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- /* keybrd_3a_multi-layerHold.ino
-
- This sketch:
- is firmware for a simple 2-layer keyboard
- runs on the basic breadboard keyboard
-
- | Layout | **0** | **1** |
- |:------:|-------|-------|
- | **0** | a - | b = |
- | **1** | fn | shift |
-
- Each cell in the table's body represents a key.
- Each element in a cell represents a scancode or layer code.
- The keys in row 0 have two characters each, one character for each layer.
- Letters 'a' and 'b' are on the normal layer. Symbols '-' and '=' are on the fn layer.
- "fn" is a layer key. Holding the fn key down makes it the active layer.
- Releasing the fn key restores the normal layer.
- */
- // ################## GLOBAL ###################
- // ================= INCLUDES ==================
- //Keys
- #include <Code_Sc.h>
- #include <LayerState.h>
- #include <Code_LayerHold.h>
- #include <Key_LayeredKeys.h>
-
- //Matrix
- #include <Row.h>
- #include <Scanner_uC.h>
- #include <ScanDelay.h>
-
- // ============ SPEED CONFIGURATION ============
- ScanDelay scanDelay(9000);
-
- // ================== SCANNER ==================
- uint8_t readPins[] = {14, 15};
- uint8_t readPinCount = sizeof(readPins)/sizeof(*readPins);
-
- Scanner_uC scanner(LOW, readPins, readPinCount);
-
- // =================== CODES ===================
- /* ---------------- LAYER CODE -----------------
- enum assigns layerId numbers to the layers.
- NORMAL=0 and FN=1.
- */
- enum layerIds { NORMAL, FN };
-
- /*
- layerState keeps track of the active layer.
- */
- LayerState layerState;
-
- /*
- Code_LayerHold constructor parameters are: layerId, LayerState.
- layerState is assigned to layer FN.
- layerState also has a default layer 0, which implicitly is layer NORMAL.
-
- FN is the active layer while the key is held down.
- In this example, when l_fn is pressed, it tells layerState to change the active layer to FN.
- When l_fn is released, it tells layerState that layer FN is released,
- and layerState restores the active layer to default layerId 0 (NORMAL).
- */
- Code_LayerHold l_fn(FN, layerState);
-
- // ---------------- SCAN CODES -----------------
- Code_Sc s_a(KEY_A);
- Code_Sc s_b(KEY_B);
- Code_Sc s_minus(KEY_MINUS);
- Code_Sc s_equal(KEY_EQUAL);
- Code_Sc s_shift(MODIFIERKEY_LEFT_SHIFT);
-
- /* =================== KEYS ====================
- Here we pack Codes into keys.
- ptrsKeys_00[] contains all the Code objects of the key, one Code object per layer.
-
- The Key object names in this sketch start with a "k_" followed by row-column coordinates.
- */
- Key* const ptrsKeys_00[] = { &s_a, &s_minus };
- Key_LayeredKeys k_00(ptrsKeys_00);
-
- Key* const ptrsKeys_01[] = { &s_b, &s_equal };
- Key_LayeredKeys k_01(ptrsKeys_01);
-
- /*
- Key_LayeredKeys has a reference to layerState.
- */
- LayerStateInterface& Key_LayeredKeys::refLayerState = layerState;
-
- /* HOW LAYERED OBJECTS WORK
- When a Key_LayeredKeys object is pressed, it gets the active layer id from layerState.
- It then uses the layer id as an array index to call the Code of the active layer.
- The Code object then sends its scancode over USB.
- */
-
- /* =================== ROWS ====================
- Here we pack Key pointers into Row objects.
-
- Rows are composed of a Key-pointer array.
- Codes are a kind of Key that only have one layer.
- Thus rows can contain a mix of codes and multi-layered keys (subtype polymorphism).
- In this example, Key-pointer arrays contain both Code pointers (&l_fn and &s_shift)
- and Key pointers (&k_00 and &k_01).
- */
- Key* const ptrsKeys_0[] = { &k_00, &k_01 };
- uint8_t keyCount_0 = sizeof(ptrsKeys_0)/sizeof(*ptrsKeys_0);
- Row row_0(scanner, 0, ptrsKeys_0, keyCount_0);
-
- Key* const ptrsKeys_1[] = { &l_fn, &s_shift };
- uint8_t keyCount_1 = sizeof(ptrsKeys_1)/sizeof(*ptrsKeys_1);
- Row row_1(scanner, 1, ptrsKeys_1, keyCount_1);
-
- // ################### MAIN ####################
- void setup()
- {
- }
-
- void loop()
- {
- row_0.process();
- row_1.process();
- scanDelay.delay();
- }
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