ELEC2645 (2015/16)
Robin Milward Cooney 200849894
Dependencies: N5110 SDFileSystem gameCharacters mbed
main.cpp
- Committer:
- robinmc
- Date:
- 2016-04-29
- Revision:
- 1:046e66f1ca76
- Parent:
- 0:28392431dbad
- Child:
- 2:158d57cdbf1e
File content as of revision 1:046e66f1ca76:
/* ELEC2645 Game - Shooty shooty bang bang (priliminary name)
Week 19 - initial version, basic testing of sensor and display
(c) Robni Milward Cooney Uniersity of Leeds, 06/03/16
*/
#include "mbed.h"
#include "N5110.h"
#include "math.h"
#include "stdint.h"
#include "tone.h"
#include "SDFileSystem.h"
#include "gameCharacters.h"
#define joystickTolerance 0.05f
N5110 lcd(PTE26,PTA0,PTC4,PTD0,PTD2,PTD1,PTC3); //declare LCD
BusOut led(PTC8,PTC9,PTC0,PTC7,PTC5); //declare Bus output for LED bar
SDFileSystem sd(PTE3, PTE1, PTE2, PTE4, "sd"); // MOSI, MISO, SCK, CS
DigitalOut red_led(LED_RED);
DigitalOut green_led(LED_GREEN);
DigitalIn swJoy(PTB18); //define potentiomiter switch
AnalogIn xPot(PTB2); //define x axis analoge in (this is the pot that corresponds to horizontal movement of the joystick)
AnalogIn yPot(PTB3); //define y axis analoge in (this is the pot that corresponds to vertical movement of the joystick)
DigitalIn b_A(PTE24); //define additional first button
DigitalIn b_B(PTE25); //define additional second button
PwmOut PWM(PTC11);
InterruptIn press_b_A(PTE24); //declare the push button A as an interrupt
InterruptIn press_b_B(PTE25); //declare the push button B as an interrupt
Ticker Ticker_Menu;
Ticker Ticker_Game;
int i; //loop counter
int run=0;
int loop=0;
int difficulty=2;
int g_jump=36;
int jumpUp;
int accel=0;
int bullet=9;
int bullet_height;
int menu_select;
int score=0;
int highscore;
int kill_score;
int h_movement=0;
int ammo=24;
int rat_movement=85;
int hound_hMovement=90;
int hound_vMovement=40;
int hound_jump=0;
int bear_movement=100;
int bird_hMovement=95;
int bird_vMovement=20;
int cactus_movement=110;
int t_rex_movement=120;
int fire_ball_hMovement=t_rex_movement-6;
int fire_ball_vMovement=25;
int heart_movement=90;
int ammo_movement=100;
int menuState=0; //initial state for the menu fsm
int jump_flag=0;
int shoot_flag=0;
int print_rat_flag=0;
int print_hound_flag=0;
int hound_jump_flag=0;
int print_bear_flag=0;
int print_bird_flag=0;
int print_heart_flag=0;
int print_ammo_flag=0;
int print_cactus_flag=0;
int print_t_rex_flag=0;
int print_fire_ball_flag=0;
int lose_lives_delay_flag=0;
int lives_delay_loop=0; //number of times the lose_lives_delay_flag if statement has iterated
int fire_on_screen=0;
int story_progress=1;
double lives=4;
int bear_lives=0;
int t_rex_lives=0;
int random_num;
float brightness=0.5;
volatile int g_Ticker_Menu_flag=0;
volatile int g_Ticker_Game_flag=0;
volatile int g_press_b_A_flag=0;
volatile int g_press_b_B_flag=0;
void initialize_values()
{
red_led = 1;
green_led=1;
i=0; //loop counter
loop=0;
g_jump=36;
accel=0;
bullet=9;
h_movement=0;
ammo=24;
rat_movement=85;
hound_hMovement=90;
hound_vMovement=40;
hound_jump=0;
bear_movement=100;
bird_hMovement=95;
bird_vMovement=20;
cactus_movement=110;
t_rex_movement=120;
fire_ball_hMovement=t_rex_movement-6;
fire_ball_vMovement=25;
heart_movement=90;
ammo_movement=100;
menuState=0; //initial state for the menu fsm
jump_flag=0;
shoot_flag=0;
print_rat_flag=0;
print_hound_flag=0;
hound_jump_flag=0;
print_bear_flag=0;
print_bird_flag=0;
print_heart_flag=0;
print_ammo_flag=0;
print_cactus_flag=0;
print_t_rex_flag=0;
print_fire_ball_flag=0;
lose_lives_delay_flag=0;
lives_delay_loop=0;
lives=4;
bear_lives=0;
score=0;
kill_score=0;
fire_on_screen=0;
}
void generate_random_number()
{
time_t seconds = time(NULL);
srand(seconds);
random_num=rand()%10000;
}
void led_bar() //code to test led bar
{
led=pow(2,lives)-1;
if (lives>5) {
lives=5;
}
}
void ground() //funtion to print the ground
{
for (int x = 0; x<=84 ; x++) {
lcd.setPixel(x,47);
}
}
void print_heart()
{
for(int c=0; c<=4; c++) { //4 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=4; r++) {
if (g_heart[r][c]==0) {
if (lcd.getPixel(c+heart_movement,r+35)!=0) {
lcd.setPixel(c+heart_movement,r+35);
} else {
lcd.clearPixel(c+heart_movement,r+35);
}
} else if (g_heart[r][c]==1) {
lcd.setPixel(c+heart_movement,r+35);
}
}
}
}
void print_ammo_pickUp()
{
for(int c=0; c<=6; c++) { //6 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=7; r++) {
if (g_ammo_pickUp[r][c]==0) {
if (lcd.getPixel(c+ammo_movement,r+35)!=0) {
lcd.setPixel(c+ammo_movement,r+35);
} else {
lcd.clearPixel(c+ammo_movement,r+35);
}
} else if (g_ammo_pickUp[r][c]==1) {
lcd.setPixel(c+ammo_movement,r+35);
}
}
}
}
void print_recks_still_gun()
{
for(int c=0; c<=9; c++) { //9 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=9; r++) {
if (g_recks_still_gun[r][c]==0) {
if (lcd.getPixel(c+3,r+37)!=0) {
lcd.setPixel(c+3,r+37);
} else {
lcd.clearPixel(c+3,r+37);
}
} else if (g_recks_still_gun[r][c]==1) {
lcd.setPixel(c+3,r+37);
}
}
}
}
void print_recks_moving_gun()
{
for(int c=0; c<=9; c++) { //9 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=9; r++) {
if (g_recks_moving_gun[r][c]==0) {
if (lcd.getPixel(c+3,r+37)!=0) {
