bool GW_GameEngine_VTech::do_setmode(int mode)
{
switch (mode)
{
case MODE_OFF:
data_stopalltimers();
data_stopallsounds();
data_hideall(true);
break;
case MODE_IDLE:
data_stopalltimers();
data_showall();
// reset numbers
display_number(1, 8, false);
display_number(2, 8, false);
display_number(3, 8, false);
display_number(4, 8, false);
gameover_=true;
break;
case MODE_GAMEA:
case MODE_GAMEB:
if ((GetMode()!=MODE_GAMEA&&GetMode()!=MODE_GAMEB)||gameover_)
do_game_start(mode);
break;
case MODE_TIME1:
data_stopalltimers();
data_hideall(true);
data().position_get(PS_TIME1)->show();
clock_update(mode);
break;
case MODE_TIME2:
data_stopalltimers();
data_hideall(true);
data().position_get(PS_TIME2)->show();
clock_update(mode);
break;
case MODE_ALARM:
data_stopalltimers();
data_hideall(true);
data().position_get(PS_ALARM)->show();
clock_update(mode);
break;
case MODE_CHRONO:
data_stopalltimers();
data_hideall(true);
data().position_get(PS_CHRONO)->show();
clock_update(mode);
break;
case MODE_DATE:
data_stopalltimers();
data_hideall(true);
data().position_get(PS_DATE)->show();
clock_update(mode);
break;
default:
return false;
break;
}
return true;
}
void GW_GameEngine_VTech::score_update()
{
int p=score_;
while (p>=10000) p-=10000;
for (int i=1; i<=4; i++) data().position_get(PS_NUMBER, i)->hide();
if (p>999) display_number(1, p / 1000);
if (p>99) display_number(2, p / 100 % 10);
if (p>9) display_number(3, p / 10 % 10);
if (p>=0) display_number(4, p % 10 % 10);
}
bool GW_Game_DKong::do_setmode(int mode)
{
switch (mode)
{
case MODE_OFF:
data_stopalltimers();
data_stopallsounds();
data_hideall(true);
break;
case MODE_IDLE:
data_stopalltimers();
data_showall();
// reset numbers
display_number(1, 1, false);
display_number(2, 2, false);
display_number(3, 0, false);
display_number(4, 0, false);
break;
case MODE_GAMEA:
case MODE_GAMEB:
/*
if ((GetMode()!=MODE_GAMEA&&GetMode()!=MODE_GAMEB))
do_game_start(mode);
*/
break;
case MODE_TIME:
data_stopalltimers();
data_hideall(true);
//data().position_get(PS_TIME1)->show();
clock_update(mode);
break;
case MODE_ALARM:
data_stopalltimers();
data_hideall(true);
data().position_get(PS_ALARM)->show();
clock_update(mode);
break;
default:
return false;
break;
}
return true;
}
int main() {
/* struct sched_param sp; */
/* memset( &sp, 0, sizeof(sp) ); */
/* sp.sched_priority = 99; */
/* sched_setscheduler( 0, SCHED_FIFO, &sp ); */
uint16_t pwm_counter = 0;
time_t rawtime;
struct tm * timeinfo;
initialise_io();
initialise_digit(digit1);
/* initialise_digit(digit2); */
/* initialise_digit(digit3); */
/* initialise_digit(digit4); */
#ifdef gperf
uint32_t loop_counter = 0;
#endif
char cursecond = 0;
char oldsecond = 11; //out of usual bounds
bool displayed = false;
while (1) {
// get current time
time ( &rawtime );
timeinfo = localtime ( &rawtime );
cursecond = (timeinfo->tm_sec) % 10;
if (pwm_counter < PWMTable[10]) {
// display last digit of seconds of current time
if (!displayed) {
display_number (digit1,(cursecond));
displayed = true;
}
oldsecond = cursecond;
} else {
if (displayed) {
initialise_digit (digit1);
displayed = false;
}
};
// reset counter to 0
if (pwm_counter++ > PWMTable[max_brightness]) {
pwm_counter = 0;
//printf("reset pwm_counter from %u to 0\n",pwm_counter-1);
};
#ifdef gperf
if (loop_counter++ > 6000000) {
exit(0); };
#endif
}
}
void GW_Game_DKong::setnumber(int n, int ps1, int ps2, bool leadzero)
{
// set a number on the display
if (n>=0 && n<=99)
{
if (n>10)
{
display_number(ps1, n / 10);
display_number(ps2, n % 10);
}
else
{
if (leadzero)
display_number(ps1, 0);
else
display_number(ps1, -1);
display_number(ps2, n);
}
}
}
static void display_value(short int value)
{
if(value < 0)
{
output_high(PORTB, BLUE_LED);
value = -value;
}
else
output_low(PORTB, BLUE_LED);
display_number(value);
}
//Displays current alarm time
//Brightness level is an amount of time the LEDs will be in - 200us is pretty dim but visible.
