//ステータス表示
//int& stats
//stats ステータス文字画像のハンドル
void Display::stats(int& stats){
SetDrawBright(0, 0, 0);//描画する画像の色光度を設定（黒）
int y = 0, m = 0, w = 0;
if (year > 9) y = 12;//２ケタの時に表示位置をずらす
if (month > 9) m = 12;//２ケタの時に表示位置をずらす
if (weeks > 9) w = 12;//２ケタの時に表示位置をずらす
//年
dispNum(40, 10, 12, 25, 0, 0, year, 0, stats);
DrawRectGraph(62 + y, 10, 0, 50, 48, 26, stats, true, false);
//月
dispNum(120 + y, 10, 12, 25, 0, 0, month, 0, stats);
DrawRectGraph(142 + m + y, 10, 50, 50, 24, 26, stats, true, false);
//週
dispNum(180 + y + m, 10, 12, 25, 0, 0, weeks, 0, stats);
DrawRectGraph(202 + y + m + w, 10, 75, 50, 48, 26, stats, true, false);
//お金
dispNum(1020, 10, 12, 25, 0, 0, money, 0, stats);
DrawRectGraph(950, 10, 175, 50, 48, 26, stats, true, false);
//体力
dispNum(620, 10, 12, 25, 0, 0, health, 0, stats);
DrawRectGraph(550, 10, 125, 50, 48, 26, stats, true, false);
SetDrawBright(255, 255, 255);//描画する画像の色光度を設定（白）
}
int main(int argc, char *argv[])
{
int i;
int j;
setvbuf(stdout,NULL,_IONBF,0);
signal(SIGINT ,handler);
signal(SIGILL ,handler);
signal(SIGFPE ,handler);
signal(SIGSEGV ,handler);
signal(SIGTERM ,handler);
signal(SIGBREAK,handler);
signal(SIGABRT,handler);
printf("Starting...\n");
for (j=0; j<4; j++)
{
for (i=0;i<10;i++)
{
dispNum(i);
Sleep(400);
}
for (i=9;i>-1;i--)
{
dispNum(i); Sleep(300);
}
}
printf("Finished.\n");
return 0;
}
void get_curr_setting_data(u8 setting)
{
u8 setting_buff_high=0,setting_buff_low=0;
switch(setting)
{
case 0:
setting_buff_high=curr_date.year/100%100;
setting_buff_low=curr_date.year%100;
#if defined(KPL_BIG_LED_MODULE)
LED_STATUS_COL&=~LED_2POINT;
#else
LED_STATUS &= ~LED_2POINT;
#endif
break;
case 1:
case 2:
if(rtc_mode == ALM_SET_MODE){
setting_buff_high=curr_alm.hour;
setting_buff_low =curr_alm.minutes;
}
else{
setting_buff_high=curr_date.month;
setting_buff_low = curr_date.day;
}
#if defined(KPL_BIG_LED_MODULE)
LED_STATUS_COL|=LED_2POINT;
#else
LED_STATUS |= LED_2POINT;
#endif
break;
case 3:
case 4:
if(rtc_mode == ALM_SET_MODE){
setting_buff_high=curr_alm.hour;
setting_buff_low =curr_alm.minutes;
}
else{
setting_buff_high=curr_date.hour;
setting_buff_low =curr_date.minutes;
}
#if defined(KPL_BIG_LED_MODULE)
LED_STATUS_COL|=LED_2POINT;
#else
LED_STATUS |= LED_2POINT;
#endif
break;
case 5:
setting_buff_low = curr_date.date;
LED_STATUS &= ~LED_2POINT;
break;
default:break;
}
dispNum(((setting_buff_high/10)%10),3);
dispNum((setting_buff_high%10),2);
dispNum(((setting_buff_low/10)%10),1);
dispNum((setting_buff_low%10),0);
}
void Disp_Timer_OFF(void)
{
dispchar('S',3);
dispchar('L',2);
dispNum((timer_disp/10)%10,1);
dispNum(timer_disp%10,0);
}
void Disp_Num(void)
{
dispNum((u8)((cfilenum/1000)%10),3);
