writePowercanNetCDFandUpdateSSDS(): Processing begun: Mon Nov 9 15:09:04 2009 writePowercanNetCDFandUpdateSSDS(): Instrument deployment name = Controller-Power (2009-10-05T18:44:50Z - 24) UUID=b13985b1-eb7c-11da-9cb2-00306e389969 readPowercanDataStream(): Input DataStream name: Controller-Power (2009-10-05T18:44:50Z) DataStream from device UUID=b13985b1-eb7c-11da-9cb2-00306e389969 readPowercanDataStream(): RecordDescription: readPowercanDataStream(): id = 60071 readPowercanDataStream(): recordType = 1 readPowercanDataStream(): bufferStyle = ASCII readPowercanDataStream(): bufferParseType = ordered readPowercanDataStream(): bufferItemSeparator = whitespace readPowercanDataStream(): bufferLengthType = variable readPowercanDataStream(): parseable = true readPowercanDataStream(): endian = little readPowercanDataStream(): 0: RecordVariable name: Channel_ADC00_Label readPowercanDataStream(): id = 1105086 readPowercanDataStream(): name = Channel_ADC00_Label readPowercanDataStream(): description = Label for ADC00. This channel is the Channel Label for the 400V Input Voltage. readPowercanDataStream(): longName = ADC00: 400V Input Volt (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 1 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 1: RecordVariable name: ADC00_Avg readPowercanDataStream(): id = 1105038 readPowercanDataStream(): name = ADC00_Avg readPowercanDataStream(): description = The Average for 400V Input Voltage. (Power Can channel ADC00) readPowercanDataStream(): longName = ADC00/ 400V Input Volt Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 2 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 2: RecordVariable name: ADC00_NumSamps readPowercanDataStream(): id = 1105095 readPowercanDataStream(): name = ADC00_NumSamps readPowercanDataStream(): description = The Number of Samples for 400V Input Voltage. (Power Can channel ADC00) readPowercanDataStream(): longName = ADC00/ 400V Input Volt Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 3 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 3: RecordVariable name: ADC00_Min readPowercanDataStream(): id = 1105080 readPowercanDataStream(): name = ADC00_Min readPowercanDataStream(): description = The Minimum for 400V Input Voltage. (Power Can channel ADC00) readPowercanDataStream(): longName = ADC00/ 400V Input Volt Min readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 4 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 4: RecordVariable name: ADC00_Max readPowercanDataStream(): id = 1105087 readPowercanDataStream(): name = ADC00_Max readPowercanDataStream(): description = The Maximum for 400V Input Voltage. (Power Can ADC00) readPowercanDataStream(): longName = ADC00/ 400V Input Volt Max readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 5 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 5: RecordVariable name: ADC00_Err_Flag readPowercanDataStream(): id = 1105065 readPowercanDataStream(): name = ADC00_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 400V Input Voltage. (Power Can channel ADC00) readPowercanDataStream(): longName = ADC00/ 400V Input Volt Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 6 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 6: RecordVariable name: Channel_ADC01_Label readPowercanDataStream(): id = 1105061 readPowercanDataStream(): name = Channel_ADC01_Label readPowercanDataStream(): description = Label for ADC01. This channel is the Channel Label for the 400-12 Converter 0 Input Current. readPowercanDataStream(): longName = ADC01: 400-12 Conv 0 In Curr (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 7 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 7: RecordVariable name: ADC01_Avg readPowercanDataStream(): id = 1105047 readPowercanDataStream(): name = ADC01_Avg readPowercanDataStream(): description = The Average for 400-12 Converter 0 Input Current. (Power Can channel ADC01) readPowercanDataStream(): longName = ADC01/ 400-12 Conv 0 In Curr Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 8 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 8: RecordVariable name: ADC01_NumSamps readPowercanDataStream(): id = 1105036 readPowercanDataStream(): name = ADC01_NumSamps readPowercanDataStream(): description = The Number of Samples for 400-12 Converter 0 Input Current. (Power Can channel ADC01) readPowercanDataStream(): longName = ADC01/ 400-12 Conv 0 In Curr Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 9 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 9: RecordVariable name: ADC01_Min readPowercanDataStream(): id = 1105076 readPowercanDataStream(): name = ADC01_Min readPowercanDataStream(): description = The Minimum for 400-12 Converter 0 Input Current. (Power Can channel ADC01) readPowercanDataStream(): longName = ADC01/ 400-12 Conv 0 In Curr Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 10 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 10: RecordVariable name: ADC01_Max readPowercanDataStream(): id = 1105026 readPowercanDataStream(): name = ADC01_Max readPowercanDataStream(): description = The Maximum for 400-12 Converter 0 Input Current. (Power Can ADC01) readPowercanDataStream(): longName = ADC01/ 400-12 Conv 0 In Curr Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 11 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 11: RecordVariable name: ADC01_Err_Flag readPowercanDataStream(): id = 1105085 readPowercanDataStream(): name = ADC01_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 400-12 Converter 0 Input Current. (Power Can channel ADC01) readPowercanDataStream(): longName = ADC01/ 400-12 Conv 0 In Curr Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 12 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 12: RecordVariable name: Channel_ADC02_Label readPowercanDataStream(): id = 1105043 readPowercanDataStream(): name = Channel_ADC02_Label readPowercanDataStream(): description = Label for ADC02. This channel is the Channel Label for the 400-12 Converter 1 Input Current. readPowercanDataStream(): longName = ADC02: 400-12 Conv 1 In Curr (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 13 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 13: RecordVariable name: ADC02_Avg readPowercanDataStream(): id = 1105071 readPowercanDataStream(): name = ADC02_Avg readPowercanDataStream(): description = The Average for 400-12 Converter 1 