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/********************************************************************
編寫人：譚澤睿
ET2主程序
最后修改于2017年8月
********************************************************************/
#include <stc12c5a60s2.h>
#include <intrins.h>
//#include <float.h>
/********************************************************************************************/
unsigned char code nums[12]={0xfc,0x60,0xda,0xf2,0x66,0xb6,0xbe,0xe0,0xfe,0xf7,0x00,0x02};
typedef unsigned char uint8; // 無符號8位整型變量 //
unsigned int code fs[39]={32,76,101,105,107,108,114,115,125,129,131,146,156,159,163,178,
187,191,209,218,228,249,/*260*/289,311,314,315,319,334,338,339,341,349,355,373,375,396,397,
403
};
unsigned int code tab[]={ //音階表
63628,63835,64021,64103,64260,64400,64524, //低音1-7
64580,64684,64777,64820,64898,64968,65030,//中音1-7
65058,65110,65157,65178,65217,65252,65283//高音1-7
};
unsigned int code br[3]={213,222,216};
unsigned char alm[9][3]={{6,30,0},{7,30,0},{8,30,0},
{0,0,0},{0,0,0},{0,0,0},{0,0,0},{0,0,0},{0,0,0}
};//Hour Min Way
//#defineLCM2402_DB0_DB7P0
sbit LCM2402_RS = P2 ^ 3;
sbit LCM2402_RW = P2 ^ 4;
sbit LCM2402_E = P2 ^ 5;
sbit LCM2402_Busy = P0 ^ 5;
data unsigned char year,month,day,week,hour,min,sec;
data bit db = 0;
bit kj;
bit rbit;
unsigned char autolum;
data unsigned char cou = 0;
unsigned char i,hh,ll;
//unsigned char mh;
//unsigned char ml;
unsigned char set,aln,reps,repe;
unsigned char mo;
unsigned char p;
unsigned char v;
unsigned char ke;
unsigned char mt;
unsigned char menu;
unsigned char RP;
unsigned char dbs;
unsigned char light;
unsigned int beepc,C,D;
#defineCMD_clear0x01 // 清除屏幕
#defineCMD_back0x02 // DDRAM回零位
#defineCMD_dec10x04 // 讀入后AC（指針）減1，向左寫
#defineCMD_add10x06 // 讀入后AC（指針）加1，向右寫
#defineCMD_dis_gb10x0f // 開顯示_開光標_開光標閃爍
#defineCMD_dis_gb20x0e // 開顯示_開光標_關光標閃爍
#defineCMD_dis_gb30x0c // 開顯示_關光標_關光標閃爍
#defineCMD_OFF_dis0x08 // 關顯示_關光標_關光標閃爍
#defineCMD_set820x38 // 8位總線_2行顯示
#defineCMD_set810x30 // 8位總線_1行顯示（上邊行）
#defineCMD_set420x28 // 4位總線_2行顯示
#defineCMD_set410x20 // 4位總線_1行顯示（上邊行）
#definelin_10x80 // 4位總線_1行顯示（上邊行）
#definelin_20xc0 // 4位總線_1行顯示（上邊行）
#define bee beep=0;beepc=1
#define lbee beep=0;beepc=10
sbit vss = P2^0;
sbit vdd = P2^1;
sbit vo = P2^2;
//sbit RS = P2^3;
sbit db0 = P2^6;
sbit db1 = P2^7;
sbit db2 = P4^4;
sbit db3 = P4^5;
sbit db4 = P4^6;
sbit db5 = P0^7;
sbit db6 = P0^6;
sbit db7 = P0^5;
sbit blv=P0^4;
sbit blg=P0^3;
sbit KEYAG=P3^7;
sbit KEYA=P3^5;
sbit KEYBG=P3^4;
sbit KEYB=P3^2;
sbit KEYCG=P3^1;
sbit KEYC=P4^7;
sbit KEYDG=P1^7;
sbit KEYD=P1^5;
sbit ka=P1^4;
sbit RC=P1^1;
sbit beep=P1^0;
sbit ltv=P4^6;
sbit lm35vcc=P1^1;
