void setup()
{
ebox_init();
uart1.begin(9600);
btn.begin();
PB8.mode(OUTPUT_PP);
PB9.mode(OUTPUT_PP);
PB10.mode(OUTPUT_PP);
}
VOID
render_do_lbuttonup(HWND hWnd, LONG wParam, LONG lParam)
{
SKINDATA* skind = &m_current_skin;
POINT pt = {LOWORD(lParam), HIWORD(lParam)};
BUTTON *b;
int i;
for (i = 0; i < skind->m_num_buttons; i++)
{
b = &skind->m_buttons[i];
if (PtInRect(&b->dest, pt) &&
b->enabled)
{
b->mode = BTN_MODE_HOT;
b->clicked();
}
do_refresh(&b->dest);
}
}
void setup()
{
ebox_init();
PPS_PIN.mode(OUTPUT_PP);
pps_off();
uart1.begin(115200);
led.begin();
btn.begin();
date_time.begin(115200);
}
int main(void)
{
setup();
while(1)
{
btn.loop();
if(btn.click())
{
PB8.write(!PB8.read());
uart1.printf("\r\nclick event!");
}
if(btn.release())
{
PB9.write(!PB9.read());
uart1.printf("\r\nrelease event!");
}
if(btn.pressed_for(2000,5))//长按两秒，执行5次
{
PB10.write(!PB10.read());
uart1.printf("\r\nlong press event!");
}
}
}
void setup()
{
Serial.begin(SERIAL_BAUD);
trafficLight0.SetPins(
PIN_GREEN_LIGHT_0,
PIN_ORANGE_LIGHT_0,
PIN_RED_LIGHT_0,
PIN_FILTERTURN_LIGHT_0,
PIN_PED_LIGHT_0,
PIN_PEDCROSS_BUZZER_0
);
trafficLight90.SetPins(
PIN_GREEN_LIGHT_90,
PIN_ORANGE_LIGHT_90,
PIN_RED_LIGHT_90,
PIN_FILTERTURN_LIGHT_90,
PIN_PED_LIGHT_90,
PIN_PEDCROSS_BUZZER_90
);
trafficLight270.SetPins(
PIN_GREEN_LIGHT_270,
PIN_ORANGE_LIGHT_270,
PIN_RED_LIGHT_270,
PIN_FILTERTURN_LIGHT_270,
PIN_PED_LIGHT_270,
PIN_PEDCROSS_BUZZER_270
);
mainCounter.Reset();
pot.SetPin(PIN_POT);
pot.ApplySmoothing();
ther.SetPin(PIN_THER);
ther.SetFixedResistorR2(10000);
ther.SetVIn(5);
ther.ApplySmoothing();
ldr.SetPin(PIN_LDR);
ldr.SetFixedResistorR2(10000);
ldr.SetVIn(5);
ldr.ApplySmoothing();
btnEmergency.SetPin(PIN_BTN_EMERGENCY);
btnRoadWork.SetPin(PIN_BTN_ROADWORK);
btnSelectSequence.SetPin(PIN_BTN_SELECTSEQUENCE);
btnPedCross0.SetPin(PIN_BTN_PEDCROSS_0);
btnPedCross270.SetPin(PIN_BTN_PEDCROSS_270);
btnPedCross90.SetPin(PIN_BTN_PEDCROSS_90);
}
// Update normal light sequence by checking the main counter
int UpdateNormalSequence(int goLightTime) {
int i = 1;
while (mainCounter.GetCounter() > i * goLightTime)
i++;
// On Select Sequence Button, cycle through the sequences immediately
if (btnSelectSequence.IsPressed()) {
// reset the main counter to start of new sequence
mainCounter.Reset(i * goLightTime);
i++;
}
// if maximum sequences has reached reset the main counter
if (i == MAX_SEQUENCES + 1) {
mainCounter.Reset();
i = 1;
}
return i;
}
int LEVELSELECT::Select()
{
const char noDirectoryName[] = "[kein Verzeichnis]";
BUTTON prevDirButton ({{10, windY - 100}, {90, windY - 50}}, 0, 3, 10, CYAN, "<", 20, YELLOW);
BUTTON nextDirButton ({{windX - 100, windY - 100}, {windX - 10, windY - 50}}, 0, 3, 10, CYAN, ">", 20, YELLOW);
BUTTON dirCaption ({{100, windY - 100}, {windX - 110, windY - 50}}, 3, 3, 10, CYAN, "(Directory)", 20, YELLOW);
BUTTON prevButton ({{10, windY - 180}, {90, windY - 130}}, 0, 3, 10, CYAN, "<", 20, YELLOW);
BUTTON nextButton ({{windX - 100, windY - 180}, {windX - 10, windY - 130}}, 0, 3, 10, CYAN, ">", 20, YELLOW);
BUTTON selectButton ({{windX - 200, 10}, {windX - 10, 60}}, 0, 3, 10, CYAN, "Spiel starten", 20, YELLOW);
BUTTON cancelButton ({{10, 10}, {190, 60}}, 0, 3, 10, CYAN, "Zurück", 20, YELLOW);
BUTTON levelCaption ({{100, windY - 180}, {windX - 110, windY - 130}}, 3, 3, 10, CYAN, "(Levelname)", 20, YELLOW);
AREA highscoreOutput {{100, 140}, {windX / 2 - 100, windY - 240}};
prevDirButton.assignKeyboardButton(0,'Q');
nextDirButton.assignKeyboardButton(0,'E');
prevButton .assignKeyboardButton(0,GLFW_KEY_LEFT ,'A');
nextButton .assignKeyboardButton(0,GLFW_KEY_RIGHT,'D');
levelCaption .assignKeyboardButton(0,'S');
cancelButton .assignKeyboardButton(0,GLFW_KEY_ESC);
selectButton .assignKeyboardButton(0,GLFW_KEY_ENTER,GLFW_KEY_SPACE);
