关于ADE7753的读写问题，编了个程序，却无法显示正确的结果

ti

//程序功能：读取功率并且显示在数码管上。通过串口发送数据
//波特率是9200
/******************************************
程序的问题是：编译无错，但是利用数码管显示的时候显示：05.35，正确值是02.35
在没有负载情况下，应该是显示0000，但是数码管却一直显示05.35，实在找不出错误来
有时间给我看看，这个程序那个地方有错误
**********************************************************************/
#include
#define uchar  unsigned char
#define uint unsigned int

int count1s;
unsigned int count1m;
unsigned char  dis_bitcount=0;
unsigned char  display_o[6];
unsigned char  display_q[6];
unsigned char  display_pf[6];
unsigned char  display_temp[6];

unsigned char code  MF52_stop[3]  _at_ 0x003b; //

unsigned char SEG[30]={0xc0,0xf9,0xa4,0xb0,0x99,0x92,0x82,0xf8,0x80,0x90,0x40,0x79,0x24,0x30,0x19,0x12,0x02,0x78,0x00,0x10,0xbf,0x00} ;//0,1,2,3,4,5,6,7,8,9 后面是带小数点的0～9
unsigned char dis_bitdriver=0;

static uchar idata ADE7753rw[3]={0,0,0};  //ADE7753读写寄存器
static uchar idata ADE7753tm[3]={0,0,0};  //ADE7753读出状态

***it reset_7753=P1^1;
***it CSADE7753_A = P1^5;
***it       SSDI = P1^2;
***it       SSDO = P1^3;
***it    SSCK = P1^4;
***it    INT7753 = P3^2;

***it s1=P2^3;

unsigned int pf,tem;
#define FREQ 4474431
unsigned int VAENERGY;

// 延时子函数  1mS乘以count
void delay1ms(int count)
{
int j,k;
while(count--!=0)
   {  for(j=0;j<9;j++)
         for(k=0;k < 15; k++)
         ;}
      }
//延时1us子函数
void nop_1us(void)
  {
   uchar i;
   for(i = 0;i< 2; i++)
      ;
}

send( unsigned char a)
  {
   TI = 0;
   SBUF = a;
   while(!TI);
   }
/***************************************
      ADE7753读数据函数
入口参数：type:目标寄存器的地址
            wdata:写进寄存器的内容
   databit：目标寄存器的宽度
出口参数： NULL
返回值：LULL
*********************************/
void write7753(unsigned char type,unsigned int wdata,unsigned char databit)
{
unsigned char loop = 0;

type = type & 0x7F;
type = type | 0x80;
for(loop = 0; loop < 8; loop++)
{
SSCK = 1;
nop_1us();
SSDI = type & 0X80;
nop_1us();
SSCK = 0;
nop_1us();
type = (type << 1);
}//end of for()

delay1ms(4);

for(loop = 0; loop < databit; loop++)
{
SSCK = 1;
nop_1us();
SSDI = wdata & 0X8000;
nop_1us();
SSCK = 0;
nop_1us();
wdata = (wdata << 1);
}//end of for()

}//end of write7753()

/***********************************************
                        7758读寄存器函数
入口参数：type:目标寄存器的地址
      databit:目标寄存器的宽度
出口参数：指定寄存器的内容
返回值：指定寄存器的内容
**************************************************/
unsigned long read7753(unsigned char type,unsigned char databit)
{
unsigned char loop = 0;
unsigned long  rtdata = 0;
unsigned int i;
//ade7758 7 bits address
//ade7754 6 bits address
type = type & 0x7F;
type = type | 0x00;
for(loop = 0;loop < 8;loop ++)
{
     SSCK = 1;
   nop_1us();
    SSDI = type & 0X80;
    nop_1us();
SSCK = 0;
    nop_1us();
    type = (type << 1);
}
for(i=0;i<8;i++)    //延长8us
   { nop_1us();
   }

for(loop = 0;loop < databit;loop ++)
{
     CSADE7753_A = 1;
      nop_1us();
rtdata = (rtdata << 1);
    if(SSDO) rtdata += 1;
   nop_1us();
   SSCK = 0;
    nop_1us();
}
return(rtdata);
CSADE7753_A = 1;
}//end of read7753()

