MIDI Input Elements LEDs

Detailed Description

All MIDIInputElements that visualize their state using LEDs.

Collaboration diagram for MIDI Input Elements LEDs:

Topics
	Bankable MIDI Input Elements LEDs
	All Bankable MIDIInputElements that visualize their state using LEDs.

Classes
class	VPotRingLEDs
	A MIDI input element that represents a Mackie Control Universal VPot ring and displays it using LEDs. More...
class	VULEDs< NumLEDs >
	A MIDI input element that represents a Mackie Control Universal VU meter and displays its value using LEDs. More...

Typedefs
using	NoteLED = NoteCCKPLED<MIDIMessageType::NoteOn>
	Class that listens for MIDI Note events on a single address and turns on an LED when the value is higher than a threshold.
using	CCLED = NoteCCKPLED<MIDIMessageType::ControlChange>
	Class that listens for MIDI Control Change events on a single address and turns on an LED when the value is higher than a threshold.
using	KPLED = NoteCCKPLED<MIDIMessageType::KeyPressure>
	Class that listens for MIDI Key Pressure events on a single address and turns on an LED when the value is higher than a threshold.
template<uint8_t NumLEDs>
using	NoteLEDBar = NoteCCKPLEDBar<MIDIMessageType::NoteOn, NumLEDs>
	Class that listens for Note events and displays the velocity on an LED Bar Graph, turning on a different number of LEDs depending on the velocity.
template<uint8_t NumLEDs>
using	CCLEDBar = NoteCCKPLEDBar<MIDIMessageType::ControlChange, NumLEDs>
	Class that listens for Control Change events and displays the value on an LED Bar Graph, turning on a different number of LEDs depending on the value.
template<uint8_t NumLEDs>
using	KPLEDBar = NoteCCKPLEDBar<MIDIMessageType::KeyPressure, NumLEDs>
	Class that listens for Key Pressure events and displays the pressure on an LED Bar Graph, turning on a different number of LEDs depending on the value.
using	NoteLEDPWM = NoteCCKPLEDPWM<MIDIMessageType::NoteOn>
	Class that listens for MIDI Note events on a single address and turns on an LED with a brightness/duty cycle proportional to the velocity.
using	CCLEDPWM = NoteCCKPLEDPWM<MIDIMessageType::ControlChange>
	Class that listens for MIDI Control Change events on a single address and turns on an LED with a brightness/duty cycle proportional to the value.
using	KPLEDPWM = NoteCCKPLEDPWM<MIDIMessageType::KeyPressure>
	Class that listens for MIDI Key Pressure events on a single address and turns on an LED with a brightness/duty cycle proportional to the pressure.
template<uint8_t RangeLen, class ColorMapper = DefaultColorMapper>
using	NoteRangeFastLED
	MIDI Input Element that listens for MIDI Note messages in a given range, and displays their values using a FastLED LED strip.
template<class ColorMapper = DefaultColorMapper>
using	NoteValueFastLED
	MIDI Input Element that listens for MIDI Note messages on a specific note, and displays its value using a FastLED LED strip.
template<uint8_t RangeLen, class ColorMapper = DefaultColorMapper>
using	CCRangeFastLED
	MIDI Input Element that listens for MIDI Control Change messages in a given range, and displays their values using a FastLED LED strip.
template<class ColorMapper = DefaultColorMapper>
using	CCValueFastLED
	MIDI Input Element that listens for MIDI Control Change messages on a specific controller, and displays its value using a FastLED LED strip.
template<uint8_t RangeLen, class ColorMapper = DefaultColorMapper>
using	KPRangeFastLED
	MIDI Input Element that listens for MIDI Key Pressure messages in a given range, and displays their values using a FastLED LED strip.
template<class ColorMapper = DefaultColorMapper>
using	KPValueFastLED
	MIDI Input Element that listens for MIDI Key Pressure messages on a specific note, and displays its value using a FastLED LED strip.
template<uint8_t RangeLen>
using	NoteRangeLEDs = NoteCCKPRangeLEDs<MIDIMessageType::NoteOn, RangeLen>
	Class that listens for MIDI Note events on a range of addresses and turns on the corresponding LED when the velocity is higher than a threshold.
template<uint8_t RangeLen>
using	CCRangeLEDs = NoteCCKPRangeLEDs<MIDIMessageType::ControlChange, RangeLen>
	Class that listens for MIDI Control Change events on a range of addresses and turns on the corresponding LED when the value is higher than a threshold.
template<uint8_t RangeLen>
using	KPRangeLEDs = NoteCCKPRangeLEDs<MIDIMessageType::KeyPressure, RangeLen>
	Class that listens for MIDI Key Pressure events on a range of addresses and turns on the corresponding LED when the pressure is higher than a threshold.

