OPeNDAP Server Dataset Access Form
Action:
Data URL:
Global Attributes:
Dimensions_AncFile.Size: 11 Dimensions_AncFile.Description: Number of ancillary input files. Dimensions_AncFile.fullnamepath: /Dimensions/AncFile Dimensions_CCIEHdr.Size: 4 Dimensions_CCIEHdr.Description: Crycooler CCIE Command Header. Dimensions_CCIEHdr.fullnamepath: /Dimensions/CCIEHdr Dimensions_CCIEPrm.Size: 4 Dimensions_CCIEPrm.Description: Crycooler CCIE Parameter Header. Dimensions_CCIEPrm.fullnamepath: /Dimensions/CCIEPrm Dimensions_Echo.Size: 16 Dimensions_Echo.Description: Commands/Errors reported in command/error history Dimensions_Echo.fullnamepath: /Dimensions/Echo Dimensions_FPAColor.Size: 1024 Dimensions_FPAColor.Description: Index of raw color pixel. Dimensions_FPAColor.fullnamepath: /Dimensions/FPAColor Dimensions_Frame.Size: 14 Dimensions_Frame.Description: Index of frame in granule. Dimensions_Frame.fullnamepath: /Dimensions/Frame Dimensions_Gap.Size: 1 Dimensions_Gap.Description: Number of gaps. Dimensions_Gap.fullnamepath: /Dimensions/Gap Dimensions_Heater.Size: 8 Dimensions_Heater.Description: Heater index. Dimensions_Heater.fullnamepath: /Dimensions/Heater Dimensions_InputPtr.Size: 4 Dimensions_InputPtr.Description: Number of primary input files. Dimensions_InputPtr.fullnamepath: /Dimensions/InputPtr Dimensions_Line.Size: 440 Dimensions_Line.Description: Single pixel pedestal and integrated together Dimensions_Line.fullnamepath: /Dimensions/Line Dimensions_O2Slice.Size: 20 Dimensions_O2Slice.Description: Index of stripe pixel for O2 channel. Dimensions_O2Slice.fullnamepath: /Dimensions/O2Slice Dimensions_Second.Size: 16 Dimensions_Second.Description: Time_tai93s. Dimensions_Second.fullnamepath: /Dimensions/Second Dimensions_Sounding.Size: 440 Dimensions_Sounding.Description: Index of downlinked sounding in granule. Dimensions_Sounding.fullnamepath: /Dimensions/Sounding Dimensions_SoundingPosition.Size: 8 Dimensions_SoundingPosition.Description: Position of the soundings. Dimensions_SoundingPosition.fullnamepath: /Dimensions/SoundingPosition Dimensions_Spare.Size: 90 Dimensions_Spare.Description: Spare Dimensions_Spare.fullnamepath: /Dimensions/Spare Dimensions_SpatialRow.Size: 220 Dimensions_SpatialRow.Description: Index of raw spatial pixel. Dimensions_SpatialRow.fullnamepath: /Dimensions/SpatialRow Dimensions_Spectrum.Size: 3 Dimensions_Spectrum.Description: Spectrum index (O2, weak CO2, strong CO2). Dimensions_Spectrum.fullnamepath: /Dimensions/Spectrum Dimensions_StrongCO2Slice.Size: 20 Dimensions_StrongCO2Slice.Description: Index of stripe pixel for strong CO2 channel. Dimensions_StrongCO2Slice.fullnamepath: /Dimensions/StrongCO2Slice Dimensions_WeakCO2Slice.Size: 20 Dimensions_WeakCO2Slice.Description: Index of stripe pixel for weak CO2 channel. Dimensions_WeakCO2Slice.fullnamepath: /Dimensions/WeakCO2Slice Shapes_AncFile_Array.Rank: 1 Shapes_AncFile_Array.Dimensions: AncFile Shapes_AncFile_Array.fullnamepath: /Shapes/AncFile_Array Shapes_Frame_Array.Rank: 1 Shapes_Frame_Array.Dimensions: Frame Shapes_Frame_Array.fullnamepath: /Shapes/Frame_Array Shapes_Frame_CCIEHdr_Array.Rank: 2 Shapes_Frame_CCIEHdr_Array.Dimensions: Frame, CCIEHdr Shapes_Frame_CCIEHdr_Array.fullnamepath: /Shapes/Frame_CCIEHdr_Array Shapes_Frame_CCIEPrm_Array.Rank: 2 Shapes_Frame_CCIEPrm_Array.Dimensions: Frame, CCIEPrm Shapes_Frame_CCIEPrm_Array.fullnamepath: /Shapes/Frame_CCIEPrm_Array Shapes_Frame_Echo_Array.Rank: 2 Shapes_Frame_Echo_Array.Dimensions: Frame, Echo Shapes_Frame_Echo_Array.fullnamepath: /Shapes/Frame_Echo_Array Shapes_Frame_Heater_Array.Rank: 2 Shapes_Frame_Heater_Array.Dimensions: Frame, Heater Shapes_Frame_Heater_Array.fullnamepath: /Shapes/Frame_Heater_Array Shapes_Frame_O2Slice_Array.Rank: 2 Shapes_Frame_O2Slice_Array.Dimensions: Frame, O2Slice Shapes_Frame_O2Slice_Array.fullnamepath: /Shapes/Frame_O2Slice_Array Shapes_Frame_O2Slice_SpatialRow_Array.Rank: 3 Shapes_Frame_O2Slice_SpatialRow_Array.Dimensions: Frame, O2Slice, SpatialRow Shapes_Frame_O2Slice_SpatialRow_Array.fullnamepath: /Shapes/Frame_O2Slice_SpatialRow_Array Shapes_Frame_O2SpatialRow_FPAColor_Array.Rank: 3 Shapes_Frame_O2SpatialRow_FPAColor_Array.Dimensions: Frame, SpatialRow, FPAColor Shapes_Frame_O2SpatialRow_FPAColor_Array.fullnamepath: /Shapes/Frame_O2SpatialRow_FPAColor_Array Shapes_Frame_Second_Array.Rank: 2 Shapes_Frame_Second_Array.Dimensions: Frame, Second Shapes_Frame_Second_Array.fullnamepath: /Shapes/Frame_Second_Array Shapes_Frame_SoundingPosition_Spectrum_Array.Rank: 3 Shapes_Frame_SoundingPosition_Spectrum_Array.Dimensions: Frame, SoundingPosition, Spectrum Shapes_Frame_SoundingPosition_Spectrum_Array.fullnamepath: /Shapes/Frame_SoundingPosition_Spectrum_Array Shapes_Frame_Spare_Array.Rank: 2 Shapes_Frame_Spare_Array.Dimensions: Frame, Spare Shapes_Frame_Spare_Array.fullnamepath: /Shapes/Frame_Spare_Array Shapes_Frame_SpatialRow_Array.Rank: 2 Shapes_Frame_SpatialRow_Array.Dimensions: Frame, SpatialRow Shapes_Frame_SpatialRow_Array.fullnamepath: /Shapes/Frame_SpatialRow_Array Shapes_Frame_SpatialRow_FPAColor_Array.Rank: 3 Shapes_Frame_SpatialRow_FPAColor_Array.Dimensions: Frame, SpatialRow, FPAColor Shapes_Frame_SpatialRow_FPAColor_Array.fullnamepath: /Shapes/Frame_SpatialRow_FPAColor_Array Shapes_Frame_Spectrum_Array.Rank: 2 Shapes_Frame_Spectrum_Array.Dimensions: Frame, Spectrum Shapes_Frame_Spectrum_Array.fullnamepath: /Shapes/Frame_Spectrum_Array Shapes_Frame_Spectrum_Line_Array.Rank: 3 Shapes_Frame_Spectrum_Line_Array.Dimensions: Frame, Spectrum, Line Shapes_Frame_Spectrum_Line_Array.fullnamepath: /Shapes/Frame_Spectrum_Line_Array Shapes_Frame_StrongCO2Slice_Array.Rank: 2 Shapes_Frame_StrongCO2Slice_Array.Dimensions: Frame, StrongCO2Slice Shapes_Frame_StrongCO2Slice_Array.fullnamepath: /Shapes/Frame_StrongCO2Slice_Array Shapes_Frame_StrongCO2Slice_SpatialRow_Array.Rank: 3 Shapes_Frame_StrongCO2Slice_SpatialRow_Array.Dimensions: Frame, StrongCO2Slice, SpatialRow Shapes_Frame_StrongCO2Slice_SpatialRow_Array.fullnamepath: /Shapes/Frame_StrongCO2Slice_SpatialRow_Array Shapes_Frame_StrongCO2SpatialRow_FPAColor_Array.Rank: 3 Shapes_Frame_StrongCO2SpatialRow_FPAColor_Array.Dimensions: Frame, SpatialRow, FPAColor Shapes_Frame_StrongCO2SpatialRow_FPAColor_Array.fullnamepath: /Shapes/Frame_StrongCO2SpatialRow_FPAColor_Array Shapes_Frame_WeakCO2Slice_Array.Rank: 2 Shapes_Frame_WeakCO2Slice_Array.Dimensions: Frame, WeakCO2Slice Shapes_Frame_WeakCO2Slice_Array.fullnamepath: /Shapes/Frame_WeakCO2Slice_Array Shapes_Frame_WeakCO2Slice_SpatialRow_Array.Rank: 3 Shapes_Frame_WeakCO2Slice_SpatialRow_Array.Dimensions: Frame, WeakCO2Slice, SpatialRow Shapes_Frame_WeakCO2Slice_SpatialRow_Array.fullnamepath: /Shapes/Frame_WeakCO2Slice_SpatialRow_Array Shapes_Frame_WeakCO2SpatialRow_FPAColor_Array.Rank: 3 Shapes_Frame_WeakCO2SpatialRow_FPAColor_Array.Dimensions: Frame, SpatialRow, FPAColor Shapes_Frame_WeakCO2SpatialRow_FPAColor_Array.fullnamepath: /Shapes/Frame_WeakCO2SpatialRow_FPAColor_Array