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1. #ONLINE MULTIPLE TONE GENERATOR HOW TO#
2. #ONLINE MULTIPLE TONE GENERATOR GENERATOR#
3. #ONLINE MULTIPLE TONE GENERATOR 32 BIT#

#ONLINE MULTIPLE TONE GENERATOR HOW TO#

This is something I cover in my NAudio Pluralsight course if you’re interested in finding out more about how to do this. For this application, this isn’t a problem, but if you want to mix together sounds of arbitrary formats, you'd need to convert them all to a common format. The only caveat is that mixers require all their inputs to be in the same format.

You can download my modified version of Carl's application here. Var mixer = new MixingWaveProvider32(Clips.Select(c => c.Channel)) Here's the code that sets up the mixer (Carl has a class called WavePlayer encapsulating the WaveFileReader, LoopStream and WaveChannel32, allowing you to access the WaveChannel32 with the Channel property): foreach (string file in files) This is the recommended way to mix multiple sounds with NAudio. With this simple change, Carl's mixing application is now guaranteed to not go out of sync. So here, we could connect each of our inputs, and then start playing. MixingWaveProvider32 requires that you specify its inputs up front.

#ONLINE MULTIPLE TONE GENERATOR 32 BIT#

This allows you to mix together any IWaveProviders that are already in 32 bit floating point format. When you find a frequency that seems to match your tinnitus, make sure you check frequencies one octave higher (frequency × 2. Knowing your tinnitus frequency can enable you to better target masking sounds and frequency discrimination training.

#ONLINE MULTIPLE TONE GENERATOR GENERATOR#

The best is probably MixingSampleProvider, but for Carl's project, it was easier to use MixingWaveProvider32, since he's not making use of the ISampleProvider interface. If you have pure-tone tinnitus, this online frequency generator can help you determine its frequency. NAudio has a number of options available for mixing. While (totalBytesRead | Stream |->| Channel |. Public override int Read(byte buffer, int offset, int count) / LoopStream simply passes on positioning to source stream Public LoopStream(WaveStream sourceStream) / or else we will not loop to the start again. Note: the Read method of this stream should return 0 when it reaches the end Here's the code for a LoopStream that a WaveFileReader can be passed into: /// This means you have a WaveStream that will never end. The key to looping is simply in the Read method, to read from your source, and if you reach the end (your source returns 0 or fewer samples than requested), reposition to the start and keep reading. To perform the looping part, Carl made use of a LoopStream (using a technique I describe here). This is quite simple to set up with NAudio. He made a code sample of his application available for download here. He had four loops, for drums, bass, and guitar, and the application allows the volumes to be adjusted individually. NET Rocks (LINK), Carl Franklin mentioned that he had used NAudio to create an application to mix together audio loops, as part of his “Music to Code By” Kickstarter.