This sketch shows how to use Z-Uno as a battery powered wall connected to existing rockers by any manufacturer like Gira/Jung/Legrand/Schneider and others. Any number of rockers/control groups can be added. This example shows two rockers and two control (association) groups.
Z-Uno board
Wall rockers
Batery holder
Wires (depending on numbers of rockers)
// KeyPad 1x4
#include "ZMEKeypad.h"
// Count of rows
#define ROWS 1
// Count of columns
#define COLS 4
// Set rows pins
BYTE rowPins[1] = {17};
// Set columns pins
BYTE columnPins[4] = {9, 10, 11, 12};
// Create object KeyPad
ZMEKeypad kpd = ZMEKeypad(columnPins, COLS, rowPins, ROWS);
#define CONTROL_GROUP1 1 // number of Association Group
#define CONTROL_GROUP2 2 // number of Association Group
#define SWITCH_ON 0xff
#define SWITCH_OFF 0
// Start holding flags for 4 buttons
byte button_0_start_holding = TRUE;
byte button_1_start_holding = TRUE;
byte button_2_start_holding = TRUE;
byte button_3_start_holding = TRUE;
ZUNO_SETUP_ASSOCIATIONS(ZUNO_ASSOCIATION_GROUP_SET_VALUE_AND_DIM, ZUNO_ASSOCIATION_GROUP_SET_VALUE_AND_DIM); // Send Turn On/Off and Dim commands to associated devices
ZUNO_SETUP_SLEEPING_MODE(ZUNO_SLEEPING_MODE_SLEEPING); // SLEEPING MODE
void setup() {
zunoSetupKeyScannerWU(4); // turn INT1 wakeup into Key Scanner mode with two columns: pins 9 and 10
kpd.begin();
kpd.setHoldTime(50); // 100 ms for detect hold button, 10 = 100 ms
kpd.setDebounceTime(2); // 20 ms debounce, 2 = 20 ms
}
void loop() {
byte actions[4]; // Array that return all actions from keypad (hold, release, press, double press, etc.)
byte go_to_sleep = FALSE; // go to sleep after button released;
// Default value for buttons - inactive, then read real states
byte button_0_active = FALSE;
byte button_1_active = FALSE;
byte button_2_active = FALSE;
byte button_3_active = FALSE;
byte num_touched_keys = kpd.scanKeys(actions);
if (num_touched_keys) {
bool hold = KEYPAD_IS_HOLDING(actions[0]);
switch (KEYPAD_KEYINDEX(actions[0])) {
case 0: // Button Left Down
button_0_active = TRUE;
if (hold && button_0_start_holding) { // If button 0 start holding
button_0_start_holding = FALSE;
zunoSendToGroupDimmingCommand(CONTROL_GROUP1, TRUE, TRUE); // start dimming down (group, direction, start_stop)
}
if (!hold) { // If button 0 not holding
go_to_sleep = TRUE;
zunoSendToGroupSetValueCommand(CONTROL_GROUP1, SWITCH_OFF);
}
break;
case 1: // Button Left Up
button_1_active = TRUE;
if (hold && button_1_start_holding) { // If button 1 start holding
button_1_start_holding = FALSE;
zunoSendToGroupDimmingCommand(CONTROL_GROUP1, FALSE, TRUE); // start dimming up (group, direction, start_stop)
}
if (!hold) { // If button 1 not holding
go_to_sleep = TRUE;
zunoSendToGroupSetValueCommand(CONTROL_GROUP1, SWITCH_ON);
}
break;
case 2: // Button Right Down
button_2_active = TRUE;
if (hold && button_2_start_holding) { // If button 2 start holding
button_2_start_holding = FALSE;
zunoSendToGroupDimmingCommand(CONTROL_GROUP2, TRUE, TRUE); // start dimming down (group, direction, start_stop)
}
if (!hold) { // If button 2 not holding
go_to_sleep = TRUE;
zunoSendToGroupSetValueCommand(CONTROL_GROUP2, SWITCH_OFF);
}
break;
case 3: // Button Right Up
button_3_active = TRUE;
if (hold && button_3_start_holding) { // If button 3 start holding
button_3_start_holding = FALSE;
zunoSendToGroupDimmingCommand(CONTROL_GROUP2, FALSE, TRUE); // start dimming down (group, direction, start_stop)
}
if (!hold) { // If button 3 not holding
go_to_sleep = TRUE;
zunoSendToGroupSetValueCommand(CONTROL_GROUP2, SWITCH_ON);
}
break;
}
}
if(!button_0_start_holding && !button_0_active) { // If button 0 release holding
button_0_start_holding = TRUE;
zunoSendToGroupDimmingCommand(CONTROL_GROUP1, TRUE, FALSE); // stop dimming down (group, direction, start_stop)
}
if(!button_1_start_holding && !button_1_active) { // If button 1 release holding
button_1_start_holding = TRUE;
zunoSendToGroupDimmingCommand(CONTROL_GROUP1, FALSE, FALSE); // stop dimming up (group, direction, start_stop)
}
if(!button_2_start_holding && !button_2_active) { // If button 2 release holding
button_2_start_holding = TRUE;
zunoSendToGroupDimmingCommand(CONTROL_GROUP2, TRUE, FALSE); // stop dimming down (group, direction, start_stop)
}
if(!button_3_start_holding && !button_3_active) { // If button 3 release holding
button_3_start_holding = TRUE;
zunoSendToGroupDimmingCommand(CONTROL_GROUP2, FALSE, FALSE); // stop dimming up (group, direction, start_stop)
}
// if all buttons released
if (kpd.isIdled()) {
go_to_sleep = TRUE;
}
if (go_to_sleep) {
zunoSendDeviceToSleep();
}
}
