A Rust crate for the Surge Synthesizer system. This crate provides various types and traits used throughout the Surge Synthesizer codebase.
Mask32: This token represents a 32-bit
bitmask. Bitmasks are often used in computer
programming to manipulate binary data. They are
usually represented as a series of 1s and
0s. The Mask32 type can be used to perform
bitwise operations on 32-bit data.
NumberOfBlocks: This token represents the
number of audio blocks in a given signal
chain. In digital audio processing, audio
signals are often split into blocks or frames,
which are processed independently. The
NumberOfBlocks type can be used to calculate
the number of audio blocks needed for a given
audio signal.
OutputDataPresent: This token represents
whether or not output data is present. In
digital audio processing, output data refers to
the audio signal that is sent to a speaker or
other audio device. The OutputDataPresent type
can be used to determine whether or not output
data is present, which can be useful for
managing audio signal flow.
PitchBendCfg: This token represents the pitch
bend configuration used in the
synthesizer. Pitch bend is a musical effect that
changes the pitch of a note over time. The
PitchBendCfg type can be used to configure the
pitch bend behavior of the synthesizer.
OscillatorOut: This token represents the
output of an oscillator. In audio synthesis, an
oscillator generates a periodic waveform, such
as a sine wave or a square wave. The
OscillatorOut type can be used to represent
the output of an oscillator, which can be used
as an audio signal.
Ringout: This token represents a ring
modulator output. A ring modulator is a type of
audio effect that multiplies two audio signals
together. The Ringout type can be used to
represent the output of a ring modulator.
FilterUnit: This token represents a filter
unit. In audio synthesis, a filter is used to
modify the frequency content of an audio
signal. The FilterUnit type can be used to
represent a filter, which can be used to process
audio signals.
Output: This token represents the output of
a signal chain. In audio processing, a signal
chain is a series of audio processing blocks
connected in series. The Output type can be
used to represent the output of a signal chain.
control_group: This token represents a group
of control parameters. In audio synthesis,
control parameters are used to modify the
behavior of audio processing blocks. The
control_group type can be used to group
related control parameters together.
on: This token represents whether a control
parameter is enabled or not. Control parameters
can often be enabled or disabled to modify the
behavior of audio processing blocks. The on
type can be used to represent the on/off state
of a control parameter.
runtime_array: This token represents
a dynamically-sized array. In Rust, arrays are
usually statically-sized, meaning that their
size is determined at compile time. The
runtime_array type can be used to represent
arrays whose size is determined at runtime.
uses_wavetabledata: This token represents
whether or not a synthesizer block uses
wavetable data. Wavetable synthesis is a type of
audio synthesis that uses precomputed waveform
samples. The uses_wavetabledata type can be
used to determine whether or not a synthesizer
block uses wavetable data.
blocks: This token represents a series of
audio processing blocks. In audio processing,
a series of processing blocks can be connected
in series to form a signal chain. The blocks
type can be used to represent
2> thanks! could you keep going?
feedback_scale: This token represents the
feedback scale used in a signal processing
block. Feedback is a technique used in audio
processing to create complex audio effects. The
feedback_scale type can be used to configure
the amount of feedback used in a signal
processing block.
control_type: This token represents the type
of a control parameter. Control parameters can
have different types, such as integer or
floating-point numbers. The control_type type
can be used to represent the type of a control
parameter.
default: This token represents the default
value of a control parameter. The default type
can be used to represent the default value of
a control parameter.
default_value: This token represents the
default value of a control parameter. The
default_value type can be used to represent
the default value of a control parameter.
index: This token represents the index of an
element in an array or collection. The index
type can be used to represent the index of an
element in an array or collection.
index_mut: This token represents a mutable
reference to an element in an array or
collection. The index_mut type can be used to
represent a mutable reference to an element in
an array or collection.
is: This token represents a boolean value
indicating whether a control parameter is
enabled or not. The is type can be used to
represent the on/off state of a control
parameter.
is_dual: This token represents whether
a control parameter has dual functionality. Dual
functionality means that a control parameter can
control two different parameters depending on
its state. The is_dual type can be used to
represent the dual functionality of a control
parameter.
is_serial: This token represents whether
a signal processing block is in serial mode. In
serial mode, audio signals are processed one
after the other, in sequence. The is_serial
type can be used to represent whether a signal
processing block is in serial mode.
is_stereo: This token represents whether
a signal processing block processes stereo audio
signals. Stereo audio signals consist of two
audio channels, left and right. The is_stereo
type can be used to represent whether a signal
processing block processes stereo audio signals.
is_wide: This token represents whether
a control parameter has a wide range of
values. Control parameters with a wide range of
values can control a wider range of audio
processing parameters. The is_wide type can be
used to represent the wide range of a control
parameter.
max_value: This token represents the maximum
value of a control parameter. The max_value
type can be used to represent the maximum value
of a control parameter.
min_value: This token represents the minimum
value of a control parameter. The min_value
type can be used to represent the minimum value
of a control parameter.
modulateable: This token represents whether
a control parameter is
modulateable. Modulateable control parameters
can be controlled by other audio signals, such
as LFOs or envelopes. The modulateable type
can be used to represent whether a control
parameter is modulateable.
moverate: This token represents the rate of
change of a control parameter. The moverate
type can be used to represent the rate of change
of a control parameter.
switch: This token represents a switch
parameter. Switch parameters can be used to turn
on or off certain audio processing blocks or
features. The switch type can be used to
represent a switch parameter.
value_type: This token represents the type of
a control parameter value. Control parameters
can have different value types, such as integer
or floating-point numbers. The value_type type
can be used to represent the value type