Istvan Papp
Brickbreaker
Dependencies: NokiaLCD PS2 mbed
Fork of
Pong
by 
William Johnston
Diff: main.cpp
- Revision:
- 3:e1328f84b107
- Parent:
- 2:d1031c73e187
diff -r d1031c73e187 -r e1328f84b107 main.cpp
--- a/main.cpp Mon Feb 28 00:22:23 2011 +0000
+++ b/main.cpp Mon Apr 29 18:14:57 2013 +0000
@@ -3,10 +3,11 @@
#include "PS2Keyboard.h"
#include "ball.h"
#include "paddle.h"
+#include "block.h"
// State enumerator
typedef enum {
- RESET, RUN, PAUSE
+ RESET1, RESET2, RUN, PAUSE, WIN
} STATES;
NokiaLCD lcd(p5, p7, p8, p9, NokiaLCD::LCD6610); // mosi, sclk, cs, rst, type
@@ -21,139 +22,285 @@
PwmOut r(p23);
// Button enumerator for PS/2 keyboard
-enum BUTTONS{
- UP = 0xe75,
- DOWN = 0xe72,
+enum BUTTONS {
+ UP = 0xe75,
+ DOWN = 0xe72,
};
-/*
+/*
* Subroutine drawScreen:
- * Description: Draws both paddles
+ * Description: Draws paddle, blocks
* and the ball.
*/
-void drawScreen(Paddle paddle1, Paddle paddle2, Ball theBall, bool isBlack) {
- paddle1.draw(lcd, isBlack);
- paddle2.draw(lcd ,isBlack);
- theBall.draw(lcd ,isBlack);
+void drawScreen(Paddle paddle1, Ball theBall, Block block1, Block block2, Block block3, Block block4,
+ Block block5, Block block6, Block block7, Block block8, Block block9,
+ Block block11, Block block12, Block block13, Block block14,
+ Block block15, Block block16, Block block17, Block block18, Block block19, bool isBlack)
+{
+ paddle1.draw(lcd, isBlack);
+ theBall.draw(lcd ,isBlack);
+ block1.draw(lcd ,isBlack);
+ block2.draw(lcd ,isBlack);
+ block3.draw(lcd ,isBlack);
+ block4.draw(lcd ,isBlack);
+ block5.draw(lcd ,isBlack);
+ block6.draw(lcd ,isBlack);
+ block7.draw(lcd ,isBlack);
+ block8.draw(lcd ,isBlack);
+ block9.draw(lcd ,isBlack);
+ block11.draw(lcd ,isBlack);
+ block12.draw(lcd ,isBlack);
+ block13.draw(lcd ,isBlack);
+ block14.draw(lcd ,isBlack);
+ block15.draw(lcd ,isBlack);
+ block16.draw(lcd ,isBlack);
+ block17.draw(lcd ,isBlack);
+ block18.draw(lcd ,isBlack);
+ block19.draw(lcd ,isBlack);
}
-/*
+/*
* Subroutine drawScores:
* Description: Draws the scoreboard
*/
-void drawScores(Paddle paddle1, Paddle paddle2) {
- lcd.locate(7,0);
- lcd.putc('0' + paddle1.getScore());
- lcd.locate(9,0);
- lcd.putc('0' + paddle2.getScore());
- lcd.fill(66,0,2,130,0xFFFFFF);
- lcd.locate(7,15);
- lcd.putc('0' + paddle1.getLives());
- lcd.locate(9,15);
- lcd.putc('0' + paddle2.getLives());
+void drawScores(Paddle paddle1)
+{
+ lcd.locate(6.5,0);
+ lcd.printf("%d",paddle1.getScore());
+ lcd.locate(7.5,15);
+ lcd.putc('0' + paddle1.getLives());
}
-int main() {
- PS2Keyboard::keyboard_event_t evt_kb; // Setup keyboard interrupt
- lcd.background(0x000000);
- lcd.cls();
- Paddle paddle1, paddle2;
- Ball theBall;
- int temp, count=0;
- drawScreen(paddle1, paddle2, theBall, false);
- drawScores(paddle1, paddle2);
- STATES state = RESET; // Initial state is RESET
- while(1) {
- switch(state) {
- case RESET: // Reset objects, draw the screen, state = PAUSE
- lcd.cls();
- paddle1 = Paddle(1,10,5,25,0xFFFFFF,paddle1.getLives(),paddle1.getScore());
- paddle2 = Paddle(125,3,5,25,0xFFFFFF,paddle2.getLives(),paddle2.getScore());
- theBall = Ball(6,25,5,5,0xFFFF00,1,1);
- drawScreen(paddle1, paddle2, theBall, false);