sbit lm35gnd=P1^3;
sbit rlv=P0^1;
sbit rl=P0^0;
void delay (unsigned int a){
unsigned int i;
while(a > 0){
a--;
for(i=0;i<600;i++);
}
}
void db07(unsigned char dbs){
db0=dbs%2;
db1=dbs/2%2;
db2=dbs/4%2;
db3=dbs/8%2;
db4=dbs/16%2;
db5=dbs/32%2;
db6=dbs/64%2;
db7=dbs/128%2;
}
/*********************************************************************************************
函數名：10位A/D轉換初始化函數
調用：Read_init (?);
參數：輸入的端口（0000 0XXX 其中XXX是設置輸入端口號，可用十進制0~7表示，0表示P1.0，7表示P1.7）
返回值：無
結果：開啟ADC功能并設置ADC的輸入端口
備注：使用ADC功能時需要將對應的IO接口設置為高阻輸入方式（例如：P1M1 = 0x01;）
/**********************************************************************************************/
void Read_init (unsigned char CHA){
unsigned char AD_FIN=0; //存儲A/D轉換標志
CHA &= 0x07; //選擇ADC的8個接口中的一個（0000 0111 清0高5位）
ADC_CONTR = 0x40;//ADC轉換的速度（0XX0 0000 其中XX控制速度，請根據數據手冊設置）
_nop_();
ADC_CONTR |= CHA; //選擇A/D當前通道
_nop_();
ADC_CONTR |= 0x80; //啟動A/D電源
delay(1); //使輸入電壓達到穩定（1ms即可）
}
/**********************************************************************************************/
/*********************************************************************************************
函數名：10位A/D轉換函數
調用：? = ADC_Read();
參數：無
返回值：10位ADC數據高(從0到1023（十進制））
結果：讀出指定ADC接口的A/D轉換值，并返回數值
備注：適用于STC12C5A60S2系列單片機（必須使用STC12C5A60S2.h頭文件）
/**********************************************************************************************/
unsigned int ADC_Read (void){
unsigned char AD_FIN=0; //存儲A/D轉換標志
ADC_CONTR |= 0x08; //啟動A/D轉換（0000 1000 令ADCS = 1）
_nop_();
_nop_();
_nop_();
_nop_();
while (AD_FIN ==0){ //等待A/D轉換結束
AD_FIN = (ADC_CONTR & 0x10); //0001 0000測試A/D轉換結束否
}
ADC_CONTR &= 0xE7; //1111 0111 清ADC_FLAG位, 關閉A/D轉換,
return (ADC_RES*4+ADC_RESL);//返回A/D轉換結果（10位ADC數據高8位在ADC_RES中，低2位在ADC_RESL中）
}
void LCM2402_TestBusy(void){
db07(0xff);//設備讀狀態
LCM2402_RS = 0;
LCM2402_RW = 1;
LCM2402_E = 1;
while(LCM2402_Busy);//等待LCM不忙
LCM2402_E = 0;//
}
/********************************************************************************************
// 寫指令程序 //
// 向LCM2402寫命令本函數需要1個指令集的入口參數 //
/********************************************************************************************/
void LCM2402_WriteCMD(uint8 LCM2402_command) {
LCM2402_TestBusy();
db07(LCM2402_command);
LCM2402_RS = 0;
LCM2402_RW = 0;
LCM2402_E = 1;
LCM2402_E = 0;
}
void PWM_init (void){
CMOD=0x00; //設置PCA定時器
CL=0x00;
CH=0x00;
CCAPM0=0x42; //PWM0設置PCA工作方式為PWM方式（0100 0010）
CCAP0L=0x00; //設置PWM0初始值與CCAP0H相同
CCAP0H=0x00; // PWM0初始時為0
CR=1; //啟動PCA定時器
}
/**********************************************************************************************/
/*********************************************************************************************
