DH_VeloToCV A polyphony-independent velocity sensor
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DH_VeloToCV Ranking & Summary

DH_VeloToCV Tags

sample sensor data sensor data sampler sensor data Module SynthEdit Module SynthEdit Sensor motion sensor sensor monitor Velocity template Sensor Output Voice Polyphony velocity layer velocity polyphony velocity response Note Velocity velocity effect Velocity Curve Velocity Changer change note velocity velocity conversion projectile velocity Terminal Velocity Lab calculate velocity mbm sensor analyzer image remote sensor health sensor The Independent velocity sensor keyboard velocity velocity response curve Velocity Releaser velocity to filter analyze velocity velocity simulation velocity vector temperature sensor sensor handler Velocity Calculator Velocity Sphere view velocity data calculate track-velocity evaluate velocity remote sensor application remote sensor independent bitset Apache Velocity template bluetooth sensor proximity sensor Velocity sensitivity Velocity Made Good monitor sensor sensor network sensor data manager Accelerometer Sensor constant velocity analysis radial velocity method angular velocity analysis phase velocity simulation constant velocity motion conveyor belt velocity display velocity histogram simulate particle velocity particle velocity simulation relative velocity simulate velocity light sensor velocity selector simulation study velocity image sensor sensor dust sensor defects DSLR sensor dust sensor dust removal sensor artifacts sensor cover internet velocity sound sensor fingerprint sensor kodak photo transfer game eggsucker 2.0 express downloader startup monitor vista ebuddy xms jar nokia asha wifi aac mp4 player zac efron mobile advance movie maker microsoft baseball 2008 convert mp

DH_VeloToCV Description

The SynthEdit module was developed to be a polyphony-independent velocity sensor. Accepts MIDI input, and extracts keyboard velocity information from Note On messages. While any notes are being held, it outputs a weighted average of their velocities, with the most recent note weighted highest. Velocities are scaled to the standard SE 0 - 10 volt range. It outputs a velocity of 0 when all notes have been released. Inputs: MIDI In - Connect to source of MIDI data for which velocity is to be monitored. Channel - MIDI channel to be monitored (All, 1-16). Outputs: Velocity - Ranges 0 - 10, with 0 indicating no notes currently being held, and 10 corresponding to a MIDI velocity of 127. Notes: Provides a convenient way to add velocity sensitivity to components that are kept outside of a polyphonic container to prevent cloning and thus save CPU. When all notes have been released, the output velocity ramps down to 0 to prevent a click. The release time is 25 ms at 44,100 samples/sec. The Velocity output can serve double duty as a gate output, should you need a cheap way to trigger something that's not inside a container with a Midi to CV.

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