//Amount of time during display is around : [ BRIGHT_LEVEL(us) * 5 + 10ms ] * 10
//Roughly 11ms * 10 = 110ms
//Time on is in (ms)
void display_alarm_time(uint16_t time_on)
{
uint16_t bright_level = 50;
//time_on /= 11; //Take the time_on and adjust it for the time it takes to run the display loop below
for(uint16_t j = 0 ; j < time_on ; j++)
{
//Display normal hh:mm time
if(hours_alarm > 9)
{
display_number(hours_alarm / 10, 1); //Post to digit 1
delay_us(bright_level);
}
display_number(hours_alarm % 10, 2); //Post to digit 2
delay_us(bright_level);
display_number(minutes_alarm / 10, 3); //Post to digit 3
delay_us(bright_level);
display_number(minutes_alarm % 10, 4); //Post to digit 4
delay_us(bright_level);
//During debug, display mm:ss
/*display_number(minutes_alarm / 10, 1);
delay_us(bright_level);
display_number(minutes_alarm % 10, 2);
delay_us(bright_level);
display_number(seconds_alarm / 10, 3);
delay_us(bright_level);
display_number(seconds_alarm % 10, 4);
delay_us(bright_level);
display_number(10, 5); //Display colon
delay_us(bright_level);*/
//Flash colon for each second
if(flip == 1)
{
display_number(10, 5); //Post to digit COL
delay_us(bright_level);
}
//Check whether it is AM or PM and turn on dot
if(ampm_alarm == AM)
{
display_number(12, 6); //Turn on dot on apostrophe
delay_us(bright_level);
}
clear_display();
delay_ms(1);
}
}
/* start the main program */
void main()
{
unsigned int cnt=0;
/* Configure the ports as output */
TRISB = C_PortOutput_U8;
TRISC = C_PortOutput_U8;
while(1)
{
for(cnt=0;cnt<=9999;cnt++) // loop to display 0000-9999
{
display_number(cnt);
}
}
}
void display_speed()
{
// Velocity in mm/s
// v(mm/s) = d(mm) / (t(us) / 1e6)
uint32_t v = SENSOR_DISTANCE * 100000 / time_us;
if (v > 99999)
{
lcd_puts_r(PSTR("FAST"));
} else {
display_number(v, 5);
if (forward)
{
lcd_putc(0, '>');
} else {
lcd_putc(0, '<');
}
lcd_update();
}
}
/* start the main program */
void main()
{
unsigned int cnt=0;
while(1)
{
for(cnt=0;cnt<9999;cnt++) // loop to display 0000-9999
{
display_number(cnt);
DELAY_sec(1);
}
}
}
int main(void)
{
WDTCTL = WDTPW + WDTHOLD; // Stop watchdog timer
//Set pins used for segments to output
P1DIR |= SEGA;
P1DIR |= SEGB;
P1DIR |= SEGC;
P1DIR |= SEGD;
P1DIR |= SEGE;
P1DIR |= SEGF;
P1DIR |= SEGG;