Input Current. (Power Can channel ADC02) readPowercanDataStream(): longName = ADC02/ 400-12 Conv 1 In Curr Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 14 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 14: RecordVariable name: ADC02_NumSamps readPowercanDataStream(): id = 1105075 readPowercanDataStream(): name = ADC02_NumSamps readPowercanDataStream(): description = The Number of Samples for 400-12 Converter 1 Input Current. (Power Can channel ADC02) readPowercanDataStream(): longName = ADC02/ 400-12 Conv 1 In Curr Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 15 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 15: RecordVariable name: ADC02_Min readPowercanDataStream(): id = 1105059 readPowercanDataStream(): name = ADC02_Min readPowercanDataStream(): description = The Minimum for 400-12 Converter 1 Input Current. (Power Can channel ADC02) readPowercanDataStream(): longName = ADC02/ 400-12 Conv 1 In Curr Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 16 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 16: RecordVariable name: ADC02_Max readPowercanDataStream(): id = 1105100 readPowercanDataStream(): name = ADC02_Max readPowercanDataStream(): description = The Maximum for 400-12 Converter 1 Input Current. (Power Can ADC02) readPowercanDataStream(): longName = ADC02/ 400-12 Conv 1 In Curr Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 17 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 17: RecordVariable name: ADC02_Err_Flag readPowercanDataStream(): id = 1105091 readPowercanDataStream(): name = ADC02_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 400-12 Converter 1 Input Current. (Power Can channel ADC02) readPowercanDataStream(): longName = ADC02/ 400-12 Conv 1 In Curr Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 18 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 18: RecordVariable name: Channel_ADC03_Label readPowercanDataStream(): id = 1105063 readPowercanDataStream(): name = Channel_ADC03_Label readPowercanDataStream(): description = Label for ADC03. This channel is the Channel Label for the 400V Switch 0 Output Current. readPowercanDataStream(): longName = ADC03: 400V Sw 0 Out Curr (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 19 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 19: RecordVariable name: ADC03_Avg readPowercanDataStream(): id = 1105099 readPowercanDataStream(): name = ADC03_Avg readPowercanDataStream(): description = The Average for 400V Switch 0 Output Current. (Power Can channel ADC03) readPowercanDataStream(): longName = ADC03/ 400V Sw 0 Out Curr Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 20 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 20: RecordVariable name: ADC03_NumSamps readPowercanDataStream(): id = 1105034 readPowercanDataStream(): name = ADC03_NumSamps readPowercanDataStream(): description = The Number of Samples for 400V Switch 0 Output Current. (Power Can channel ADC03) readPowercanDataStream(): longName = ADC03/ 400V Sw 0 Out Curr Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 21 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 21: RecordVariable name: ADC03_Min readPowercanDataStream(): id = 1105051 readPowercanDataStream(): name = ADC03_Min readPowercanDataStream(): description = The Minimum for 400V Switch 0 Output Current. (Power Can channel ADC03) readPowercanDataStream(): longName = ADC03/ 400V Sw 0 Out Curr Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 22 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 22: RecordVariable name: ADC03_Max readPowercanDataStream(): id = 1105092 readPowercanDataStream(): name = ADC03_Max readPowercanDataStream(): description = The Maximum for 400V Switch 0 Output Current. (Power Can ADC03) readPowercanDataStream(): longName = ADC03/ 400V Sw 0 Out Curr Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 23 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 23: RecordVariable name: ADC03_Err_Flag readPowercanDataStream(): id = 1105033 readPowercanDataStream(): name = ADC03_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 400V Switch 0 Output Current. (Power Can channel ADC03) readPowercanDataStream(): longName = ADC03/ 400V Sw 0 Out Curr Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 24 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 24: RecordVariable name: Channel_ADC04_Label readPowercanDataStream(): id = 1105062 readPowercanDataStream(): name = Channel_ADC04_Label readPowercanDataStream(): description = Label for ADC04. This channel is the Channel Label for the 400V Switch 1 Output Current. readPowercanDataStream(): longName = ADC04: 400V Sw 1 Out Curr (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 25 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 25: RecordVariable name: ADC04_Avg readPowercanDataStream(): id = 1105049 readPowercanDataStream(): name = ADC04_Avg readPowercanDataStream(): description = The Average for 400V Switch 1 Output Current. (Power Can channel ADC04) readPowercanDataStream(): longName = ADC04/ 400V Sw 1 Out Curr Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 26 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 26: RecordVariable name: ADC04_NumSamps readPowercanDataStream(): id = 1105037 readPowercanDataStream(): name = ADC04_NumSamps readPowercanDataStream(): description = The Number of Samples for 400V Switch 1 Output Current. (Power Can channel ADC04) readPowercanDataStream(): longName = ADC04/ 400V Sw 1 Out Curr Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 27 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 27: RecordVariable name: ADC04_Min readPowercanDataStream(): id = 1105054 readPowercanDataStream(): name = ADC04_Min readPowercanDataStream(): description = The Minimum for 400V Switch 1 Output Current. (Power Can channel ADC04) readPowercanDataStream(): longName = ADC04/ 400V Sw 1 Out Curr Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 28 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 28: RecordVariable name: ADC04_Max readPowercanDataStream(): id = 1105097 readPowercanDataStream(): name = ADC04_Max readPowercanDataStream(): description = The Maximum for 400V Switch 1 Output Current. (Power Can ADC04) readPowercanDataStream(): longName = ADC04/ 400V Sw 1 Out Curr Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 29 