Format extra precision MIDI pitch bend messages
xbendout only changes the most significant byte of the pitch bend message. However, using xbendout with midiout, you can send messages which change both bytes. xbendout2 allows you to send the pitch bend data as two bytes from 0-127.
|| If the object is called xbendout2, there will be three inlets. The most significant byte of the pitch bend message is received in the left inlet, and the least significant (extra precision) byte is received in the middle inlet.
|| The number sets an initial value for the MIDI channel of the pitch bend messages. If there is no argument, the initial channel number is
|| Sends out a MIDI pitch bend message using the numbers currently stored in xbendout.
|| In left inlet: The number is a 14-bit pitch bend value to be formatted into a complete MIDI pitch bend message by xbendout.
|| In right inlet: The number is stored as the MIDI channel for the pitch bend message sent out by xbendout. Channel numbers greater than 16 will be wrapped around to stay within the 1-16 range.
|| The number is stored as the MIDI channel for the pitch bend message sent out by xbendout. Channel numbers greater than 16 will be wrapped around to stay within the 1-16 range.
||14bit-pitch-bend and MIDI-channel [list]
|| The first number is a 14-bit pitch bend value, and the second number is the channel. Both numbers are stored and are formatted into a MIDI pitch bend message which is sent out the outlet.
14-bit pitch bend value is formatted into a MIDI message which is sent out byte-by-byte
Transmit MIDI pitch bend messages
Transmit raw MIDI data
Interpret extra precision MIDI pitch bend values