botton bank

[zley1]

hi, i am having trouble on a code for a 6 banks of buttonmatrix with 6 leds and two butons for changing banks
buttom matrix is 6 buttons (two rows 3 colums)
i want to be able to choose the note for each button in every bank. i try some of the examples but i get errors with them.
thanks in advance

[tttapa]

I added an example, but I haven't tested it yet.

[zley1]

thnx!! but how do i choose the notes for each bank? i want to have different scales for playing melodies.

[tttapa]

That's currently not supported. But I'm in the process of adding the code for it.

[zley1]

ok thnx!! let me know if u make it. El mar., 1 oct. 2019 8:52 a. m., tttapa <notifications@github.com> escribió:

…

That's currently not supported. But I'm in the process of adding the code for it. — You are receiving this because you authored the thread. Reply to this email directly, view it on GitHub <#38?email_source=notifications&email_token=ANK72PR3FB7PZ7VXOVXPJA3QMM2XNA5CNFSM4I3VNJW2YY3PNVWWK3TUL52HS4DFVREXG43VMVBW63LNMVXHJKTDN5WW2ZLOORPWSZGOEAA7VTQ#issuecomment-537000654>, or mute the thread <https://github.com/notifications/unsubscribe-auth/ANK72PTA62B7JYTWSUXQTK3QMM2XNANCNFSM4I3VNJWQ> .

[tttapa]

I added ManyAddresses::NoteButtonMatrix, but I don't have time at the moment to add the LEDs.

[panakronic]

Hi

I have 4 banks with two butons for changing banks. Please see example MIDI_controller-97.

My question: Is is possible to use RGB LED strip with 4 pre-defined colors instead of 4 seperate LED of different color? I am currently using a 5mm 4-pin RGB LED bulb and it allows me only 3 color changes - Red, Green and Blue. How can I add one or more colors?

[tttapa]

The LED outputs for the Selectors are defined here:

Control-Surface/src/Selectors/LEDs/SelectorLEDs.hpp

Lines 9 to 33 in aa4086f

	template <setting_t N>
	class SelectorLEDsCallback {
	public:
	SelectorLEDsCallback(const PinList<N> &ledPins) : ledPins{ledPins} {}
	/// Initialize.
	void begin() {
	for (pin_t pin : ledPins) {
	AH::ExtIO::pinMode(pin, OUTPUT);
	AH::ExtIO::digitalWrite(pin, LOW);
	}
	}
	/// Refresh, called periodically.
	void update() {}
	/// Called when the setting changes.
	void update(setting_t oldSetting, setting_t newSetting) {
	AH::ExtIO::digitalWrite(ledPins[oldSetting], LOW);
	AH::ExtIO::digitalWrite(ledPins[newSetting], HIGH);
	}
	private:
	PinList<N> ledPins;
	};

You can easily write your own callback to drive the LEDs the way you want. Then you just pass your callback class to the Generic***Selector template classes, as shown in further down in the file mentioned earlier.