//------------------------------------------------------------------------------
// main ------------------------------------------------------------------------
void main(void)
{
RBX430_init(_16MHZ); // init board
ERROR2(lcd_init()); // init LCD
// configure Watchdog
WDTCTL = WDT_CTL; // Set Watchdog interval
WDT_Sec_Cnt = WDT_1SEC_CNT; // set WD 1 second counter
IE1 |= WDTIE; // enable WDT interrupt
lcd_clear(); // clear LCD
lcd_backlight(ON); // turn on LCD backlight
lcd_rectangle(0, 0, NUM_COLS*2, NUM_ROWS*2, 1); // draw border
__bis_SR_register(GIE); // enable interrupts
// output splash screen & wait for switch
lcd_wordImage(life_image, (159-126)/2, 50, 1);
lcd_mode(LCD_PROPORTIONAL | LCD_2X_FONT);
lcd_cursor(10, 20);
printf("Press Any Key");
lcd_mode(0);
while (1) if ((P1IN & 0x0f) ^ 0x0f) break;
while (1)
{
uint16 row, col;
// for each live row (78 down to 1)
for (row = NUM_ROWS-2; row; --row)
{
// for each live column (78 down to 1)
for (col = NUM_COLS-2; col; --col)
{
cell_death(row, col);
}
}
char str[] = "x = 2, y = 2, rule = B3/S23\n2o$2o!";
char* ptr;
int x_number = 0;
int y_number = 0;
const uint8 pttrn;
for (ptr = str; *ptr; ptr++);
{
if (*ptr != 'x') continue;
if ((*ptr < '0') && (*ptr > '9')) continue;
while ((*ptr >= '0') && (*ptr <= '9'))
{
x_number = x_number * 10 + (*ptr++ - '0');
}
if (*ptr != 'y') continue;
if ((*ptr < '0') && (*ptr > '9')) continue;
while ((*ptr >= '0') && (*ptr <= '9'))
{
y_number = y_number * 10 + (*ptr++ - '0');
}
if (*ptr != 'n') continue;
}
}
while (1) // new pattern seed
{
// load initial seed patterns
uint16 generation = 0; // generation counter
uint8 pen = BIRTH; // temp variable
WDT_Sec_Cnt = WDT_1SEC_CNT; // set WD 1 second counter
seconds = 0; // clear second counter
while (1)
{
uint16 row, col;
// for each live row (78 down to 1)
for (row = NUM_ROWS-2; row; --row)
{
// for each live column (78 down to 1)
for (col = NUM_COLS-2; col; --col)
{
if (pen == BIRTH)
{
cell_birth(row, col);
}
else
{
cell_death(row, col);
}
}
}
lcd_wordImage(life_image, (159-126)/2, 50, (BIRTH == pen) ? 3 : 1);
lcd_cursor(4, 1); // output life generation
printf("%d/%d", ++generation, seconds);
if (seconds == 100) while (1);
pen = (pen == BIRTH) ? DEATH : BIRTH;
}
}
} // end main()
//------------------------------------------------------------------------------
// Initialize Life pattern seed -----------------------------------------------
void init_life(enum SEED seed)
{
int i;
lcd_clear(); // clear LCD
memset(life, 0, sizeof(life)); // clear life array
lcd_backlight(ON); // turn on LCD backlight
lcd_rectangle(0, 0, NUM_COLS*2, NUM_ROWS*2, 1);
switch(seed)
{
case LIFE:
{
draw_rle_pattern(65, 30, gosper_glider_gun);
draw_rle_pattern(60, 5, pulsar);
draw_rle_pattern(4, 7, beacon_maker);
draw_rle_pattern(4, 30, hexapole);
draw_rle_pattern(4, 40, hexapole);
draw_rle_pattern(4, 50, hexapole);
draw_rle_pattern(4, 60, hexapole);
draw_rle_pattern(15, 65, loafer);
break;
}
case BIRD:
{
draw_rle_pattern(60, 5, pulsar); // sun
draw_rle_pattern(31, 2, bird); // bird
draw_rle_pattern(40, 20, hwss); // bigger bird
draw_rle_pattern(11, 29, glider); // blows bird apart
draw_rle_pattern(65, 65, loafer);
for (i = 2; i <= 78; i += 3) // draw ground
{
draw_rle_pattern(7, i, block); // block
}
break;
}
case BOMB:
{
draw_rle_pattern(65, 10, gosper_glider_gun);
draw_rle_pattern(40, 10, lwss); // LWSS