__enable_interrupt(); // Enable interrupts.
//config button
// BUTTON_DIR &= ~BUTTON;
// BUTTON_OUT |= BUTTON;
// BUTTON_REN |= BUTTON;
// BUTTON_IES |= BUTTON;
// BUTTON_IFG &= ~BUTTON;
// BUTTON_IE |= BUTTON;
P1OUT = BUTTON; // P1.4 set, else reset
//P1OUT |= BUTTON;
P1REN |= BUTTON; // P1.4 pullup
P1IE |= BUTTON; // P1.4 interrupt enabled
P1IES |= BUTTON; // P1.4 Hi/lo edge
P1IFG &= ~BUTTON; // P1.4 IFG cleared
// _BIS_SR(LPM4_bits + GIE);
display_number(0);
// __bis_SR_register(CPUOFF + GIE); // LPM0 with interrupts enabled
int i;
volatile unsigned int delay_counter;
//infinite loop
for (;;)
{
//
if (button_pressed) {
display_number(current_number);
//current_number = current_number++ % 10;
current_number++;
button_pressed = 0;
}
//loop
for (i = 0; i < 10 && loop_mode; i++) {
display_number(i);
//fake some delay
delay_counter = 50000;
do (delay_counter--);
while (delay_counter != 0);
}
}
return 0;
}
int main()
{
uint8_t show_speed = 0;
Initialization();
// Beeper
PORTB |= 0x20;
DDRB |= 0x20;
// LED enable
DDRE |= 0x40;
// Pullups on phototransistors
PORTE |= 0x30;
// Timer 2 is used for beep and power-off timing
ASSR = 0;
TCCR2A = 3; // ~122Hz
TIMSK2 = 1;
power_off();
while (1)
{
set_sleep_mode(SLEEP_MODE_IDLE);
sleep_mode();
// Auto power off
if (power_off_time == 0)
{
power_off();
}
switch (getkey())
{
case KEY_DOWN:
// Power off
power_off();
break;
case KEY_UP:
// Clear last measurement
reset();
clear_display();
break;
case KEY_RIGHT:
if (time_us)
{
if (show_speed)
{
// Display raw time in microseconds
display_number(time_us, 6);
show_speed = 0;
} else {
display_speed();
show_speed = 1;
}
}
break;
}
if (speed_state == SPEED_FWD_DONE || speed_state == SPEED_REV_DONE)
{
// Display last speed
// Time in microseconds
time_us = beam_timer_value();
if (speed_state == SPEED_FWD_DONE)
{
forward = 1;
beep(1400);
} else {
forward = 0;
beep(600);
}
speed_state = SPEED_IDLE;
reset_auto_power_off();
display_speed();
}
}
}
void
end_display(struct Game *game)
{
display_quad(game->graphics.score_texture, 0, 0, screen_vertices());
display_number(game, game->level * 20);
}
GW_Game_DKong::GW_Game_DKong() :
GW_Game()
{
gamepath_set("dkong");
size_set(464, 571);
// game screen position
GW_PLATFORM_RECT(gr, 125, 78, 212, 412); // full screen
//GW_PLATFORM_RECT(gr, 125, 349, 214, 139); // first screen
gamerect_set(gr);
/*
// second screen
GW_PLATFORM_RECT(gr, 125, 177, 213, 139);
gamerect_set(gr);
*/
char sname[50];
// transparent colors
GW_PLATFORM_RGB(tcolor_bg, 255, 0, 255);
GW_PLATFORM_RGB(tcolor_img, 255, 255, 255);
// life
data().
position_add(PS_LIFE, 1, 216, 470, IM_LIFE, 1, "vite.bmp", &tcolor_img)->
position_add(PS_LIFE, 2, 229, 470, IM_LIFE, 1)->
position_add(PS_LIFE, 3, 242, 470, IM_LIFE, 1);
// bg
data().
image_add(IM_BG, GW_INDEX_DEFAULT, "bg.bmp", &tcolor_bg);
// barrel
data().
position_add(PS_BARREL, 1, 137, 200, IM_BARREL, 1, "bar_14.bmp", &tcolor_img)->
//position_add(PS_BARREL, 2, 136, 372, IM_LIFE, 1)-> // 15
position_add(PS_BARREL, 3, 136, 397, IM_BARREL, 2, "bar_16.bmp", &tcolor_img)->
position_add(PS_BARREL, 4, 136, 461, IM_BARREL, 3, "bar_17.bmp", &tcolor_img)->
position_add(PS_BARREL, 5, 169, 197, IM_BARREL, 4, "bar_24.bmp", &tcolor_img)->
position_add(PS_BARREL, 6, 169, 400, IM_BARREL, 1)-> // 26
position_add(PS_BARREL, 7, 169, 457, IM_BARREL, 6, "bar_36.bmp", &tcolor_img)-> // 27
position_add(PS_BARREL, 8, 189, 196, IM_BARREL, 5, "bar_34.bmp", &tcolor_img)->
position_add(PS_BARREL, 9, 202, 403, IM_BARREL, 6, "bar_36.bmp", &tcolor_img)->
position_add(PS_BARREL, 10, 202, 454, IM_BARREL, 8, "bar_46.bmp", &tcolor_img)-> // 37
position_add(PS_BARREL, 11, 208, 195, IM_BARREL, 7, "bar_44.bmp", &tcolor_img)->
position_add(PS_BARREL, 12, 233, 406, IM_BARREL, 8, "bar_46.bmp", &tcolor_img)->
position_add(PS_BARREL, 13, 233, 452, IM_BARREL, 2)-> // 47
position_add(PS_BARREL, 14, 228, 194, IM_BARREL, 9, "bar_54.bmp", &tcolor_img)->
position_add(PS_BARREL, 15, 263, 409, IM_BARREL, 2)-> // 56
position_add(PS_BARREL, 16, 264, 450, IM_BARREL, 1)-> // 57
position_add(PS_BARREL, 17, 245, 193, IM_BARREL, 4)-> // 64
position_add(PS_BARREL, 18, 294, 413, IM_BARREL, 9)-> // 66
position_add(PS_BARREL, 19, 294, 447, IM_BARREL, 6); // 67
// barrel fall
data().