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 29: RecordVariable name: ADC04_Err_Flag readPowercanDataStream(): id = 1105052 readPowercanDataStream(): name = ADC04_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 400V Switch 1 Output Current. (Power Can channel ADC04) readPowercanDataStream(): longName = ADC04/ 400V Sw 1 Out Curr Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 30 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 30: RecordVariable name: Channel_ADC05_Label readPowercanDataStream(): id = 1105077 readPowercanDataStream(): name = Channel_ADC05_Label readPowercanDataStream(): description = Label for ADC05. This channel is the Channel Label for the 400V Switch 2 Output Current. readPowercanDataStream(): longName = ADC05: 400V Sw 2 Out Curr (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 31 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 31: RecordVariable name: ADC05_Avg readPowercanDataStream(): id = 1105029 readPowercanDataStream(): name = ADC05_Avg readPowercanDataStream(): description = The Average for 400V Switch 2 Output Current. (Power Can channel ADC05) readPowercanDataStream(): longName = ADC05/ 400V Sw 2 Out Curr Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 32 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 32: RecordVariable name: ADC05_NumSamps readPowercanDataStream(): id = 1105041 readPowercanDataStream(): name = ADC05_NumSamps readPowercanDataStream(): description = The Number of Samples for 400V Switch 2 Output Current. (Power Can channel ADC05) readPowercanDataStream(): longName = ADC05/ 400V Sw 2 Out Curr Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 33 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 33: RecordVariable name: ADC05_Min readPowercanDataStream(): id = 1105078 readPowercanDataStream(): name = ADC05_Min readPowercanDataStream(): description = The Minimum for 400V Switch 2 Output Current. (Power Can channel ADC05) readPowercanDataStream(): longName = ADC05/ 400V Sw 2 Out Curr Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 34 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 34: RecordVariable name: ADC05_Max readPowercanDataStream(): id = 1105098 readPowercanDataStream(): name = ADC05_Max readPowercanDataStream(): description = The Maximum for 400V Switch 2 Output Current. (Power Can ADC05) readPowercanDataStream(): longName = ADC05/ 400V Sw 2 Out Curr Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 35 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 35: RecordVariable name: ADC05_Err_Flag readPowercanDataStream(): id = 1105101 readPowercanDataStream(): name = ADC05_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 400V Switch 2 Output Current. (Power Can channel ADC05) readPowercanDataStream(): longName = ADC05/ 400V Sw 2 Out Curr Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 36 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 36: RecordVariable name: Channel_ADC10_Label readPowercanDataStream(): id = 1105044 readPowercanDataStream(): name = Channel_ADC10_Label readPowercanDataStream(): description = Label for ADC10. This channel is the Channel Label for the 12V Output Voltage. readPowercanDataStream(): longName = ADC10: 12V Output Voltage (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 37 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 37: RecordVariable name: ADC10_Avg readPowercanDataStream(): id = 1105069 readPowercanDataStream(): name = ADC10_Avg readPowercanDataStream(): description = The Average for 12V Output Voltage. (Power Can channel ADC10) readPowercanDataStream(): longName = ADC10/ 12V Output Voltage Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 38 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 38: RecordVariable name: ADC10_NumSamps readPowercanDataStream(): id = 1105040 readPowercanDataStream(): name = ADC10_NumSamps readPowercanDataStream(): description = The Number of Samples for 12V Output Voltage. (Power Can channel ADC10) readPowercanDataStream(): longName = ADC10/ 12V Output Voltage Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 39 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 39: RecordVariable name: ADC10_Min readPowercanDataStream(): id = 1105060 readPowercanDataStream(): name = ADC10_Min readPowercanDataStream(): description = The Minimum for 12V Output Voltage. (Power Can channel ADC10) readPowercanDataStream(): longName = ADC10/ 12V Output Voltage Min readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 40 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 40: RecordVariable name: ADC10_Max readPowercanDataStream(): id = 1105082 readPowercanDataStream(): name = ADC10_Max readPowercanDataStream(): description = The Maximum for 12V Output Voltage. (Power Can ADC10) readPowercanDataStream(): longName = ADC10/ 12V Output Voltage Max readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 41 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 41: RecordVariable name: ADC10_Err_Flag readPowercanDataStream(): id = 1105066 readPowercanDataStream(): name = ADC10_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 12V Output Voltage. (Power Can channel ADC10) readPowercanDataStream(): longName = ADC10/ 12V Output Voltage Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 42 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 42: RecordVariable name: Channel_ADC11_Label readPowercanDataStream(): id = 1105083 readPowercanDataStream(): name = Channel_ADC11_Label readPowercanDataStream(): description = Label for ADC11. This channel is the Channel Label for the 12V Output Current. readPowercanDataStream(): longName = ADC11: 12V Output Current (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 43 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 43: RecordVariable name: ADC11_Avg readPowercanDataStream(): id = 1105073 readPowercanDataStream(): name = ADC11_Avg readPowercanDataStream(): description = The Average for 12V Output Current. (Power Can channel ADC11) readPowercanDataStream(): longName = ADC11/ 12V Output Current Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 44 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 44: RecordVariable name: ADC11_NumSamps readPowercanDataStream(): id = 1105067 readPowercanDataStream(): name = ADC11_NumSamps readPowercanDataStream(): description = The Number of Samples for 12V Output Current. (Power Can