draw_rle_pattern(20, 10, pulsar); // pulsar
draw_rle_pattern(20, 35, pulsar); // pulsar
draw_rle_pattern(20, 60, pulsar); // pulsar
draw_rle_pattern(10, 10, block); // block
draw_rle_pattern(10, 18, beehive); // beehive
draw_rle_pattern(10, 26, loaf); // loaf
draw_rle_pattern(10, 34, boat); // boat
draw_rle_pattern(10, 42, toad); // toad
draw_rle_pattern(10, 50, beacon); // beacon
draw_rle_pattern(10, 58, blinker); // blinker
draw_rle_pattern(10, 66, by_flop); // by_flop
break;
}
default:
{
draw_rle_pattern(4, 2, jon_arbuckle); // pattern of choice
break;
}
}
return;
} // end init_life
void four_bar(){
//for debugging
float boost = 0;
float oilT = 0;
float T1 = 0;
float T2 = 0;
bmp_draw("fourbar",0,0);
while (!(touch_get_cursor(&m_point))){
//get Boost, OilT, T1, and T2
boost++;
oilT++;
T1++;
T2++;
if (boost >= maxBoost){boost = 0;}
if (oilT >= maxOilT){oilT = 0;}
if (T1 >= maxT1){T1 = 0;}
if (T2 >= maxT1){T2 = 0;}
COLOR conditionColor = mwhite;
//draw rectangles inside rectangles
//only 86 ticks on a bar
//lcd_clear (x, y, x1, y2, fill); //draws a solid rect fill with no border
//bst rect = (39, 13) to (125, 33)
if (boost >= severeBoost){conditionColor = fadedRed;}
else if (boost >= warnBoost){conditionColor = fadedYellow;}
else {conditionColor = fadedGreen;}
lcd_rectangle(39,13,(int(39.0+(boost * 86.0/maxBoost))),33,conditionColor,conditionColor);
lcd_rectangle(int((39.0+(boost * 86.0/(float)maxBoost))),13,125,33,mblack,mblack); //blacken the rest
//oilt rect = (39, 38) to (125, 58)
if (oilT >= severeOilT){conditionColor = fadedRed;}
else if (oilT >= warnOilT){conditionColor = fadedYellow;}
else {conditionColor = fadedGreen;}
lcd_rectangle(39,38,(39+(oilT * 86/maxOilT)),58,conditionColor,conditionColor);
lcd_rectangle((39+(oilT * 86/maxOilT)),38,125,58,mblack,mblack);
//t1 rect = (39, 64) to (125, 84)
if (T1 >= severeT1){conditionColor = fadedRed;}
else if (T1 >= warnT1){conditionColor = fadedYellow;}
else {conditionColor = fadedGreen;}
lcd_rectangle(39,64,(39+(T1 * 86/maxT1)),84,conditionColor,conditionColor);
lcd_rectangle((39+(T1 * 86/maxT1)),64,125,84,mblack,mblack);
//T2 rect = (39, 90) to (125, 110)
if (T2 >= severeT2){conditionColor = fadedRed;}
else if (T2 >= warnT2){conditionColor = fadedYellow;}
else {conditionColor = fadedGreen;}
lcd_rectangle(39,90,(39+(T2 * 86/maxT2)),110,conditionColor,conditionColor);
lcd_rectangle((39+(T2 * 86/maxT2)),90,125,110,mblack,mblack);
//print values on top of bars in white
char out[7];
fmtDouble(boost, 2, out, 7);
lcd_puts(out, 95, 18, lightBlue, mblack);
fmtDouble(oilT, 2, out, 7);
lcd_puts(out, 95, 43, lightBlue, mblack);
fmtDouble(T1, 2, out, 7);
lcd_puts(out, 95, 69, lightBlue, mblack);
fmtDouble(T2, 2, out, 7);
lcd_puts(out, 95, 93, lightBlue, mblack);
delay (100);
//bmp_draw("fourbar",0,0);
}
//when a touch is detected get coords
//go to mode of what is touched if it is boost or oilT
//otherwise go to next display
while (touch_get_cursor(&m_point)){ //debounce hold
LCD_RECT boostRect; boostRect.left = 0; boostRect.right = 128; boostRect.top = 11; boostRect.bottom = 34;
LCD_RECT oilRect; oilRect.left = 0; oilRect.right = 128; oilRect.top = 36; oilRect.bottom = 59;
if (pointInRect(m_point,boostRect)){boost_gauge();}
if (pointInRect(m_point,oilRect)){oil_temp_gauge();}
}
xygraph(); //click anywhere else and it goes to xygraph
}