dispNum((u8)((cfilenum/100)%10),2);
dispNum((u8)((cfilenum/10)%10),1);
dispNum(cfilenum%10,0);
}
/*----------------------------------------------------------------------------*/
void Disp_Eq(void)
{
#ifdef DISP_EQ_STR
dispchar('E',3);
dispchar('Q',2);
dispNum(eq_mode,0);
#else
dispchar('E',2);
dispNum(eq_mode,1);
#endif
}
void Disp_Scan_NO(void )
{
#if defined(FM_DISP_CH_STR)
dispchar('C',3);
dispchar('H',2);
#else
dispchar('P',2);
#endif
dispNum((u8)((all_channl/10)%10),1);
dispNum(all_channl%10,0);
//LED_STATUS |= LED_FM;
}
void Disp_Balence(void)
{
#ifndef NO_PT_STR_DISPLAY
dispstring("BA",0);
#endif
if(PT_Balence_Val<7){
dispchar('Z',1);
dispNum(7-PT_Balence_Val,0);
}
else{
dispNum(PT_Balence_Val-7,0);
}
}
void Disp_Fade(void)
{
#ifndef NO_PT_STR_DISPLAY
dispstring("Fd",0);
#endif
if(PT_Fade_Val<7){
dispchar('W',1);
dispNum(7-PT_Fade_Val,0);
}
else{
dispNum(PT_Fade_Val-7,0);
}
}
void loop()
{
i += 1;
if (i > 9) i = 0;
dispNum(i);
delay(1000);
}
//途中経過表示
//int&,Parameters&,bool&はBG,numbers,words,Parameters,next,endの順
//BG 背景画像のハンドル
//numbers 数字画像のハンドル
//words 文字画像のハンドル
//Parameters ゲームパラメーター
//next 次の年に進ませるフラグ
//end ゲーム終了フラグ
void Display::result(int& BG, int& numbers, int& words, Parameters& object, bool& next, bool& end){
Mouse mouse;
GetMousePoint(&mouse.x, &mouse.y);
DrawGraph(0, 0, BG, true);
dispNum(200, 200, 18, 37, 0, 0, year, 0, numbers);//x年目が終わりました
if (year > 9){
DrawRectGraph(228 + 18, 200, 0, 100, 396, 37, words, true, false);
}
else DrawRectGraph(228, 200, 0, 100, 396, 37, words, true, false);
DrawRectGraph(200, 300, 0, 150, 540, 37, words, true, false);//今年はこんぐらい稼げました
if (Mouse_Sq(200, 400, 288, 37, mouse)){//次の年へ進む
SetDrawBright(255, 0, 0);
if (GetMouseInput_Once(Mouse_Buttons::Left)){
next = true;
}
}
else SetDrawBright(255, 255, 255);
DrawRectGraph(200, 400, 0, 200, 288, 37, words, true, false);
if (Mouse_Sq(200, 500, 324, 37, mouse)){//一旦きゅ〜け〜
SetDrawBright(255, 0, 0);
if (GetMouseInput_Once(Mouse_Buttons::Left)){
end = true;
}
}
else SetDrawBright(255, 255, 255);
DrawRectGraph(200, 500, 0, 250, 324, 37, words, true, false);
SetDrawBright(255, 255, 255);//描画する画像の色光度を再設定
}
void Disp_RTC_Date()
{
#if defined(NEW_RTC_SETTING_CTRL)
u8 setting_buff_high=0,setting_buff_low=0;
if(new_rtc_setting==1){
setting_buff_high=curr_date.year/100%100;
setting_buff_low=curr_date.year%100;
LED_STATUS &= ~LED_2POINT;
}
else if(new_rtc_setting==2){
setting_buff_high=curr_date.month;
setting_buff_low = curr_date.day;
LED_STATUS |= LED_2POINT;
}
else if(new_rtc_setting==3){
setting_buff_high=curr_alm.hour;
setting_buff_low =curr_alm.minutes;
LED_STATUS |= LED_2POINT;
}
else if(new_rtc_setting==4){
if (alm_sw)
dispstring("ON",0);
else
dispstring("OFF",0);
return;
