proteus怎么仿真蓝牙模块元器件

#include

#include

#include //Keil library

#include "delay.h"

// 操作方法

// 蓝牙发送字符 CX或cX 表示关闭x位灯， x取值1-8

// 蓝牙发送字符 OX或oX 表示关闭x位灯， x取值1-8

sbit LED1 = P2^0; // 初始化led灯对应引脚

sbit LED2 = P2^1;

sbit LED3 = P2^2;

sbit LED4 = P2^3;

sbit LED5 = P2^4;

sbit LED6 = P2^5;

sbit LED7 = P2^6;

sbit LED8 = P2^7;

#define INIT 0xFF // 常量定义

#define OPEN 0x02

#define CLOSE 0x03

#define DAGN01 0x04

#define DAGN02 0x05

#define DAGN03 0x06

unsigned char Commd_Flag = INIT; // 命令接受标识

unsigned char pwmLed01 = 3; // pwm调整参数

unsigned char pwmLed02 = 3; // pwm调整参数

unsigned char pwmLed03 = 3; // pwm调整参数

unsigned char pwmLed04 = 3; // pwm调整参数

unsigned char pwmLed05 = 3; // pwm调整参数

unsigned char pwmLed06 = 3; // pwm调整参数

unsigned char pwmLed07 = 3; // pwm调整参数

unsigned char pwmLed08 = 3; // pwm调整参数

unsigned char countLed01 = 0; // pwm计数

unsigned char countLed02 = 0; // pwm计数

unsigned char countLed03 = 0; // pwm计数

unsigned char countLed04 = 0; // pwm计数

unsigned char countLed05 = 0; // pwm计数

unsigned char countLed06 = 0; // pwm计数

unsigned char countLed07 = 0; // pwm计数

unsigned char countLed08 = 0; // pwm计数

void UART_Init(void);

void SendByte(unsigned char dat);

void SendStr(unsigned char *s, unsigned char length);

void main(void)

{

UART_Init(); // 蓝牙 串口 波特率9600

LED1 = 0;

LED2 = 0;

LED3 = 0;

LED4 = 0;

LED5 = 0;

LED6 = 0;

LED7 = 0;

LED8 = 0;

DelayMs(200);

LED1 = 1; // 关闭相应的灯 并恢复命令标志

LED2 = 1;

LED3 = 1;

LED4 = 1;

LED5 = 1;

LED6 = 1;

LED7 = 1;

LED8 = 1;

DelayMs(10); // 延时有助于稳定

P2 = 0xFF;

while (1) // 主循环

{

; // 蓝牙的接收处理 均在中断中处理 请查看串口中断

countLed01++;

if (countLed01 pwmLed01) // 占空比调节

{

LED1 = 0;

} // 打开

else if (countLed01 10) // 关闭时间段

{

LED1 = 1; // 关闭

if (countLed01 == 10)

countLed01 = 0; // 一个周期结束

}

countLed02++;

if (countLed02 pwmLed02) // 占空比调节

{

LED2 = 0;

} // 打开

else if (countLed02 10) // 关闭时间段

{

LED2 = 2; // 关闭

if (countLed02 == 10)

countLed02 = 0; // 一个周期结束

}

countLed03++;

if (countLed03 pwmLed03) // 占空比调节

{

LED3 = 0;

} // 打开

else if (countLed03 10) // 关闭时间段

{

LED3 = 1; // 关闭

if (countLed03 == 10)

countLed03 = 0; // 一个周期结束

}

countLed04++;

if (countLed04 pwmLed04) // 占空比调节

{

LED4 = 0;

} // 打开

else if (countLed04 10) // 关闭时间段

{

LED4 = 1; // 关闭

if (countLed04 == 10)

countLed04 = 0; // 一个周期结束

}

countLed05++;

if (countLed05 pwmLed05) // 占空比调节

{

LED5 = 0;

} // 打开

else if (countLed05 10) // 关闭时间段

{

LED5 = 1; // 关闭

if (countLed05 == 10)

countLed05 = 0; // 一个周期结束

}

countLed06++;

if (countLed06 pwmLed06) // 占空比调节

{

LED6 = 0;

} // 打开

else if (countLed06 10) // 关闭时间段

{

LED6 = 1; // 关闭

if (countLed06 == 10)

countLed06 = 0; // 一个周期结束

}

countLed07++;

if (countLed07 pwmLed07) // 占空比调节

{

LED7 = 0;

} // 打开

else if (countLed07 10) // 关闭时间段

{

LED7 = 1; // 关闭

if (countLed07 == 10)

countLed07 = 0; // 一个周期结束

}

countLed08++;

if (countLed08 pwmLed08) // 占空比调节

{

LED8 = 0;

} // 打开

else if (countLed08 10) // 关闭时间段

{

LED8 = 1; // 关闭

if (countLed08 == 10)

countLed08 = 0; // 一个周期结束

}

}

}

void UART_Init(void)

{

SCON = 0x50; // SCON: 模式 1, 8-bit UART, 使能接收

TMOD |= 0x20; // TMOD: timer 1, mode 2, 8-bit 重装

TH1 = 0xFD; // TH1: 重装值 9600 波特率 晶振 11.0592MHz

TL1 = TH1;

TR1 = 1; // TR1: timer 1 打开

EA = 1; // 打开总中断

ES = 1; // 打开串口中断

}

void UART_SER(void) interrupt 4 // 串行中断服务程序

{

unsigned char R_buf;

if (RI) // 判断是接收中断产生

{

RI = 0; // 标志位清零

R_buf = SBUF;

if ((R_buf == 'O') || (R_buf == 'o'))

{

Commd_Flag = OPEN; // 接收到打开灯标志

}

else if ((R_buf == 'S') || (R_buf == 's'))