函數名：PWM0占空比設置函數
調用：PWM0_set();
參數：0x00~0xFF（亦可用0~255）
返回值：無
結果：設置PWM模式占空比，為0時全部高電平，為1時全部低電平
備注：如果需要PWM1的設置函數，只要把CCAP0L和CCAP0H中的0改為1即可
/**********************************************************************************************/
void PWM0_set (unsigned char a){
hh=a;
ll=0xff-a;
TR1=1;
}
/********************************************************************************************
// 寫數據程序 //
// 向LCM2402寫數據 //
/********************************************************************************************/
void LCM2402_WriteData(uint8 LCM2402_data){
LCM2402_TestBusy();
db07(LCM2402_data);
LCM2402_RS = 1;
LCM2402_RW = 0;
LCM2402_E = 1;
LCM2402_E = 0;
}
/********************************************************************************************
// 打印字符串程序 // （本函數調用指針函數）
// 向LCM發送一個字符串,長度48字符之內
// 第一行位置 0x00~0x17 第二行位置 0x40~0x57
// 應用舉例：print(0x80,"doyoung.net"); //在第一行第一位處從左向右打印doyoung.net字符串
/********************************************************************************************/
void print(uint8 a,uint8 *str){
LCM2402_WriteCMD(a | 0x80);
while(*str != '\0'){
LCM2402_WriteData(*str++);
}
*str = 0;
}
/********************************************************************************************
// 打印單字符程序 //
// 第一行位置 0x00~0x17 第二行位置 0x40~0x57
// 向LCM發送一個字符,以十六進制（0x00）表示
// 應用舉例：print(0xc0,0x30); //在第二行第一位處打印字符“0”
/********************************************************************************************/
void print2(uint8 a,uint8 t){
LCM2402_WriteCMD(a | 0x80);
LCM2402_WriteData(t+0x30);
}
void print3(uint8 a,uint8 t){
LCM2402_WriteCMD(a | 0x80);
LCM2402_WriteData(t);
}
/********************************************************************************************
// 定義小漢字 //
// 可寫入8個自字義字符，寫入后可用其CGRAM代碼直接提取顯示。
// 字符定義方法請參考技術手冊
/********************************************************************************************/
uint8 code Xword[]={
0x1F,0x00,0x00,0x00,0x00,0x00,0x00,0x00, //上，代碼 0x00
0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x1F, //下，代碼 0x01
0x10,0x10,0x10,0x10,0x10,0x10,0x10,0x10, //左，代碼 0x02
0x01,0x01,0x01,0x01,0x01,0x01,0x01,0x01, //右，代碼 0x03
0x1f,0x00,0x00,0x00,0x00,0x00,0x00,0x1f, //上下，代碼 0x04
0x00,0x00,0x04,0x04,0x00,0x00,0x00,0x00, //點上，代碼 0x05
0x00,0x00,0x00,0x00,0x04,0x04,0x00,0x00,//點下，代碼 0x06
0x00,0x01,0x00,0x1E,0x10,0x10,0x10,0x1E //度，代碼 0x07
/*0x00,0x1f,0x00,0x1f,0x10,0x1f,0x10,0x1f,//恒右上，代碼 0x08
0x10,0x00,0x1f,0x00,0x00,0x00,0x00,0x00,//恒右下，代碼 0x09
0x10,0x18,0x00,0x10,0x10,0x10,0x10,0x10,//恒右上上，代碼 0x0a
0x10,0x00,0x18,0x00,0x00,0x00,0x00,0x00,//恒右下下，代碼 0x0b */
};
void CgramWrite(void) {// 裝入CGRAM //
uint8 i;
LCM2402_WriteCMD(0x06);// CGRAM地址自動加1
