netcdf shbskyrad60sC1.b1.19980930.000000 {
dimensions:
	time = UNLIMITED ; // (1160 currently)
	filename_len = 256 ;
	bit_data_len = 7 ;
	qc_info_length = 33 ;
variables:
	int base_time ;
		base_time:string = "30-Sep-98,0:00:00 GMT" ;
		base_time:long_name = "Base time in Epoch" ;
		base_time:units = "seconds since 1970-1-1 0:00:00 0:00" ;
	double time_offset(time) ;
		time_offset:long_name = "Time offset from base_time" ;
		time_offset:units = "seconds since 1998-09-30 00:00:00 0:00" ;
	float psp1_mean(time) ;
		psp1_mean:long_name = "PSP1 unshaded mean" ;
		psp1_mean:units = "Watts/square meter" ;
		psp1_mean:field_index = "1" ;
		psp1_mean:minimum = "-20.000000" ;
		psp1_mean:maximum = "800.000000" ;
	float psp1_sd(time) ;
		psp1_sd:long_name = "PSP1 unshaded standard deviation" ;
		psp1_sd:units = "Watts/square meter" ;
		psp1_sd:field_index = "2" ;
	float psp1_max(time) ;
		psp1_max:long_name = "PSP1 unshaded maximum" ;
		psp1_max:units = "Watts/square meter" ;
		psp1_max:field_index = "3" ;
		psp1_max:minimum = "-20.000000" ;
		psp1_max:maximum = "800.000000" ;
	float psp1_min(time) ;
		psp1_min:long_name = "PSP1 unshaded minimum" ;
		psp1_min:units = "Watts/square meter" ;
		psp1_min:field_index = "4" ;
		psp1_min:minimum = "-20.000000" ;
		psp1_min:maximum = "800.000000" ;
	float pir1_mean(time) ;
		pir1_mean:long_name = "PIR1 unshaded mean" ;
		pir1_mean:units = "Watts/square meter" ;
		pir1_mean:field_index = "5" ;
		pir1_mean:minimum = "50.000000" ;
		pir1_mean:maximum = "500.000000" ;
	float pir1_sd(time) ;
		pir1_sd:long_name = "PIR1 unshaded standard deviation" ;
		pir1_sd:units = "Watts/square meter" ;
		pir1_sd:field_index = "6" ;
	float pir1_max(time) ;
		pir1_max:long_name = "PIR1 unshaded maximum" ;
		pir1_max:units = "Watts/square meter" ;
		pir1_max:field_index = "7" ;
		pir1_max:minimum = "50.000000" ;
		pir1_max:maximum = "500.000000" ;
	float pir1_min(time) ;
		pir1_min:long_name = "PIR1 unshaded minimum" ;
		pir1_min:units = "Watts/square meter" ;
		pir1_min:field_index = "8" ;
		pir1_min:minimum = "50.000000" ;
		pir1_min:maximum = "500.000000" ;
	float irt1_mean(time) ;
		irt1_mean:long_name = "IRT1 mean" ;
		irt1_mean:units = "degrees C" ;
		irt1_mean:field_index = "9" ;
		irt1_mean:minimum = "-60.000000" ;
		irt1_mean:maximum = "40.000000" ;
	float irt1_sd(time) ;
		irt1_sd:long_name = "IRT1 standard deviation" ;
		irt1_sd:units = "degrees C" ;
		irt1_sd:field_index = "10" ;
	float irt1_max(time) ;
		irt1_max:long_name = "IRT1 maximum" ;
		irt1_max:units = "degrees C" ;
		irt1_max:field_index = "11" ;
		irt1_max:minimum = "-60.000000" ;
		irt1_max:maximum = "40.000000" ;
	float irt1_min(time) ;
		irt1_min:long_name = "IRT1 minimum" ;
		irt1_min:units = "degrees C" ;
		irt1_min:field_index = "12" ;
		irt1_min:minimum = "-60.000000" ;
		irt1_min:maximum = "40.000000" ;
	float uvb_mean(time) ;
		uvb_mean:long_name = "UVB mean" ;
		uvb_mean:units = "Watts/square meter" ;
		uvb_mean:field_index = "13" ;
		uvb_mean:minimum = "0.000000" ;
		uvb_mean:maximum = "1.200000" ;
	float uvb_sd(time) ;
		uvb_sd:long_name = "UVB standard deviation" ;