/*******************************************************************************************
                        7758读寄存器函数
入口参数：type:目标寄存器的地址
      databit:目标寄存器的宽度
出口参数：指定寄存器的内容
返回值：指定寄存器的内容

该函数与 read7753(unsigned char type,unsigned char databit)的区别在于操作ADE7758之前先确定一下
SPI接口的各个状态，所以当需要从ADE7758中读出一个数据时不要直接调用
read7753(unsigned char type,unsigned char databit)而是直接调用本函数。
********************************************************************************************/
unsigned long read7753a(unsigned char type,unsigned char databit)
{
unsigned long  rtdata = 0;
//EA = 0;//disable interrupt
CSADE7753_A = 1;
SSCK = 0;
SSDI = 0;
SSDO = 0;
CSADE7753_A = 0;
rtdata = read7753(type,databit);
CSADE7753_A = 1;
//EA = 1;//enable interrupt
return(rtdata);
}//end of read7753a()

/*****************************************************************
         7758写数据函数
入口参数：type:目标寄存器的地址
      wdata:写进寄存器的内容
      databit:目标寄存器的宽度
出口参数：NULL
返回值：NULL

注意写入数据的数据类型对写入数据的影响,参数：wdata
wdata数据类型为整型，2个字节当形参的实参为字符型，1个字节时要先将
它强制转换为整型再左移8位，databit为8。当wdata字长为12位时，必须先
将它扩展为16位，并且第一字节的高半字节无任何意义.
******************************************************************/
void write7753a(unsigned char type,unsigned int wdata,unsigned char databit)
{
//EA = 0;//disable interrupt
CSADE7753_A = 1;
SSCK = 0;
SSDI = 0;
SSDO = 0;
CSADE7753_A = 0;
write7753(type,wdata,databit);
CSADE7753_A = 1;
//EA = 1;//enable interrupt
}//end of write7753a()

/*****************************************
   对电能功率的读取函数
*********************************************/
  void ceshi(void)
  {
unsigned  long temp;
unsigned int temp1,temp2;
unsigned char bw,sw,gw,qsw;
   CSADE7753_A = 0;
   temp = read7753(0x06,16 );
   CSADE7753_A = 1;

     send(temp);
// temp1=temp<<8;
// temp2=temp>>8;
VAENERGY = temp;
// VAENERGY =temp1+temp2;

   bw=( VAENERGY/100 )% 10;
display_pf[1]=bw+10;

sw=( VAENERGY/10 )% 10;
display_pf[2]=sw;

gw=( VAENERGY )%10;
display_pf[3]=gw;
   }
void init()
{
SCON  = 0x50;                   /* mode 1: 8-bit UART, enable receiver */
TMOD= 0x20;                   /* timer 1 mode 2: 8-Bit reload       */
PCON=PCON|0x80;
TH1= 0xfa;                   /* reload value 9600 baud /11.059M             */
    TR1= 1;                      /* timer 1 run                         */
TI=1;
}

main()
{
unsigned char p2code=0;
count1m=0;
count1s=0;
delay1ms(100);
//  init_7753();
init();
  while(1)
{

switch(dis_bitcount+1)
{
case 1:dis_bitdriver=0x01;  break;/*display 1*/
case 2:dis_bitdriver=0x02;  break;/*display 2*/
case 3:dis_bitdriver=0x04;  break;/*display 3*/
default:dis_bitdriver=0x08; break;/*display 4 */

}
// p2code=P1;
p2code=p2code&0xF0;
p2code=p2code|dis_bitdriver;
// dcode=SEG[display_q[dis_bitcount]];
P0=SEG[display_q[dis_bitcount]];
P2=p2code<<4;
if(dis_bitcount>=3) dis_bitcount=0;
else dis_bitcount++;

count1s++;
if(count1s>=260)
{
count1m++;
count1s=0;
ceshi();    //测试

}
else
{

delay1ms(4);
}

        display_q[3]=display_pf[3];
        display_q[2]=display_pf[2];
        display_q[1]=display_pf[1];
        display_q[0]=display_pf[0];

}

}