Shapes_Gap_Array.Rank: 1 Shapes_Gap_Array.Dimensions: Gap Shapes_Gap_Array.fullnamepath: /Shapes/Gap_Array Shapes_InputPtr_Array.Rank: 1 Shapes_InputPtr_Array.Dimensions: InputPtr Shapes_InputPtr_Array.fullnamepath: /Shapes/InputPtr_Array Shapes_Scalar.Rank: 0 Shapes_Scalar.fullnamepath: /Shapes/Scalar Shapes_SoundingPosition_Array.Rank: 1 Shapes_SoundingPosition_Array.Dimensions: SoundingPosition Shapes_SoundingPosition_Array.fullnamepath: /Shapes/SoundingPosition_Array Shapes_Spectrum_Array.Rank: 1 Shapes_Spectrum_Array.Dimensions: Spectrum Shapes_Spectrum_Array.fullnamepath: /Shapes/Spectrum_Array Shapes_Spectrum_Sounding_Array.Rank: 2 Shapes_Spectrum_Sounding_Array.Dimensions: Spectrum, Sounding Shapes_Spectrum_Sounding_Array.fullnamepath: /Shapes/Spectrum_Sounding_Array
Variables:
CryocoolerData_i_cry_acel_ovrld
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Accelerometer Overload State: 0 - No Overload, 1 - Overload Type: Unsigned8 origname: i_cry_acel_ovrld fullnamepath: /CryocoolerData/i_cry_acel_ovrld
CryocoolerData_i_cry_amp_tmp_trp_hi
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CCE Amplifier Temperature Trip High: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_amp_tmp_trp_hi fullnamepath: /CryocoolerData/i_cry_amp_tmp_trp_hi
CryocoolerData_i_cry_amp_tmp_trp_lo
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CCE Amplifier Temperature Trip Low: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_amp_tmp_trp_lo fullnamepath: /CryocoolerData/i_cry_amp_tmp_trp_lo
CryocoolerData_i_cry_ampctrl_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Amp Control Enabled: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_ampctrl_enb fullnamepath: /CryocoolerData/i_cry_ampctrl_enb
CryocoolerData_i_cry_auto_frz_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Automatic Freeze Enabled: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_auto_frz_enb fullnamepath: /CryocoolerData/i_cry_auto_frz_enb
CryocoolerData_i_cry_avg_cur1n
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Amperes Description: 60V bus current, side 1 Type: Float32 origname: i_cry_avg_cur1n fullnamepath: /CryocoolerData/i_cry_avg_cur1n
CryocoolerData_i_cry_avg_cur1p
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Amperes Description: 60V bus current, side 1 Type: Float32 origname: i_cry_avg_cur1p fullnamepath: /CryocoolerData/i_cry_avg_cur1p
CryocoolerData_i_cry_avg_cur2n
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Amperes Description: 60V bus current, side 2 Type: Float32 origname: i_cry_avg_cur2n fullnamepath: /CryocoolerData/i_cry_avg_cur2n
CryocoolerData_i_cry_avg_cur2p
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Amperes Description: 60V bus current, side 2 Type: Float32 origname: i_cry_avg_cur2p fullnamepath: /CryocoolerData/i_cry_avg_cur2p
CryocoolerData_i_cry_bad_cmd_val
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Illegal command data value: 0 - Not illegal, 1 - Bad command value Type: Unsigned8 origname: i_cry_bad_cmd_val fullnamepath: /CryocoolerData/i_cry_bad_cmd_val
CryocoolerData_i_cry_bad_frq_val
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Illegal frequency value: 0 - No fault, 1 - Bad frequency value Type: Unsigned8 origname: i_cry_bad_frq_val fullnamepath: /CryocoolerData/i_cry_bad_frq_val
CryocoolerData_i_cry_bus_60v_err
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Bus 60V Dropout Error: 0 - No fault, 1 - Fault Type: Unsigned8 origname: i_cry_bus_60v_err fullnamepath: /CryocoolerData/i_cry_bus_60v_err
