### Use GMPercussionMap in NoteOn Message

Source: https://docs.rs/midi-msg/latest/midi_msg/enum.GMPercussionMap.html

Example of using a GMPercussionMap variant to specify a percussion note on MIDI Channel 10.

```rust
MidiMsg::ChannelVoice {
    channel: Channel::Ch10,
    msg: ChannelVoiceMsg::NoteOn {
        note: GMPercussionMap::Vibraslap as u8,
        velocity: 127
    }
};
```

--------------------------------

### Construct and serialize a MIDI file

Source: https://docs.rs/midi-msg/latest/midi_msg/index.html

Create a MidiFile, add tracks with events, and serialize the result.

```rust
use midi_msg::*;

let mut file = MidiFile::default();
// Add a track, updating the header with the number of tracks:
file.add_track(Track::default());
// Add a note on message at beat 0:
file.extend_track(0, MidiMsg::ChannelVoice {
    channel: Channel::Ch1,
    msg: ChannelVoiceMsg::NoteOn {
        note: 60,
        velocity: 127
    }
}, 0.0);
// Add a note off message at beat 1:
file.extend_track(0, MidiMsg::ChannelVoice {
    channel: Channel::Ch1,
    msg: ChannelVoiceMsg::NoteOff {
        note: 60,
        velocity: 0
    }
}, 1.0);
// Add an end of track message at beat 4,
// which is the only required (by the spec) message in a track:
file.extend_track(0, MidiMsg::Meta { msg: Meta::EndOfTrack }, 4.0);

// Now we can serialize the track to a Vec<u8>:
let midi_bytes = file.to_midi();
// And we can deserialize it back to a MidiFile:
let file2 = MidiFile::from_midi(&midi_bytes).unwrap();
assert_eq!(file, file2);
```

--------------------------------

### ChannelBitMap::all()

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.ChannelBitMap.html?search=Option%3CT%3E%2C+%28T+-%3E+U%29+-%3E+Option%3CU%3E

Creates a new ChannelBitMap instance with all 16 channels set to true.

```APIDOC
## pub fn all() -> Self

### Description
Returns a ChannelBitMap instance where all channels (1-16) are enabled.

### Returns
- **Self** - A ChannelBitMap with all fields set to true.
```

--------------------------------

### ReceiverContext::new

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.ReceiverContext.html?search=Option%3CT%3E%2C+%28T+-%3E+U%29+-%3E+Option%3CU%3E

Creates a new instance of ReceiverContext with default settings.

```APIDOC
## pub const fn new() -> Self

### Description
Creates a new instance of ReceiverContext with default values.

### Returns
- **Self** - A new ReceiverContext instance.
```

--------------------------------

### ChannelBitMap::all

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.ChannelBitMap.html?search=u32+-%3E+bool

Creates a new ChannelBitMap instance with all 16 channels set to true.

```APIDOC
## pub fn all() -> Self

### Description
Returns a new ChannelBitMap instance where all channels (1 through 16) are enabled.

### Returns
- **Self** - A ChannelBitMap with all fields set to true.
```

--------------------------------

### pub fn from_freq(freq: f32) -> Self

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.Tuning.html

Creates a new Tuning instance from a given frequency value.

```APIDOC
## pub fn from_freq(freq: f32) -> Self

### Description
Creates a new Tuning instance based on the provided frequency.

### Parameters
- **freq** (f32) - Required - The frequency value to convert into a Tuning representation.
```

--------------------------------

### ChannelBitMap::none()

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.ChannelBitMap.html?search=Option%3CT%3E%2C+%28T+-%3E+U%29+-%3E+Option%3CU%3E

Creates a new ChannelBitMap instance with all 16 channels set to false.

```APIDOC
## pub fn none() -> Self

### Description
Returns a ChannelBitMap instance where no channels are enabled.

### Returns
- **Self** - A ChannelBitMap with all fields set to false.
```

--------------------------------

### ChannelBitMap::none

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.ChannelBitMap.html?search=u32+-%3E+bool

Creates a new ChannelBitMap instance with all 16 channels set to false.

```APIDOC
## pub fn none() -> Self

### Description
Returns a new ChannelBitMap instance where no channels are enabled.

### Returns
- **Self** - A ChannelBitMap with all fields set to false.
```