- drawScores(paddle1, paddle2);
- state = PAUSE;
- break;
- case PAUSE: // Set RGB LED to Red, wait for switch input
- r = 0;
- b = g = 1;
- if(!sw2) {
- while(!sw2);
- paddle2.setLives(3);
- paddle1.setLives(3);
- state = RESET;
- break;
- }
- if(!sw1) {
- while(!sw1);
- state = RUN;
- }
- break;
- case RUN: // Set RGB LED to Blue and run program
- r = g = 1;
- b = 0;
- if(!sw2) { // Reset if SW2 is pressed
- while(!sw2);
- paddle2.setLives(3);
- paddle1.setLives(3);
- state = RESET;
- break;
- }
- if(!sw1) { // Pause if SW1 is pressed
- while(!sw1);
- state = PAUSE;
- break;
+int main()
+{
+ PS2Keyboard::keyboard_event_t evt_kb; // Setup keyboard interrupt
+ lcd.background(0x000000);
+ lcd.cls();
+ Paddle paddle1;
+ Ball theBall;
+ Block block1, block2, block3, block4, block5, block6, block7, block8, block9;
+ Block block11, block12, block13, block14, block15, block16, block17, block18, block19;
+ int temp, count=0;
+ drawScreen(paddle1, theBall, block1, block2, block3, block4, block5, block6, block7, block8, block9,
+ block11, block12, block13, block14, block15, block16, block17, block18, block19, false);
+ drawScores(paddle1);
+ STATES state = RESET1; // Initial state is RESET
+ while(1) {
+ switch(state) {
+ case WIN: // When palyer gets max score
+ lcd.locate(4,3);
+ lcd.printf("YOU WON!");
+ if(!sw2) { // Reset if SW2 is pressed
+ while(!sw2);
+ paddle1.setLives(3);
+ paddle1.setScore(0);
+ state = RESET1;
+ break;
+ }
+ break;
+ case RESET1: // Reset objects, draw the screen, state = PAUSE
+ lcd.cls();
+ paddle1 = Paddle(1,45,5,25,0xFFFFFF,paddle1.getLives(),paddle1.getScore());
+ theBall = Ball(6,57,5,5,0xFFFF00,1,1);
+ block1 = Block(125,10,5,20,0x00FF00);
+ block2 = Block(125,40,5,20,0xFF0000);
+ block3 = Block(125,70,5,20,0xFFEE00);
+ block4 = Block(125,100,5,20,0x00FFFF);
+ block5 = Block(113,5,5,20,0x00FF00);
+ block6 = Block(113,30,5,20,0xFF0000);
+ block7 = Block(113,55,5,20,0xFFFFFF);
+ block8 = Block(113,80,5,20,0xFFEE00);
+ block9 = Block(113,105,5,20,0x00FFFF);
+ block11 = Block(101,10,5,20,0xFF0000);
+ block12 = Block(101,40,5,20,0x00FF00);
+ block13 = Block(101,70,5,20,0x00FFFF);
+ block14 = Block(101,100,5,20,0xFFEE00);
+ block15 = Block(89,5,5,20,0xFF0000);
+ block16 = Block(89,30,5,20,0x00FF00);
+ block17 = Block(89,55,5,20,0xFFFFFF);
+ block18 = Block(89,80,5,20,0x00FFFF);
+ block19 = Block(89,105,5,20,0xFFEE00);
+ drawScreen(paddle1, theBall, block1, block2, block3, block4, block5, block6, block7, block8, block9,
+ block11, block12, block13, block14, block15, block16, block17, block18, block19, false);
+ drawScores(paddle1);
+ state = PAUSE;
+ break;
+ case RESET2: // Reset objects, draw the screen, state = PAUSE
+ lcd.cls();
+ paddle1 = Paddle(1,45,5,25,0xFFFFFF,paddle1.getLives(),paddle1.getScore());
+ theBall = Ball(6,57,5,5,0xFFFF00,1,1);
+ drawScreen(paddle1, theBall, block1, block2, block3, block4, block5, block6, block7, block8, block9,
+ block11, block12, block13, block14, block15, block16, block17, block18, block19, false);
+ drawScores(paddle1);
+ state = PAUSE;
+ break;
+ case PAUSE: // Set RGB LED to Red, wait for switch input
+ r = 0;
+ b = g = 1;
+ if(!sw2) {
+ while(!sw2);