ReloadHighscore();
prepare_GameLoop();
do
{
prepare_graphics();
char levelText[MAX_PATH];
if (GetLevel() != NULL)
sprintf(levelText, "%s (%d/%d)", GetLevel()->name, GetLevel()->index + 1, GetLevelCount());
else
strcpy(levelText, "[Kein Level vorhanden]");
levelCaption.setText(levelText);
const char* directoryName;
if (strlen(GetDirectory()->name) > 0)
directoryName = GetDirectory()->name;
else
directoryName = noDirectoryName;
char directoryText[strlen(directoryName) + 9];
sprintf(directoryText, "%s (%d/%d)", directoryName, GetDirectory()->index + 1, GetDirectoryCount());
dirCaption.setText(directoryText);
//handle clicks
if (cancelButton.clicked())
break;
else if (selectButton.clicked() && isInputValid())
{
currentLevel->score.setTimesPlayed(currentLevel->score.getTimesPlayed() + 1);
return true;
}
else if (prevButton.clicked() || levelCaption.clicked() == 2)
SwitchLevel(-1);
else if (nextButton.clicked() || levelCaption.clicked() == 1)
SwitchLevel(1);
else if (prevDirButton.clicked() || dirCaption.clicked() == 2)
SwitchDirectory(-1);
else if (nextDirButton.clicked() || dirCaption.clicked() == 1)
SwitchDirectory(1);
//output
prevDirButton.print();
nextDirButton.print();
dirCaption.print();
prevButton.print();
nextButton.print();
selectButton.print();
cancelButton.print();
levelCaption.print();
if (currentLevel != NULL)
{
drawBox({{windX/2 + 80, 140}, {windX - 110, windY - 240}}, 10, 3, WHITE);
currentLevel->level->printPreview();
TIME time = currentLevel->score.getTime();
drawBox(highscoreOutput,10,3,WHITE);
normalFont.printf({highscoreOutput.a.x + 20, highscoreOutput.b.y - 40}, taLEFT, "Highscore");
normalFont.printf({highscoreOutput.a.x + 20, highscoreOutput.b.y - 80}, taLEFT, "Züge: %d", currentLevel->score.getMoves());
normalFont.printf({highscoreOutput.a.x + 20, highscoreOutput.b.y - 120}, taLEFT, "Zeit: %02d:%02d:%05.2f", time.Hours, time.Minutes, time.Seconds);
normalFont.printf({highscoreOutput.a.x + 20, highscoreOutput.b.y - 160}, taLEFT, "%d mal gespielt", currentLevel->score.getTimesPlayed());
}
} while (complete_graphics());
logger(true, "LEVELSELECT: Cancelled, Returning false.");
return false;
}
void loop() {
delay(50);
boolean hotDay = ther.GetKelvinTempUsingHart() >= THER_CRITICAL_DEG;
boolean nightMode = ldr.ReadADC() <= LDR_DARK_ADC;
static int goLightTimeCalibed = DEFAULT_GO_LIGHT_TIME;
static int orangeLightTimeCalibed = DEFAULT_ORANGE_LIGHT_TIME;
// if both emergency button and road work are pressed activate the calibration
if (btnEmergency.IsPressed() && btnRoadWork.IsPressed()) {
goLightTimeCalibed = map(pot.ReadADC(), 0, 1023, DEFAULT_GO_LIGHT_TIME/2, DEFAULT_GO_LIGHT_TIME * 2);
orangeLightTimeCalibed = map(pot.ReadADC(), 0, 1023, DEFAULT_ORANGE_LIGHT_TIME/2, DEFAULT_ORANGE_LIGHT_TIME * 2);
}
else {
boolean emergencyMode = btnEmergency.ReadSwitch();
boolean roadWorkMode = btnRoadWork.ReadSwitch();
if (emergencyMode) {
OnEmergencyMode();
}
if (roadWorkMode) {
FlashForRoadWork();
}
// pause the main counter when one of the modes are activated
if(roadWorkMode || emergencyMode) {
mainCounter.Pause();
return;
}
}
int goLightTime = goLightTimeCalibed;
int orangeLightTime = orangeLightTimeCalibed;
double multiplier = 1.0;
if (nightMode) {
multiplier += 0.4;
}
if(hotDay) {
multiplier += 0.3;
}
// extended the go or green signal time and the orange light time
int goLightTime = goLightTimeCalibed * multiplier;
int orangeLightTime = orangeLightTimeCalibed * multiplier;
// get the current state of the sequence
int state = UpdateNormalSequence(goLightTime);
// print out the state of the system for debugging
Serial.print("Temperature: ");
Serial.print(ther.GetKelvinTempUsingHart());
Serial.print(" LDR: ");
Serial.print(ldr.ReadADC());
Serial.print(" PotADC: ");