Typedef Documentation

NoteLED

using NoteLED = NoteCCKPLED<MIDIMessageType::NoteOn>

Class that listens for MIDI Note events on a single address and turns on an LED when the value is higher than a threshold.

Examples

1.Note-LED.ino, 2.First-Input.ino, 6.MAX7219-NoteLED.ino, AppleMIDI.ino, Debug-MIDI-Interface.ino, Dual-MIDI-Interface.ino, and Serial-Interface.ino.

Definition at line 61 of file NoteCCKPLED.hpp.

CCLED

using CCLED = NoteCCKPLED<MIDIMessageType::ControlChange>

Class that listens for MIDI Control Change events on a single address and turns on an LED when the value is higher than a threshold.

Definition at line 66 of file NoteCCKPLED.hpp.

KPLED

using KPLED = NoteCCKPLED<MIDIMessageType::KeyPressure>

Class that listens for MIDI Key Pressure events on a single address and turns on an LED when the value is higher than a threshold.

Definition at line 71 of file NoteCCKPLED.hpp.

NoteLEDBar

template<uint8_t NumLEDs>

using NoteLEDBar = NoteCCKPLEDBar<MIDIMessageType::NoteOn, NumLEDs>

Class that listens for Note events and displays the velocity on an LED Bar Graph, turning on a different number of LEDs depending on the velocity.

Similar to a digital LED VU meter. Can be configured in either bar or dot mode.

Template Parameters

NumLEDs

The number of LEDs the display has.

Examples

3.NoteLEDBar.ino.

Definition at line 68 of file NoteCCKPLEDBar.hpp.

CCLEDBar

template<uint8_t NumLEDs>

using CCLEDBar = NoteCCKPLEDBar<MIDIMessageType::ControlChange, NumLEDs>

Class that listens for Control Change events and displays the value on an LED Bar Graph, turning on a different number of LEDs depending on the value.

Similar to a digital LED VU meter. Can be configured in either bar or dot mode.

Template Parameters

NumLEDs

The number of LEDs the display has.

Definition at line 78 of file NoteCCKPLEDBar.hpp.

KPLEDBar

template<uint8_t NumLEDs>

using KPLEDBar = NoteCCKPLEDBar<MIDIMessageType::KeyPressure, NumLEDs>

Class that listens for Key Pressure events and displays the pressure on an LED Bar Graph, turning on a different number of LEDs depending on the value.

Similar to a digital LED VU meter. Can be configured in either bar or dot mode.

Template Parameters

NumLEDs

The number of LEDs the display has.

Definition at line 88 of file NoteCCKPLEDBar.hpp.

NoteLEDPWM

using NoteLEDPWM = NoteCCKPLEDPWM<MIDIMessageType::NoteOn>

Class that listens for MIDI Note events on a single address and turns on an LED with a brightness/duty cycle proportional to the velocity.

Examples

5.Note-LED-PWM.ino.

Definition at line 57 of file NoteCCKPLEDPWM.hpp.

CCLEDPWM

using CCLEDPWM = NoteCCKPLEDPWM<MIDIMessageType::ControlChange>

Class that listens for MIDI Control Change events on a single address and turns on an LED with a brightness/duty cycle proportional to the value.

Definition at line 62 of file NoteCCKPLEDPWM.hpp.

KPLEDPWM

using KPLEDPWM = NoteCCKPLEDPWM<MIDIMessageType::KeyPressure>

Class that listens for MIDI Key Pressure events on a single address and turns on an LED with a brightness/duty cycle proportional to the pressure.

Definition at line 67 of file NoteCCKPLEDPWM.hpp.

NoteRangeFastLED

template<uint8_t RangeLen, class ColorMapper = DefaultColorMapper>

using NoteRangeFastLED

Initial value:

 
NoteCCKPRangeFastLED<MIDIMessageType::NoteOn, RangeLen, ColorMapper>

MIDI Input Element that listens for MIDI Note messages in a given range, and displays their values using a FastLED LED strip.

This class doesn't actually write to the LEDs directly, it writes to a buffer of CRGB values that is sent to the LEDs by the FastLED library in the user code. To know when to update the LEDs, you can use the getDirty() and clearDirty() methods.

Template Parameters

RangeLen	The length of the range of MIDI note numbers to listen for.
ColorMapper	The color mapper that defines how each MIDI velocity value should be mapped to an RGB color for the LEDs.

Examples

10.Note-FastLED-ColorMapper.ino, and 9.Note-FastLED.ino.

Definition at line 203 of file NoteCCKPRangeFastLED.hpp.

NoteValueFastLED

template<class ColorMapper = DefaultColorMapper>

using NoteValueFastLED

Initial value:

 
NoteCCKPRangeFastLED<MIDIMessageType::NoteOn, 1, ColorMapper>

MIDI Input Element that listens for MIDI Note messages on a specific note, and displays its value using a FastLED LED strip.