+ paddle1.setLives(3);
+ paddle1.setScore(0);
+ state = RESET1;
+ break;
+ }
+ if(!sw1) {
+ while(!sw1);
+ state = RUN;
+ }
+ break;
+ case RUN: // Set RGB LED to Blue and run program
+ r = g = 1;
+ b = 0;
+ if(!sw2) { // Reset if SW2 is pressed
+ while(!sw2);
+ paddle1.setLives(3);
+ paddle1.setScore(0);
+ state = RESET1;
+ break;
+ }
+ if(!sw1) { // Pause if SW1 is pressed
+ while(!sw1);
+ state = PAUSE;
+ break;
+ }
+ if (ps2kb.processing(&evt_kb)) { // Executes if a key is pressed
+ temp = evt_kb.scancode[0];
+ for (int i = 1; i < evt_kb.length; i++) { // Parse keyboard input into a key
+ temp <<= 4;
+ temp |= evt_kb.scancode[i];
+ }
+ switch(temp) { // Use key enumerator to move paddle1
+ case UP:
+ if(paddle1.getY()>2)
+ paddle1.move(lcd, -2);
+ break;
+ case DOWN:
+ if(paddle1.getY()+paddle1.getHeight()<128)
+ paddle1.move(lcd, 2);
+ break;
+ }
+
+
+ }
+
+ if(++count==3) { // Only move the ball once every 4 times through the loop
+ count = 0;
+ if(theBall.hitP1((paddle1.getX()+paddle1.getWidth()), paddle1.getY(), paddle1.getHeight()))
+ theBall.reverseX();
+ if(theBall.hitB1((block1.getX()+block1.getWidth()), block1.getY(), block1.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(25);
+ block1.move(lcd, -100);
+ }
+ if(theBall.hitB1((block2.getX()+block2.getWidth()), block2.getY(), block2.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(25);
+ block2.move(lcd, -100);
+ }
+ if(theBall.hitB1((block3.getX()+block3.getWidth()), block3.getY(), block3.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(25);
+ block3.move(lcd, -100);
+ }
+ if(theBall.hitB1((block4.getX()+block4.getWidth()), block4.getY(), block4.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(25);
+ block4.move(lcd, -200);
+ }
+ if(theBall.hitB1((block5.getX()+block5.getWidth()), block5.getY(), block5.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(20);
+ block5.move(lcd, -100);
+ }
+ if(theBall.hitB1((block6.getX()+block6.getWidth()), block6.getY(), block6.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(20);
+ block6.move(lcd, -100);
+ }
+ if(theBall.hitB1((block7.getX()+block7.getWidth()), block7.getY(), block7.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(20);
+ block7.move(lcd, -100);
+ }
+ if(theBall.hitB1((block8.getX()+block8.getWidth()), block8.getY(), block8.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(20);
+ block8.move(lcd, -200);
+ }
+ if(theBall.hitB1((block9.getX()+block9.getWidth()), block9.getY(), block9.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(20);
+ block9.move(lcd, -200);
+ }
+ if(theBall.hitB1((block11.getX()+block11.getWidth()), block11.getY(), block11.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(15);
+ block11.move(lcd, -100);
+ }
+ if(theBall.hitB1((block12.getX()+block12.getWidth()), block12.getY(), block12.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(15);
+ block12.move(lcd, -100);
+ }
+ if(theBall.hitB1((block13.getX()+block13.getWidth()), block13.getY(), block13.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(15);
+ block13.move(lcd, -100);
+ }
+ if(theBall.hitB1((block14.getX()+block14.getWidth()), block14.getY(), block14.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(15);