lcd.setPixel(c+3,r+37);
} else {
lcd.clearPixel(c+3,r+37);
}
} else if (g_recks_moving_gun[r][c]==1) {
lcd.setPixel(c+3,r+37);
}
}
}
}
void print_recks_crouch_gun()
{
for(int c=0; c<=9; c++) { //9 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=9; r++) {
if (g_recks_crouch_gun[r][c]==0) {
if (lcd.getPixel(c+3,r+37)!=0) {
lcd.setPixel(c+3,r+37);
} else {
lcd.clearPixel(c+3,r+37);
}
} else if (g_recks_crouch_gun[r][c]==1) {
lcd.setPixel(c+3,r+37);
}
}
}
}
void print_recks_jump_gun()
{
for(int c=0; c<=9; c++) { //9 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=9; r++) {
if (g_recks_jump_gun[r][c]==0) {
if (lcd.getPixel(c+3,r+g_jump)!=0) {
lcd.setPixel(c+3,r+g_jump);
} else {
lcd.clearPixel(c+3,r+g_jump);
}
} else if (g_recks_jump_gun[r][c]==1) {
lcd.setPixel(c+3,r+g_jump);
}
}
}
}
void print_mob_rat_p1() //funtion to print the still bear on the LCD
{
for(int c=0; c<=7; c++) { // 7 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=2; r++) {
if (g_mob_rat_p1[r][c]==0) {
if (lcd.getPixel(c+rat_movement,r+44)!=0) {
lcd.setPixel(c+rat_movement,r+44);
} else {
lcd.clearPixel(c+rat_movement,r+44);
}
} else if (g_mob_rat_p1[r][c]==1) {
lcd.setPixel(c+rat_movement,r+44);
}
}
}
}
void print_mob_rat_p2() //funtion to print the still bear on the LCD
{
for(int c=0; c<=7; c++) { // 7 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=2; r++) {
if (g_mob_rat_p2[r][c]==0) {
if (lcd.getPixel(c+rat_movement,r+44)!=0) {
lcd.setPixel(c+rat_movement,r+44);
} else {
lcd.clearPixel(c+rat_movement,r+44);
}
} else if (g_mob_rat_p2[r][c]==1) {
lcd.setPixel(c+rat_movement,r+44);
}
}
}
}
void print_mob_hound_p1() //funtion to print the still hound on the LCD
{
for(int c=0; c<=12; c++) { // 12 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=7; r++) {
if (g_mob_hound_p1[r][c]==0) {
if (lcd.getPixel(c+hound_hMovement,r+hound_vMovement)!=0) {
lcd.setPixel(c+hound_hMovement,r+hound_vMovement);
} else {
lcd.clearPixel(c+hound_hMovement,r+hound_vMovement);
}
} else if (g_mob_hound_p1[r][c]==1) {
lcd.setPixel(c+hound_hMovement,r+hound_vMovement);
}
}
}
}
void print_mob_hound_p2() //funtion to print the moving hound on the LCD
{
for(int c=0; c<=12; c++) { // 12 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=7; r++) {
if (g_mob_hound_p2[r][c]==0) {
if (lcd.getPixel(c+hound_hMovement,r+hound_vMovement)!=0) {
lcd.setPixel(c+hound_hMovement,r+hound_vMovement);
} else {
lcd.clearPixel(c+hound_hMovement,r+hound_vMovement);
}
} else if (g_mob_hound_p2[r][c]==1) {
lcd.setPixel(c+hound_hMovement,r+hound_vMovement);
}
}
}
}
void print_mob_hound_dead() //funtion to print the moving hound on the LCD
{
for(int c=0; c<=12; c++) { // 12 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=7; r++) {
if (g_mob_hound_dead[r][c]==0) {
if (lcd.getPixel(c+hound_hMovement,r+hound_vMovement)!=0) {
lcd.setPixel(c+hound_hMovement,r+hound_vMovement);
} else {
lcd.clearPixel(c+hound_hMovement,r+hound_vMovement);
}
} else if (g_mob_hound_dead[r][c]==1) {
lcd.setPixel(c+hound_hMovement,r+hound_vMovement);
}
}
}
}
void print_mob_bear_p1() //funtion to print the still bear on the LCD
{
for(int c=0; c<=18; c++) { //18 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=9; r++) {
if (g_mob_bear_p1[r][c]==0) {
if (lcd.getPixel(c+bear_movement,r+37)!=0) {
lcd.setPixel(c+bear_movement,r+37);
} else {
lcd.clearPixel(c+bear_movement,r+37);
}
} else if (g_mob_bear_p1[r][c]==1) {
lcd.setPixel(c+bear_movement,r+37);
}
}
}
}
void print_mob_bear_p2() //funtion to print the moving bear on the LCD
{
for(int c=0; c<=18; c++) { //18 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=9; r++) {
if (g_mob_bear_p2[r][c]==0) {
if (lcd.getPixel(c+bear_movement,r+37)!=0) {
lcd.setPixel(c+bear_movement,r+37);
} else {
lcd.clearPixel(c+bear_movement,r+37);
}
} else if (g_mob_bear_p2[r][c]==1) {
lcd.setPixel(c+bear_movement,r+37);
}
}
}
}
void print_mob_bear_dead() //funtion to print the bead bear on the LCD
{
for(int c=0; c<=18; c++) { //18 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=9; r++) {
if (g_mob_bear_dead[r][c]==0) {
if (lcd.getPixel(c+bear_movement,r+37)!=0) {
lcd.setPixel(c+bear_movement,r+37);
} else {
lcd.clearPixel(c+bear_movement,r+37);
}
} else if (g_mob_bear_dead[r][c]==1) {
lcd.setPixel(c+bear_movement,r+37);
}
}
}
}
void print_mob_bird_p1() //funtion to print the moving bird on the LCD
{
for(int c=0; c<=9; c++) { //9 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=9; r++) {
if (g_mob_bird_p1[r][c]==0) {
if (lcd.getPixel(c+bird_hMovement,r+bird_vMovement)!=0) {
lcd.setPixel(c+bird_hMovement,r+bird_vMovement);
} else {
lcd.clearPixel(c+bird_hMovement,r+bird_vMovement);
}
} else if (g_mob_bird_p1[r][c]==1) {
lcd.setPixel(c+bird_hMovement,r+bird_vMovement);
}
}
}
}
void print_mob_bird_p2() //funtion to print the moving bird on the LCD
{
for(int c=0; c<=9; c++) { //9 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=9; r++) {
if (g_mob_bird_p2[r][c]==0) {
if (lcd.getPixel(c+bird_hMovement,r+bird_vMovement)!=0) {
lcd.setPixel(c+bird_hMovement,r+bird_vMovement);
} else {
lcd.clearPixel(c+bird_hMovement,r+bird_vMovement);
}