channel ADC11) readPowercanDataStream(): longName = ADC11/ 12V Output Current Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 45 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 45: RecordVariable name: ADC11_Min readPowercanDataStream(): id = 1105050 readPowercanDataStream(): name = ADC11_Min readPowercanDataStream(): description = The Minimum for 12V Output Current. (Power Can channel ADC11) readPowercanDataStream(): longName = ADC11/ 12V Output Current Min readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 46 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 46: RecordVariable name: ADC11_Max readPowercanDataStream(): id = 1105046 readPowercanDataStream(): name = ADC11_Max readPowercanDataStream(): description = The Maximum for 12V Output Current. (Power Can ADC11) readPowercanDataStream(): longName = ADC11/ 12V Output Current Max readPowercanDataStream(): format = double readPowercanDataStream(): units = amps readPowercanDataStream(): columnIndex = 47 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 47: RecordVariable name: ADC11_Err_Flag readPowercanDataStream(): id = 1105035 readPowercanDataStream(): name = ADC11_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 12V Output Current. (Power Can channel ADC11) readPowercanDataStream(): longName = ADC11/ 12V Output Current Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 48 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 48: RecordVariable name: Channel_ADC12_Label readPowercanDataStream(): id = 1105070 readPowercanDataStream(): name = Channel_ADC12_Label readPowercanDataStream(): description = Label for ADC12. This channel is the Channel Label for the Ultracap Voltage. readPowercanDataStream(): longName = ADC12: Ultracap Voltage (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 49 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 49: RecordVariable name: ADC12_Avg readPowercanDataStream(): id = 1105058 readPowercanDataStream(): name = ADC12_Avg readPowercanDataStream(): description = The Average for Ultracap Voltage. (Power Can channel ADC12) readPowercanDataStream(): longName = ADC12/ Ultracap Voltage Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 50 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 50: RecordVariable name: ADC12_NumSamps readPowercanDataStream(): id = 1105045 readPowercanDataStream(): name = ADC12_NumSamps readPowercanDataStream(): description = The Number of Samples for Ultracap Voltage. (Power Can channel ADC12) readPowercanDataStream(): longName = ADC12/ Ultracap Voltage Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 51 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 51: RecordVariable name: ADC12_Min readPowercanDataStream(): id = 1105028 readPowercanDataStream(): name = ADC12_Min readPowercanDataStream(): description = The Minimum for Ultracap Voltage. (Power Can channel ADC12) readPowercanDataStream(): longName = ADC12/ Ultracap Voltage Min readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 52 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 52: RecordVariable name: ADC12_Max readPowercanDataStream(): id = 1105031 readPowercanDataStream(): name = ADC12_Max readPowercanDataStream(): description = The Maximum for Ultracap Voltage. (Power Can ADC12) readPowercanDataStream(): longName = ADC12/ Ultracap Voltage Max readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 53 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 53: RecordVariable name: ADC12_Err_Flag readPowercanDataStream(): id = 1105081 readPowercanDataStream(): name = ADC12_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Ultracap Voltage. (Power Can channel ADC12) readPowercanDataStream(): longName = ADC12/ Ultracap Voltage Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 54 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 54: RecordVariable name: Channel_ADC13_Label readPowercanDataStream(): id = 1105088 readPowercanDataStream(): name = Channel_ADC13_Label readPowercanDataStream(): description = Label for ADC13. This channel is the Channel Label for the Battery Voltage. readPowercanDataStream(): longName = ADC13: Batt Voltage (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 55 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 55: RecordVariable name: ADC13_Avg readPowercanDataStream(): id = 1105074 readPowercanDataStream(): name = ADC13_Avg readPowercanDataStream(): description = The Average for Battery Voltage. (Power Can channel ADC13) readPowercanDataStream(): longName = ADC13/ Batt Voltage Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 56 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 56: RecordVariable name: ADC13_NumSamps readPowercanDataStream(): id = 1105025 readPowercanDataStream(): name = ADC13_NumSamps readPowercanDataStream(): description = The Number of Samples for Battery Voltage. (Power Can channel ADC13) readPowercanDataStream(): longName = ADC13/ Batt Voltage Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 57 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 57: RecordVariable name: ADC13_Min readPowercanDataStream(): id = 1105030 readPowercanDataStream(): name = ADC13_Min readPowercanDataStream(): description = The Minimum for Battery Voltage. (Power Can channel ADC13) readPowercanDataStream(): longName = ADC13/ Batt Voltage Min readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 58 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 58: RecordVariable name: ADC13_Max readPowercanDataStream(): id = 1105055 readPowercanDataStream(): name = ADC13_Max readPowercanDataStream(): description = The Maximum for Battery Voltage. (Power Can ADC13) readPowercanDataStream(): longName = ADC13/ Batt Voltage Max readPowercanDataStream(): format = double readPowercanDataStream(): units = volts readPowercanDataStream(): columnIndex = 59 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 59: RecordVariable name: ADC13_Err_Flag readPowercanDataStream(): id = 1105042 readPowercanDataStream(): name = ADC13_Err_Flag readPowercanDataStream(): description = The Error Flag Value for Battery Voltage. (Power Can channel ADC13) readPowercanDataStream(): longName = ADC13/ Batt Voltage Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 60 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 60: RecordVariable name: Channel_ADC14_Label readPowercanDataStream(): id = 