position_add(PS_BARRELFALL, 1, 167, 127, IM_BARRELFALL, 1, "bar_f21.bmp", &tcolor_img)->
position_add(PS_BARRELFALL, 2, 168, 149, IM_BARRELFALL, 2, "bar_f22.bmp", &tcolor_img)->
position_add(PS_BARRELFALL, 3, 169, 177, IM_BARRELFALL, 3, "bar_f23.bmp", &tcolor_img)->
position_add(PS_BARRELFALL, 4, 206, 127, IM_BARRELFALL, 1)-> // 41
position_add(PS_BARRELFALL, 5, 207, 148, IM_BARRELFALL, 4, "bar_f42.bmp", &tcolor_img)->
position_add(PS_BARRELFALL, 6, 209, 178, IM_BARRELFALL, 5, "bar_f43.bmp", &tcolor_img)->
//position_add(PS_BARRELFALL, 7, 302, 384, IM_BARRELFALL, 6, "bar_f44.bmp", &tcolor_img)->
position_add(PS_BARRELFALL, 8, 243, 127, IM_BARRELFALL, 1)-> // 61
position_add(PS_BARRELFALL, 9, 244, 147, IM_BARRELFALL, 6, "bar_f44.bmp", &tcolor_img)-> // 62
position_add(PS_BARRELFALL, 10, 245, 178, IM_BARRELFALL, 7, "bar_f63.bmp", &tcolor_img);
// hook
data().
position_add(PS_HOOK, 1, 275, 128, IM_HOOK, 1, "gancio1.bmp", &tcolor_img)->
position_add(PS_HOOK, 2, 283, 131, IM_HOOK, 2, "gancio2.bmp", &tcolor_img)->
position_add(PS_HOOK, 3, 293, 132, IM_HOOK, 3, "gancio3.bmp", &tcolor_img)->
position_add(PS_HOOK, 4, 298, 134, IM_HOOK, 4, "gancio4.bmp", &tcolor_img)->
position_add(PS_HOOK, 5, 304, 135, IM_HOOK, 5, "gancio5.bmp", &tcolor_img);
// crane
data().
position_add(PS_CRANE, 1, 306, 151, IM_CRANE, 1, "gru1.bmp", &tcolor_img)->
position_add(PS_CRANE, 2, 294, 125, IM_CRANE, 2, "gru2.bmp", &tcolor_img)->
position_add(PS_CRANE, 3, 288, 88, IM_CRANE, 3, "gru3.bmp", &tcolor_img);
// heart
data().
position_add(PS_HEART, 1, 144, 91, IM_HEART, 1, "heart1.bmp", &tcolor_img)->
position_add(PS_HEART, 2, 149, 85, IM_HEART, 2, "heart2.bmp", &tcolor_img);
// key
data().
position_add(PS_KEY, 1, 266, 102, IM_KEY, 1, "key1.bmp", &tcolor_img)->
position_add(PS_KEY, 2, 271, 102, IM_KEY, 2, "key2.bmp", &tcolor_img)->
position_add(PS_KEY, 3, 276, 102, IM_KEY, 3, "key3.bmp", &tcolor_img)->
position_add(PS_KEY, 4, 280, 192, IM_KEY, 4, "key4.bmp", &tcolor_img);
// kong up
data().
position_add(PS_KONGUP, 1, 160, 84, IM_KONGUP, 1, "kong2up.bmp", &tcolor_img)->
position_add(PS_KONGUP, 2, 200, 84, IM_KONGUP, 2, "kong4up.bmp", &tcolor_img)->
position_add(PS_KONGUP, 3, 232, 84, IM_KONGUP, 3, "kong6up.bmp", &tcolor_img);
// kong down
data().
position_add(PS_KONGDOWN, 1, 154, 96, IM_KONGDOWN, 1, "kong2dwn.bmp", &tcolor_img)->
position_add(PS_KONGDOWN, 2, 193, 95, IM_KONGDOWN, 2, "kong4dwn.bmp", &tcolor_img)->
position_add(PS_KONGDOWN, 3, 228, 95, IM_KONGDOWN, 3, "kong6dwn.bmp", &tcolor_img);
// kong fall
data().