		uvb_sd:units = "Watts/square meter" ;
		uvb_sd:field_index = "14" ;
	float uvb_max(time) ;
		uvb_max:long_name = "UVB maximum" ;
		uvb_max:units = "Watts/square meter" ;
		uvb_max:field_index = "15" ;
		uvb_max:minimum = "0.000000" ;
		uvb_max:maximum = "1.200000" ;
	float uvb_min(time) ;
		uvb_min:long_name = "UVB minimum" ;
		uvb_min:units = "Watts/square meter" ;
		uvb_min:field_index = "16" ;
		uvb_min:minimum = "0.000000" ;
		uvb_min:maximum = "1.200000" ;
	float psps_mean(time) ;
		psps_mean:long_name = "PSP shaded mean" ;
		psps_mean:units = "Watts/square meter" ;
		psps_mean:field_index = "17" ;
		psps_mean:minimum = "-20.000000" ;
		psps_mean:maximum = "500.000000" ;
	float psps_sd(time) ;
		psps_sd:long_name = "PSP shaded standard deviation" ;
		psps_sd:units = "Watts/square meter" ;
		psps_sd:field_index = "18" ;
	float psps_max(time) ;
		psps_max:long_name = "PSP shaded maximum" ;
		psps_max:units = "Watts/square meter" ;
		psps_max:field_index = "19" ;
		psps_max:minimum = "-20.000000" ;
		psps_max:maximum = "500.000000" ;
	float psps_min(time) ;
		psps_min:long_name = "PSP shaded minimum" ;
		psps_min:units = "Watts/square meter" ;
		psps_min:field_index = "20" ;
		psps_min:minimum = "-20.000000" ;
		psps_min:maximum = "500.000000" ;
	float pirs_mean(time) ;
		pirs_mean:long_name = "PIR shaded mean" ;
		pirs_mean:units = "Watts/square meter" ;
		pirs_mean:field_index = "21" ;
		pirs_mean:minimum = "50.000000" ;
		pirs_mean:maximum = "500.000000" ;
	float pirs_sd(time) ;
		pirs_sd:long_name = "PIR shaded standard deviation" ;
		pirs_sd:units = "Watts/square meter" ;
		pirs_sd:field_index = "22" ;
	float pirs_max(time) ;
		pirs_max:long_name = "PIR shaded maximum" ;
		pirs_max:units = "Watts/square meter" ;
		pirs_max:field_index = "23" ;
		pirs_max:minimum = "50.000000" ;
		pirs_max:maximum = "500.000000" ;
	float pirs_min(time) ;
		pirs_min:long_name = "PIR shaded minimum" ;
		pirs_min:units = "Watts/square meter" ;
		pirs_min:field_index = "24" ;
		pirs_min:minimum = "50.000000" ;
		pirs_min:maximum = "500.000000" ;
	float nip_mean(time) ;
		nip_mean:long_name = "NIP mean" ;
		nip_mean:units = "Watts/square meter" ;
		nip_mean:field_index = "25" ;
		nip_mean:minimum = "-20.000000" ;
		nip_mean:maximum = "950.000000" ;
	float nip_sd(time) ;
		nip_sd:long_name = "NIP standard deviation" ;
		nip_sd:units = "Watts/square meter" ;
		nip_sd:field_index = "26" ;
	float nip_max(time) ;
		nip_max:long_name = "NIP maximum" ;
		nip_max:units = "Watts/square meter" ;
		nip_max:field_index = "27" ;
		nip_max:minimum = "-20.000000" ;
		nip_max:maximum = "950.000000" ;
	float nip_min(time) ;
		nip_min:long_name = "NIP minimum" ;
		nip_min:units = "Watts/square meter" ;
		nip_min:field_index = "28" ;
		nip_min:minimum = "-20.000000" ;
		nip_min:maximum = "950.000000" ;
	char bit_data(time, bit_data_len) ;
		bit_data:long_name = "Bit data. See details." ;
		bit_data:units = "none" ;
		bit_data:field_index = "29" ;
		bit_data:details = "0x00001 System Reset since previous record \n",
			"0x00002 Real-Time Clock Suspect \n",
			"0x00004 Data Logging Memory initialized (all previous data erased) \n",
