“CR1000系列数据记录仪”示例数据记录仪程序为远地点仪器x2 -131系列红色-远红色传感器日期:2019年8月bob体育竞技05日”'Black ->低侧差分通道(红色探测器)黄色->高侧差分信道(远红光检测器，不同于红光检测器的差分信道)'Blue ->低边差分通道(远红光检测器，不同于红光检测器的差分通道)清楚- >保护地面的解释中使用的常量和变量数据记录仪项目' RedMult =校准乘数为红色探测器”FarRedMult =校准乘数远红探测器BattV =数据记录仪电池电压的PanelT =数据记录仪面板温度“红色=探测器阅读umol / m2 /秒为红色探测器”远=探测器阅读在umol / m2 /秒红探测器RedmV = mV红检测器的输出的FarRedmV = mV远红外探测器的输出' RedFarRed =的比率Red and Far Red light 'FRFraction = The fraction of Far Red light relative to the total Red and Far Red light 'Note that all calibration multipliers are sensor-specific, as well as detector specific; those listed below are examples and must be changed based on the specific sensor being used. 'Declare Public Variables Public BattV, PanelT Public Red, FarRed, RedmV, FarRedmV, RedFarRed, FRFraction 'Declare Calibration Coefficients (sensor-specific) 'These variables must be changed to reflect the detector specific multipliers for the sensor(s) being used. Public RedMult = 12 Public FarRedMult = 12 'Define Data Tables DataTable (RFR,1,-1) DataInterval (0,1,Min,10) Minimum(1,BattV,IEEE4,0,False) Sample(1,PanelT,IEEE4) Average(1,RedmV,IEEE4,False) Average(1,FarRedmV,IEEE4,False) Average(1,Red,IEEE4,False) Average(1,FarRed,IEEE4,False) Average(1,RedFarRed,IEEE4,False) Average(1,FRFraction,IEEE4,False) EndTable 'Main Program BeginProg Scan(1,Sec,0,0) Battery(BattV) PanelTemp(PanelT,_60Hz) 'Measure Red detector mV signal VoltDiff(RedmV,1,mV250,1,True,0,_60Hz,1.0,0) 'Measure Far Red detector mV signal VoltDiff(FarRedmV,1,mV250,2,True,0,_60Hz,1.0,0) 'Apply multipliers Red = RedmV * RedMult FarRed = FarRedmV * FarRedMult 'Calculate Red Far Red Ratio RedFarRed = Red / FarRed 'Calculate Far Red Fraction FRFraction = FarRed / (Red + FarRed) 'Call Output Tables CallTable RFR NextScan EndProg