position_add(PS_KONGFALL, GW_INDEX_DEFAULT, 258, 180, IM_KONGFALL, GW_INDEX_DEFAULT, "kongfall.bmp", &tcolor_img);
// lever
data().
position_add(PS_LEVER, 1, 149, 172, IM_LEVER, 1, "leva_giu.bmp", &tcolor_img)->
position_add(PS_LEVER, 2, 145, 162, IM_LEVER, 2, "leva_su.bmp", &tcolor_img);
// mario
data().
position_add(PS_MARIO, 1, 153, 155, IM_MARIO, 1, "mario22a.bmp", &tcolor_img)->
position_add(PS_MARIO, 2, 157, 155, IM_MARIO, 2, "mario22b.bmp", &tcolor_img)->
position_add(PS_MARIO, 3, 150, 187, IM_MARIO, 3, "mario24.bmp", &tcolor_img)->
position_add(PS_MARIO, 4, 149, 371, IM_MARIO, 4, "mario25.bmp", &tcolor_img)->
position_add(PS_MARIO, 5, 149, 389, IM_MARIO, 5, "mario26.bmp", &tcolor_img)->
position_add(PS_MARIO, 6, 148, 450, IM_MARIO, 6, "mario27.bmp", &tcolor_img)->
position_add(PS_MARIO, 7, 151, 431, IM_MARIO, 7, "mario27j.bmp", &tcolor_img)->
position_add(PS_MARIO, 8, 181, 391, IM_MARIO, 8, "mario36.bmp", &tcolor_img)->
position_add(PS_MARIO, 9, 183, 446, IM_MARIO, 9, "mario37.bmp", &tcolor_img)->
position_add(PS_MARIO, 10, 203, 156, IM_MARIO, 10, "mario42.bmp", &tcolor_img)->
position_add(PS_MARIO, 11, 213, 395, IM_MARIO, 11, "mario46.bmp", &tcolor_img)->
position_add(PS_MARIO, 12, 214, 376, IM_MARIO, 12, "mario46j.bmp", &tcolor_img)->
position_add(PS_MARIO, 13, 214, 444, IM_MARIO, 13, "mario47.bmp", &tcolor_img)->
position_add(PS_MARIO, 14, 245, 397, IM_MARIO, 14, "mario56.bmp", &tcolor_img)->
position_add(PS_MARIO, 15, 245, 380, IM_MARIO, 15, "mario56j.bmp", &tcolor_img)->
position_add(PS_MARIO, 16, 245, 441, IM_MARIO, 16, "mario57.bmp", &tcolor_img)->
position_add(PS_MARIO, 17, 245, 423, IM_MARIO, 17, "mario57j.bmp", &tcolor_img)->
position_add(PS_MARIO, 18, 234, 154, IM_MARIO, 18, "mario62.bmp", &tcolor_img)->
position_add(PS_MARIO, 19, 257, 136, IM_MARIO, 19, "mario62a.bmp", &tcolor_img)->
position_add(PS_MARIO, 20, 284, 151, IM_MARIO, 20, "mario62b.bmp", &tcolor_img)->
position_add(PS_MARIO, 21, 273, 164, IM_MARIO, 21, "mario62c.bmp", &tcolor_img)->
position_add(PS_MARIO, 22, 286, 188, IM_MARIO, 22, "mario62d.bmp", &tcolor_img)->
position_add(PS_MARIO, 23, 309, 187, IM_MARIO, 23, "mario62e.bmp", &tcolor_img)->
position_add(PS_MARIO, 24, 272, 400, IM_MARIO, 24, "mario66.bmp", &tcolor_img)->
position_add(PS_MARIO, 25, 274, 439, IM_MARIO, 25, "mario67.bmp", &tcolor_img);
// platform
data().
position_add(PS_PLAT, 1, 137, 130, IM_PLAT, 1, "sbarregi.bmp", &tcolor_img)->
position_add(PS_PLAT, 2, 152, 122, IM_PLAT, 2, "sbarresu.bmp", &tcolor_img);
// binder
data().
position_add(PS_BINDER, 1, 148, 359, IM_BINDER, 1, "trave2.bmp", &tcolor_img)->
position_add(PS_BINDER, 2, 177, 362, IM_BINDER, 2, "trave3.bmp", &tcolor_img)->
position_add(PS_BINDER, 3, 209, 365, IM_BINDER, 3, "trave4.bmp", &tcolor_img)->
position_add(PS_BINDER, 4, 239, 368, IM_BINDER, 4, "trave5.bmp", &tcolor_img)->
position_add(PS_BINDER, 5, 271, 370, IM_BINDER, 5, "trave6.bmp", &tcolor_img);
// numbers
data().