--------------------------------

### StandardTimeCode Byte Conversion Methods

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.StandardTimeCode.html?search=

Methods to serialize the StandardTimeCode into byte arrays for MIDI transmission.

```rust
pub fn to_bytes(self) -> [u8; 5]
```

```rust
pub fn to_bytes_short(self) -> [u8; 2]
```

--------------------------------

### Function Signature for freq_to_midi_note_cents

Source: https://docs.rs/midi-msg/latest/midi_msg/fn.freq_to_midi_note_cents.html

The function signature for converting frequency to MIDI note and cents.

```rust
pub fn freq_to_midi_note_cents(freq: f32) -> (u8, f32)
```

--------------------------------

### GlobalParameterControl Constructors

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.GlobalParameterControl.html?search=

Convenience constructors for creating GlobalParameterControl instances for GM2 Reverb and Chorus effects.

```rust
pub fn reverb(reverb_type: Option<ReverbType>, reverb_time: Option<f32>) -> Self
```

```rust
pub fn chorus( chorus_type: Option<ChorusType>, mod_rate: Option<f32>, mod_depth: Option<f32>, feedback: Option<f32>, send_to_reverb: Option<f32>, ) -> Self
```

--------------------------------

### Constructing GlobalParameterControl for Reverb

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.GlobalParameterControl.html

Creates a control message specifically for GM2 Reverb slots.

```rust
pub fn reverb(reverb_type: Option<ReverbType>, reverb_time: Option<f32>) -> Self
```

--------------------------------

### Serialize a MIDI message

Source: https://docs.rs/midi-msg/latest/midi_msg/index.html

Create a MidiMsg and convert it into a Vec<u8> byte sequence.

```rust
use midi_msg::*;

MidiMsg::ChannelVoice {
    channel: Channel::Ch1,
    msg: ChannelVoiceMsg::NoteOn {
        note: 60,
        velocity: 127
    }
}
.to_midi();
```

--------------------------------

### ControlChange Methods

Source: https://docs.rs/midi-msg/latest/midi_msg/enum.ControlChange.html

Methods for interacting with ControlChange MIDI messages.

```APIDOC
## pub fn to_complex(&self) -> Self

### Description
Converts the control change to a complex representation.

## pub fn to_simple(&self) -> Self

### Description
Converts the control change to a simple representation.

## pub fn to_simple_high_res(&self) -> Self

### Description
Converts the control change to a simple high-resolution representation.

## pub fn control(&self) -> u8

### Description
Retrieves the control number.

## pub fn value(&self) -> u8

### Description
Retrieves the value of the control change (0-127). Returns 0 for ControlChange::Parameter.

## pub fn value_high_res(&self) -> u16

### Description
Retrieves the 14-bit value of the control change. Non-high-res parameters are scaled to 14 bits. Returns 0 for ControlChange::Parameter.

## pub fn to_midi_running(&self) -> Vec<u8>

### Description
Converts the control change to a MIDI running status byte sequence.

## pub fn extend_midi_running(&self, v: &mut Vec<u8>)

### Description
Appends the MIDI running status representation to the provided vector.
```

--------------------------------

### Function Signature for freq_to_midi_note_float

Source: https://docs.rs/midi-msg/latest/midi_msg/fn.freq_to_midi_note_float.html

The function signature for converting frequency to a floating-point MIDI note.

```rust
pub fn freq_to_midi_note_float(freq: f32) -> f32
```

--------------------------------

### pub fn next_message(m: &[u8]) -> Option<usize>

Source: https://docs.rs/midi-msg/latest/midi_msg/fn.next_message.html

Finds the index of the next MIDI message in a byte sequence by searching for a status byte (a byte with the upper bit set).

```APIDOC
## next_message

### Description
Find the index of the next message in a MIDI byte sequence. This is useful for being able to skip over messages, which may be necessary when a message is unable to be deserialized. This will skip any running status messages, since it looks for a status byte (a byte with the upper bit set).

### Signature
`pub fn next_message(m: &[u8]) -> Option<usize>`

### Parameters
- **m** (&[u8]) - The MIDI byte sequence to search.

### Returns
- **Option<usize>** - The index of the next message if found, otherwise None.
```

