Sjoerd Bosga

Home

An implementation in GO would require either samples to be available (then similar to the functionality for choosing among different attacks, i.e. using Pipe999Attack999AttackVelocity), or there should be a mathematical model of how the release should be modified in function of the release key speed. Is any of these available?

Wet/Dry mix in realtime

Note: this is a duplicate of #18. There is, I think, a major issue both with the method that Bas suggests and the implementation in GO. Any (simulated) pipe sound consists of three parts: attack, actual tone (looped) and release. The filtering HAS to be applied to the full pipe sound, containing all these parts. If filtering is applied to the parts individually, there is a risk that the transitions between the parts will not sound natural. One can try to hide this by applying cross-fading between...

There is, I think, a major issue both with the method that Bas suggests and the implementation in GO. Any (simulated) pipe sound consists of three parts: attack, actual tone (looped) and release. The filtering HAS to be applied to the full pipe sound, containing all these parts. If filtering is applied to the parts individually, there is a risk that the transitions between the parts will not sound naturally. One can try to hide this by applying cross-fading between the parts, but that doesn't feel...

Sample Sets

Building on OS X