3#include <AH/STL/type_traits>
4#include <AH/STL/utility>
22template <
class Enc,
class Sender>
26 int16_t speedMultiply, uint8_t pulsesPerStep,
36 int16_t oldValue =
value;
37 int16_t newValue = oldValue + delta;
38 newValue = constrain(newValue, 0,
maxValue);
39 if (oldValue != newValue) {
84 constexpr static int16_t
maxValue = uint16_t(1u << Sender::precision()) - 1;
90template <
class Sender>
93template <
class Sender>
#define BEGIN_CS_NAMESPACE
std::enable_if< has_method_begin< T >::value >::type begin_if_possible(T &t)
Calls the begin() method of t if that method exists.
A super class for object that have to be updated regularly.
Class to keep track of relative position changes of rotary encoders.
int16_t getSpeedMultiply() const
void setSpeedMultiply(int16_t speedMultiply)
int16_t update(Enc_t encval)
An abstract class for rotary encoders that send absolute MIDI events.
int16_t resetPositionOffset()
void setAddress(MIDIAddress address)
Set the MIDI address.
static int16_t getMaxValue()
Get the maximum possible value that can be returned by getValue.
int16_t getSpeedMultiply() const
void forcedUpdate()
Send the current value over MIDI, even if the position of the encoder didn't change.
uint16_t getValue() const
Get the absolute value of the encoder.
void setSpeedMultiply(int16_t speedMultiply)
void update() override
Update this updatable.
void setValue(uint16_t value)
Set the absolute value of the encoder.
GenericMIDIAbsoluteEncoder(Enc &&encoder, MIDIAddress address, int16_t speedMultiply, uint8_t pulsesPerStep, const Sender &sender)
void begin() override
Initialize this updatable.
MIDIAddress getAddress() const
Get the MIDI address.
static constexpr int16_t maxValue
EncoderState< decltype(encoder.read())> encstate
A type-safe utility class for saving a MIDI address consisting of a 7-bit address,...