This class doesn't actually write to the LEDs directly, it writes to a buffer of CRGB values that is sent to the LEDs by the FastLED library in the user code. To know when to update the LEDs, you can use the getDirty() and clearDirty() methods.

Template Parameters

ColorMapper

The color mapper that defines how each MIDI velocity value should be mapped to an RGB color for the LEDs.

Definition at line 221 of file NoteCCKPRangeFastLED.hpp.

CCRangeFastLED

template<uint8_t RangeLen, class ColorMapper = DefaultColorMapper>

using CCRangeFastLED

Initial value:

 
NoteCCKPRangeFastLED<MIDIMessageType::ControlChange, RangeLen, ColorMapper>

MIDI Input Element that listens for MIDI Control Change messages in a given range, and displays their values using a FastLED LED strip.

This class doesn't actually write to the LEDs directly, it writes to a buffer of CRGB values that is sent to the LEDs by the FastLED library in the user code. To know when to update the LEDs, you can use the getDirty() and clearDirty() methods.

Template Parameters

RangeLen	The length of the range of MIDI note numbers to listen for.
ColorMapper	The color mapper that defines how each MIDI control change value should be mapped to an RGB color for the LEDs.

Definition at line 241 of file NoteCCKPRangeFastLED.hpp.

CCValueFastLED

template<class ColorMapper = DefaultColorMapper>

using CCValueFastLED

Initial value:

 
NoteCCKPRangeFastLED<MIDIMessageType::ControlChange, 1, ColorMapper>

MIDI Input Element that listens for MIDI Control Change messages on a specific controller, and displays its value using a FastLED LED strip.

This class doesn't actually write to the LEDs directly, it writes to a buffer of CRGB values that is sent to the LEDs by the FastLED library in the user code. To know when to update the LEDs, you can use the getDirty() and clearDirty() methods.

Template Parameters

ColorMapper

The color mapper that defines how each MIDI control change value should be mapped to an RGB color for the LEDs.

Definition at line 260 of file NoteCCKPRangeFastLED.hpp.

KPRangeFastLED

template<uint8_t RangeLen, class ColorMapper = DefaultColorMapper>

using KPRangeFastLED

Initial value:

 
NoteCCKPRangeFastLED<MIDIMessageType::KeyPressure, RangeLen, ColorMapper>

MIDI Input Element that listens for MIDI Key Pressure messages in a given range, and displays their values using a FastLED LED strip.

This class doesn't actually write to the LEDs directly, it writes to a buffer of CRGB values that is sent to the LEDs by the FastLED library in the user code. To know when to update the LEDs, you can use the getDirty() and clearDirty() methods.

Template Parameters

RangeLen	The length of the range of MIDI note numbers to listen for.
ColorMapper	The color mapper that defines how each MIDI pressure value should be mapped to an RGB color for the LEDs.

Definition at line 280 of file NoteCCKPRangeFastLED.hpp.

KPValueFastLED

template<class ColorMapper = DefaultColorMapper>

using KPValueFastLED

Initial value:

 
NoteCCKPRangeFastLED<MIDIMessageType::KeyPressure, 1, ColorMapper>

MIDI Input Element that listens for MIDI Key Pressure messages on a specific note, and displays its value using a FastLED LED strip.

This class doesn't actually write to the LEDs directly, it writes to a buffer of CRGB values that is sent to the LEDs by the FastLED library in the user code. To know when to update the LEDs, you can use the getDirty() and clearDirty() methods.

Template Parameters

ColorMapper

The color mapper that defines how each MIDI pressure value should be mapped to an RGB color for the LEDs.

Definition at line 298 of file NoteCCKPRangeFastLED.hpp.

NoteRangeLEDs

template<uint8_t RangeLen>

using NoteRangeLEDs = NoteCCKPRangeLEDs<MIDIMessageType::NoteOn, RangeLen>

Class that listens for MIDI Note events on a range of addresses and turns on the corresponding LED when the velocity is higher than a threshold.

Examples

2.Note-Range-LEDs.ino.

Definition at line 70 of file NoteCCKPRangeLEDs.hpp.

CCRangeLEDs

template<uint8_t RangeLen>

using CCRangeLEDs = NoteCCKPRangeLEDs<MIDIMessageType::ControlChange, RangeLen>

Class that listens for MIDI Control Change events on a range of addresses and turns on the corresponding LED when the value is higher than a threshold.

Definition at line 76 of file NoteCCKPRangeLEDs.hpp.

KPRangeLEDs

template<uint8_t RangeLen>

using KPRangeLEDs = NoteCCKPRangeLEDs<MIDIMessageType::KeyPressure, RangeLen>

Class that listens for MIDI Key Pressure events on a range of addresses and turns on the corresponding LED when the pressure is higher than a threshold.

Definition at line 82 of file NoteCCKPRangeLEDs.hpp.