LCM2402_WriteCMD(0x40);// CGRAM地址設為00處
for(i=0;i<8*8;i++) {
LCM2402_WriteData(Xword[i]);// 按數組寫入數據
}
}
void LCM2402_Init(void){
LCM2402_WriteCMD(CMD_set82);//* 顯示模式設置：顯示2行，每個字符為5*7個像素
LCM2402_WriteCMD(CMD_clear);// 顯示清屏
LCM2402_WriteCMD(CMD_back);//* 數據指針指向第1行第1個字符位置
LCM2402_WriteCMD(CMD_add1);// 顯示光標移動設置：文字不動，光標右移
LCM2402_WriteCMD(CMD_dis_gb3); // 顯示開及光標設置：顯示開，光標開，閃爍開
CgramWrite();// 向CGRAM寫入自定義字符
}
bit IsLeapYear(void){ //計算本年是否是潤年
unsigned int a;
a = 2000+year;//加2000表示成完整的年
if((a%4==0 && a%100!=0)||(a%400==0)){ //潤年的計算公式
return 1;//是潤年返回1
}else{
return 0;//不是潤年返回0
}
}
void month_day(void){
unsigned char mon_day[]={31,28,31,30,31,30,31,31,30,31,30,31};
day++;
week++;
if(week>7){
week=1;
}
if(day > mon_day[month-1]){
if(IsLeapYear()&&month==2){
day = 29;
}else{
day = 1;
month++;
if(month > 12){
month = 1;
year++;
}
}
}
}
void clear(void){
print(0x80," ");
print(0x40," ");
}
void change(void){
bee;
for(i=light;i>0;i--){
PWM0_set(i);
delay(2);
}
clear();
for(i=0;i<0xff;i++){
PWM0_set(i);
delay(1);
}
for(i=0xff;i>light;i--){
PWM0_set(i);
delay(2);
}
}
void jieri(void){
v=0xff;
for(i=0;i<38;i++){
if(fs[i]/31==month && fs[i]%31==day){
v=i;
break;
}
}
if(v==0){print(0x40,"Happy New Year! ");}
if(v==1){print(0x40,"Valentine's Day ");}
if(v==2){print(0x40," 38-Women's Day ");}
if(v==3){print(0x40,"China Arbor Day ");}
if(v==4){print(0x40," White Day ^-^ ");}
if(v==5){print(0x40,"ConsumerRightDay");}
if(v==6){print(0x40,"World Forest Day");}
if(v==7){print(0x40,"World Water Day ");}
if(v==8){print(0x40,"April Fools' Day");}
if(v==9){print(0x40,"TombSweeping Day");}
if(v==10){print(0x40,"World Health Day");}
if(v==11){print(0x40,"World Earth Day ");}
if(v==12){print(0x40,"5-1 Labour Day ");}
if(v==13){print(0x40,"China Youth Day ");}
if(v==14){print(0x40," Red-Cross Day ");}
if(v==15){print(0x40," -Milk Day- ");}
if(v==16){print(0x40,"-Children's Day-");}
if(v==17){print(0x40,"Environment Day ");}
if(v==18){print(0x40," Olympic Day ");}
if(v==19){print(0x40,"Dang De Sheng Ri");}
if(v==20){print(0x40," Population Day ");}
if(v==21){print(0x40," the Army Day ");}
if(v==22){print(0x40,"ChinaTeachersDay");}
if(v==23){print(0x40," National Day ");}
if(v==24){print(0x40,"World Animal Day");}
if(v==25){print(0x40,"WorldTeachersDay");}
if(v==26){print(0x40," World Post Day ");}
if(v==27){print(0x40,"UnitedNationsDay");}
if(v==28){print(0x40,"Mens Healthy Day");}
if(v==29){print(0x40,"Biodiversity Day");}
if(v==30){print(0x40," Halloween ");}
if(v==31){print(0x40,"ChinaReporterDay");}
if(v==32){print(0x40,"WorldDiabetesDay");}
if(v==33){print(0x40," World AIDS Day ");}