position_add(PS_NUMBER, 1, 274, 468)->
position_add(PS_NUMBER, 2, 286, 468)->
position_add(PS_NUMBER, 3, 304, 468)->
position_add(PS_NUMBER, 4, 316, 468)->
position_add(PS_SEMICOLON, 0, 298, 472, IM_SEMICOLON, 0, "time_pp.bmp", &tcolor_img);
for (int i=0; i<10; i++)
{
sprintf(sname, "num%d.bmp", i);
data().image_add(IM_NUMBER, i, sname, &tcolor_img);
}
display_number(1, 1, false);
display_number(2, 2, false);
display_number(3, 9, false);
display_number(4, 9, false);
// options
data().
position_add(PS_GAMEA, GW_INDEX_DEFAULT, 302, 384, IM_GAMEA, GW_INDEX_DEFAULT, "game_a.bmp", &tcolor_img)->
position_add(PS_GAMEB, GW_INDEX_DEFAULT, 302, 394, IM_GAMEB, GW_INDEX_DEFAULT, "game_b.bmp", &tcolor_img)->
position_add(PS_ALARM, GW_INDEX_DEFAULT, 302, 402, IM_ALARM, GW_INDEX_DEFAULT, "alarm.bmp", &tcolor_img)->
position_add(PS_AM, GW_INDEX_DEFAULT, 263, 468, IM_AM, GW_INDEX_DEFAULT, "time_am.bmp", &tcolor_img)->
position_add(PS_PM, GW_INDEX_DEFAULT, 263, 478, IM_PM, GW_INDEX_DEFAULT, "time_pm.bmp", &tcolor_img);
// sounds
data().
sound_add(SND_BARREL, "barrel.wav")->
sound_add(SND_BONUS, "bonus.wav")->
sound_add(SND_FALL, "fall.wav")->
sound_add(SND_JUMP, "jump.wav")->
sound_add(SND_KONGFALL, "kongfall.wav")->
sound_add(SND_MISS, "miss.wav")->
sound_add(SND_OVER, "over.wav")->
sound_add(SND_STEP, "step.wav");
// timers
/*
data().
timer_add(TMR_GAME, 250, true)->
timer_add(TMR_GAMESTART, 1800, false)->
timer_add(TMR_REPRISE, 1100, false)->
timer_add(TMR_GAMEOVER, 100, false)->
timer_add(TMR_GAMEOVERSOUND, 3500, false)->
timer_add(TMR_GAMEOVERWAIT, 30000, false);
*/
}
GW_GameEngine_VTech::GW_GameEngine_VTech(int engineoptions) :
GW_Game(), engineoptions_(engineoptions), mode_(MODE_OFF), gameover_(true)
{
char sname[50];
// transparent colors
GW_PLATFORM_RGB(tcolor_bg, 255, 0, 255);
GW_PLATFORM_RGB(tcolor_img, 255, 255, 255);
// bg
data().
image_add(IM_BG, GW_INDEX_DEFAULT, "bg.bmp", &tcolor_bg);
// numbers
data().
position_add(PS_NUMBER, 1, 250, 61)->
position_add(PS_NUMBER, 2, 265, 61)->
position_add(PS_NUMBER, 3, 284, 61)->
position_add(PS_NUMBER, 4, 299, 61)->
position_add(PS_SEMICOLON, 0, 280, 67, IM_SEMICOLON, 0, "im_time_semicolon.bmp", &tcolor_img);
int nmax=10;
if ((engineoptions_&EO_NUMBERSEPARATED)==EO_NUMBERSEPARATED)
nmax=40;
for (int i=0; i<nmax; i++)
{
if ((engineoptions_&EO_NUMBERSEPARATED)==EO_NUMBERSEPARATED)
sprintf(sname, "im_number_%d_%d.bmp", (i/10)+1, i%10);
else
sprintf(sname, "im_number_%d.bmp", i);
data().image_add(IM_NUMBER, i, sname, &tcolor_img);
}
display_number(1, 8, false);
display_number(2, 8, false);
display_number(3, 8, false);
display_number(4, 8, false);
// miss
data().