} else if (g_mob_bird_p2[r][c]==1) {
lcd.setPixel(c+bird_hMovement,r+bird_vMovement);
}
}
}
}
void print_mob_bird_dead() //funtion to print the moving bird on the LCD
{
for(int c=0; c<=9; c++) { //9 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=9; r++) {
if (g_mob_bird_dead[r][c]==0) {
lcd.clearPixel(c+bird_hMovement,r+bird_vMovement);
} else if (g_mob_bird_dead[r][c]==1) {
lcd.setPixel(c+bird_hMovement,r+bird_vMovement);
}
}
}
}
void print_cactus() //funtion to print the moving bird on the LCD
{
for(int c=0; c<=4; c++) { //4 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=11; r++) {
if (cactus[r][c]==0) {
if (lcd.getPixel(c+cactus_movement,r+35)!=0) {
lcd.setPixel(c+cactus_movement,r+35);
} else {
lcd.clearPixel(c+cactus_movement,r+35);
}
} else if (cactus[r][c]==1) {
lcd.setPixel(c+cactus_movement,r+35);
}
}
}
}
void print_t_rex()
{
for(int c=0; c<=24; c++) { //24 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=27; r++) {
if (g_t_rex[r][c]==0) {
if (lcd.getPixel(c+t_rex_movement,r+19)!=0) {
lcd.setPixel(c+t_rex_movement,r+19);
} else {
lcd.clearPixel(c+t_rex_movement,r+19);
}
} else if (g_t_rex[r][c]==1) {
lcd.setPixel(c+t_rex_movement,r+19);
}
}
}
}
void print_t_rex_moving()
{
for(int c=0; c<=24; c++) { //24 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=27; r++) {
if (g_t_rex_moving[r][c]==0) {
if (lcd.getPixel(c+t_rex_movement,r+19)!=0) {
lcd.setPixel(c+t_rex_movement,r+19);
} else {
lcd.clearPixel(c+t_rex_movement,r+19);
}
} else if (g_t_rex_moving[r][c]==1) {
lcd.setPixel(c+t_rex_movement,r+19);
}
}
}
}
void print_t_rex_attack()
{
for(int c=0; c<=24; c++) { //24 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=27; r++) {
if (g_t_rex_attack[r][c]==0) {
if (lcd.getPixel(c+t_rex_movement,r+19)!=0) {
lcd.setPixel(c+t_rex_movement,r+19);
} else {
lcd.clearPixel(c+t_rex_movement,r+19);
}
} else if (g_t_rex_attack[r][c]==1) {
lcd.setPixel(c+t_rex_movement,r+19);
}
}
}
}
void print_fire_ball_p1()
{
for(int c=0; c<=8; c++) { //24 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=8; r++) {
if (g_fire_ball_p1[r][c]==0) {
if (lcd.getPixel(c+fire_ball_hMovement,r+fire_ball_vMovement)!=0) {
lcd.setPixel(c+fire_ball_hMovement,r+fire_ball_vMovement);
} else {
lcd.clearPixel(c+fire_ball_hMovement,r+fire_ball_vMovement);
}
} else if (g_fire_ball_p1[r][c]==1) {
lcd.setPixel(c+fire_ball_hMovement,r+fire_ball_vMovement);
}
}
}
}
void print_fire_ball_p2()
{
for(int c=0; c<=8; c++) { //24 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=8; r++) {
if (g_fire_ball_p2[r][c]==0) {
if (lcd.getPixel(c+fire_ball_hMovement,r+fire_ball_vMovement)!=0) {
lcd.setPixel(c+fire_ball_hMovement,r+fire_ball_vMovement);
} else {
lcd.clearPixel(c+fire_ball_hMovement,r+fire_ball_vMovement);
}
} else if (g_fire_ball_p2[r][c]==1) {
lcd.setPixel(c+fire_ball_hMovement,r+fire_ball_vMovement);
}
}
}
}
void print_clouds()
{
uint8_t clouds_movement=h_movement; //8 bit unsigned interger
for(int c=clouds_movement; c<=clouds_movement+83; c++) {
for(int r=0; r<=2; r++) {
if (g_clouds[r][c]==0) {
lcd.clearPixel(c-clouds_movement,r+6);
} else if (g_clouds[r][c]==1) {
lcd.setPixel(c-clouds_movement,r+6);
}
}
}
}
void print_locks()
{
int sp=8*story_progress;
for(int c=0; c<=3; c++) { //24 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=5; r++) {
for (int n=1; n<=33; n+=8) {
if (g_padlock_p1[r][c]==0) {
lcd.clearPixel(c+8,r+n);
} else if (g_padlock_p1[r][c]==1) {
lcd.setPixel(c+8,r+n);
}
}
}
}
for(int c=0; c<=3; c++) { //24 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=5; r++) {
for (int n=1; n<=sp; n+=8) {
if (g_padlock_p2[r][c]==0) {
lcd.clearPixel(c+8,r+n);
} else if (g_padlock_p2[r][c]==1) {
lcd.setPixel(c+8,r+n);
}
}
}
}
}
void shoot()
{
lcd.setPixel(bullet,g_jump+4);
lcd.setPixel(bullet+1,g_jump+4);
}
void print_score();
void print_ammo();
void intro()
{
}
void Ticker_Menu_isr()
{
g_Ticker_Menu_flag=1;
}
void Ticker_Game_isr()
{
g_Ticker_Game_flag=1;
}
void press_b_A_isr()
{
g_press_b_A_flag=1;
}
enum joystickDirection { //emunm type for every neccessary direction of the joystick
CENTRE, //when the joystick isn't moved
DOWN,
UP,
LEFT,
RIGHT,
};
typedef struct JoyStick Joystick; //struct for Joystick
struct JoyStick {
float x; // current x value
float x0; // 'centred' x value
float y; // current y value
float y0; // 'centred' y value
int swJoy; // button state (assume pull-down used, so 1 = pressed, 0 = unpressed)
joystickDirection direction; // current direction
};
// create struct variable
Joystick joystick;
// read default positions of the joystick to calibrate later readings
void calibrateJoystick()
{
swJoy.mode(PullDown);
// must not move during calibration
joystick.x0 = xPot; // initial positions in the range 0.0 to 1.0 (0.5 if centred exactly)
joystick.y0 = yPot;
}
void updateJoystick()
{
// read current joystick values relative to calibrated values (in range -0.5 to 0.5, 0.0 is centred)
joystick.x = xPot - joystick.x0;
joystick.y = yPot - joystick.y0;
// read button state
joystick.swJoy = swJoy;
// calculate direction depending on x,y values
// tolerance allows a little lee-way in case joystick not exactly in the stated direction