if(v==34){print(0x40,"WorldDisabledDay");}
if(v==35){print(0x40,"WorldFootballDay");}
if(v==36){print(0x40,"Christmas Night ");}
if(v==37){print(0x40," Christmas Day ");}
if(v==38){
print(0x40," 20");
print2(0x43,year/10);
print2(0x44,year%10);
print(0x45," Last Day ");
}
if(v==0xff){
print(0x40,"Good ");
if(hour<11){print(0x45,"morning!^_^");
}else if(hour<13){print(0x45,"noon! ^_^");
}else if(hour<18){print(0x45,"afternoon(:");
}else if(hour<21){print(0x45,"evening!^-^");
}else if(hour<24){print(0x45,"night!-_-zZ");
}
}
}
void birth(void){
v=0xff;
for(i=0;i<3;i++){
if(br[i]/31==month && br[i]%31==day){
v=i;
break;
}
}
if(v==0){print(0x40,"TZR's Birthday! ");}
if(v==1){print(0x40,"CSJ's Birthday! ");}
if(v==2){print(0x40,"TXT's Birthday! ");}
if(v==0xff){
print(0x40,"^_^ -_- 0_0");
print(0x4b,":");
print2(0x4c,sec/10);
print2(0x4d,sec%10);
print(0x4e,"s");
print(0x4f," ");
}
}
void time (void){
if(sec%30/15==0){
print2(0x80,C/10);
print2(0x81,C%10);
//print(0x82,".");
//print2(0x83,D/10);
print3(0x82,0x07);
print(0x83," ");
if(month>9){print2(0x85,month/10);}else{print(0x85," ");}
print2(0x86,month%10);
print(0x87,"-");
if(day>9){print2(0x88,day/10);}else{print(0x88," ");}
print2(0x89,day%10);
print(0x8a," ");
}else{
if(week==1){print(0x80," MonDay ");}
if(week==2){print(0x80," TuesDay ");}
if(week==3){print(0x80," WednesDay ");}
if(week==4){print(0x80," ThursDay ");}
if(week==5){print(0x80," FriDay ");}
if(week==6){print(0x80," SaturDay ");}
if(week==7){print(0x80," SunDay ");}
}
print2(0x8b,hour/10);
print2(0x8c,hour%10);
if(sec%2==0){
print(0x8d,":");
}else{
print(0x8d,"-");
}
print2(0x8e,min/10);
print2(0x8f,min%10);
if(sec%20/10==0){
jieri();
}else{
birth();
}
if(db == 1){
month_day();
db = 0;
}
}
/*void sound (unsigned char v,unsigned char b){
ET1=1;
TH1=mh;
TL1=ml;
TR1=1;
} */
void KEY(void){
ke=0xff;
KEYA=1;
KEYB=1;
KEYC=1;
KEYD=1;
delay(1);
if(KEYA==0){delay(20);if(KEYA==0){ke=0x0a;while(~KEYA);}}
if(KEYB==0){delay(20);if(KEYB==0){ke=0x0b;while(~KEYB);}}
if(KEYC==0){delay(20);if(KEYC==0){ke=0x0c;while(~KEYC);}}
if(KEYD==0){delay(20);if(KEYD==0){ke=0x0d;while(~KEYD);}}
if(ke!=0xff){bee;}
}
void showbignum(unsigned char hour,unsigned char min){
unsigned char s1,s2,s3,s4,temp;
bit a,b,c,d,e,f,g;
s1=hour/10;
s2=hour%10;
s3=min/10;
s4=min%10;
temp=nums[s1];
a=temp/128;
b=temp/64%2;
c=temp/32%2;
d=temp/16%2;
e=temp/8%2;
f=temp/4%2;
g=temp/2%2;
if(a==1){
print3(0x81,0);
}
if(b==1){
print3(0x82,2);
}
if(c==1){
print3(0x42,2);
}
if(d==1 && g==0){
print3(0x81,1);
}
if(e==1){
print3(0x40,3);
}
if(f==1){
print3(0x80,3);
}
if(g==1){
print3(0x81,4);
}
}
void init (void) {
//mh=0x00;
//ml=0x00; 3.5 3.2 4.7 1.5