}
dispNum(((setting_buff_high/10)%10),3);
dispNum((setting_buff_high%10),2);
dispNum(((setting_buff_low/10)%10),1);
dispNum((setting_buff_low%10),0);
#else
static _xdata u8 date_show=0;
if(date_show++>4)date_show=0;
get_curr_setting_data(date_show);
#endif
}
void disp_file_time(void)
{
u16 sec;
u16 min;
u32 file_play_time;
//mad_decode_dsc.total_time;
file_play_time = get_music_play_time();
sec = file_play_time % 60;
min = (file_play_time/60) % 60;
#if defined(LED_USE_1X888)
LED_STATUS |= LED_2POINT;
#else
LED_STATUS |= LED_2POINT;
#endif
#if defined(COMMON_CATHODE)
LED_BUFF[2] |= BIT(LED_H);
#endif
dispNum((u8)((min/10)%10),3);
dispNum(min%10,2);
dispNum((u8)((sec/10)%10),1);
dispNum(sec%10,0);
#if defined(LED_USE_COMMON_4X8)
LED_STATUS |= LED_2POINT;
#elif defined(KPL_BIG_LED_MODULE)
LED_STATUS &=~LED_2POINT;
LED_STATUS_COL|=LED_2POINT;
#endif
disp_active();
/*
sec = mad_decode_dsc.total_time % 60;
min = (mad_decode_dsc.total_time/60) % 60;
dispNum((u8)((min/10)%10));
dispNum(min%10);
dispNum((u8)((sec/10)%10));
dispNum(sec%10);
*/
}
/*----------------------------------------------------------------------------*/
void Disp_Vol(void)
{
#if defined(K000_HG_898_V001)
if(get_super_mute_lock()){
dispchar('V',2);
dispNum((0/10),1);
dispNum(0%10,0);
return;
}
#endif
#if defined(DISP_VOL_V_CHAR)||defined(K015_983_1_SW005_V001)||defined(K000_HG_898_V001)||defined(K566_JLH_566_V001)||defined(K769_JinRui_769_V001)||defined(K668_YJH_815_V001)||defined(K812_DingChuangXin_D903_V001)||defined(K566_JinRui_566_V001)||defined(K568_JinRui_568_V001)
dispchar('V',2);
#elif defined(DISP_VOL_V_CHAR_ALIGN_LEFT)
dispchar('V',3);
#endif
dispNum((my_music_vol/10),1);
dispNum(my_music_vol%10,0);
#ifdef VOL_DISP_COL_ICON
LED_STATUS |= LED_2POINT;
#endif
}
void Disp_temp(void)
{
dispNum((curr_temp/10),5);
dispNum(curr_temp%10,4);
}
void Disp_RTC()
{
if ((rtc_mode == RTC_PLAY_MODE)||(rtc_mode==ALM_UP_MODE))
{
dispNum((u8)((curr_date.hour/10)%10),3);
dispNum(curr_date.hour%10,2);
dispNum((u8)((curr_date.minutes/10)%10),1);
dispNum(curr_date.minutes%10,0);
Disp_RTC_POINT();
}
else if(rtc_mode == RTC_SET_MODE)
{
get_curr_setting_data(rtc_set);
oppo_area_rtc(rtc_set);
}
else if(rtc_mode == ALM_SET_MODE)
{
if(alm_set==0){
#if defined(KPL_BIG_LED_MODULE)
LED_STATUS_COL&= ~LED_2POINT;
#else
LED_STATUS &= ~LED_2POINT;
#endif
#if defined(MINI_DIGIT_BOX)
if (alm_sw)
dispstring("A ON",0);
else
dispstring("AOFF",0);
#else
#ifdef RIGHT_ALIGN_DISP
if (alm_sw)
dispstring(" ON",0);
else
dispstring(" OFF",0);
#else
if (alm_sw)
dispstring("ON",0);
else
dispstring("OFF",0);
#endif
#ifdef ALARM_ADJ_FLASH_ON_OFF
oppo_area_rtc(0);
#endif
#endif
}
#ifdef ALARM_SEL_SOURCE
else if(alm_set==3){