if ( fabs(joystick.y) < joystickTolerance && fabs(joystick.x) < joystickTolerance) {
joystick.direction = CENTRE;
} else if ( joystick.y > joystickTolerance && fabs(joystick.x) < joystickTolerance) {
joystick.direction = UP;
} else if ( joystick.y < joystickTolerance && fabs(joystick.x) < joystickTolerance) {
joystick.direction = DOWN;
} else if ( joystick.x > joystickTolerance && fabs(joystick.y) < joystickTolerance) {
joystick.direction = LEFT;
} else if ( joystick.x < joystickTolerance && fabs(joystick.y) < joystickTolerance) {
joystick.direction = RIGHT;
}
}
struct motion { //defines the motion of the characters
int x;
int v_x;
int acc_x;
int y;
int v_y;
int acc_y;
};
struct menuState {
int menu_select; // output value
int nextState[5]; // array of next states 6 to account for all of the joystick states
};
typedef const struct menuState STyp;
STyp fsm_main_menu[5] = {
{0,{0,1,4,0,0}},
{8,{1,2,0,1,1}},
{16,{2,3,1,2,2}},
{24,{3,4,2,3,3}},
{32,{4,0,3,4,4}}
};
STyp fsm_settings_menu[5] = {
{0,{0,1,1,0,0}},
{8,{1,0,0,1,1}},
{16,{2,2,2,2,2}},
{24,{3,3,3,3,3}},
{32,{4,4,4,4,4}}
};
void game();
int main() //main function, currently used to test different functions
{
b_A.mode(PullDown);
b_B.mode(PullDown);
swJoy.mode(PullDown);
initialize_values();
lcd.init();
Ticker_Menu.attach(&Ticker_Menu_isr,0.2);
Ticker_Game.attach(&Ticker_Game_isr,0.1);
//press_b_A.fall(&press_b_A_isr);
//press_b_A.mode(PullDown);
calibrateJoystick();
Menu: //declares a "goto" location for the goto functions
menuState=0;
while(1) {
if (g_Ticker_Menu_flag) {
g_Ticker_Menu_flag=0;
updateJoystick();
lcd.setBrightness(brightness);
menu_select = fsm_main_menu[menuState].menu_select; // set ouput depending on current state
menuState = fsm_main_menu[menuState].nextState[joystick.direction]; // when joystick.direction has a vaule of CENTRE/RIGHT/LEFT the state machine input is 0 when it has a value of DOWN it is 0b01 when it has a value of UP is is 0b10
lcd.clear();
lcd.printString("Story mode",13,0);
lcd.printString("Minigame",18,1);
lcd.printString("Settings",18,2);
lcd.printString("Leaderboard",9,3);
lcd.printString("Credits",21,4);
for (int i=0; i<85; i++) { //go through every pixel on the x axis
for (int j=menu_select; j<(menu_select+8); j++) { // go through relevant pixels on the y axis
if (lcd.getPixel(i,j)== 0) { //if the pixel is on trun it off
lcd.setPixel(i,j);
} else {
lcd.clearPixel(i,j); //if the pixel is off turn it on
}
}
}
lcd.refresh();
if (b_A & menu_select==0) {
goto Story_Mode;
} else if (b_A & menu_select==8) {
goto Minigame;
} else if (b_A & menu_select==16) {
goto Settings;
} else if (b_A & menu_select==24) {
goto Leaderboard;
} else if (b_A & menu_select==32) {
goto Credits;
}
}
sleep();
}
Story_Mode:
menuState=0;
while(1) {
if (g_Ticker_Menu_flag) {
g_Ticker_Menu_flag=0;
updateJoystick();
lcd.setBrightness(brightness);
menu_select = fsm_main_menu[menuState].menu_select; // set ouput depending on current state
menuState = fsm_main_menu[menuState].nextState[joystick.direction]; // when joystick.direction has a vaule of CENTRE/RIGHT/LEFT the state machine input is 0 when it has a value of DOWN it is 0b01 when it has a value of UP is is 0b10
lcd.clear();
print_locks();
lcd.printString("Chapter 1",20,0);
lcd.printString("Chapter 2",20,1);
lcd.printString("Chapter 3",20,2);
lcd.printString("Chapter 4",20,3);
lcd.printString("Chapter 5",20,4);
for (int i=0; i<85; i++) { //go through every pixel on the x axis
for (int j=menu_select; j<(menu_select+8); j++) { // go through relevant pixels on the y axis
if (lcd.getPixel(i,j)== 0) { //if the pixel is on trun it off
lcd.setPixel(i,j);
} else {
lcd.clearPixel(i,j); //if the pixel is off turn it on
}
}
}
lcd.refresh();
if (b_A & menu_select==0&story_progress<=1) {
goto Story_Mode;
} else if (b_A & menu_select==8&story_progress<=2) {
goto Minigame;
} else if (b_A & menu_select==16&story_progress<=3) {
goto Settings;
} else if (b_A & menu_select==24&story_progress<=4) {
goto Leaderboard;
} else if (b_A & menu_select==32&story_progress<=5) {
goto Credits;
}
if (b_B) {
goto Menu;
}
}
sleep();
}
Settings:
menuState=0;
while (1) {
if (g_Ticker_Menu_flag) {
g_Ticker_Menu_flag=0;
updateJoystick();
menu_select = fsm_settings_menu[menuState].menu_select; // set ouput depending on current state
menuState = fsm_settings_menu[menuState].nextState[joystick.direction]; // when joystick.direction has a vaule of CENTRE/RIGHT/LEFT the state machine input is 0 when it has a value of DOWN it is 0b01 when it has a value of UP is is 0b10
lcd.clear();
lcd.printString("Brightness",13,0);
lcd.printString("Difficulty",13,1);
for (int i=0; i<85; i++) { //go through every pixel on the x axis
for (int j=menu_select; j<(menu_select+8); j++) { // go through relevant pixels on the y axis
if (lcd.getPixel(i,j)== 0) { //if the pixel is on trun it off
lcd.setPixel(i,j);
} else {
lcd.clearPixel(i,j); //if the pixel is off turn it on
}
}
}
lcd.refresh();
if (b_A & menu_select==0) {
goto Brightness;
} else if (b_A & menu_select==8) {
goto Difficulty;
}
if (b_B) {
goto Menu;
}
}
}
Brightness:
menuState=0;
while(1) {
if (g_Ticker_Menu_flag) {
g_Ticker_Menu_flag=0;
updateJoystick();
menu_select = fsm_main_menu[menuState].menu_select; // set ouput depending on current state
menuState = fsm_main_menu[menuState].nextState[joystick.direction]; // when joystick.direction has a vaule of CENTRE/RIGHT/LEFT the state machine input is 0 when it has a value of DOWN it is 0b01 when it has a value of UP is is 0b10
lcd.clear();
lcd.printString("Dark",30,0);
lcd.printString("Eco",33,1);
lcd.printString("Regular",23,2);
lcd.printString("Bright",26,3);
lcd.printString("Blinding",20,4);
for (int i=0; i<85; i++) { //go through every pixel on the x axis
for (int j=menu_select; j<(menu_select+8); j++) { // go through relevant pixels on the y axis
if (lcd.getPixel(i,j)== 0) { //if the pixel is on trun it off
lcd.setPixel(i,j);
} else {
lcd.clearPixel(i,j); //if the pixel is off turn it on
}
}
}
lcd.refresh();
if (b_A & menu_select==0) {
brightness=0;
goto Menu;
} else if (b_A & menu_select==8) {
brightness=0.3;
goto Menu;
} else if (b_A & menu_select==16) {
brightness=0.5;
goto Menu;
} else if (b_A & menu_select==24) {
brightness=0.7;
goto Menu;
} else if (b_A & menu_select==32) {
brightness=1;
goto Menu;
}
if (b_B) {
goto Settings;
}
}
sleep();
}
Difficulty:
menuState=0;
while(1) {
if (g_Ticker_Menu_flag) {
g_Ticker_Menu_flag=0;
updateJoystick();
menu_select = fsm_main_menu[menuState].menu_select; // set ouput depending on current state
menuState = fsm_main_menu[menuState].nextState[joystick.direction]; // when joystick.direction has a vaule of CENTRE/RIGHT/LEFT the state machine input is 0 when it has a value of DOWN it is 0b01 when it has a value of UP is is 0b10
lcd.clear();
lcd.printString("Piece of Cake",3,0);
lcd.printString("Easy",30,1);
lcd.printString("Regular",23,2);
lcd.printString("Hard",30,3);
lcd.printString("Legendary",15,4);
for (int i=0; i<85; i++) { //go through every pixel on the x axis
for (int j=menu_select; j<(menu_select+8); j++) { // go through relevant pixels on the y axis
if (lcd.getPixel(i,j)== 0) { //if the pixel is on trun it off
lcd.setPixel(i,j);
} else {
lcd.clearPixel(i,j); //if the pixel is off turn it on
}
}
}
lcd.refresh();
if (b_A & menu_select==0) {
difficulty=0;
goto Menu;
} else if (b_A & menu_select==8) {
difficulty=1;
goto Menu;
} else if (b_A & menu_select==16) {
difficulty=2;
goto Menu;
} else if (b_A & menu_select==24) {
difficulty=3;
goto Menu;
} else if (b_A & menu_select==32) {
difficulty=4;
goto Menu;
}
if (b_B) {
goto Settings;
}
}
sleep();
}
Leaderboard:
while(1) {
lcd.clear();
char buffer[14];
int p = sprintf(buffer,"%d",score);
if (g_Ticker_Menu_flag) {
g_Ticker_Menu_flag=0;
FILE *Highscores = fopen("/sd/Highscores.txt", "w");
if (Highscores!=NULL) {
green_led=0;
fscanf(Highscores, "%d", &score);
fclose(Highscores);
lcd.printString("Highscore:",0,0);
lcd.printString(buffer,10,3);
} else if (Highscores!=NULL) {
red_led=0;
lcd.printString("Error reading",0,0);
lcd.printString("file try",0,1);
lcd.printString("re-inserting",0,2);
lcd.printString("SD card",0,3);
}
}
lcd.refresh();
sleep();
}
Credits:
Minigame:
Continue:
wait(0.5);
while (1) {
if (g_Ticker_Game_flag) {
g_Ticker_Game_flag=0;
if (lives==0) {
goto GameOver;
}
if (swJoy==1) {
goto Pause;
}
lcd.clear();
updateJoystick();
game();
}
i++;
lcd.refresh();
sleep();
}
Pause:
int q;
while (1) {
q++;
lcd.printString("PAUSED",25,3);
if (g_Ticker_Menu_flag) {
g_Ticker_Menu_flag=0;
if (swJoy&q>5) {
q=0;
lcd.setBrightness(brightness);
led_bar();
goto Continue;
} else if (q>=20) {
lcd.setBrightness(0);
led=0;
}
}
sleep();
}
GameOver:
char buffer[14];
int p = sprintf(buffer,"%d",score);
FILE *Highscores = fopen("/sd/Highscores.txt", "w");
if (Highscores!=NULL) {
fprintf(Highscores, "%d\n", highscore);
fclose(Highscores);
green_led=0;
} else {
red_led=0;
}
led_bar();
lcd.clear();
for (int freeze=0; freeze<=30; freeze++) {
if (g_Ticker_Menu_flag) {
g_Ticker_Menu_flag=0;
lcd.clear();
lcd.printString("GAME",25,1);
lcd.printString("OVER",25,2);
lcd.refresh();
}
sleep();
}
green_led=1;
red_led=1;
lcd.printString("A Retry",40,4);
lcd.printString("B Back to Menu",0,5);
lcd.refresh();
while (1) {
if (g_Ticker_Menu_flag) {
g_Ticker_Menu_flag=0;
if (b_A==1) {
initialize_values();
goto Continue;
} else if (b_B==1) {
initialize_values();
goto Menu;
}
}
sleep();
}
}
// -----------------------------------------------------------------------------------------------------------------------------------------
void game()
{
led_bar();
print_score();
generate_random_number();
if (lose_lives_delay_flag==1) {
lives_delay_loop++;
if (lives_delay_loop>=10) { //means that the delay between one life beeing lost and another one beeing lost is at least 1s
lives_delay_loop=0;
lose_lives_delay_flag=0;
}
}
if (ammo<=5) {
if (i%8>=4) {
print_ammo();
}
} else {
print_ammo();
}
if (b_B) {
jump_flag=1;
}
if (shoot_flag==0) {
bullet=9;
if (joystick.direction==DOWN) {
bullet_height=42;
} else {
bullet_height=g_jump+4;
}
} else if (shoot_flag==1&loop==0) {
loop++;
ammo--;
if (joystick.direction==DOWN&jump_flag!=1) {
bullet_height=42;
} else {
bullet_height=g_jump+4;