beep=1;
beepc=0;
mo=1;
KEYAG=0;
KEYBG=0;
KEYCG=0;
KEYDG=0;
TMOD = 0x01;
TH0 = 0x3c;
TL0 = 0xb0;
TH1 = 0x00;
TL1 = 0x00;
EA = 1;
ET0 = 1;
ET1 = 1;
TR0 = 1;
TR1 = 1;
menu=0;
P4SW=0x70;
P2M0=0x02;
P0M0=0x10;
/*P3M1=0x24;
P4M1=0x80;
P1M1=0x20;*/
blv=0;
blg=0;
vss=0;
vdd=1;
vo=0;
ltv=1;
P1M1=0x04;
P1M0=0x02;
RC=1;
RP=0;
//Read_init(1);
Read_init(2);
rbit=0;
if(day==0){
year=11;
month=8;
day=13;
week=6;
hour=8;
min=51;
sec=50;
}
kj=1;
light=0xa0;
LCM2402_Init();//LCM2402初始化
PWM_init();
PWM0_set(light);
//sound();
change();
autolum=1;
lm35vcc=1;
lm35gnd=0;
P0M0=0x12;
P0M1=0x01;
rlv=1;
rl=0;
reps=6;
repe=23;
}
void main (void){
init();
while (kj){
/*print3(0x80,0x00);
print3(0x81,0x02); //永
print3(0x82,0x04);
print3(0x40,0x01);
print3(0x41,0x03);
print3(0x42,0x05);
print3(0x83,0x06);
print3(0x84,0x08); //恒
print3(0x85,0x0a);
print3(0x43,0x07);
print3(0x44,0x09);
print3(0x45,0x0b);
delay(2000);
*/
change();
print(0x80,"Everlasting Time");
print(0x40," -V3- TZR Studio");
delay(5000);
kj=0;
}
change();
while(1){ //主線程//
//LCM2402_Init();
if(cou==0){
C=(ADC_Read()-8)*1000;
C/=2048;
}
if(autolum==1 && rbit==1){
rbit=0;
LCM2402_Init();
//LCM2402_Init();
if(rl==1){
light=165;
PWM0_set(light);
}else if(rl==0){
light=45;
PWM0_set(light);
}
}else if(autolum==0 && rbit==1){
rbit=0;
LCM2402_Init();
//LCM2402_Init();
}/*else if(autolum==2 && rbit==1){
RC=1;
rbit=0;
delay(1);
RP=ADC_Read();
/*if(RP*4>245){
light=RP*4-80*3;
}else{
light=5;
}
if(RP*4>495){
light=255;
}*//*
light=RP;
PWM0_set(light);
RC=0;
} */
if(menu==0){
aln=0xff;
for(i=0;i<9;i++){
if(alm[i][0]==hour && alm[i][1]==min && alm[i][2]==1){
aln=i;
break;
}
}
if(aln==0xff){
time();
}else{
print(0x80,"Alarm");
print2(0x85,(i+1));
print(0x86," ");
print2(0x87,hour/10);
print2(0x88,hour%10);
print(0x89,":");
print2(0x8a,min/10);
print2(0x8b,min%10);
print(0x8c," Pre");
print(0x40,"ss any keys stop");
}
}else if(menu==1){
print(0x80,"[A B C D]");
print2(0x8d,mt/10);
print2(0x8e,mt%10);
print(0x8f,"s");
print(0x40,"Alm Time Lum Rep");
if(mt==0){
menu=0;
change();
}
}else if(menu==2){
if(set==0){
print(0x80,"[+1 -1 SET ESC]");
print(0x40,"Alm");
print2(0x43,mo);
print(0x44," ");
print2(0x45,alm[mo-1][0]/10);
print2(0x46,alm[mo-1][0]%10);
print(0x47,":");
print2(0x48,alm[mo-1][1]/10);
print2(0x49,alm[mo-1][1]%10);
if(alm[mo-1][2]==0){
print(0x4a," Close");
}else if(alm[mo-1][2]==1){
print(0x4a," Open ");
}else if(alm[mo-1][2]==2){
print(0x4a," W1-5 ");
}else if(alm[mo-1][2]==3){
print(0x4a," W6-7 ");
}else if(alm[mo-1][2]==4){
print(0x4a," W 6 ");
}else if(alm[mo-1][2]==5){
print(0x4a," W 7 ");
}else if(alm[mo-1][2]==6){
print(0x4a," Once ");