{

Commd_Flag = CLOSE; // 接收到 关闭灯标志

}

else if ((R_buf == 'A') || (R_buf == 'a'))

{

Commd_Flag = DAGN01; // 接收到 等级1标志

}

else if ((R_buf == 'B') || (R_buf == 'b'))

{

Commd_Flag = DAGN02; // 接收到 等级2标志

}

else if ((R_buf == 'C') || (R_buf == 'c'))

{

Commd_Flag = DAGN03; // 接收到 等级3标志

}

else if ((R_buf != '1') && (R_buf != '2') && (R_buf != '3') && (R_buf != '4') && (R_buf != '5') && (R_buf != '6') && (R_buf != '7') && (R_buf != '8') && (R_buf != 'T'))

{

Commd_Flag = INIT; // 否则 初始化接受标志

}

if ((Commd_Flag == OPEN) || (Commd_Flag == DAGN01)) // 根据命令值进行打开相应的灯

{

switch (R_buf)

{

case '1':

pwmLed01 = 3;

Commd_Flag = INIT;

break; // 打开相应的灯 并恢复命令标志

case '2':

pwmLed02 = 3;

Commd_Flag = INIT;

break;

case '3':

pwmLed03 = 3;

Commd_Flag = INIT;

break;

case '4':

pwmLed04 = 3;

Commd_Flag = INIT;

break;

case '5':

pwmLed05 = 3;

Commd_Flag = INIT;

break;

case '6':

pwmLed06 = 3;

Commd_Flag = INIT;

break;

case '7':

pwmLed07 = 3;

Commd_Flag = INIT;

break;

case '8':

pwmLed08 = 3;

Commd_Flag = INIT;

break;

case 'T':

pwmLed01 = 3;

pwmLed02 = 3;

pwmLed03 = 3;

pwmLed04 = 3;

pwmLed05 = 3;

pwmLed06 = 3;

pwmLed07 = 3;

pwmLed08 = 3;

Commd_Flag = INIT;

break;

default:

break; // 此处错误判断 不可恢复命令标准

}

}

else if (Commd_Flag == CLOSE) // 根据命令值进行关闭相应的灯

{

switch (R_buf)

{

case '1':

pwmLed01 = 1;

Commd_Flag = INIT;

break; // 打开相应的灯 并恢复命令标志

case '2':

pwmLed02 = 1;

Commd_Flag = INIT;

break;

case '3':

pwmLed03 = 1;

Commd_Flag = INIT;

break;

case '4':

pwmLed04 = 1;

Commd_Flag = INIT;

break;

case '5':

pwmLed05 = 1;

Commd_Flag = INIT;

break;

case '6':

pwmLed06 = 1;

Commd_Flag = INIT;

break;

case '7':

pwmLed07 = 1;

Commd_Flag = INIT;

break;

case '8':

pwmLed08 = 1;

Commd_Flag = INIT;

break;

case 'T':

pwmLed01 = 1;

pwmLed02 = 1;

pwmLed03 = 1;

pwmLed04 = 1;

pwmLed05 = 1;

pwmLed06 = 1;

pwmLed07 = 1;

pwmLed08 = 1;

Commd_Flag = INIT;

break;

default:

break; // 此处错误判断 不可恢复命令标准

}

}

else if (Commd_Flag == DAGN02) // 根据命令值进行关闭相应的灯

{

switch (R_buf)

{

case '1':

pwmLed01 = 6;

Commd_Flag = INIT;

break; // 打开相应的灯 并恢复命令标志

case '2':

pwmLed02 = 6;

Commd_Flag = INIT;

break;

case '3':

pwmLed03 = 6;

Commd_Flag = INIT;

break;

case '4':

pwmLed04 = 6;

Commd_Flag = INIT;

break;

case '5':

pwmLed05 = 6;

Commd_Flag = INIT;

break;

case '6':

pwmLed06 = 6;

Commd_Flag = INIT;

break;

case '7':

pwmLed07 = 6;

Commd_Flag = INIT;

break;

case '8':

pwmLed08 = 6;

Commd_Flag = INIT;

break;

case 'T':

pwmLed01 = 6;

pwmLed02 = 6;

pwmLed03 = 6;

pwmLed04 = 6;

pwmLed05 = 6;

pwmLed06 = 6;

pwmLed07 = 6;

pwmLed08 = 6;

Commd_Flag = INIT;

break;

default:

break; // 此处错误判断 不可恢复命令标准

}

}

else if (Commd_Flag == DAGN03) // 根据命令值进行关闭相应的灯

{

switch (R_buf)

{

case '1':

pwmLed01 = 9;

Commd_Flag = INIT;

break; // 打开相应的灯 并恢复命令标志

case '2':

pwmLed02 = 9;

Commd_Flag = INIT;

break;

case '3':

pwmLed03 = 9;

Commd_Flag = INIT;

break;

case '4':

pwmLed04 = 9;

Commd_Flag = INIT;

break;

case '5':

pwmLed05 = 9;

Commd_Flag = INIT;

break;

case '6':

pwmLed06 = 9;

Commd_Flag = INIT;

break;

case '7':

pwmLed07 = 9;

Commd_Flag = INIT;

break;

case '8':

pwmLed08 = 9;

Commd_Flag = INIT;

break;

case 'T':

pwmLed01 = 9;

pwmLed02 = 9;

pwmLed03 = 9;

pwmLed04 = 9;

pwmLed05 = 9;

pwmLed06 = 9;

pwmLed07 = 9;

pwmLed08 = 9;

Commd_Flag = INIT;

break;

default:

break; // 此处错误判断 不可恢复命令标准

}

}

SBUF = R_buf; // 返回接收到的数据

}

if (TI) // 如果是发送标志位，清零

TI = 0;

}