MePm25Sensor.h

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#ifndef MePm25Sensor_H
#define MePm25Sensor_H
 
#include <stdint.h>
#include <stdbool.h>
#include <Arduino.h>
#include "MeConfig.h"
#include "MeSerial.h"
 
#define START_SYSEX1 0x32
#define START_SYSEX2 0x3d
#define LENGTH       28//帧长度
 
//#define DEFAULT_UART_BUF_SIZE      32
 
typedef struct{
//  uint16_t head;//0x323d
  uint16_t len;
  uint16_t data1;
  uint16_t data2;
  uint16_t data3;
  uint16_t data4;
  uint16_t data5;
  uint16_t data6;
  uint16_t data7;
  uint16_t data8;
  uint16_t data9;
  uint16_t data10;//default
  uint16_t data11;//default
  uint16_t data12;//default
  uint16_t data13;//default
  uint16_t checksum;
}PM25DATASTRUCT;
 
 
union PM25DATAUINO{
  uint8_t storedInputData[31];
  PM25DATASTRUCT val;
};
 
#ifdef ME_PORT_DEFINED
#include "MePort.h"
#endif /* ME_PORT_DEFINED */
 
#ifndef ME_PORT_DEFINED
class MePm25Sensor
#else /* !ME_PORT_DEFINED */
class MePm25Sensor : public MeSerial
#endif 
/* !ME_PORT_DEFINED */
{
public:
#ifdef ME_PORT_DEFINED
  MePm25Sensor();
 
  MePm25Sensor(uint8_t port);
#else // ME_PORT_DEFINED
  MePm25Sensor(uint8_t receivePin, uint8_t transmitPin, bool inverse_logic);
#endif // ME_PORT_DEFINED
  uint16_t readPm1_0Concentration(void);//PM1.0 ug/m^3
  uint16_t readPm2_5Concentration(void);//PM2.5 ug/m^3
  uint16_t readPm10Concentration(void);//PM10 ug/m^3
  uint16_t read0_3NumIn100ml(void);//0.1L空气中直径在0.3um的颗粒物个数
  uint16_t read0_5NumIn100ml(void);//0.1L空气中直径在0.5um的颗粒物个数
  uint16_t read1_0NumIn100ml(void);//0.1L空气中直径在1.0um的颗粒物个数
  uint16_t read2_5NumIn100ml(void);//0.1L空气中直径在2.5um的颗粒物个数
  uint16_t read5_0NumIn100ml(void);//0.1L空气中直径在5.0um的颗粒物个数
  uint16_t read10NumIn100ml(void);//0.1L空气中直径在10um的颗粒物个数
  uint16_t setOuputCompatibility(void);//设置输出兼容
  uint16_t turnOnFanLaser(void);//打开风扇激光
  uint16_t turnOffFanLaser(void);//关闭风扇激光
  uint16_t OutputIntimeOn(void);//定时输出开
  uint16_t OutputIntimeOff(void);//定时输出关
  uint16_t setOutputIntimePeriod(uint16_t settime);//设定定时输出间隔
  uint16_t askForData(void);//请求输出数据
  uint16_t coreSelfTest(void);//滤芯检测
  uint16_t returnCoreSelfTest(void);//返回自检结果
  uint16_t setCoreSelfTestTime(uint8_t settime);//设定检测时间 0~255s
  uint16_t setCoreEfficient(uint8_t efficent);//设定滤芯使用效率
  void rxloop(void);
  uint16_t returnlen(void);//返回有效数据长度
  uint16_t returnchecksum(void);//返回校验值
 private:
    union PM25DATAUINO sysex,rxbuf;
   // uint8_t buffer_flag;
    volatile int16_t sysexBytesRead;
    // volatile uint16_t resFlag;
    // volatile servo_device_type servo_dev_list[8];
    // volatile long cmdTimeOutValue;
    volatile boolean parsingSysex;
};
 
#endif