1105057 readPowercanDataStream(): name = Channel_ADC14_Label readPowercanDataStream(): description = Label for ADC14. This channel is the Channel Label for the 400-12 Converter Temperature. readPowercanDataStream(): longName = ADC14: 400-12 Converter Temp (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 61 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 61: RecordVariable name: ADC14_Avg readPowercanDataStream(): id = 1105096 readPowercanDataStream(): name = ADC14_Avg readPowercanDataStream(): description = The Average for 400-12 Converter Temperature. (Power Can channel ADC14) readPowercanDataStream(): longName = ADC14/ 400-12 Converter Temp Avg readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 62 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 62: RecordVariable name: ADC14_NumSamps readPowercanDataStream(): id = 1105048 readPowercanDataStream(): name = ADC14_NumSamps readPowercanDataStream(): description = The Number of Samples for 400-12 Converter Temperature. (Power Can channel ADC14) readPowercanDataStream(): longName = ADC14/ 400-12 Converter Temp Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 63 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 63: RecordVariable name: ADC14_Min readPowercanDataStream(): id = 1105102 readPowercanDataStream(): name = ADC14_Min readPowercanDataStream(): description = The Minimum for 400-12 Converter Temperature. (Power Can channel ADC14) readPowercanDataStream(): longName = ADC14/ 400-12 Converter Temp Min readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 64 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 64: RecordVariable name: ADC14_Max readPowercanDataStream(): id = 1105053 readPowercanDataStream(): name = ADC14_Max readPowercanDataStream(): description = The Maximum for 400-12 Converter Temperature. (Power Can ADC14) readPowercanDataStream(): longName = ADC14/ 400-12 Converter Temp Max readPowercanDataStream(): format = double readPowercanDataStream(): units = deg C readPowercanDataStream(): columnIndex = 65 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 65: RecordVariable name: ADC14_Err_Flag readPowercanDataStream(): id = 1105056 readPowercanDataStream(): name = ADC14_Err_Flag readPowercanDataStream(): description = The Error Flag Value for 400-12 Converter Temperature. (Power Can channel ADC14) readPowercanDataStream(): longName = ADC14/ 400-12 Converter Temp Err Flag readPowercanDataStream(): format = int readPowercanDataStream(): units = 0isgood readPowercanDataStream(): columnIndex = 66 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 66: RecordVariable name: Channel_BP00_Label readPowercanDataStream(): id = 1105072 readPowercanDataStream(): name = Channel_BP00_Label readPowercanDataStream(): description = Label for BP00. This channel is the Channel Label for the 400V Status Bits. readPowercanDataStream(): longName = BP00: 400V Status (Channel Label) readPowercanDataStream(): format = string readPowercanDataStream(): units = none readPowercanDataStream(): columnIndex = 67 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 67: RecordVariable name: BP00_NumSamps readPowercanDataStream(): id = 1105094 readPowercanDataStream(): name = BP00_NumSamps readPowercanDataStream(): description = The Number of Samples for 400V Status Bits. (Power Can channel BP00) readPowercanDataStream(): longName = BP00/ 400V Status Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 68 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 68: RecordVariable name: BP00-0_NumSamps readPowercanDataStream(): id = 1105068 readPowercanDataStream(): name = BP00-0_NumSamps readPowercanDataStream(): description = The Number of Samples for 400-12 Converter 0 CB OK Flag. (Power Can channel BP00-0) readPowercanDataStream(): longName = BP00-0/ Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 69 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 69: RecordVariable name: BP00-1_NumSamps readPowercanDataStream(): id = 1105093 readPowercanDataStream(): name = BP00-1_NumSamps readPowercanDataStream(): description = The Number of Samples for 400-12 Converter 1 CB OK Flag. (Power Can channel BP00-1) readPowercanDataStream(): longName = BP00-1/ Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 70 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 70: RecordVariable name: BP00-2_NumSamps readPowercanDataStream(): id = 1105064 readPowercanDataStream(): name = BP00-2_NumSamps readPowercanDataStream(): description = The Number of Samples for 400V Switch 0 On Flag. (Power Can channel BP00-2) readPowercanDataStream(): longName = BP00-2/ Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 71 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 71: RecordVariable name: BP00-3_NumSamps readPowercanDataStream(): id = 1105079 readPowercanDataStream(): name = BP00-3_NumSamps readPowercanDataStream(): description = The Number of Samples for 400V Switch 0 CB OK Flag. (Power Can channel BP00-3) readPowercanDataStream(): longName = BP00-3/ Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 72 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 72: RecordVariable name: BP00-4_NumSamps readPowercanDataStream(): id = 1105084 readPowercanDataStream(): name = BP00-4_NumSamps readPowercanDataStream(): description = The Number of Samples for 400V Switch 1 On Flag. (Power Can channel BP00-4) readPowercanDataStream(): longName = BP00-4/ Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 73 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 73: RecordVariable name: BP00-5_NumSamps readPowercanDataStream(): id = 1105024 readPowercanDataStream(): name = BP00-5_NumSamps readPowercanDataStream(): description = The Number of Samples for 400V Switch 1 CB OK Flag. (Power Can channel BP00-5) readPowercanDataStream(): longName = BP00-5/ Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 74 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 74: RecordVariable name: BP00-6_NumSamps readPowercanDataStream(): id = 1105032 readPowercanDataStream(): name = BP00-6_NumSamps readPowercanDataStream(): description = The Number of Samples for 400V Switch 2 On Flag. (Power Can channel BP00-6) readPowercanDataStream(): longName = BP00-6/ Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 75 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 75: RecordVariable name: BP00-7_NumSamps readPowercanDataStream(): id = 1105090 readPowercanDataStream(): name = BP00-7_NumSamps readPowercanDataStream(): description = The Number of Samples for 400V Switch 2 CB OK Flag. (Power Can channel BP00-7) readPowercanDataStream(): longName = BP00-7/ Number of Samples readPowercanDataStream(): format = long readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 76 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): parseRegExp = ^[A-Z]+([-+0-9].