}
}
if (b_A) {
if (ammo<=0) {
shoot_flag=0;
} else {
shoot_flag=1;
}
}
if (random_num<1000) {
print_bear_flag=1;
} else if (random_num>=1000&random_num<3000) {
print_bird_flag=1;
} else if (random_num>=3000&random_num<3010) {
print_heart_flag=1;
} else if (random_num>=3010&random_num<3050) {
print_ammo_flag=1;
} else if (random_num>=3050&random_num<6000) {
print_cactus_flag=1;
} else if (random_num>=6000&random_num<6100) {
print_ammo_flag=1;
print_t_rex_flag=1;
} else if (random_num>=6100&random_num<7000) {
print_rat_flag=1;
} else if (random_num>=7000&random_num<800) {
print_hound_flag=1;
}
if (print_t_rex_flag==1&random_num%10==0&fire_on_screen==0) {
fire_on_screen=1;
print_fire_ball_flag=1;
fire_ball_hMovement=t_rex_movement-6;
fire_ball_vMovement=25;
}
if (joystick.direction==CENTRE&jump_flag!=1) {
lcd.setPixel(bullet,bullet_height);
lcd.setPixel(bullet+1,bullet_height);
print_recks_still_gun();
if (shoot_flag==1) {
bullet+=20;
if (bullet>=84) {
shoot_flag=0;
loop=0;
}
}
} else if (joystick.direction==LEFT&jump_flag!=1) {
if (run%2==0) {
print_recks_still_gun();
} else if (run%2==1) {
print_recks_moving_gun();
}
lcd.setPixel(bullet,bullet_height);
lcd.setPixel(bullet+1,bullet_height);
if (shoot_flag==1) {
bullet+=21;
if (bullet>=84) {
shoot_flag=0;
loop=0;
}
}
h_movement--;
run++;
} else if (joystick.direction==RIGHT&jump_flag!=1) {
if (run%2==0) {
print_recks_still_gun();
} else if (run%2==1) {
print_recks_moving_gun();
}
lcd.setPixel(bullet,bullet_height);
lcd.setPixel(bullet+1,bullet_height);
if (shoot_flag==1) {
bullet+=19;
if (bullet>=84) {
shoot_flag=0;
loop=0;
}
}
h_movement++;
run++;
} else if (joystick.direction==DOWN&jump_flag!=1) {
lcd.setPixel(bullet,bullet_height);
lcd.setPixel(bullet+1,bullet_height);
print_recks_crouch_gun();
bullet_height=42;
if (shoot_flag==1) {
bullet+=20;
if (bullet>=84) {
shoot_flag=0;
loop=0;
}
}
} else if (jump_flag==1) {
if (joystick.direction==LEFT) {
if (shoot_flag==1) {
bullet+=21;
if (bullet>=84) {
shoot_flag=0;
loop=0;
}
}
h_movement--;
} else if (joystick.direction==RIGHT) {
if (shoot_flag==1) {
bullet+=19;
if (bullet>=84) {
shoot_flag=0;
loop=0;
}
}
h_movement++;
} else if (joystick.direction==CENTRE) {
if (shoot_flag==1) {
bullet+=20;
if (bullet>=84) {
shoot_flag=0;
loop=0;
}
}
}
if (g_jump<=36&jumpUp==0&g_jump!=15) {
lcd.setPixel(bullet,bullet_height);
lcd.setPixel(bullet+1,bullet_height);
if (bullet>=84) {
shoot_flag=0;
loop=0;
}
print_recks_jump_gun();
g_jump-=6-accel;
accel++;
} else if (g_jump>=15&g_jump!=36) {
lcd.setPixel(bullet,bullet_height);
lcd.setPixel(bullet+1,bullet_height);
if (bullet>=84) {
shoot_flag=0;
loop=0;
}
print_recks_jump_gun();
g_jump+=6-accel;
accel--;
jumpUp=1;
} else if (g_jump==36&jumpUp==1) {
lcd.setPixel(bullet,bullet_height);
lcd.setPixel(bullet+1,bullet_height);
if (bullet>=84) {
shoot_flag=0;
loop=0;
}
print_recks_still_gun();
jump_flag=0;
jumpUp=0;
g_jump=36;
accel=0;
}
}
if (print_rat_flag==1) {
if (i%4>=2) {
print_mob_rat_p1();
} else if (i%4<2) {
print_mob_rat_p2();
}
if (joystick.direction==LEFT) {
rat_movement++;
} else if (joystick.direction==RIGHT) {
rat_movement--;
}
rat_movement-=3;
if (rat_movement<=-15) {
rat_movement=100;
print_rat_flag=0;
}
if (rat_movement<=5&rat_movement>=-3&g_jump>32&lose_lives_delay_flag==0) { //a life is lost if recks has an vertical and horizontal position equal to one of the pixels corresponding to the bears position
lives--;
lose_lives_delay_flag=1;
}
}
if (print_hound_flag==1) {
if (i%4>=2&hound_jump_flag!=1) {
print_mob_hound_p1();
} else if (i%4<2&hound_jump_flag!=1) {
print_mob_hound_p2();
}
if (joystick.direction==LEFT) {
hound_hMovement++;
} else if (joystick.direction==RIGHT) {
hound_hMovement--;
}
hound_hMovement-=2;
if (hound_hMovement<=-15) {
hound_hMovement=100;
print_hound_flag=0;
}
if (random_num%10==0) {
hound_jump_flag=1;
}
if (hound_jump_flag==1) {
hound_jump++;
hound_hMovement--;
if (hound_jump==1) {
hound_vMovement-=3;
} else if (hound_jump==2) {
hound_vMovement-=2;
} else if (hound_jump==3) {
hound_vMovement-=1;
} else if (hound_jump==4) {
hound_vMovement+=1;
} else if (hound_jump==5) {
hound_vMovement+=2;
} else if (hound_jump==6) {
hound_vMovement+=3;
} else if (hound_jump==7) {
hound_jump_flag=0;
hound_jump=0;
}
print_mob_hound_p2();
}
if ((hound_hMovement<=8&hound_hMovement>=-5&g_jump>28&lose_lives_delay_flag==0&hound_jump_flag!=1)|(hound_hMovement<=8&hound_hMovement>=-5&g_jump>22&lose_lives_delay_flag==0&hound_jump_flag==1)) { //a life is lost if recks has an vertical and horizontal position equal to one of the pixels corresponding to the hounds position
lives--;
lose_lives_delay_flag=1;
}
if (shoot_flag==1&bullet_height>hound_vMovement&bullet_height<hound_vMovement+8) {
print_mob_hound_dead();
print_hound_flag=0;
hound_hMovement=90;
kill_score+=5;
}
}
if (print_bear_flag==1) {
if (i%4>=2) {
print_mob_bear_p1();
} else if (i%4<2) {
print_mob_bear_p2();
}
if (joystick.direction==LEFT) {
bear_movement++;
} else if (joystick.direction==RIGHT) {
bear_movement--;
}
bear_movement-=2;
if (bear_movement<=-15) {
bear_movement=100;
print_bear_flag=0;
}