position_add(PS_MISS, 1, 330, 62)->
position_add(PS_MISS, 2, 343, 62)->
position_add(PS_MISS, 3, 356, 62)->
position_add(PS_MISS, 4, 371, 62)->
position_add(PS_MISS, 5, 385, 62)->
position_add(PS_MISS, 6, 329, 80)->
position_add(PS_MISS, 7, 344, 80)->
position_add(PS_MISS, 8, 356, 80)->
position_add(PS_MISS, 9, 371, 80)->
position_add(PS_MISS, 10, 383, 80);
if ((engineoptions_&EO_MISSSEPARATED)!=EO_MISSSEPARATED)
data().image_add(IM_MISS, GW_INDEX_DEFAULT, "im_miss.bmp", &tcolor_img);
for (int i=1; i<=10; i++)
{
if ((engineoptions_&EO_MISSSEPARATED)==EO_MISSSEPARATED)
{
sprintf(sname, "im_miss_%02d.bmp", i);
data().image_add(IM_MISS, i, sname, &tcolor_img);
}
data().position_get(PS_MISS, i)->image_set(IM_MISS, ((engineoptions_&EO_MISSSEPARATED)==EO_MISSSEPARATED?i:GW_INDEX_DEFAULT));
}
// options
data().
position_add(PS_GAMEA, 0, 153, 61, IM_GAMEA, GW_INDEX_DEFAULT, "im_game_a.bmp", &tcolor_img)->
position_add(PS_GAMEB, 0, 153, 76, IM_GAMEB, GW_INDEX_DEFAULT, "im_game_b.bmp", &tcolor_img)->
position_add(PS_ALARM, 0, 200, 77, IM_ALARM, GW_INDEX_DEFAULT, "im_alarm.bmp", &tcolor_img)->
position_add(PS_BELL, 0, 179, 63, IM_BELL, GW_INDEX_DEFAULT, "im_bell.bmp", &tcolor_img)->
position_add(PS_CHRONO, 0, 217, 77, IM_CHRONO, GW_INDEX_DEFAULT, "im_chrono.bmp", &tcolor_img)->
position_add(PS_DATE, 0, 232, 77, IM_DATE, GW_INDEX_DEFAULT, "im_date.bmp", &tcolor_img)->
position_add(PS_TIME1, 0, 223, 61, IM_TIME1, GW_INDEX_DEFAULT, "im_time_1.bmp", &tcolor_img)->
position_add(PS_TIME2, 0, 200, 61, IM_TIME2, GW_INDEX_DEFAULT, "im_time_2.bmp", &tcolor_img)->
position_add(PS_AM, 0, 315, 61, IM_AM, GW_INDEX_DEFAULT, "im_time_am.bmp", &tcolor_img)->
position_add(PS_PM, 0, 314, 76, IM_PM, GW_INDEX_DEFAULT, "im_time_pm.bmp", &tcolor_img);
// timers
data().
timer_add(TMR_GAME, 250, true)->
timer_add(TMR_GAMESTART, 1800, false)->
timer_add(TMR_REPRISE, 1100, false)->
timer_add(TMR_GAMEOVER, 100, false)->
timer_add(TMR_GAMEOVERSOUND, 3500, false)->
timer_add(TMR_GAMEOVERWAIT, 30000, false);
}
void
next_level_display(struct Game *game)
{
display_quad(game->graphics.level_texture, 0, 0, screen_vertices());
display_number(game, game->level);
}
//Displays current time
//Brightness level is an amount of time the LEDs will be in - 200us is pretty dim but visible.
//Amount of time during display is around : [ BRIGHT_LEVEL(us) * 5 + 10ms ] * 10
//Roughly 11ms * 10 = 110ms
//Time on is in (ms)
void display_time(uint16_t time_on)
{
//uint16_t bright_level = 1000;
uint16_t bright_level = 50;
//uint16_t bright_level = 100;
//time_on /= 11; //Take the time_on and adjust it for the time it takes to run the display loop below
for(uint16_t j = 0 ; j < time_on ; j++)
{
amMark++;
#ifdef NORMAL_TIME
//Display normal hh:mm time
if(hours > 9)
{
display_number(hours / 10, 1); //Post to digit 1
delay_us(bright_level);
}
display_number(hours % 10, 2); //Post to digit 2
delay_us(bright_level);
display_number(minutes / 10, 3); //Post to digit 3
delay_us(bright_level);
display_number(minutes % 10, 4); //Post to digit 4
delay_us(bright_level);
#else
//During debug, display mm:ss
display_number(minutes / 10, 1);
delay_us(bright_level);
display_number(minutes % 10, 2);
delay_us(bright_level);
display_number(seconds / 10, 3);
delay_us(bright_level);
display_number(seconds % 10, 4);
delay_us(bright_level);
#endif
//Flash colon for each second
if(flip == 1)
{
display_number(10, 5); //Post to digit COL
delay_us(bright_level);
}
//Indicate wether the alarm is on or off
if( (PINB & (1<<BUT_ALARM)) != 0)
{
display_number(11, 4); //Turn on dot on digit 4
delay_us(bright_level);
//If the alarm slide is on, and alarm_going is true, make noise!