*) readPowercanDataStream(): 76: RecordVariable name: CheckString_Data readPowercanDataStream(): id = 1105089 readPowercanDataStream(): name = CheckString_Data readPowercanDataStream(): description = Just the word DATA readPowercanDataStream(): longName = CheckString Data readPowercanDataStream(): format = string readPowercanDataStream(): units = string readPowercanDataStream(): columnIndex = 77 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 77: RecordVariable name: CheckString_Count readPowercanDataStream(): id = 1105027 readPowercanDataStream(): name = CheckString_Count readPowercanDataStream(): description = Just the word COUNT readPowercanDataStream(): longName = CheckString Count readPowercanDataStream(): format = string readPowercanDataStream(): units = string readPowercanDataStream(): columnIndex = 78 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): 78: RecordVariable name: Data_Count readPowercanDataStream(): id = 1105039 readPowercanDataStream(): name = Data_Count readPowercanDataStream(): description = Total bytes transmitted readPowercanDataStream(): longName = Number of bytes transmitted in record readPowercanDataStream(): format = int readPowercanDataStream(): units = count readPowercanDataStream(): columnIndex = 79 readPowercanDataStream(): missingValue = -9999 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +3.7559e+02 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000013 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +3.7556e+02 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +3.7571e+02 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.4047e-02 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000052 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -5.0316e-02 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -3.2680e-02 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -4.2826e-03 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000052 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -4.3358e-03 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -4.2479e-03 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -4.4827e-06 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000052 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -1.1100e-05 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.1100e-05 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -2.7750e-06 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000052 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -1.1100e-05 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.1100e-05 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -2.1346e-06 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000052 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -2.2200e-05 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +2.2200e-05 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.3998e+01 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000013 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.3991e+01 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.3999e+01 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -6.4176e-01 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000052 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -1.0172e+00 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = -6.1025e-01 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.3734e+01 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000013 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.3732e+01 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +1.3734e+01 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.8222e-02 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000013 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.8092e-02 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +5.9784e-02 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +4.0167e+01 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000013 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +3.9856e+01 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = +4.1675e+01 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000053 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0053 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0053 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0053 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0053 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 readPowercanDataStream(): For re = ^[A-Z]+([-+0-9].*), matched variable = 0000 in payload = ADC00 A+3.7559e+02 N0000013 L+3.7556e+02 H+3.7571e+02 E0 ADC01 A-3.4047e-02 N0000052 L-5.0316e-02 H-3.2680e-02 E0 ADC02 A-4.2826e-03 N0000052 L-4.3358e-03 H-4.2479e-03 E0 ADC03 A-4.4827e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC04 A-2.7750e-06 N0000052 L-1.1100e-05 H+1.1100e-05 E0 ADC05 A-2.1346e-06 N0000052 L-2.2200e-05 H+2.2200e-05 E0 ADC10 A+1.3998e+01 N0000013 L+1.3991e+01 H+1.3999e+01 E0 ADC11 A-6.4176e-01 N0000052 L-1.0172e+00 H-6.1025e-01 E0 ADC12 A+1.3734e+01 N0000013 L+1.3732e+01 H+1.3734e+01 E0 ADC13 A+5.8222e-02 N0000013 L+5.8092e-02 H+5.9784e-02 E0 ADC14 A+4.0167e+01 N0000013 L+3.9856e+01 H+4.1675e+01 E0 BP00 N0000053 A0053 B0053 C0000 D0053 E0000 F0053 G0000 H0000 DATA COUNT 00701 definePowercanNetcdf(): Input DataStream name: Controller-Power (2009-10-05T18:44:50Z) DataStream from device UUID=b13985b1-eb7c-11da-9cb2-00306e389969 definePowercanNetcdf(): id = 44658 definePowercanNetcdf(): name = Controller-Power (2009-10-05T18:44:50Z) DataStream from device UUID=b13985b1-eb7c-11da-9cb2-00306e389969 definePowercanNetcdf(): description = Mooring Power Can data definePowercanNetcdf(): dataContainerType = Stream definePowercanNetcdf(): startDate = 2009-10-05T18:44:50Z definePowercanNetcdf(): original = false definePowercanNetcdf(): uriString = http://new-ssds.mbari.org:8080/servlet/GetOriginalDataServlet?deviceID=1555&startTimestampSeconds=1254768290&startPacketSubType=1&lastNumberOfPackets=10&isi=1 