Serial.print(pot.ReadADC());
Serial.print(" Cross: ");
Serial.print(btnPedCross0.IsPressed() || btnPedCross90.IsPressed() || btnPedCross270.IsPressed());
Serial.print(" main Counter: ");
Serial.print(mainCounter.GetCounter());
Serial.print(" goTime: ");
Serial.print(goLightTime);
Serial.print(" Orange: ");
Serial.print(orangeLightTime);
Serial.print(" state: ");
Serial.println(state);
// if alarm is in progress, exit from normal sequence
if (AddPedCrossStageOnRequest(state, goLightTime, orangeLightTime))
return;
// unpause the main counter if it was paused
mainCounter.UnPause();
// update the leds on the traffic light depending on the values in the sequence array
trafficLight270.UpdateWithLightTransition(sequence[state - 1][0], sequence[state - 1][1], sequence[state - 1][2], orangeLightTime);
trafficLight0.UpdateWithLightTransition(sequence[state - 1][3], sequence[state - 1][4], sequence[state - 1][5], orangeLightTime);
trafficLight90.UpdateWithLightTransition(sequence[state - 1][6], sequence[state - 1][7], sequence[state - 1][8], orangeLightTime);
}
// function to allow for ped crossing on the press of a button
// ped crossing works by pausing the main counter at the end of a sequence
// and resuming after the ped has crossed.
// returns whether alarm is currently on progression or not
bool AddPedCrossStageOnRequest(int state, int pedCrossTime, int orangeLightTime){
#define NO_PED_CROSS 0
#define PED_CROSS_BTN_PRESSED 1
#define PED_CROSS_IN_PROGRESS 2
static int alarmState = 0;
// check for button presses at all the junctions
if(btnPedCross0.IsPressed() || btnPedCross90.IsPressed() || btnPedCross270.IsPressed())
if (alarmState == NO_PED_CROSS) alarmState = PED_CROSS_BTN_PRESSED;
// update the buzzer asyncronously
trafficLight0.crossingBuzzer.UpdateAsync();
trafficLight90.crossingBuzzer.UpdateAsync();
trafficLight270.crossingBuzzer.UpdateAsync();
static int prevState = 0;
static Counter pedCrossCounter;
// check if the current sequence has ended
if (prevState != state && alarmState == PED_CROSS_BTN_PRESSED) {
// pause the timer
mainCounter.Pause();
// reset the crossing counter to 0
pedCrossCounter.Reset();
// activate the flag to transition all the green signal to red first
alarmState = PED_CROSS_IN_PROGRESS;
return true;
}
if (alarmState == PED_CROSS_IN_PROGRESS) {
if (pedCrossCounter.GetCounter() <= pedCrossTime) {
// if there were no green lights from the previous sequence, directly turn on the red light
if (trafficLight0.ledRed.IsOn() && trafficLight90.ledRed.IsOn() && trafficLight270.ledRed.IsOn())
{
trafficLight270.UpdateWithLightTransition(0, 0, 1, orangeLightTime);
trafficLight0.UpdateWithLightTransition(0, 0, 1, orangeLightTime);
trafficLight90.UpdateWithLightTransition(0, 0, 1, orangeLightTime);
trafficLight0.crossingBuzzer.TriggerAlarm();
trafficLight90.crossingBuzzer.TriggerAlarm();
trafficLight270.crossingBuzzer.TriggerAlarm();
}
// if there were green lights on the previous sequence, transition to red first
else {
trafficLight270.UpdateWithLightTransition(0, 0, 0, orangeLightTime);
trafficLight0.UpdateWithLightTransition(0, 0, 0, orangeLightTime);
trafficLight90.UpdateWithLightTransition(0, 0, 0, orangeLightTime);
trafficLight0.crossingBuzzer.TurnOffAlarm();
trafficLight90.crossingBuzzer.TurnOffAlarm();
trafficLight270.crossingBuzzer.TurnOffAlarm();
}
return true;
}
// if ped cross time has finish blink the ped light as in australian ped crossing
else if (pedCrossCounter.GetCounter() <= pedCrossTime + orangeLightTime) {
FlashForPedCrossFinish();
trafficLight0.crossingBuzzer.TurnOffAlarm();
trafficLight90.crossingBuzzer.TurnOffAlarm();
trafficLight270.crossingBuzzer.TurnOffAlarm();
return true;
}
else {
alarmState = NO_PED_CROSS;
}
}
prevState = state;
return false;
}