--------------------------------

### pub fn next_message(m: &[u8]) -> Option<usize>

Source: https://docs.rs/midi-msg/latest/midi_msg/fn.next_message.html?search=Option%3CT%3E%2C+%28T+-%3E+U%29+-%3E+Option%3CU%3E

Finds the index of the next MIDI message in a byte sequence by searching for a status byte (a byte with the upper bit set).

```APIDOC
## next_message

### Description
Find the index of the next message in a MIDI byte sequence. This is useful for being able to skip over messages, which may be necessary when a message is unable to be deserialized. This will skip any running status messages, since it looks for a status byte (a byte with the upper bit set).

### Signature
`pub fn next_message(m: &[u8]) -> Option<usize>`

### Parameters
- **m** (&[u8]) - The byte slice representing the MIDI sequence to search.

### Returns
- **Option<usize>** - The index of the next status byte if found, otherwise None.
```

--------------------------------

### MidiFile Operations

Source: https://docs.rs/midi-msg/latest/midi_msg/index.html

Methods for constructing, serializing, and deserializing Standard MIDI Files (SMF).

```APIDOC
## MidiFile Operations

### Description
`MidiFile` allows managing MIDI tracks and events. It supports `to_midi()` for serialization and `from_midi()` for deserialization.

### Example
```rust
use midi_msg::*;

let mut file = MidiFile::default();
file.add_track(Track::default());
file.extend_track(0, MidiMsg::ChannelVoice { ... }, 0.0);

let midi_bytes = file.to_midi();
let file2 = MidiFile::from_midi(&midi_bytes).unwrap();
```
```

--------------------------------

### ControlChange Methods

Source: https://docs.rs/midi-msg/latest/midi_msg/enum.ControlChange.html?search=u32+-%3E+bool

Methods for interacting with ControlChange instances to retrieve values or convert to MIDI formats.

```APIDOC
## ControlChange Methods

### pub fn control(&self) -> u8
Returns the control number.

### pub fn value(&self) -> u8
Returns the value of the control change (0-127). Returns 0 for `ControlChange::Parameter`.

### pub fn value_high_res(&self) -> u16
Returns the 14-bit value of the control change. Non-high-res parameters are scaled to 14 bits. Returns 0 for `ControlChange::Parameter`.

### pub fn to_complex(&self) -> Self
Converts the current instance to a complex representation.

### pub fn to_simple(&self) -> Self
Converts the current instance to a simple representation.

### pub fn to_simple_high_res(&self) -> Self
Converts the current instance to a simple high-resolution representation.

### pub fn to_midi_running(&self) -> Vec<u8>
Converts the control change to a vector of MIDI bytes.
```

--------------------------------

### Constructing GlobalParameterControl for Chorus

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.GlobalParameterControl.html

Creates a control message specifically for GM2 Chorus slots.

```rust
pub fn chorus( chorus_type: Option<ChorusType>, mod_rate: Option<f32>, mod_depth: Option<f32>, feedback: Option<f32>, send_to_reverb: Option<f32>, ) -> Self
```

--------------------------------

### MidiFile::from_midi

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.MidiFile.html

Parses a slice of bytes into a MidiFile instance.

```APIDOC
## pub fn from_midi(v: &[u8]) -> Result<Self, MidiFileParseError>

### Description
Turn a series of bytes into a `MidiFile`.

### Parameters
- **v** (&[u8]) - The byte slice representing the MIDI file data.

### Returns
- **Result<Self, MidiFileParseError>** - Returns the parsed MidiFile or a parsing error.
```

--------------------------------

### SoundFileMap Struct Definition

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.SoundFileMap.html

The structure definition for SoundFileMap, containing fields for bank, program, drum status, and volume.

```rust
pub struct SoundFileMap {
    pub dst_bank: u16,
    pub dst_prog: u8,
    pub src_bank: u16,
    pub src_prog: u8,
    pub src_drum: bool,
    pub dst_drum: bool,
    pub volume: u8,
}
```

--------------------------------

### ScaleTuning1Byte Struct Definition

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.ScaleTuning1Byte.html

The structure definition for ScaleTuning1Byte, containing a channel bitmap and an array of 12 tuning adjustments.

```rust
pub struct ScaleTuning1Byte {
    pub channels: ChannelBitMap,
    pub tuning: [i8; 12],
}
```