definePowercanNetcdf(): dodsAccessible = false definePowercanNetcdf(): noNetCDF = true definePowercanNetcdf(): RecordDescription: definePowercanNetcdf(): id = 60071 definePowercanNetcdf(): recordType = 1 definePowercanNetcdf(): bufferStyle = ASCII definePowercanNetcdf(): bufferParseType = ordered definePowercanNetcdf(): bufferItemSeparator = whitespace definePowercanNetcdf(): bufferLengthType = variable definePowercanNetcdf(): parseable = true definePowercanNetcdf(): endian = little definePowercanNetcdf(): Writing variable definition for ADC00_Avg(volts) definePowercanNetcdf(): Writing variable definition for ADC00_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC00_Min(volts) definePowercanNetcdf(): Writing variable definition for ADC00_Max(volts) definePowercanNetcdf(): Writing variable definition for ADC00_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC01_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC01_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC01_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC01_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC01_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC02_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC02_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC02_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC02_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC02_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC03_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC03_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC03_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC03_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC03_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC04_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC04_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC04_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC04_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC04_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC05_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC05_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC05_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC05_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC05_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC10_Avg(volts) definePowercanNetcdf(): Writing variable definition for ADC10_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC10_Min(volts) definePowercanNetcdf(): Writing variable definition for ADC10_Max(volts) definePowercanNetcdf(): Writing variable definition for ADC10_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC11_Avg(amps) definePowercanNetcdf(): Writing variable definition for ADC11_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC11_Min(amps) definePowercanNetcdf(): Writing variable definition for ADC11_Max(amps) definePowercanNetcdf(): Writing variable definition for ADC11_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC12_Avg(volts) definePowercanNetcdf(): Writing variable definition for ADC12_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC12_Min(volts) definePowercanNetcdf(): Writing variable definition for ADC12_Max(volts) definePowercanNetcdf(): Writing variable definition for ADC12_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC13_Avg(volts) definePowercanNetcdf(): Writing variable definition for ADC13_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC13_Min(volts) definePowercanNetcdf(): Writing variable definition for ADC13_Max(volts) definePowercanNetcdf(): Writing variable definition for ADC13_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for ADC14_Avg(deg C) definePowercanNetcdf(): Writing variable definition for ADC14_NumSamps(count) definePowercanNetcdf(): Writing variable definition for ADC14_Min(deg C) definePowercanNetcdf(): Writing variable definition for ADC14_Max(deg C) definePowercanNetcdf(): Writing variable definition for ADC14_Err_Flag(0isgood) definePowercanNetcdf(): Writing variable definition for BP00_NumSamps(count) definePowercanNetcdf(): Writing variable definition for BP00-0_NumSamps(count) definePowercanNetcdf(): Writing variable definition for BP00-1_NumSamps(count) definePowercanNetcdf(): Writing variable definition for BP00-2_NumSamps(count) definePowercanNetcdf(): Writing variable definition for BP00-3_NumSamps(count) definePowercanNetcdf(): Writing variable definition for BP00-4_NumSamps(count) definePowercanNetcdf(): Writing variable definition for BP00-5_NumSamps(count) definePowercanNetcdf(): Writing variable definition for BP00-6_NumSamps(count) definePowercanNetcdf(): Writing variable definition for BP00-7_NumSamps(count) writePowercanNetcdf(): NetCDF::varput(12, ${ADC00_Avg_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC00_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC00_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC00_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC00_Min_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC00_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC00_Max_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC00_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC00_Err_Flag_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC00_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC01_Avg_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC01_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC01_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC01_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC01_Min_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC01_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC01_Max_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC01_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC01_Err_Flag_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC01_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC02_Avg_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC02_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC02_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC02_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC02_Min_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC02_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC02_Max_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC02_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC02_Err_Flag_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC02_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC03_Avg_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC03_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC03_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC03_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC03_Min_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC03_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC03_Max_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC03_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC03_Err_Flag_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC03_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC04_Avg_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC04_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC04_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC04_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC04_Min_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC04_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC04_Max_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC04_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC04_Err_Flag_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC04_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC05_Avg_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC05_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC05_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC05_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC05_Min_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC05_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC05_Max_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC05_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC05_Err_Flag_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC05_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC10_Avg_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC10_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC10_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC10_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC10_Min_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC10_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC10_Max_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC10_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC10_Err_Flag_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC10_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC11_Avg_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC11_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC11_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC11_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC11_Min_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC11_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC11_Max_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC11_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC11_Err_Flag_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC11_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC12_Avg_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC12_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC12_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC12_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC12_Min_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC12_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC12_Max_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC12_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC12_Err_Flag_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC12_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC13_Avg_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC13_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC13_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC13_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC13_Min_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC13_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC13_Max_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC13_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC13_Err_Flag_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC13_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC14_Avg_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC14_Avg}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC14_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC14_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC14_Min_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC14_Min}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC14_Max_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC14_Max}) writePowercanNetcdf(): NetCDF::varput(12, ${ADC14_Err_Flag_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{ADC14_Err_Flag}) writePowercanNetcdf(): NetCDF::varput(12, ${BP00_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{BP00_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${BP00-0_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{BP00-0_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${BP00-1_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{BP00-1_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${BP00-2_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{BP00-2_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${BP00-3_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{BP00-3_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${BP00-4_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{BP00-4_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${BP00-5_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{BP00-5_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${BP00-6_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{BP00-6_NumSamps}) writePowercanNetcdf(): NetCDF::varput(12, ${BP00-7_NumSamps_ID}, [0, 0, 0, 0], [2523, 1, 1, 1], \@{BP00-7_NumSamps}) writePowercanNetCDFandUpdateSSDS(): Submitting ProcessRun to SSDS with libraryName = /home/cvs/DPforSSDS/cimt/powercan.pl submitDStoNetCDFProcessRun(): Software version that created netCDF file: http://moonjelly.shore.mbari.org/cgi-bin/cvsweb.cgi/DPforSSDS/cimt/powercan.pl?rev=1.13 writePowercanNetCDFandUpdateSSDS(): Processing finished: Mon Nov 9 15:10:48 2009