } if (stream != null) { [login to view URL](); stream = null; } } private void FirstTutorial_FormClosing(object sender, FormClosingEventArgs e) { DisposeWave(); } } }