if(alarm_going == TRUE && flip_alarm == 1)
{
clear_display();
siren(500);
flip_alarm = 0;
}
}
else
{
snooze = FALSE; //If the alarm switch is turned off, this resets the ~9 minute addtional snooze timer
hours_alarm_snooze = 88; //Set these values high, so that normal time cannot hit the snooze time accidentally
minutes_alarm_snooze = 88;
seconds_alarm_snooze = 88;
}
//Check whether it is AM or PM and turn on dot
if((ampm == AM)&&(amMark>=5))
{
amMark = 0; // This variable is used to help dim the am/pm dot
display_number(12, 6); //Turn on dot on apostrophe
delay_us(bright_level);
}
clear_display();
delay_us(bright_level);
}
}
void main(void)
{
/* Configure the oscillator for the device */
ConfigureOscillator();
/* Initialize I/O and Peripherals for application */
InitApp();
select_chip(1); // Select the ADT7320
SSPBUF = 0b00001000; // Command byte indicating a write
buf_wait();
SSPBUF = 0b00000000; // Write to the ADT7320 config register
buf_wait();
select_chip(2); // Select the AD7793 ADC
SSPBUF = 0b00001000; // Command byte indicating a write to the
buf_wait(); // mode register
SSPBUF = 0b00000000; // First 8 bits of the 16 bit mode register
buf_wait();
SSPBUF = 0b11000001; // Second 8 bits of the mode register
buf_wait();
select_chip(1);
SSPBUF = 0b01010000; // Command byte to read temperature
buf_wait();
int junc_bin = SSPBUF/1000;
float junc_temp = 25;
int loop_counter = 0;
while(1)
{
PORTCbits.RC6 = 0b1;
PORTCbits.RC7 = 0b1;
PORTBbits.RB5 = 0b1;
PORTBbits.RB4 = 0b1;
PORTBbits.RB3 = 0b1;
PORTBbits.RB2 = 0b1;
PORTBbits.RB1 = 0b1;
PORTBbits.RB0 = 0b1;
PORTA = 0b11110111;
for (int thermo_sel = 1; thermo_sel < 3; thermo_sel++)
{
select_chip(2);
SSPBUF = 0b00010000; // Command byte indicating a write to the
buf_wait(); // config register for the thermocouple
SSPBUF = 0b01000110; // First 8 bits of the 16 bit config register
buf_wait(); // for the thermocouple
switch (thermo_sel)
{
case 1:
SSPBUF = 0b10010000; // Second 8 bits for the first thermo
buf_wait();
break;
case 2:
SSPBUF = 0b10010001; // Second 8 bits for the second thermo
buf_wait();
break;
}
int not_ready = 1;
while (not_ready == 1)
{
SSPBUF = 0b01000000; // Command byte to read status
buf_wait();
not_ready = SSPBUF/10000000;
}
SSPBUF = 0b01011000; // Command byte to read from first thermo
buf_wait();
float thermo_v = 0;
for (int i=0; i<3; i++)
{
//thermo_v += (binary_decimal(SSPBUF) * (16 - i * 8));
}
junc_temp = (binary_decimal(junc_bin))/16.0;
// if (junc_temp/1000000000000) {junc_temp = (binary_decimal(junc_bin) - 8192)/16.0;}
float tc = temp_voltage(junc_temp) + thermo_v;
seven_segment(voltage_temp(tc), thermo_sel);
}
loop_counter++;
if (loop_counter > 100)
{
loop_counter = 0;
select_chip(1);
SSPBUF = 0b01010000; // Command byte to read temperature
buf_wait();
junc_bin = SSPBUF;
}
char* str = display_number(216.98);
char strval[5];
for (int i=0; i<6; i++) {strval[i] = *(str+i);}
char digit = strval[0];
int val = 5;
switch (digit) {
case 0x30:
val = 0;
break;
case 0x31:
val = 1;
break;
case 0x32:
val = 2;
break;
}
int result = val;
/* TODO <INSERT USER APPLICATION CODE HERE> */
}
}
