driver_5525DSO.h

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// driver_5525DSO.h
 
#ifndef _DRIVER_5525DSO_h
#define _DRIVER_5525DSO_h
 
#if defined(ARDUINO) && ARDUINO >= 100
    #include "arduino.h"
#else
    #include "WProgram.h"
#endif
#include "DriverContext.h"
 
typedef struct
{
    int32_t C[6];
    int32_t Q[6];
    float ZERO;
} t_5525DSO_calibration_table;
 
//#define PBUFFER_SIZE 32
typedef enum { DS_01, GS_05 } t_ps_sensor;
typedef enum { OVS_256, OVS_512, OVS_1024, OVS_2048, OVS_4096 } t_ps_resolution;
 
    class Sensor5525DSO
    {
        public:
 
            
            bool Init(t_i2cdevices device, t_ps_sensor model, t_ps_resolution ps_resolution, void* hw_handle);
            bool doMeasure(float* P, float* T);
 
            bool asyncMeasure();
            bool asyncGetResult(float *P, float *T);
 
            void setZero(float value);
            float doZero();
            void correctZero(float value);
            float GetConversionDelay();
 
        private:
 
 
 
            t_5525DSO_calibration_table sensorCT;
            t_i2cdevices i2c_device;
            t_ps_sensor sensor_model;
            t_ps_resolution sensor_resolution;
            
            void CalibrateDate_5525DSO(int32_t raw_temp, int32_t raw_pressure, float* T, float* P);
            bool Reset_5525DSO();
            uint8_t GetResolutionByteCodeTemp();
            uint8_t GetResolutionByteCodePressure();
            uint32_t GetResolutionDelay();
 
 
            HW* hwi;
            DebugIfaceClass* dbg;
 
            uint32_t __chache_P;
            uint32_t __chache_T;
            int __TDiv;
            bool __last_is_T;
            bool __pending_meas;
            uint64_t __last_millis;
            //float PBuffer[PBUFFER_SIZE];
            int startup_counter;
            bool data_valid;
 
            bool _initialized = false;
    };
 
#endif
 
 
 
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// Nuclear Instruments 2020 - All rights reserved
// Any commercial use of this code is forbidden
// Contact info@nuclearinstruments.eu