bool Input::IsMouseHeld(int button)
{
if (BUTTON_DOWN(m_mouseState, button) && BUTTON_DOWN(m_lastMouseState, button))
return true;
return false;
}
bool MagicMNMPage::handleEvent(gui_event_t *event) {
if (BUTTON_DOWN(Buttons.BUTTON4)) {
for (int i = Buttons.ENCODER1; i <= Buttons.ENCODER4; i++) {
if (EVENT_PRESSED(event, i)) {
GUI.setLine(GUI.LINE1);
GUI.flash_string_fill("CLEAR");
GUI.setLine(GUI.LINE2);
GUI.flash_put_value(0, i);
clearRecording(i);
return true;
}
}
}
if (EVENT_PRESSED(event, Buttons.BUTTON2)) {
setToCurrentTrack();
return true;
}
if (EVENT_PRESSED(event, Buttons.BUTTON3)) {
startRecording();
return true;
}
if (EVENT_RELEASED(event, Buttons.BUTTON3)) {
stopRecording();
return true;
}
if (EVENT_PRESSED(event, Buttons.BUTTON4) || EVENT_RELEASED(event, Buttons.BUTTON4)) {
return true;
}
return false;
}
bool MagicSwitchPage::handleEvent(gui_event_t *event) {
if (BUTTON_DOWN(Buttons.BUTTON4)) {
if (EVENT_PRESSED(event, Buttons.BUTTON1)) {
GUI.flash_strings_fill("CLEAR ALL", "");
for (int i = 0; i < 4; i++) {
magicPages[i].clearRecording();
}
return true;
}
}
if (EVENT_PRESSED(event, Buttons.BUTTON2)) {
MidiUart.printfString("SELECT PAGE");
selectPage = true;
redisplayPage();
return true;
}
if (EVENT_RELEASED(event, Buttons.BUTTON2)) {
selectPage = false;
if (currentPage != NULL) {
redisplayPage();
}
return true;
}
if (selectPage) {
for (int i = Buttons.ENCODER1; i <= Buttons.ENCODER4; i++) {
if (pages[i] != NULL && EVENT_PRESSED(event, i)) {
setPage(pages[i]);
return true;
}
}
if (EVENT_PRESSED(event, Buttons.BUTTON1)) {
setToCurrentTrack();
return true;
}
}
if (currentPage != NULL) {
return currentPage->handleEvent(event);
}
else {
return false;
}
}
void ButtonsClass::poll(uint8_t but) {
uint8_t but_tmp = but;
for (uint8_t i = 0; i < GUI_NUM_BUTTONS; i++) {
STORE_B_CURRENT(i, IS_BIT_SET8(but_tmp, 0));
if (BUTTON_PRESSED(i)) {
B_PRESS_TIME(i) = slowclock;
if (B_PRESSED_ONCE(i)) {
uint16_t diff = clock_diff(B_LAST_PRESS_TIME(i), B_PRESS_TIME(i));
if (diff < DOUBLE_CLICK_TIME) {
SET_B_DOUBLE_CLICK(i);
CLEAR_B_PRESSED_ONCE(i);
}
} else {
B_LAST_PRESS_TIME(i) = B_PRESS_TIME(i);
SET_B_PRESSED_ONCE(i);
}
}
if (BUTTON_DOWN(i) && B_PRESSED_ONCE(i)) {
uint16_t diff = clock_diff(B_LAST_PRESS_TIME(i), slowclock);
if (diff > LONG_CLICK_TIME) {
SET_B_LONG_CLICK(i);
CLEAR_B_PRESSED_ONCE(i);
}
}
if (BUTTON_UP(i) && B_PRESSED_ONCE(i)) {
uint16_t diff = clock_diff(B_LAST_PRESS_TIME(i), slowclock);
if (diff > LONG_CLICK_TIME) {
CLEAR_B_PRESSED_ONCE(i);
} else if (diff > DOUBLE_CLICK_TIME) {
CLEAR_B_PRESSED_ONCE(i);
SET_B_CLICK(i);
}
}
but_tmp >>= 1;
}
}
int MouseButton (int button) {
return BUTTON_DOWN(mouseState, button);
}
void EncodersClass::poll(uint16_t sr) {
uint16_t sr_tmp = sr;
for (uint8_t i = 0; i < GUI_NUM_ENCODERS; i++) {
uint8_t sr2 = sr & 3;
uint8_t sro2 = sr_old & 3;
if (sr2 != sro2) {
/*
LCD.line1();
LCD.putnumber(sr2);
LCD.puts(" ");
LCD.putnumber(sro2);
LCD.puts(" ");
LCD.putnumber(sr_old2s[i]);
*/
volatile int8_t *val = &(ENCODER_NORMAL(i));
if (BUTTON_DOWN(i)) {
val = &(ENCODER_BUTTON(i));
}
#if 1
if ((sr2 == 0 && sro2 == 1 && sr_old2s[i] != ENCODER_FIX_MINUS_1) ||
(sr2 == 3 && sro2 == 0 && sr_old2s[i] != ENCODER_FIX_MINUS_0)) {
if (*val > -64)
(*val)--;
if (sro2 == 1)
sr_old2s[i] = ENCODER_FIX_MINUS_1;
if (sro2 == 0)
sr_old2s[i] = ENCODER_FIX_MINUS_0;
} else if ((sr2 == 0 && sro2 == 3 && sr_old2s[i] != ENCODER_FIX_PLUS_3) ||
(sr2 == 3 && sro2 == 1 && sr_old2s[i] != ENCODER_FIX_PLUS_1)) {
if (*val < 64)
(*val)++;
if (sro2 == 1)
sr_old2s[i] = ENCODER_FIX_PLUS_1;
if (sro2 == 3)
sr_old2s[i] = ENCODER_FIX_PLUS_3;
}
#endif
}
#if 0
if( i== 0) {
uint8_t sr0 = IS_BIT_SET(sr, 0);
uint8_t sr1 = IS_BIT_SET(sr, 1);
uint8_t sro0 = IS_BIT_SET(sr_old, 0);
uint8_t sro1 = IS_BIT_SET(sr_old, 1);
if (sr2 != sro2) {
static uint8_t val = 100;
LCD.line2();
if (sr2 == 3) {
if (sro2 == 0) {
LCD.puts("LEFT ");
val--;
} else if (sro2 == 1) {
LCD.puts("RIGHT");
val++;
}
} else if ((sr2 == 1) && (sro2 == 3)) {
LCD.puts("LEFT ");
val--;
} else if (sr2 == 0) {
if (sro2 == 3) {
LCD.puts("RIGHT");
val++;
}
}
LCD.line1();
// LCD.putnumberx(IS_BIT_SET8(sr, 0));
// LCD.putnumberx(IS_BIT_SET8(sr, 1));
// LCD.putnumberx(IS_BIT_SET8(sr_old, 0));
// LCD.putnumberx(IS_BIT_SET8(sr_old, 1));
LCD.putnumberx(sr2);
LCD.putnumberx( sro2);
LCD.puts(" ");
LCD.putnumber(val);
}
}
#endif
sr >>= 2;
sr_old >>= 2;
}
sr_old = sr_tmp;
}