			"0x00008 Serial Sensor Communications Failure \n",
			"0x00010 EEPROM Suspect \n",
			"0x00020 18-bit A/D converter suspect  \n",
			"\t(parameters: PSP1, PIR1, PSPs, PIRs, NIP) \n",
			"0x00040 12-bit A/D converter suspect  \n",
			"\t(parameters: PIR1, IRT1, UVB)  \n",
			"0x00080 Real-Time Clock Temperature Compensated \n",
			"0x00100 Backup Battery Power in Use \n",
			"0x00200 Low Power Sleep State \n",
			"0x00400 Power Hungry Sensors Warming Up \n",
			"0x00800 PSP1 outside mentor specified limits \n",
			"0x01000 PIR1 outside mentor specified limits \n",
			"0x02000 IRT1 outside mentor specified limits \n",
			"0x04000 (not used) \n",
			"0x08000 UVB temperature outside mentor specified limits \n",
			"0x10000 UVB outside mentor specified limits \n",
			"0x20000 PSPs outside mentor specified limits \n",
			"0x40000 PIRs outside mentor specified limits \n",
			"0x80000 NIP  outside mentor specified limits" ;
	char filename(time, filename_len) ;
		filename:long_name = "Raw data filename" ;
		filename:units = "none" ;
		filename:field_index = "30" ;
	float logger_temp(time) ;
		logger_temp:long_name = "Logger temperature" ;
		logger_temp:units = "degrees C." ;
		logger_temp:field_index = "31" ;
	float internal_voltage(time) ;
		internal_voltage:long_name = "Internal voltage" ;
		internal_voltage:units = "volts" ;
		internal_voltage:field_index = "32" ;
	float external_voltage(time) ;
		external_voltage:long_name = "External voltage" ;
		external_voltage:units = "volts" ;
		external_voltage:field_index = "33" ;
	char qc_info(time, qc_info_length) ;
		qc_info:long_name = "Mentor QC information string" ;
		qc_info:units = "unitless" ;
		qc_info:field_index = "34" ;
	float lat ;
		lat:long_name = "north latitude" ;
		lat:units = "degrees" ;
		lat:valid_range = -90.f, 90.f ;
	float lon ;
		lon:long_name = "east longitude" ;
		lon:units = "degrees" ;
		lon:valid_range = -180.f, 180.f ;
	float alt ;
		alt:long_name = "altitude" ;
		alt:units = "meters above Mean Sea Level" ;

// global attributes:
		:mqc_software = "$Id: main_a1b1.c,v 1.4 1998/06/10 20:56:36 d34863 Exp $" ;
		:proc-level = "b1" ;
		:ingest_software = " smor_ingest.c,v 2.11 1997/06/04 14:42:49 d34863 Exp $" ;
		:input_source = "skyrad60s1:NSA-SHEBA-skyrad0980930003841.raw" ;
		:facility-id = "C1 : PAARCS1:NSA-Sheba_Central_Facility" ;
		:sds-mode = "production" ;
		:sample-int = "1 sample/second on radiometric sensors\n",
			"60 seconds on internal voltage, internal temperature, and external voltage" ;
		:averaging-int = "60 seconds" ;
		:serial-number = "unknown" ;
		:missing-data = "-9999" ;
		:comment = " " ;
		:field-indices = "Each field contains an attribute named \"field_index\".\n",
			"This index is unique to each field and contains a value\n",
			"from 1 to N (where N is the number of fields in platform)." ;
		:site_info = "NSA-Sheba.skyrad" ;
		:config_info = "V980424.01" ;
		:calc_error = "-8888" ;
		:zebra_platform = "shbskyrad60sC1.b1" ;
		:history = "created by the Zebra DataStore library, 8-Dec-98,23:51:02, $RCSfile: DFA_NetCDF.c,v $ $Revision: 3.52 $\n",
			"" ;
}