Access virus os2 Manuale Utente
37
DECAY
Determines the amount of time it takes for the filter envelope to fade out. The higher the DECAY value,
the longer it takes for the envelope to fall from its peak level to the SUSTAIN value.
SUSTAIN
Determines a variable level for the filter envelope at which it remains after the end of the DECAY phase
(see appropriate section). The duration of the SUSTAIN phase depends on the TIME value (see
appropriate section).
Determines the amount of time it takes for the filter envelope to fade out. The higher the DECAY value,
the longer it takes for the envelope to fall from its peak level to the SUSTAIN value.
SUSTAIN
Determines a variable level for the filter envelope at which it remains after the end of the DECAY phase
(see appropriate section). The duration of the SUSTAIN phase depends on the TIME value (see
appropriate section).
TIME
Sets the bipolar time parameter for the filter envelope. It determines the envelope’s response once it
reaches the SUSTAIN phase (see appropriate section): If the knob is set to the center position (12
o’clock) indicated by the mathematical infinity symbol, then the SUSTAIN level remains constant through
to the end of the note; if you turn it counter-clockwise to the left (towards FALL), then the level drops off
at an increasing rate towards the minimum level; If you turn the knob clockwise to the right (towards
RISE), the level rises at an increasing rate to maximum.
Sets the bipolar time parameter for the filter envelope. It determines the envelope’s response once it
reaches the SUSTAIN phase (see appropriate section): If the knob is set to the center position (12
o’clock) indicated by the mathematical infinity symbol, then the SUSTAIN level remains constant through
to the end of the note; if you turn it counter-clockwise to the left (towards FALL), then the level drops off
at an increasing rate towards the minimum level; If you turn the knob clockwise to the right (towards
RISE), the level rises at an increasing rate to maximum.
RELEASE
Determines the speed or rate at which the volume of the filter envelope decreases after the end of a
note. The higher the DECAY value, the longer it takes for the envelope to fall from its current level to the
minimum level.
Determines the speed or rate at which the volume of the filter envelope decreases after the end of a
note. The higher the DECAY value, the longer it takes for the envelope to fall from its current level to the
minimum level.
AMPLIFIER
ATTACK
Determines the amount of time it takes for the amplifier envelope to rise to its maximum level. The
higher the ATTACK value, the longer it takes for the envelope to rise to maximum volume after the start
of a note.
Determines the amount of time it takes for the amplifier envelope to rise to its maximum level. The
higher the ATTACK value, the longer it takes for the envelope to rise to maximum volume after the start
of a note.
DECAY
Determines the amount of time it takes for the amplifier envelope to fade out. The higher the DECAY
value, the longer it takes for the envelope to fall from its peak level to the SUSTAIN value.
Determines the amount of time it takes for the amplifier envelope to fade out. The higher the DECAY
value, the longer it takes for the envelope to fall from its peak level to the SUSTAIN value.
SUSTAIN
Sets a variable level value for the amplifier envelope at which it remains after the end of the DECAY
phase (see appropriate section). The duration of the SUSTAIN phase depends on the TIME value (see
appropriate section).
Sets a variable level value for the amplifier envelope at which it remains after the end of the DECAY
phase (see appropriate section). The duration of the SUSTAIN phase depends on the TIME value (see
appropriate section).
TIME
Sets the bipolar time parameter for the amplifier envelope. It determines the envelope’s response once it
reaches the SUSTAIN level (see appropriate section): If the knob is set to the center position (12 o’clock)
indicated by the mathematical infinity symbol, then the SUSTAIN level remains constant through to the
end of the note; if you turn it counter-clockwise to the left (towards FALL), then the level drops off at an
increasing rate towards the minimum level; If you turn the knob clockwise to the right (towards RISE),
the level rises at an increasing rate to maximum.
Sets the bipolar time parameter for the amplifier envelope. It determines the envelope’s response once it
reaches the SUSTAIN level (see appropriate section): If the knob is set to the center position (12 o’clock)
indicated by the mathematical infinity symbol, then the SUSTAIN level remains constant through to the
end of the note; if you turn it counter-clockwise to the left (towards FALL), then the level drops off at an
increasing rate towards the minimum level; If you turn the knob clockwise to the right (towards RISE),
the level rises at an increasing rate to maximum.
RELEASE
Determines the speed or rate at which the volume of the amplifier envelope decreases after the end of a
note. The higher the DECAY value, the longer it takes for the envelope to fall from its current level to the
minimum level.
Determines the speed or rate at which the volume of the amplifier envelope decreases after the end of a
note. The higher the DECAY value, the longer it takes for the envelope to fall from its current level to the
minimum level.