mcu.rar_NRF24L01_nRF24L01多点_多点 温湿度_无线温湿度

#include<reg52.h> #include<usually.h> #include<intrins.h> /****************************************************************/ /*====================无线模块引脚定义==========================*/ /****************************************************************/ sbit CE=P1^2; //芯片的模式控制线。在CSN为低的情况下，CE协同NRF24L01的CONFIG寄NRF24L01的状态。 sbit SCK=P1^1; // SPI时钟信号线 sbit MISO=P1^0; //数据线，（主入从出） sbit CSN=P1^3; //芯片的片选线，CSN置低时芯片工作 sbit MOSI=P1^4; //数据线，（主出从入） sbit IRQ=P1^5; //中断信号 //无线模块初始化 void init_nRF24L01(void) { IRQ=1; // CSN=1; //芯片不工作 SCK=0; //拉低SPI时钟线，方便以后操作 CE=0; // } // nRF24L01 写一个字节 uint8 nRF24L01_write_byte(uint8 x) { uint8 a; for(a=0;a<8;a++) { MOSI=(x&0x80); x=x<<1; SCK=1; x|=MISO; SCK=0; } return x; } //nRF24L01 写寄存器的值 //先写寄存器地址，再写要写入的寄存器值 void nRF24L01write_register(uint8 x,uint8 y) { uint8 a; CSN=0; a=nRF24L01_write_byte(x); nRF24L01_write_byte(y); CSN=1; } //nRF24L01 向NRF24L01中写入类似地址 等的数据 void nRF24L01write_data(uint8 x,uint8 *y,uint8 z) { uint8 a; CSN=0; nRF24L01_write_byte(x); for(a=0;a<z;a++) nRF24L01_write_byte(*(y++)); CSN=1; } //nRF24L01 读一个字节 uint8 nRF24L01read_byte(uint8 x) { uint8 y; CSN=0; //使能SPI nRF24L01_write_byte(x); y=nRF24L01_write_byte(0); CSN=1; return y; //disable SPI } //nRF24L01 读数据，读出RX_BUF中的数据 uint8 nRF24L01read_data(uint8 x,uint8 *y,uint8 z) { uint8 a; CSN=0; nRF24L01_write_byte(x); for(a=0;a<z;a++) { y[a]=nRF24L01_write_byte(0); } CSN=1; return a; } /*********************************************/ /*========nRF24L01寄存器申明=================*/ /*********************************************/ #define RX_ADDR_P0 0X0A //通道地址设置寄存器 #define RX_ADDR_P1 0X0B #define RX_ADDR_P2 0X0C #define RX_ADDR_P3 0X0D #define EN_AA 0X01 //AUTO ACKNOWLEDGEMENT RESIGTER ENABLE #define EN_RXADDR 0X02 //RX ADDRES ENABLE #define RF_CH 0X05 //RF CHANNEL #define RX_PW_P0 0X11 //Number of bytes in RX payload in data pipe #define RX_PW_P1 0X12 #define RX_PW_P2 0X13 #define RX_PW_P3 0X14 #define RF_SETUP 0X06 //RF Setup Register LIKE DATA RATE #define CONFIG 0X00 //Configuration Register #define W_register 0x20 //基地址 #define r_register 0x00 #define STATUS 0X07 //状态寄存器 #define R_RX_PLOAD 0X61 //READ RX-PAYLOAD #define FLUSH_RX 0XE2 //清空接受寄存器指令 // //接收地址 uint8 code table[4][5]={{0x34,0x43,0x10,0x10,0x01}, {0xb3,0xb4,0xb5,0xb6,0xe1}, {0xb3,0xb4,0xb5,0xb6,0xe2}, {0xb3,0xb4,0xb5,0xb6,0xe3}}; //通道地址寄存器 uint8 code RX_ADDR[]={RX_ADDR_P0,RX_ADDR_P1,RX_ADDR_P2,RX_ADDR_P3}; //通道自动应答寄存器设置值 uint8 code autoack[]={0x01,0x02,0x04,0x08}; //接收通道载荷设置寄存器 uint8 code RX_PLOAD[]={RX_PW_P0,RX_PW_P1,RX_PW_P2,RX_PW_P3}; //nRF24L01 接收模式设置设置 void nRF24L01_rx_mode_setup(uint8 y,uint8 *x,uint8 z,uint8 w) { CE=0; //配置寄存器时CE一定要拉低 nRF24L01write_data(W_register+y,x,5); //设置RX 节点的地址 nRF24L01write_register(W_register+EN_AA,0X01); //允许通道0自动应答 nRF24L01write_register(W_register+EN_RXADDR,z); //设置允许通道 nRF24L01write_register(W_register+RF_CH,0); //设置通信频率 nRF24L01write_register(W_register+w,4); //设置有效数据宽度 为8字节 nRF24L01write_register(W_register+RF_SETUP,0X07); //1 Mbps 0 dbm nRF24L01write_register(W_register+CONFIG,0X0F); //中断不在IRQ引脚表现，ENBALE CRC,CRC 2 BYTES，上电，配置为接收模式 CE=1; } uint8 data1[4][4]; //接收后数据存放数组 uint8 bdata STA; //存放STATUS 的值 sbit RX_DR=STA^6; //接收标志 sbit led=P3^0; //LED申明 sbit buzzer=P2^3; //蜂鸣器申明 //nRF24L01数据接收，及数据接收后的处理 void nRF24L01receieve(uint8 *x) { STA=nRF24L01read_byte(r_register+STATUS); if(RX_DR) { CE=0; nRF24L01read_data(R_RX_PLOAD,x,4); //读出数据 nRF24L01write_register(W_register+STATUS,0XFF); //清除RX_DR CSN=0; //ENBALE SPI nRF24L01_write_byte(FLUSH_RX); //FLUSHE RX FIFO CSN=1; buzzer=0; delayms(10); buzzer=1; } } /***************************************/ /*========12864引脚申明================*/ /***************************************/ sbit RS = P2^4; //H:DATA L:INSTRUCTION sbit SID = P2^5; //H:READ L:WRITE sbit SCLK= P2^6; //ENBALE SIGNAL sbit PSB = P2^7; //H:PARALLEL MODE L:SERIAL MODE uint8 code r[]={"0123456789.%"}; //数字显示 //12864 WRITE A BYTE(DATA OR INSTRUCTION) void _12864_write(uint8 x,uint8 y) { if(x==0) RS=0; else RS=1; P0=y; delayms(1); SCLK=1; delayms(1); SCLK=0; delayms(1); } //INITIALISE 12864 void _12864_init(void) { PSB=1; //PARALLEL MODE SID=0; //WRITE SCLK=0; _12864_write(0,0x30); //基本指令集 _12864_write(0,0x0c); //整体显示开 _12864_write(0,0x01); //清除显示 } /****************************************************/ /*==================按键声明========================*/ /****************************************************/ sbit key_fuction=P1^6; sbit key_add =P3^6; sbit key_minus =P3^5; sbit key_affirm =P3^4; //各个按键的标志 uint8 key_fuction_flag,key_add_flag,key_minus_flag,key_affirm_flag; void keyscan(void) { if(key_fuction==0) { delayms(10); if(key_fuction==0) { key_fuction_flag=1; while(key_fuction==0); } } if(key_add==0) { delayms(10); if(key_add==0) { key_add_flag=1; while(key_add==0); } } if(key_minus==0) { delayms(10); if(key_minus==0) { key_minus_flag=1; while(key_minus==0); } } if(key_affirm==0) { delayms(10); if(key_affirm==0) { key_affirm_flag=1; while(key_affirm==0); } } } uint8 code welcome1[]={"温度湿度"}; uint8 code welcome2[]={"无线测量系统"}; uint8 code display_mode_setup[]={"模式设置"}; uint8 code display_mode1[]={"模式一"}; uint8 code display_mode2[]={"模式二"}; uint8 code ensure[]={"确认"}; uint8 code sec[]={"退出"}; uint8 display_mode_flag,cursor_position_flag,_flag; //显示模式标志 uint8 code cursor_position[2][2]={{0x92,0x93},{0x95,0x96}}; uint8 code temperture[4][16]={{"Temp A"},{"Temp B"},{"Temp C"},{"Temp D"}}; uint8 code humidity[4][5]={{"Hum A"},{"Hum B"},{"Hum C"},{"Hum D"}}; uint8 _flag0,_flag1,_flag2,_flag3; /**********************************************/ /*====显示模式一——显示四点的温度值或者湿度值==*/ /**********************************************/ void display_mode1_display(uint8 *x,uint8 *y,uint8 *z,uint8 *w) { uint8 a; _12864_write(0,0x01); _12864_write(0,0x80); for(a=0;a<6;a++) _12864_write(1,x[a]); _12864_write(0,0x90); for(a=0;a<6;a++) _12864_write(1,y[a]); _12864_write(0,0x88); for(a=0;a<6;a++) _12864_write(1,z[a]); _12864_write(0,0x98); for(a=0;a<6;a++) _12864_write(1,w[a]); } void display_mode1_display2(uint8 *x,uint8 *y,uint8 *z,uint8 *w) { uint8 a; _12864_write(0,0x01); _12864_write(0,0x80); for(a=0;a<5;a++) _12864_write(1,x[a]); _12864_write(0,0x90); for(a=0;a<5;a++) _12864_write(1,y[a]); _12864_write(0,0x88); for(a=0;a<5;a++) _12864_write(1,z[a]); _12864_write(0,0x98); for(a=0;a<5;a++) _12864_write(1,w[a]); } /*********************************************************/ /*=========显示模式二——显示一点的温湿度值================*/ /*********************************************************/ void display_mode2_display(uint8 *x,uint8 *y) { uint8 a; _12864_write(0,0x01); _12864_write(0,0x80); for(a=0;a<6;a++) { _12864_write(1,x[a]); } _12864_write(0,0x90); fo