-Alarm Function 100%
-Time Functions 20%
-Draw Interface Functions 85%
-Touch Screen and Collission Detection Function (for Buttons) 30%
-Generating and processing alarm array 100%
-Input Button Functions 0%
Hardware:
-Clock connected 0% (Placeholder variables atm)
-Display Connected 100%
-Touch Function connected 100%
-On/Off Switch connected 100%
-Sound Output connected 0%
-Buttons connected 0%
-Final product 20%
class Button { int posX, posY, sizeX, sizeY; boolean isCollission, hasBorder; String text; public: void init( String text, int posX, int posY, int sizeX, int sizeY, boolean hasBorder ) { this->text = text; this->posX = posX; this->posY = posY; this->sizeX = sizeX; this->sizeY = sizeY; this->hasBorder = hasBorder; isCollission = false; } int getX() { return posX; } int getY() { return posY; } int getWidth() { return sizeX; } int getHeight() { return sizeY; } String getText() { return text; } boolean getBorder() { return hasBorder; } };
#include <Adafruit_TFTLCD.h> #include <Adafruit_GFX.h> #include "Button.h" #define LCD_CS A3 #define LCD_CD A2 #define LCD_WR A1 #define LCD_RD A0 #define LCD_RESET A4 #define white 0x0000 #define BLUE 0x001F #define RED 0xF800 #define GREEN 0x07E0 #define CYAN 0x07FF #define MAGENTA 0xF81F #define YELLOW 0xFFE0 #define WHITE 0xFFFF Adafruit_TFTLCD tft(LCD_CS, LCD_CD, LCD_WR, LCD_RD, LCD_RESET); int timeHours = 10; int timeMinutes = 20; int timeSeconds = 0; int displayMode = 0; int tick = 0; int alarmIteration = 0; int alarmSize = 6; int alarmCode[6]; boolean alarmIsEnabled = true; boolean alarmIsPlaying = false; // set to false int alarmHour = 9; int alarmMinute = 40; Button button[14]; void setup(void) { Serial.begin(9600); pinMode(0, INPUT); tft.reset(); uint16_t identifier = tft.readID(); tft.begin(identifier); tft.setRotation(1); tft.fillScreen(white); // Generate Alarm. The alarm is a randomly generated array. // On each Index a number between 1 and 4 is stored. // Later the beeps will be generated in a sequence resulting // as an output of iterating through this array. for (int i = 0; i < alarmSize; i++) { int number = floor(random(1,5)); alarmCode[i] = number; Serial.println(number); } //Generate Buttons button[0].init("1",310,50,40,40,true); button[1].init("2",360,50,40,40,true); button[2].init("3",410,50,40,40,true); button[3].init("4",310,100,40,40,true); button[4].init("5",360,100,40,40,true); button[5].init("6",410,100,40,40,true); button[6].init("7",310,150,40,40,true); button[7].init("8",360,150,40,40,true); button[8].init("9",410,150,40,40,true); button[9].init("<",310,200,40,40,true); button[10].init("Ok",360,200,40,40,true); button[11].init("Cancel",370,287,100,30,false); button[12].init("Set Alarm",40,287,135,30,false); button[13].init("alarm on",290,30,55,18,true); } void loop(void) { updateTime(); mechanics(); render(); } void updateTime() { timeSeconds = int( floor( millis()/1000 ) ) % 60; } String timeToAlarm() { int currentTimeValue = timeHours * 60 + timeMinutes; int alarmTimeValue = alarmHour * 60 + alarmMinute; int returnedTime; if (currentTimeValue < alarmTimeValue) { returnedTime = alarmTimeValue - currentTimeValue; } else { returnedTime = 24*60 - ( alarmTimeValue - currentTimeValue ); } return String( int( floor( returnedTime/60 ) ) )+"h "+String( returnedTime%60 )+"m"; } void render() { switch (displayMode) { case 0: // String(timeHours)+":"+String(timeMinutes)+":"+String(textSeconds) tft.setCursor(40, 30); tft.setTextColor(WHITE,white); tft.setTextSize(5); if (timeHours < 10) tft.print('0'); tft.print(timeHours); tft.print(":"); if (timeMinutes < 10) tft.print('0'); tft.print(timeMinutes); tft.print(":"); if (timeSeconds < 10) tft.print('0'); tft.print(timeSeconds); tft.setCursor(40, 85); tft.setTextColor(RED,white); tft.setTextSize(2); tft.print("Alarm Time: "); tft.setTextColor(WHITE,white); tft.setTextSize(2); if (alarmHour < 10) tft.print('0'); tft.print(alarmHour); tft.print(":"); if (alarmMinute < 10) tft.print('0'); tft.print(alarmMinute); tft.setCursor(40, 105); tft.setTextColor(RED,white); tft.setTextSize(2); tft.print("Time Left: "); tft.setTextColor(WHITE,white); tft.setTextSize(2); tft.print(timeToAlarm()); tft.setTextSize(2); tft.setTextColor(RED,white); tft.setCursor( button[12].getX() + 15, button[12].getY() + 5 ); tft.print( button[12].getText() ); if( alarmIsEnabled ) { tft.setTextSize(1); tft.drawRect( button[13].getX(), button[13].getY(), button[13].getWidth(), button[13].getHeight(), GREEN ); tft.setTextColor(GREEN,white); tft.setCursor( button[13].getX() + 4, button[13].getY() + 5 ); tft.print( button[13].getText() ); } else { tft.fillRect( button[13].getX(), button[13].getY(), button[13].getWidth(), button[13].getHeight(), white ); } break; case 1: tft.setTextSize(2); for(int i = 0; i < 12; i++) { if( button[i].getText() == "Cancel" ) { tft.setTextColor(RED,white); } else { tft.setTextColor(WHITE,white); } if(button[i].getBorder() ) { tft.drawRect( button[i].getX(), button[i].getY(), button[i].getWidth(), button[i].getHeight(), WHITE ); } if( button[i].getText() == "Ok" ) { tft.setCursor( button[i].getX() + 11, button[i].getY() + 14 ); } else if( button[i].getText() == "Cancel" ) { tft.setCursor( button[i].getX() + 15, button[i].getY() + 5 ); } else { tft.setCursor( button[i].getX() + 15, button[i].getY() + 14 ); } tft.print( button[i].getText() ); } break; } } void mechanics() { if(alarmIsPlaying) { playAlarm(); } if( analogRead(A5) == 0 ) { alarmIsEnabled = true; } if( analogRead(A5) > 0 ) { alarmIsEnabled = false; } Serial.println( alarmIsEnabled ); } void setAlarm(int h, int m) { alarmHour = h; alarmMinute = m; } void triggerAlarm() { // The alarm is triggered when the hour equals "alarmHour", minute // equals "alarmMinute" and the second is zero. "Second" must be 0! // This function's if statement is being entered for 1 minute. // So, if the user disables the alarm within 1min the function would // be called again and the alarm would start all over again. /*if( hour() == alarmHour && minute() == alarmMinute && alarmIsEnabled && second() == 0 ) { alarmIsPlaying = true; }*/ } void disableAlarm() { // reset some variables alarmIteration = 0; } void playAlarm() { if( millis() - tick > 300 ) { // the alarmCode array is iterated through. a tone should be played // after every 300ms. The tone lasts for 250ms with a puase of 50ms // the frequency between each tone differs in 1000hertz. switch (alarmCode[alarmIteration]) { case 1: tone(11, 1000, 250); break; case 2: tone(11, 2000, 250); break; case 3: tone(11, 3000, 250); break; case 4: tone(11, 4000, 250); break; } // alarmIteration is the Iterator because we cannot use a for-loop // it is set to zero, after the alarmSequence has finished. // after that, there should be a 1 second pause before the alarm // is played again. alarmIteration++; if( alarmIteration > alarmSize-1 ) { alarmIteration = 0; tick = millis() + 1000; } else { tick = millis(); } } }
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