+ block14.move(lcd, -200);
+ }
+ if(theBall.hitB1((block15.getX()+block15.getWidth()), block15.getY(), block15.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(10);
+ block15.move(lcd, -100);
+ }
+ if(theBall.hitB1((block16.getX()+block16.getWidth()), block16.getY(), block16.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(10);
+ block16.move(lcd, -100);
+ }
+ if(theBall.hitB1((block17.getX()+block17.getWidth()), block17.getY(), block17.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(10);
+ block17.move(lcd, -100);
+ }
+ if(theBall.hitB1((block18.getX()+block18.getWidth()), block18.getY(), block18.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(10);
+ block18.move(lcd, -200);
+ }
+ if(theBall.hitB1((block19.getX()+block19.getWidth()), block19.getY(), block19.getHeight())) {
+ theBall.reverseX();
+ paddle1.addPoints(10);
+ block19.move(lcd, -200);
+ }
+ if(theBall.hitX()) { // If the ball hits one of the sides of the screen
+ if(theBall.getX()<7) { // If the ball hit paddle1's side
+ if(!paddle1.loseLife()) { // If paddle1 has no more lives
+ paddle1.setLives(3);
+ paddle1.setScore(0);
+ state = RESET1; // Reset the objects
+ break;
+ }
+ state = RESET2; // Reset the objects
+ }
+ theBall.reverseX();
+ }
+ if(theBall.hitY())
+ theBall.reverseY();
+ theBall.move(lcd);
+ }
+ if(paddle1.getScore()==310) {
+ state=WIN;
+ }
+ break;
}
- if (ps2kb.processing(&evt_kb)) { // Executes if a key is pressed
- temp = evt_kb.scancode[0];
- for (int i = 1; i < evt_kb.length; i++) { // Parse keyboard input into a key
- temp <<= 4;
- temp |= evt_kb.scancode[i];
- }
- switch(temp) { // Use key enumerator to move paddle1
- case UP:
- if(paddle1.getY()>2)
- paddle1.move(lcd, -2);
- break;
- case DOWN:
- if(paddle1.getY()+paddle1.getHeight()<128)
- paddle1.move(lcd, 2);
- break;
- }
- }
- if(count%2) // Only let CPU move once every 2 times through the loop
- paddle2.moveCPU(lcd, theBall.getY());
- if(++count==5) { // Only move the ball once every 5 times through the loop
- count = 0;
- if(theBall.hitP1((paddle1.getX()+paddle1.getWidth()), paddle1.getY(), paddle1.getHeight()))
- theBall.reverseX();
- if(theBall.hitP2(paddle2.getX(), paddle2.getY(), paddle2.getHeight()))
- theBall.reverseX();
- if(theBall.hitX()) { // If the ball hits one of the sides of the screen
- if(theBall.getX()<7) { // If the ball hit paddle1's side
- if(!paddle1.loseLife()) { // If paddle1 has no more lives
- paddle1.setLives(3);
- paddle2.setLives(3);
- paddle2.addPoint();
- }
- }
- else if(theBall.getX()>120) { // If the ball hit paddle2's side
- if(!paddle2.loseLife()) { // If paddle2 has no more lives
- paddle2.setLives(3);
- paddle1.setLives(3);
- paddle1.addPoint();
- }
- }
- theBall.reverseX();
- state = RESET; // Reset the objects
- }
- if(theBall.hitY())
- theBall.reverseY();
- theBall.move(lcd);
- }
- break;
+ drawScreen(paddle1, theBall, block1, block2, block3, block4, block5, block6, block7, block8, block9,
+ block11, block12, block13, block14, block15, block16, block17, block18, block19, false);
+ drawScores(paddle1);
}
- drawScreen(paddle1, paddle2, theBall, false);
- drawScores(paddle1, paddle2);
- }
}