pysynth/seq.py
def start_note(self, note, name=None, time_stop=0, time_start=0, velocity=1):

        """
        Starts a synth at the specified note and name.

        This will start and invoke the synth at the specified note.
        If necessary, we will also configure the synth to operate at
        the specified frequency.

        If a name is not provided, then we will simply search for relevant
        synths in the first name that we have registered.

        We also allow for specifying the time_start and time_stop
        parameters, which determine when a note will start and stop.
        If neither of these are specified, then the note will start immediately,
        and will play indefinitely until stopped.

        The velocity of the note can also be specified,
        which may change the volume or timbre of the waveform,
        depending on which modules are present in the synth chain.
        '1.0' is the max value for velocity.

        :param note: Note to turn on
        :type note: Note
        :param name: Name of the synth to turn on
        """

        # Lets find our synth:

        synth = self._find_synth(note, name=name)

        # Add the synth note to the output:

        self._on[self._resolve_name(name)].append(note.revert())

        if time_stop > 0 and time_start > 0:

            # Schedule a time event:

            synth.time_event(time_start, time_stop)

        # Set the velocity:

        synth.info.velocity = velocity

        synth.start()

        Starts a synth at the specified note and name.

        This will start and invoke the synth at the specified note.
        If necessary, we will also configure the synth to operate at
        the specified frequency.

        If a name is not provided, then we will simply search for relevant
        synths in the first name that we have registered.

        We also allow for specifying the time_start and time_stop
        parameters, which determine when a note will start and stop.
        If neither of these are specified, then the note will start immediately,
        and will play indefinitely until stopped.

        The velocity of the note can also be specified,
        which may change the volume or timbre of the waveform,
        depending on which modules are present in the synth chain.
        '1.0' is the max value for velocity.

        :param note: Note to turn on
        :type note: Note
        :param name: Name of the synth to turn on
        
Starts a synth at the specified note and name.
This will start and invoke the synth at the specified note.
If necessary, we will also configure the synth to operate at
the specified frequency.

If a name is not provided, then we will simply search for relevant
synths in the first name that we have registered.

We also allow for specifying the time_start and time_stop
parameters, which determine when a note will start and stop.
If neither of these are specified, then the note will start immediately,
and will play indefinitely until stopped.

The velocity of the note can also be specified,
which may change the volume or timbre of the waveform,
depending on which modules are present in the synth chain.
'1.0' is the max value for velocity.
Starts a synth at the specified note and name . This will start and invoke the synth at the specified note . If necessary we will also configure the synth to operate at the specified frequency . If a name is not provided then we will simply search for relevant synths in the first name that we have registered . We also allow for specifying the time_start and time_stop parameters which determine when a note will start and stop . If neither of these are specified then the note will start immediately and will play indefinitely until stopped . The velocity of the note can also be specified which may change the volume or timbre of the waveform depending on which modules are present in the synth chain . ' 1 . 0 ' is the max value for velocity .
def start_note(self, note, name=None, time_stop=0, time_start=0, velocity=1):
        synth = self._find_synth(note, name=name)
        self._on[self._resolve_name(name)].append(note.revert())
        if time_stop > 0 and time_start > 0:
            synth.time_event(time_start, time_stop)
        synth.info.velocity = velocity
        synth.start()
def start_note ( self , note , name = None , time_stop = 0 , time_start = 0 , velocity = 1 ) : synth = self . _find_synth ( note , name = name ) self . _on [ self . _resolve_name ( name ) ] . append ( note . revert ( ) ) if time_stop > 0 and time_start > 0 : synth . time_event ( time_start , time_stop ) synth . info . velocity = velocity synth . start ( )
Starts a synth at the specified note and name.
Starts a synth at the specified note and name .
"""
        Starts a synth at the specified note and name.

        This will start and invoke the synth at the specified note.
        If necessary, we will also configure the synth to operate at
        the specified frequency.

        If a name is not provided, then we will simply search for relevant
        synths in the first name that we have registered.

        We also allow for specifying the time_start and time_stop
        parameters, which determine when a note will start and stop.
        If neither of these are specified, then the note will start immediately,
        and will play indefinitely until stopped.

        The velocity of the note can also be specified,
        which may change the volume or timbre of the waveform,
        depending on which modules are present in the synth chain.
        '1.0' is the max value for velocity.

        :param note: Note to turn on
        :type note: Note
        :param name: Name of the synth to turn on
        """ # Lets find our synth: # Add the synth note to the output: # Schedule a time event: # Set the velocity:
self
note
Note to turn on
Note to turn on
name
Name of the synth to turn on
Name of the synth to turn on
time_stop
time_start
velocity