if (bear_movement<=8&bear_movement>=-5&g_jump>26&lose_lives_delay_flag==0) { //a life is lost if recks has an vertical and horizontal position equal to one of the pixels corresponding to the bears position
lives--;
lose_lives_delay_flag=1;
}
if (shoot_flag==1&bullet_height>8) {
bear_lives++;
if (bear_lives==12-3*g_g1-3*g_g2) {
print_mob_bear_dead();
print_bear_flag=0;
bear_movement=100;
kill_score+=7;
bear_lives=0;
}
}
}
if (print_bird_flag==1) {
if (i%8>=4) {
print_mob_bird_p1();
} else if (i%8<4) {
print_mob_bird_p2();
}
bird_hMovement-=2;
if (joystick.direction==LEFT) {
bird_hMovement++;
} else if (joystick.direction==RIGHT) {
bird_hMovement--;
}
if (random_num%6==0) {
bird_vMovement--;
} else if (random_num%6>=4) {
bird_vMovement++;
}
if (bird_vMovement>=37) {
bird_vMovement=37;
} else if (bird_vMovement<=10) {
bird_vMovement=10;
}
if (bird_hMovement<=-10) {
print_bird_flag=0;
bird_hMovement=100;
bird_vMovement=20;
bear_lives=0;
}
if ((bird_hMovement>=0&bird_hMovement<=10)&(bird_vMovement+5>=g_jump&bird_vMovement+5<=g_jump+10&lose_lives_delay_flag==0)) {
lives--;
lose_lives_delay_flag=1;
}
if (shoot_flag==1&(bullet_height==bird_vMovement+5|bullet_height==bird_vMovement+4)) {
print_mob_bird_dead();
print_bird_flag=0;
bird_hMovement=100;
bird_vMovement=20;
kill_score+=5;
}
}
if (print_cactus_flag==1) {
print_cactus();
if (joystick.direction==LEFT) {
cactus_movement++;
} else if (joystick.direction==RIGHT) {
cactus_movement--;
}
if (cactus_movement<=-10) {
cactus_movement=110;
print_cactus_flag=0;
}
if (cactus_movement<=10&cactus_movement>=2&g_jump>32&lose_lives_delay_flag==0) {
lives--;
lose_lives_delay_flag=1;
}
}
if (print_t_rex_flag==1) {
if (joystick.direction==LEFT) {
t_rex_movement++;
} else if (joystick.direction==RIGHT) {
t_rex_movement--;
}
if (random_num%4==0&print_fire_ball_flag!=1) {
t_rex_movement+=2;
print_t_rex_moving();
} else if (random_num%4==1&print_fire_ball_flag!=1) {
t_rex_movement-=2;
print_t_rex_moving();
} else if (random_num%4>1&print_fire_ball_flag!=1) {
print_t_rex();
}
if (t_rex_movement<=-100) {
t_rex_movement=120;
print_t_rex_flag=0;
}
if (t_rex_movement<=6&t_rex_movement>=2&lose_lives_delay_flag==0) {
lives--;
lose_lives_delay_flag=1;
}
}
if (print_fire_ball_flag==1) {
print_t_rex_attack();
fire_ball_hMovement-=2;
if (joystick.direction==LEFT) {
fire_ball_hMovement++;
} else if (joystick.direction==RIGHT) {
fire_ball_hMovement--;
}
if (i%4>=2) {
print_fire_ball_p1();
} else {
print_fire_ball_p2();
}
if (fire_ball_vMovement>=37) {
fire_ball_vMovement=37;
}
if (random_num%3==0) {
fire_ball_vMovement++;
} else if (random_num%3==1) {
fire_ball_vMovement+=2;
}
if (fire_ball_hMovement<=-10) {
fire_ball_vMovement=27;
fire_ball_hMovement=t_rex_movement-6;
print_fire_ball_flag=0;
fire_on_screen=0;
}
if (fire_ball_hMovement>=3&fire_ball_hMovement<=8&fire_ball_vMovement>g_jump-5&fire_ball_vMovement<g_jump+10&lose_lives_delay_flag==0) {
lives--;
lose_lives_delay_flag=1;
}
if (shoot_flag==1) {
t_rex_lives++;
if (t_rex_lives>=24-3*g_g1-3*g_g2) {
print_t_rex_flag=0;
t_rex_movement=120;
kill_score+=20;
t_rex_lives=0;
}
}
}
if (print_heart_flag==1) {
print_heart();
if (joystick.direction==LEFT) {
heart_movement++;
} else if (joystick.direction==RIGHT) {
heart_movement--;
}
if (heart_movement<=7&g_jump>26) {
heart_movement=90;
print_heart_flag=0;
lives++;
}
}
if (print_ammo_flag==1) {
print_ammo_pickUp();
if (joystick.direction==LEFT) {
ammo_movement++;
} else if (joystick.direction==RIGHT) {
ammo_movement--;
}
if (ammo_movement<=7&g_jump>26) {
ammo_movement=90;
print_ammo_flag=0;
ammo+=5;
ammo+=rand()%7;
}
}
print_clouds();
ground();
}
void print_ammo()
{
for(int c=0; c<=2; c++) { // 2 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=4; r++) {
for (int n=70; n<=74; n+=4) {
if (n==74&ammo%10==0) {
if (zero[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==74&ammo%10==1) {
if (one[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==74&ammo%10==2) {
if (two[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==74&ammo%10==3) {
if (three[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==74&ammo%10==4) {
if (four[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==74&ammo%10==5) {
if (five[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==74&ammo%10==6) {
if (six[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==74&ammo%10==7) {
if (seven[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==74&ammo%10==8) {
if (eight[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==74&ammo%10==9) {
if (nine[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
}
if (n==70&(ammo%100>=0&ammo%100<10)) {
if (zero[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==70&(ammo%100>=10&ammo%100<20)) {
if (one[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==70&(ammo%100>=20&ammo%100<30)) {
if (two[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==70&(ammo%100>=30&ammo%100<40)) {
if (three[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==70&(ammo%100>=40&ammo%100<50)) {
if (four[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==70&(ammo%100>=50&ammo%100<60)) {