--------------------------------

### MidiFile::add_track

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.MidiFile.html

Adds a track to the MidiFile and updates the header.

```APIDOC
## pub fn add_track(&mut self, track: Track)

### Description
Add a track to the file. Increments the `num_tracks` field in the header.

### Parameters
- **track** (Track) - The track to add.
```

--------------------------------

### GlobalParameterControl::reverb

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.GlobalParameterControl.html?search=

Constructor for a GlobalParameterControl directed at a GM2 Reverb slot type.

```APIDOC
## fn reverb(reverb_type: Option<ReverbType>, reverb_time: Option<f32>) -> Self

### Description
Constructor for a GlobalParameterControl directed at a GM2 Reverb slot type.

### Parameters
- **reverb_type** (Option<ReverbType>) - Optional - The type of reverb to apply.
- **reverb_time** (Option<f32>) - Optional - The time in seconds (0.36 - 9.0) for which the low frequency portion of the original sound declines by 60dB.
```

--------------------------------

### ScaleTuning2Byte Struct Definition

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.ScaleTuning2Byte.html

The primary structure for defining channel-specific high-resolution tuning adjustments.

```rust
pub struct ScaleTuning2Byte {
    pub channels: ChannelBitMap,
    pub tuning: [i16; 12],
}
```

--------------------------------

### Constructing a FileDumpMsg Packet

Source: https://docs.rs/midi-msg/latest/midi_msg/enum.FileDumpMsg.html?search=u32+-%3E+bool

Use the packet method to construct a FileDumpMsg::Packet variant with a specific packet number and data payload.

```rust
pub fn packet(num: u32, data: Vec<u8>) -> Self
```

--------------------------------

### ScaleTuningDump1Byte Struct Definition

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.ScaleTuningDump1Byte.html

The structure definition for ScaleTuningDump1Byte, containing tuning program and bank numbers, a 16-character name, and 12 semitone tuning adjustments.

```rust
pub struct ScaleTuningDump1Byte {
    pub tuning_program_num: u8,
    pub tuning_bank_num: u8,
    pub name: [u8; 16],
    pub tuning: [i8; 12],
}
```

--------------------------------

### MidiFile::to_midi

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.MidiFile.html

Serializes a MidiFile instance into a byte vector.

```APIDOC
## pub fn to_midi(&self) -> Vec<u8>

### Description
Turn a `MidiFile` into a series of bytes.

### Returns
- **Vec<u8>** - The serialized MIDI file data.
```

--------------------------------

### MidiMsg Methods

Source: https://docs.rs/midi-msg/latest/midi_msg/enum.MidiMsg.html?search=u32+-%3E+bool

Methods for serializing, deserializing, and inspecting MIDI messages.

```APIDOC
## MidiMsg Methods

### to_midi
Converts a `MidiMsg` into a `Vec<u8>` of bytes.

### from_midi
Parses a slice of bytes into a `MidiMsg`. Returns a `Result` containing the `MidiMsg` and the number of bytes consumed.

### from_midi_with_context
Parses bytes into a `MidiMsg` using a `ReceiverContext` to handle message extensions and state tracking.

### from_midi_with_context_no_extensions
Parses bytes into a `MidiMsg` using a `ReceiverContext` without collapsing related consecutive messages.

### messages_to_midi
Converts a slice of `MidiMsg` objects into a single `Vec<u8>`.

### extend_midi
Appends the byte representation of the `MidiMsg` to an existing `Vec<u8>`.

### Inspection Methods
- `is_channel_voice()`: Returns true if the message is a channel voice message.
- `is_note_on()`: Returns true if the message is a note on message.
- `is_note_off()`: Returns true if the message is a note off message.
- `is_note()`: Returns true if the message is a note (on or off) message.
- `is_cc()`: Returns true if the message is a control change message.
- `is_channel_mode()`: Returns true if the message is a channel mode message.
- `is_system_common()`: Returns true if the message is a system common message.
- `is_system_real_time()`: Returns true if the message is a system real-time message.
- `is_system_exclusive()`: Returns true if the message is a system exclusive message.
- `is_meta()`: Returns true if the message is a meta message.
- `is_invalid()`: Returns true if the message is an invalid message.
```

