#include "GasData.h"
#include "stdio.h"
#include "bsp_Print.h"

#include "dsp_Demod.h"

#include "bsp_TEC.h"
#include "bsp_ADC.h"
#include "laser.h"
#include "algo_Laser.h"
#include "bsp_Uart.h"
#include "algo_Calib.h"
#include "GasData.h"
#include "algo_Filter.h"
#include "dsp_Demod.h"
#include "app.h"
#include "bsp_Flash.h"
#include "bsp_print.h" 



static void GasData_Task(void);
static char *GasData_GetName(u8 GasType);
static char *GasData_GetUnit(u8 Unit);

GasData_t GasData=
{
    .Task = GasData_Task,
    .GetName = GasData_GetName, 
    .GetUnit = GasData_GetUnit,
};

GasData_t *pGasData = &GasData;

static void GasData_Task(void)
{
//    if(BSP_PRINT_CURDATA == bsp_Print_DataTyppe)
//    {
//        printf("R_AD,%u,Cal_AD,%u,M_AD,%u,C_AD,%u,C_Val,%d,Val,%d\n",
//                     pGasData->Gas_1.R_AD,pGasData->Gas_1.R_AD_Cal,pGasData->Gas_1.Measur_AD,pGasData->Gas_1.Cali_AD,pGasData->Gas_1.Fac_Value,pGasData->Gas_1.Usr_Value);
//    }
    pGasData->Gas_1.Left        = LaserSensor.SHG.Pix_Light_Max;
    pGasData->Gas_1.Mid         = LaserSensor.SHG.Pix_Light_Min;
    pGasData->Gas_1.Light_AD    = LaserSensor.ORI.Light_AD;
    pGasData->Gas_1.TempAD      = ADC.AD[ADC_BOARD];  
    pGasData->Gas_1.Temp        = ADC.Value[ADC_BOARD] * 100;    
    pGasData->Gas_1.TECAD       = ADC.AD[ADC_TEC];   
    pGasData->Gas_1.TECTemp     = ADC.Value[ADC_TEC] * 100;
    pGasData->Gas_1.Slope       = FilterMeasur.Slope;
    pGasData->Gas_1.FastFlag    = FilterMeasur.FastFlag;

    
    if(BSP_PRINT_CURDATA == bsp_Print_DataTyppe)
    {
        printf("f2pp=%u,caliAD=%u,RRtestAD=%u,cr=%d,con=%d,Cz=%d,left=%u,mid=%u,light_AD=%u,T=%d,TAD=%u,TECTemp=%d,TECAD=%u,Slope=%f,Fast=%d\n",
                    pGasData->Gas_1.Measur_AD,  pGasData->Gas_1.Cali_AD,    pGasData->Gas_1.R_AD_Cal,
                    pGasData->Gas_1.R_Value,    pGasData->Gas_1.Fac_Value,  pGasData->Gas_1.Usr_Value,
                    pGasData->Gas_1.Left,       pGasData->Gas_1.Mid,        pGasData->Gas_1.Light_AD,
                    pGasData->Gas_1.Temp,       pGasData->Gas_1.TempAD,     pGasData->Gas_1.TECTemp,  pGasData->Gas_1.TECAD,
                    pGasData->Gas_1.Slope,      pGasData->Gas_1.FastFlag
                    );
    }
}



static char *GasData_GetName(u8 GasType)
{
    switch(GasType)
    {
       case GASDATA_TYPE_CH4 : return "CH4 ";
       case GASDATA_TYPE_CO2 : return "CO2 ";
       case GASDATA_TYPE_CO  : return "CO2 ";
       case GASDATA_TYPE_CnHm: return "CnHm";
       case GASDATA_TYPE_SO2 : return "SO2 ";
       case GASDATA_TYPE_H2S : return "H2S ";
       case GASDATA_TYPE_H2  : return "H2  ";
       case GASDATA_TYPE_O2  : return "O2  ";
       case GASDATA_TYPE_HF  : return "HF  ";
       case GASDATA_TYPE_NH3 : return "NH3 ";
       default : return "unknow";
    }
}

static char *GasData_GetUnit(u8 Unit)
{
    switch(Unit)
    {
       case GASDATA_UNIT_PPM     : return "ppm  ";
       case GASDATA_UNIT_MG_M3   : return "mg/m3";
       case GASDATA_UNIT_PERCENT : return "%    ";
       case GASDATA_UNIT_M_S     : return "m/s  ";
       case GASDATA_UNIT_M3_H    : return "m3/h ";
       default : return "unknow";
    }
}