Currently transforming modulation values can only be done by the simple modulation mapper.
However it would be much cooler to have a Multi Point Envelope to map the values! This way a value going into this kind of Processor can be transformed in ways previously impossible.
FR: Multi Point Envelope based Modulation Processor
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- KVRAF
- 13862 posts since 24 Jun, 2008 from Europe
Just want to put your attention on the "Curve" inside the modulation mapper. Click its cogwheel icon and there you can shape the curve in many ways.
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- KVRist
- Topic Starter
- 164 posts since 27 Sep, 2004
Yes, sure, that works an gives you some options to transform the values.
But what I am looking for is a more complex curve that allows to do things currently impossible...
It should be a multi point curve that allows the current curves (with two set points) and then some more stuff by adding more set points. You can do full patterns in there and slowly (or quickly) walk through them using a single automation knob.
That would open up rhythmical stuff using just the transformation!
Or you can do other value mappings that a single curve simply can't do.
Hope you see where I am going?
But what I am looking for is a more complex curve that allows to do things currently impossible...
It should be a multi point curve that allows the current curves (with two set points) and then some more stuff by adding more set points. You can do full patterns in there and slowly (or quickly) walk through them using a single automation knob.
That would open up rhythmical stuff using just the transformation!
Or you can do other value mappings that a single curve simply can't do.
Hope you see where I am going?
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- KVRist
- Topic Starter
- 164 posts since 27 Sep, 2004
So the thing I am looking for is preeeeetty close to the Multi-Point Envelope.
But the difference is that the full range of the envelope covers the value range to be transformed.
And the value that is used as input is actually the POSITION within that envelope!
You don't need any speed knobs or loops or release times. The incoming value simply controls the position in the envelope. And the value at that position in the envelope is the value it outputs.
Hope that makes sense
But the difference is that the full range of the envelope covers the value range to be transformed.
And the value that is used as input is actually the POSITION within that envelope!
You don't need any speed knobs or loops or release times. The incoming value simply controls the position in the envelope. And the value at that position in the envelope is the value it outputs.
Hope that makes sense