}
}else{
print(0x80,"+/-/next/OK ");
if(mo==0){print(0x8c,"Hour");}
if(mo==1){print(0x8c,"Mins");}
if(mo==2){print(0x8c,"Ways");}
print(0x40,"Alm");
print2(0x43,set);
print(0x44," ");
print2(0x45,alm[set-1][0]/10);
print2(0x46,alm[set-1][0]%10);
print(0x47,":");
print2(0x48,alm[set-1][1]/10);
print2(0x49,alm[set-1][1]%10);
if(alm[set-1][2]==0){
print(0x4a," Close");
}else if(alm[set-1][2]==1){
print(0x4a," Open ");
}else if(alm[set-1][2]==2){
print(0x4a," W1-5 ");
}else if(alm[set-1][2]==3){
print(0x4a," W6-7 ");
}else if(alm[set-1][2]==4){
print(0x4a," W 6 ");
}else if(alm[set-1][2]==5){
print(0x4a," W 7 ");
}else if(alm[set-1][2]==6){
print(0x4a," Once ");
}
}
}else if(menu==3){
print(0x80,"[+1 -1 next ESC]");
if(mo==0){
print(0x40,"Year");
print2(0x45,2);
print2(0x46,0);
print2(0x47,year/10);
print2(0x48,year%10);
}else if(mo==1){
print(0x40,"Month");
print(0x46,":");
print2(0x47,month/10);
print2(0x48,month%10);
}else if(mo==2){
print(0x40,"Day ");
print(0x46,":");
print2(0x47,day/10);
print2(0x48,day%10);
}else if(mo==3){
print(0x40,"Hour ");
print(0x46,":");
print2(0x47,hour/10);
print2(0x48,hour%10);
}else if(mo==4){
print(0x40,"Min ");
print(0x46,":");
print2(0x47,min/10);
print2(0x48,min%10);
}else if(mo==5){
if(week==1){print(0x40," MonDay ");}
if(week==2){print(0x40," TuesDay ");}
if(week==3){print(0x40," WednesDay ");}
if(week==4){print(0x40," ThursDay ");}
if(week==5){print(0x40," FriDay ");}
if(week==6){print(0x40," SaturDay ");}
if(week==7){print(0x40," SunDay ");}
}
}else if(menu==4){
PWM0_set(light);
print(0x80,"[+F -F Auto ESC]");
print(0x40,"Lum:");
print2(0x44,light/100%10);
print2(0x45,light/10%10);
print2(0x46,light%10);
print(0x47," Auto:");
if(autolum==0){
print(0x4d,"OFF");
}else if(autolum==1){
print(0x4d,"ON ");
}else if(autolum==2){
print(0x4d,"AS ");
}
}else if(menu==5){
/*print(0x80,"Sorry! This mode");
print(0x40,"is open up now! ");
delay(3000);
menu=0;
*/
print(0x80,"[St Ed Rep ESC]");
if(reps!=0xff){
print2(0x40,reps/10);
print2(0x41,reps%10);
print(0x42,":00 to ");
print2(0x49,repe/10);
print2(0x4a,repe%10);
print(0x4b,":00");
}else{
print(0x40," -Closed- ");
}
}
/****************************按鈕操作***************************/
KEY();
if(menu==0){
if(ke!=0xff){menu=1;mt=15;change();}
}else if(menu==1){
if(ke==0x0a){menu=2;change();mo=1;set=0;}
if(ke==0x0b){menu=3;change();mo=0;}
if(ke==0x0c){menu=4;change();}
if(ke==0x0d){menu=5;change();}
}else if(menu==2){
if(set==0){
if(ke==0x0a){mo++;if(mo==10){mo=1;}}
if(ke==0x0b){mo--;if(mo==0){mo=9;}}
if(ke==0x0c){set=mo;mo=0;}
if(ke==0x0d){menu=0;change();}
}else{
if(ke==0x0a){
if(mo==2){
alm[set-1][2]++;
