suoxianghuan.rar_频率控制_频率码控制

#include "zero.h" #define p (unsigned int*) 0x0050 unsigned int num[]={'0','1','2','3','4','5','6','7','8','9'}; const char ss[]={'S','e','a','r','c','h','i','n','g','.','.','.'}; const char fre[]={'T','h','e',' ','f','r','e',' ','i','s',':'}; unsigned int i,temp,j,f,long1,k,f0,key; unsigned int a=0; unsigned long int Fre; main() { unsigned int l,s; temp=0; *P_IOA_Dir=0x3fff; //初始化 *P_IOA_Attrib=0x3fff; *P_IOA_Data=0x0000; chushi(); i=0; while(1) //输入频率 {*P_Watchdog_Clear=0x0001; l=key1(); if((l&0x0f00)!=0x0f00) {s=KeyFind(); Delay2(); if((s<=9)&&(s>=0)) { long1=0; if(a<5) {*(p+a)=s; a++;} } else switch(s) {case 10:temp=1;break; case 15:a=0;for(j=0;j<10;j++) *(p+j)=0;break; } } if(a>0) f=*p; for(k=1;k<a;k++) f=10*f+(*(p+k)); f=(f-10700)/5; SIO_IOA(f); qp(); Address1(); //显示频率 xianshi('F'); xianshi('='); for(j=0;j<a;j++) xianshi(num[*(p+j)]); xianshi('k'); xianshi('H'); xianshi('z'); *P_Watchdog_Clear=0x0001; Delay2(); if(temp==1) {f0=0x1130; while(1) {SIO_IOA(f0++); Address1(); for(j=0;j<12;j++)xianshi(ss[j]); f=f0*5+10700; *p=(f/10000)%10;//万位（几十M） *(p+1)=(f/1000)%10;//千位 *(p+2)=(f/100)%10;//百位 *(p+3)=(f/10)%10;//十位 *(p+4)=f%10;//个位 Address2(); xianshi('F'); xianshi('='); for(j=0;j<5;j++) xianshi(num[*(p+j)]); xianshi('k'); xianshi('H'); xianshi('z'); Delay3(); if(f0==0x1770)f0=0x1130; *P_IOA_Dir=0x3fff; *P_IOA_Attrib=0x3fff; key=*P_IOA_Data; if((key&0x8000)==0x8000)break; } while(1) {qp(); Address1(); for(j=0;j<11;j++)xianshi(fre[j]); Address2(); for(j=0;j<5;j++) xianshi(num[*(p+j)]); xianshi('k'); xianshi('H'); xianshi('z'); Delay2(); l=key1(); if((l&0x0f00)!=0x0f00){temp=0;break;} } } } }