if(alm_source==0){
dispstring("beep",0);
}
else if(alm_source==1){
dispstring("USB",0);
}
else if(alm_source==2){
dispstring("FM",0);
}
}
#elif defined(ALARM_ADJ_VOL)
else if(alm_set==3){
Disp_Vol();
oppo_area_rtc(2);
}
#endif
else{
get_curr_setting_data(alm_set);
oppo_area_rtc(alm_set);
}
}
}
void Disp_Filenum(void)
{
#if defined(K619_FXK_619_V001)
disp_active();
if(config_led_by_gpio==0){
if(given_file_number>999)
dispNum((u8)((given_file_number/1000)%10),3);
if(given_file_number>99)
dispNum((u8)((given_file_number/100)%10),2);
if(given_file_number>9)
dispNum((u8)((given_file_number/10)%10),1);
dispNum(given_file_number%10,0);
}
else{
dispNum((u8)((given_file_number/1000)%10),3);
dispNum((u8)((given_file_number/100)%10),2);
dispNum((u8)((given_file_number/10)%10),1);
dispNum(given_file_number%10,0);
}
#elif defined(DISP_DEV_AT_PLAY)
disp_active();
#elif defined(DISP_FILE_NUM_NEW_TYPE)
if(given_file_number>999)
dispNum((u8)((given_file_number/1000)%10),3);
if(given_file_number>99)
dispNum((u8)((given_file_number/100)%10),2);
if(given_file_number>9)
dispNum((u8)((given_file_number/10)%10),1);
dispNum(given_file_number%10,0);
disp_active();
#else
dispNum((u8)((given_file_number/1000)%10),3);
dispNum((u8)((given_file_number/100)%10),2);
dispNum((u8)((given_file_number/10)%10),1);
dispNum(given_file_number%10,0);
disp_active();
#endif
#if defined(K189_JM_201_V001)
LED_STATUS |= LED_MP3;
LED_STATUS |= LED_PLAY;
#elif defined(K619_FXK_619_V001)
if(config_led_by_gpio==0){
LED_STATUS |= LED_PLAY;
}
#elif defined(K000_HG_898_V001)
LED_STATUS |= LED_MP3;
#endif
}
void Disp_Freq(void )
{
/*
dispNum((u8)((fre_channl/10)%10),0);
dispNum(fre_channl%10,0);
dispchar(' ',0,0);
dispNum((u8)((all_channl/10)%10),0);
dispNum(all_channl%10,0);
*/
if (frequency > 999)
{
dispNum((u8)((frequency/1000)%10),3);
}
else{
#if defined(FM_DISP_CH_STR)
dispchar(' ',3);
#endif
}
dispNum((u8)((frequency/100)%10),2);
dispNum((u8)((frequency/10)%10),1);
dispNum(frequency%10,0);
#ifdef RADIO_AM_WM_ENABLE
if(work_mode == SYS_FMREV){
LED_STATUS |= LED_FM;
}
else if(work_mode == SYS_AMREV){
#if defined(KPL_BIG_LED_MODULE)
LED_STATUS_AM |=LED_AM;
#endif
}
#else
#if defined(LED_USE_COMMON_4X8)
LED_STATUS_FM |= LED_FM;
#else
LED_STATUS |= LED_FM;
#endif
#endif
#if defined(FM_PLAY_KEY_PAUSE)
#if defined(DISP_PAU_STRING_ONLY_IN_FM_MODE)
if (play_status==0){
dispstring(" PAU",0);
#ifndef DISP_FM_STR_WHEN_PAUS
LED_STATUS &=~LED_FM;
}
#endif
#elif defined(DISP_PAUS_STRING)
if (play_status==0){
dispstring("PAUS",0);
}
#endif
#endif
#ifdef K619_FXK_619_V001
if(config_led_by_gpio){
LED_STATUS |=BIT(LED_G);
}
#endif
#ifdef UART_ENABLE
printf("-----> Disp_Freq %4u \r\n ",frequency);
#endif
}