--------------------------------

### Deserialize MIDI byte sequences

Source: https://docs.rs/midi-msg/latest/midi_msg/index.html

Convert raw MIDI byte sequences into MidiMsg structures.

```rust
use midi_msg::*;

// These are two MIDI 'note on' messages:
let midi_bytes: Vec<u8> = vec![
   0x93, 0x66, 0x70, // First msg
   0x93, 0x55, 0x60, // Second msg
];

let (msg, len) = MidiMsg::from_midi(&midi_bytes).expect("Not an error");

assert_eq!(len, 3);
assert_eq!(msg, MidiMsg::ChannelVoice {
    channel: Channel::Ch4,
    msg: ChannelVoiceMsg::NoteOn {
        note: 0x66,
        velocity: 0x70
    }
});
```

--------------------------------

### Define ControllerDestination struct

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.ControllerDestination.html

The structure definition for ControllerDestination, including the channel and a list of controlled parameter ranges.

```rust
pub struct ControllerDestination {
    pub channel: Channel,
    pub param_ranges: Vec<(ControlledParameter, u8)>,
}
```

--------------------------------

### pub fn packet(num: u32, data: [u8; 120]) -> Self

Source: https://docs.rs/midi-msg/latest/midi_msg/enum.SampleDumpMsg.html?search=Option%3CT%3E%2C+%28T+-%3E+U%29+-%3E+Option%3CU%3E

Constructs a new SampleDumpMsg packet from a packet number and a 120-byte data array.

```APIDOC
## pub fn packet(num: u32, data: [u8; 120]) -> Self

### Description
Constructs a packet of exactly 120 7-bit bytes. The `num` parameter specifies the sequence number of the packet.

### Parameters
- **num** (u32) - The packet number.
- **data** ([u8; 120]) - The 120-byte data payload.

### Returns
- **Self** - A new instance of SampleDumpMsg.
```

--------------------------------

### ScaleTuningDump2Byte Struct Definition

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.ScaleTuningDump2Byte.html

The structure definition for ScaleTuningDump2Byte, containing tuning program/bank numbers, a 16-character name, and 12 semitone tuning adjustments.

```rust
pub struct ScaleTuningDump2Byte {
    pub tuning_program_num: u8,
    pub tuning_bank_num: u8,
    pub name: [u8; 16],
    pub tuning: [i16; 12],
}
```

--------------------------------

### WAVMap Struct Definition

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.WAVMap.html

The structure definition for WAVMap, containing fields for MIDI bank, program, note range, tuning, and volume.

```rust
pub struct WAVMap {
    pub dst_bank: u16,
    pub dst_prog: u8,
    pub base: u8,
    pub lokey: u8,
    pub hikey: u8,
    pub fine: i16,
    pub volume: u8,
}
```

--------------------------------

### Apply Program Change Message

Source: https://docs.rs/midi-msg/latest/midi_msg/enum.GMSoundSet.html

Use a GMSoundSet variant cast to u8 to construct a ProgramChange message. Note that this should not be used for channel 10, which is reserved for percussion.

```rust
MidiMsg::ChannelVoice {
    channel: Channel::Ch1,
    msg: ChannelVoiceMsg::ProgramChange {
        program: GMSoundSet::Vibraphone as u8
    }
};
```

--------------------------------

### StandardTimeCode Methods

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.StandardTimeCode.html?search=std%3A%3Avec

Methods available on the StandardTimeCode struct for byte serialization.

```APIDOC
## pub fn to_bytes(self) -> [u8; 5]

### Description
Returns the five byte representation of the frame: [fractional_frames, frames, seconds, minutes, timecode + hours].

## pub fn to_bytes_short(self) -> [u8; 2]

### Description
Returns the two byte representation of the frame: [fractional_frames, frames].
```

--------------------------------

### TuningNoteChange Struct Definition

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.TuningNoteChange.html

The structure definition for TuningNoteChange, containing the tuning program, bank, and a vector of note-tuning pairs.

```rust
pub struct TuningNoteChange {
    pub tuning_program_num: u8,
    pub tuning_bank_num: Option<u8>,
    pub tunings: Vec<(u8, Option<Tuning>)>,
}
```

--------------------------------

### midi_note_cents_to_freq function signature

Source: https://docs.rs/midi-msg/latest/midi_msg/fn.midi_note_cents_to_freq.html

The function signature for calculating frequency from a MIDI note and cents.

```rust
pub fn midi_note_cents_to_freq(note: u8, cents: f32) -> f32
```

