So check this out i have this continuous stream of Analogue to Digital converted values from a sensor and i want to map them into dynamic velocity control for a triggered note.

Is it possible that when the incoming value exceeds zero '0' the note is triggered 'on' and further incoming stream of values is mapped to the velocity of that note just like i am turning the volume knob while the note is turned on , until the value from sensor reaches zero'0' again i.e the note turns 'off'. The note should not be re triggered during this process .

I cannot use cc control for volume because i am using more than one sensor to trigger midi note on same channel , if i use volume control the values from sensors will overwrite the state of volume for each other.

???

What's the range of that sensor? If you want 0 to do one thing and the rest of the values another, the simplest way to do this is like this:

[0\ <- incoming sensor values
|
[sel 0] <- left outlet triggers note, right outlet gives the rest of the values...

That`s not really the problem .

The range is 0 - 127 (integers)

Lets say i have values 11..12..13..14..15 ............. Goes on or decays just like a slider. And these values represent the velocity of that note which was triggered when it crossed the '0' value threshold.

Now if i am using 'noteout' object , each transition of value will re-trigger the note and i don`t want that . I need it to be just like moving a velocity knob or something.

I hope i made that clear .

Haven't used [noteout] at all, but I'm not sure if dynamic velocity change of the same note is possible...

That's impossible. You can't send a new velocity value to a already playin midinote without playing the note again. This it what aftertouch is for, I guess.

Well its description does fit the profile. Leme check if [polytouchout] works.

Help regarding it would be much appreciated.