if (five[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==70&(ammo%100>=60&ammo%100<70)) {
if (six[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==70&(ammo%100>=70&ammo%100<80)) {
if (seven[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==70&(ammo%100>=80&ammo%100<90)) {
if (eight[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==70&(ammo%100>=90&ammo%100<100)) {
if (nine[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
}
}
}
}
for(int c=0; c<=14; c++) { //14 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=4; r++) {
if (g_ammo[r][c]==0) {
lcd.clearPixel(c+50,r);
} else if (g_ammo[r][c]==1) {
lcd.setPixel(c+50,r);
}
}
}
if (ammo>=99) {
ammo=99;
}
lcd.refresh();
}
void print_score()
{
score=h_movement/10+kill_score;
if (score<=0) {
score=0;
}
for(int c=0; c<=2; c++) { //2 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=4; r++) {
for (int n=24; n<=36; n+=4) {
if (n==36&score%10==0) {
if (zero[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==36&score%10==1) {
if (one[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==36&score%10==2) {
if (two[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==36&score%10==3) {
if (three[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==36&score%10==4) {
if (four[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==36&score%10==5) {
if (five[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==36&score%10==6) {
if (six[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==36&score%10==7) {
if (seven[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==36&score%10==8) {
if (eight[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==36&score%10==9) {
if (nine[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
}
if (n==32&(score%100>=0&score%100<10)) {
if (zero[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==32&(score%100>=10&score%100<20)) {
if (one[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==32&(score%100>=20&score%100<30)) {
if (two[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==32&(score%100>=30&score%100<40)) {
if (three[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==32&(score%100>=40&score%100<50)) {
if (four[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==32&(score%100>=50&score%100<60)) {
if (five[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==32&(score%100>=60&score%100<70)) {
if (six[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==32&(score%100>=70&score%100<80)) {
if (seven[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==32&(score%100>=80&score%100<90)) {
if (eight[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==32&(score%100>=90&score%100<100)) {
if (nine[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
}
if (n==28&(score%1000>=0&score%1000<100)) {
if (zero[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==28&(score%1000>=100&score%1000<200)) {
if (one[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==28&(score%1000>=200&score%1000<300)) {
if (two[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==28&(score%1000>=300&score%1000<400)) {
if (three[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==28&(score%1000>=400&score%1000<500)) {
if (four[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==28&(score%1000>=500&score%1000<600)) {
if (five[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==28&(score%1000>=600&score%1000<700)) {
if (six[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==28&(score%1000>=700&score%1000<800)) {
if (seven[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==28&(score%1000>=800&score%1000<900)) {
if (eight[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==28&(score%1000>=900&score%1000<1000)) {
if (nine[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
}
if (n==24&(score%10000>=0&score%10000<1000)) {
if (zero[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==24&(score%10000>=1000&score%10000<2000)) {
if (one[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==24&(score%10000>=2000&score%10000<3000)) {
if (two[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==24&(score%10000>=3000&score%10000<4000)) {
if (three[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==24&(score%10000>=4000&score%10000<5000)) {
if (four[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==24&(score%10000>=5000&score%10000<6000)) {
if (five[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==24&(score%10000>=6000&score%10000<7000)) {
if (six[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==24&(score%10000>=7000&score%10000<8000)) {
if (seven[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==24&(score%10000>=8000&score%10000<9000)) {
if (eight[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
} else if (n==24&(score%10000>=9000&score%10000<10000)) {
if (nine[r][c]==1) {
lcd.setPixel(c+n,r);
} else {
lcd.clearPixel(c+n,r);
}
}
}
}
}
for(int c=0; c<=18; c++) { //18 beacause the the loop stats from 0 but the array size from 1
for(int r=0; r<=4; r++) {
if (g_score[r][c]==0) {
lcd.clearPixel(c,r);
} else if (g_score[r][c]==1) {
lcd.setPixel(c,r);
}
}
}
lcd.refresh();
}