--------------------------------

### Demonstrate failure without context

Source: https://docs.rs/midi-msg/latest/midi_msg/index.html

Shows that running status messages cannot be deserialized without tracking context.

```rust
use midi_msg::*;

let midi_bytes: Vec<u8> = vec![
   0x93, 0x66, 0x70, // First msg
   0x55, 0x60, // Running status msg
];

let (_msg1, len1) = MidiMsg::from_midi(&midi_bytes).expect("Not an error");
MidiMsg::from_midi(&midi_bytes[len1..]).unwrap();
```

--------------------------------

### MidiMsg::from_midi_with_context

Source: https://docs.rs/midi-msg/latest/midi_msg/index.html

Deserializes a MIDI byte sequence using a ReceiverContext to handle stateful messages like running status.

```APIDOC
## MidiMsg::from_midi_with_context

### Description
Deserializes a MIDI message while tracking state via `ReceiverContext`, which is required for messages using running status.

### Example
```rust
use midi_msg::*;

let mut ctx = ReceiverContext::new();
let midi_bytes: Vec<u8> = vec![0x93, 0x66, 0x70, 0x55, 0x60];
let (_msg1, len1) = MidiMsg::from_midi_with_context(&midi_bytes, &mut ctx).expect("Not an error");
let (msg2, len2) = MidiMsg::from_midi_with_context(&midi_bytes[len1..], &mut ctx).expect("Not an error");
```
```

--------------------------------

### pub fn to_nibbles(&self) -> [u8; 9]

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.UserBits.html

Converts the UserBits instance into its 9-nibble representation, which includes the byte data and flag bits.

```APIDOC
## pub fn to_nibbles(&self) -> [u8; 9]

### Description
Converts the `UserBits` struct into a 9-nibble array representation. This is used to format the data for MIDI Time Code messages.

### Returns
- **[u8; 9]** - An array containing the 9 nibbles: [nibble_1, nibble_2, nibble_3, nibble_4, nibble_5, nibble_6, nibble_7, nibble_8, nibble_9, nibble_flags].
```

--------------------------------

### MidiFile::extend_track

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.MidiFile.html?search=Option%3CT%3E%2C+%28T+-%3E+U%29+-%3E+Option%3CU%3E

Adds a MIDI event to a specific track.

```APIDOC
## pub fn extend_track(&mut self, track_num: usize, event: MidiMsg, beat_or_frame: f32)

### Description
Adds a MIDI event to a track in the file, given its absolute beat or frame time. The delta time is calculated automatically based on the previous event and file division.

### Parameters
- **track_num** (usize) - Required - The index of the track.
- **event** (MidiMsg) - Required - The MIDI message to add.
- **beat_or_frame** (f32) - Required - The absolute beat or frame time for the event.
```

--------------------------------

### midi_note_float_to_freq Function Signature

Source: https://docs.rs/midi-msg/latest/midi_msg/fn.midi_note_float_to_freq.html

The function signature for converting a MIDI note float to a frequency.

```rust
pub fn midi_note_float_to_freq(note: f32) -> f32
```

--------------------------------

### MidiMsg::from_midi

Source: https://docs.rs/midi-msg/latest/midi_msg/index.html

Deserializes a MIDI byte sequence into a MidiMsg instance.

```APIDOC
## MidiMsg::from_midi

### Description
Deserializes a byte slice into a `MidiMsg` and returns the message along with the number of bytes consumed.

### Example
```rust
use midi_msg::*;

let midi_bytes: Vec<u8> = vec![0x93, 0x66, 0x70];
let (msg, len) = MidiMsg::from_midi(&midi_bytes).expect("Not an error");
```
```

--------------------------------

### Define ControlChangeControllerDestination struct

Source: https://docs.rs/midi-msg/latest/midi_msg/struct.ControlChangeControllerDestination.html

The structure definition for ControlChangeControllerDestination, including fields for channel, control number, and parameter ranges.

```rust
pub struct ControlChangeControllerDestination {
    pub channel: Channel,
    pub control_number: u8,
    pub param_ranges: Vec<(ControlledParameter, u8)>,
}
```