// vvvvvvvvvvvvvvvvvvvvvvvvvvvvvv DO NOT ALTER vvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvv
//******************************************************************************
// Call display_results after every generation
//
// returns TRUE when MAX_TIME is reached or switch is pressed
//
int display_results(uint16 generation)
{
static uint16 old_seconds;
lcd_mode(0);
lcd_cursor(4, 1);
lcd_printf("%d", generation);
// only update when seconds changes
if (!seconds) old_seconds = 0;
if (seconds != old_seconds)
{
old_seconds = seconds;
printf("/%d", seconds);
lcd_cursor(145, 1);
printf("%2d", generation / seconds);
}
// check for max time exceeded
if (seconds >= MAX_TIME)
{
lcd_cursor(50, 80);
lcd_printf("\a\b\t%d.%02d", generation / MAX_TIME,
generation % MAX_TIME);
if (generation < MAX_TIME * 5)
{
lcd_cursor(30, 30);
lcd_printf("\a\b\tTOO SLOW!");
}
switches = 0; // clear any pending switches
while (!switches); // wait for any switch
}
return switches; // return switch value
}
/********************************************************************************
PUCK:
函数功能：获取屏幕显示信息，并显示
入口：
type-----模式参数;curs-----光标位置
返回：
********************************************************************************/
void screen (u8 type, curs_t curs)
{
const scrn_t* p;
//在此前，vlist的信息已经更新-----PUCK
static scrn_t scrn={0xff,0xff,"",{0}}; //不为0，保证第一次就能更新，因为0x000000有可能第一次就是0---PUCK
if(scrn.code != vlist.code) //按照全显代码检索：编码已经更新，需要根据vlist的编码获取新的显示元素-----------PUCK
{
for (p=&table[0];p!=&table[MAXCOUNT];++p)
{
if ( p->code==vlist.code) //按照显示代码检索
{
scrn = *p;
break;
}
}
}
if(p==&table[MAXCOUNT]) //找不到显示的代码,只显示代码，事件，其他不显示-------PUCK
{
lcd_code (vlist.user, curs, vlist.dlen);
lcd_events();
lcd_update();
return ;
}
curs %= vlist.dlen;
lcd_data (scrn.item, scrn.frmt,scrn.elem.signpos); //18ms
lcd_code (vlist.user, curs, vlist.dlen); //26ms
lcd_mode (type); ///A/B/C 3种模式
lcd_total (scrn.elem.total ); ///< "总",
lcd_phase (scrn.elem.phase ); ///< "A/B/C相",
lcd_voltage (scrn.elem.voltage ); ///< "电压",
lcd_current (scrn.elem.current ); ///< "电流",
lcd_positive (scrn.elem.positive ); ///< mode4.bit4 ? "输入" : "正向";
lcd_negative (scrn.elem.negative ); ///< mode4.bit4 ? "输出" : "反向";
lcd_reactive (scrn.elem.reactive ); ///< "无功",
lcd_active (scrn.elem.active ); ///< "有功",
lcd_power (scrn.elem.power ); ///< "功率",
lcd_factor (scrn.elem.factor ); ///< "因数",
lcd_angle (scrn.elem.angle ); ///< "相角",
lcd_energy (scrn.elem.energy ); ///< "电量",
lcd_demand (scrn.elem.demand ); ///< "需量",
lcd_time (scrn.elem.time ); ///< "时间",
lcd_charge (scrn.elem.charge ); ///< "电费",
lcd_lostvolt (scrn.elem.lostvolt ); ///< "失压",
lcd_lostcurt (scrn.elem.lostcurt ); ///< "失流",
lcd_periods (scrn.elem.periods ); ///< "时段",
lcd_feerate (scrn.elem.feerate ); ///< "费率",
lcd_thismonth(scrn.elem.thismonth); ///< "本月",
lcd_lastmonth(scrn.elem.lastmonth); ///< mode4.bit5 ? "上月", "上上月" : "上1月", "上2月";
lcd_assemble (scrn.elem.assemble ); ///< "无功组合方式1 or 2", mode4.bit7 ? "逆时针" : "顺时针";
lcd_quadrant (scrn.elem.quadrant ); ///< "XX象限",
lcd_tariff (scrn.elem.tariff ); ///< 显示"费率Tx",
lcd_times (scrn.elem.times ); ///< 显示"上XX次",
lcd_events (); //8ms
lcd_update ();
}
// vvvvvvvvvvvvvvvvvvvvvvvvvvvvvv DO NOT ALTER vvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvv
//******************************************************************************
// Call display_results after every generation
//
// returns TRUE when MAX_TIME is reached or switch is pressed
//
int display_results(void)
{
//LED_RED_ON; // turn red LED on
generation++; // next generation
lcd_mode(0);
lcd_cursor(4, 1);
lcd_printf("%d", generation);
// only update when seconds changes
if (seconds != old_seconds)
{
old_seconds = seconds;
printf("/%d", seconds);
lcd_cursor(145, 1);
printf("%2d", generation / seconds);
}
// check for MAX_GENERATION or MAX_TIME exceeded
if ((generation >= MAX_GENERATION) || (seconds >= MAX_TIME))
{
long hSecs, hGensPerSec;
_BIC_SR(GIE);
lcd_cursor(4, 1); // output results
lcd_printf("%d/%d", generation, seconds);
lcd_cursor(145, 1);
printf("%2d", generation / seconds);
lcd_cursor(50, 80);
hSecs = ((long)seconds * 100) + (((WDT_1SEC_CNT - WDT_sec_cnt) * 100) / WDT_1SEC_CNT);
hGensPerSec = ((long)generation * 100 * 100) / hSecs;
lcd_printf("\a\b\t%ld.%02ld", hGensPerSec / 100, hGensPerSec % 100);
if (generation < MAX_TIME * 5)
{
lcd_cursor(30, 30);
lcd_printf("\a\b\tTOO SLOW!");
}
_BIS_SR(GIE);
switches = 0; // clear any pending switches
while (!switches); // wait for any switch
}
//LED_RED_OFF; // turn red LED off
return switches; // return switch value
} // end display_results
//------------------------------------------------------------------------------
// 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()