if(alm[set-1][2]==7){
alm[set-1][2]=0;
}else if(alm[set-1][2]==0){
alm[set-1][2]=6;
}
}else {
alm[set-1][mo]++;
}
}
if(ke==0x0b){
if(mo==2){
if(alm[set-1][2]>=7){
alm[set-1][2]=0;
}else if(alm[set-1][2]==0){
alm[set-1][2]=7;
}
alm[set-1][2]--;
}else if(alm[set-1][mo]!=0){alm[set-1][mo]--;
}
}
if(ke==0x0c){mo++;if(mo==3){mo=0;}}
if(ke==0x0d){menu=0;change();}
if(alm[set-1][0]>23){
alm[set-1][0]=0;
}
if(alm[set-1][0]<0){
alm[set-1][0]=23;
}
if(alm[set-1][1]<0){
alm[set-1][1]=59;
}
}
}else if(menu==3){
if(ke==0x0a){
if(mo==0){year++;}
if(mo==1){month++;}
if(mo==2){day++;}
if(mo==3){hour++;}
if(mo==4){min++;}
if(mo==5){week++;}
if(year>29){
year=11;
}
if(month>12){
month=1;
}
if(day>31){
day=1;
}
if(hour>23){
hour=0;
}
if(min>59){
min=0;
}
if(week>7){
week=1;
}
}
if(ke==0x0b){
if(mo==0 && year>11){year--;}
if(mo==1 && month>1){month--;}
if(mo==2 && day>1){day--;}
if(mo==3 && hour>0){hour--;}
if(mo==4 && min>0){min--;}
if(mo==5 && week>1){min--;}
}
if(ke==0x0c){mo++;if(mo==6){mo=0;}}
if(ke==0x0d){menu=0;change();}
}else if(menu==4){
if(ke==0x0a){
if(light>0xFE){
light=0x00;
}else{
light+=0x0F;
}
}
if(ke==0x0b){
if(light<0x0E){
light=0xFF;
}else{
light-=0x0F;
}
}
if(ke==0x0c){
autolum++;
if(autolum==2){
autolum=0;
}
}
if(ke==0x0d){menu=0;change();}
}else if(menu==5){
if(ke==0x0a){
if(reps>9){
reps=5;
}else{
reps++;
}
}
if(ke==0x0b){
if(repe>23){
repe=20;
}else{
repe++;
}
}
if(ke==0x0c){
if(reps<0xff){
reps=0xff;
}else{
reps=6;
}
}
if(ke==0x0d){menu=0;change();}
}
}
}
void tiem0(void) interrupt 1 using 3{
cou++;
if(beepc>0){
beepc--;
beep=0;
}else if(beepc==0){
beep=1;
beepc=0;
}
if(cou > 19){
cou = 0;
sec++;
if(sec%2==0){
rbit=1;
}
if(mt>0){
mt--;
}
if(sec > 59){
sec = 0;
min++;
if(hour>=reps && hour<=repe && reps!=0xff && min==30){
bee;
}
if(min > 59){
min = 0;
if(hour>=reps && hour<=repe && reps!=0xff){
lbee;
}
hour++;
if(hour > 23){
hour = 0;
db = 1;
}
}
for(i=0;i<9;i++){
if(alm[i][0]==hour && alm[i][1]==min && alm[i][2]!=0){
if(alm[i][2]==1){
beep=0;
beepc=20*30;
break;
}else if(alm[i][2]==2 && week>=1 && week<=5){
beep=0;
beepc=20*30;
break;
}else if(alm[i][2]==3 && week>=6 && week<=7){
beep=0;
beepc=20*30;
break;
}else if(alm[i][2]==4 && week==6){
beep=0;
beepc=20*30;
break;
}else if(alm[i][2]==5 && week==7){
beep=0;
beepc=20*30;
break;
}else if(alm[i][2]==6){
beep=0;
beepc=20*30;
alm[i][2]=0;
break;
}
}
}
}
}
TH0 = 0x3c;
TL0 = 0xd0;
}
void t1(void) interrupt 3 using 2{
blv=~blv;
if(blv==0){
TH1=hh;
TL1=hh;
}else{
TH1=ll;
TL1=ll;
}
}

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CODE代碼.rar (7.01 KB, 下載次數: 19)

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