CryocoolerData_i_cry_cage_cmd_event
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Cage Command Default Case Statement Type: Unsigned8 origname: i_cry_cage_cmd_event fullnamepath: /CryocoolerData/i_cry_cage_cmd_event
CryocoolerData_i_cry_cage_rly_st_0
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Cage Relay State Bit 0 value Type: Unsigned8 origname: i_cry_cage_rly_st_0 fullnamepath: /CryocoolerData/i_cry_cage_rly_st_0
CryocoolerData_i_cry_cage_rly_st_1
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Cage Relay State Bit 1 value Type: Unsigned8 origname: i_cry_cage_rly_st_1 fullnamepath: /CryocoolerData/i_cry_cage_rly_st_1
CryocoolerData_i_cry_cage_state
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Cage State: 0 - Not caged, 1 - Caged Type: Unsigned8 origname: i_cry_cage_state fullnamepath: /CryocoolerData/i_cry_cage_state
CryocoolerData_i_cry_cca_tmp_rate
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Degrees Celsius Minute^{-1} Description: CCA Temperature Rate Type: Float32 origname: i_cry_cca_tmp_rate fullnamepath: /CryocoolerData/i_cry_cca_tmp_rate
CryocoolerData_i_cry_cce_5v_mon
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: 5V Monitor Output from CCE Type: Signed8 origname: i_cry_cce_5v_mon fullnamepath: /CryocoolerData/i_cry_cce_5v_mon
CryocoolerData_i_cry_cce_amp_temp
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Kelvins Description: Temperature at power amplifier Type: Float32 origname: i_cry_cce_amp_temp fullnamepath: /CryocoolerData/i_cry_cce_amp_temp
CryocoolerData_i_cry_cce_chksum
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Cryocooler CCE Packet Checksum Type: Unsigned16 origname: i_cry_cce_chksum fullnamepath: /CryocoolerData/i_cry_cce_chksum
CryocoolerData_i_cry_cce_cvtr_temp
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Kelvins Description: Temperature at DC converter Type: Float32 origname: i_cry_cce_cvtr_temp fullnamepath: /CryocoolerData/i_cry_cce_cvtr_temp
CryocoolerData_i_cry_cce_fault_out
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Fault Output from CCE Type: Signed8 origname: i_cry_cce_fault_out fullnamepath: /CryocoolerData/i_cry_cce_fault_out
CryocoolerData_i_cry_cce_pwr_enb
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Power Input to CCE: 0 - Disabled, 1 - Enabled Type: Signed8 origname: i_cry_cce_pwr_enb fullnamepath: /CryocoolerData/i_cry_cce_pwr_enb
CryocoolerData_i_cry_cce_safehold_input
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Safe/Hold Input to CCE Type: Signed8 origname: i_cry_cce_safehold_input fullnamepath: /CryocoolerData/i_cry_cce_safehold_input
CryocoolerData_i_cry_cce_tmp_rate
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Degrees Celsius Minute^{-1} Description: CCE Temperature Rate Type: Float32 origname: i_cry_cce_tmp_rate fullnamepath: /CryocoolerData/i_cry_cce_tmp_rate
CryocoolerData_i_cry_ccie_bcmd_cntr
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CCIE Bad Command Counter Type: Signed16 origname: i_cry_ccie_bcmd_cntr fullnamepath: /CryocoolerData/i_cry_ccie_bcmd_cntr
CryocoolerData_i_cry_ccie_cmd_cntr
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CCIE Command Counter Type: Unsigned16 origname: i_cry_ccie_cmd_cntr fullnamepath: /CryocoolerData/i_cry_ccie_cmd_cntr
CryocoolerData_i_cry_ccie_cmd_hdr
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim1 = 0..3]
FakeDim0:
FakeDim1:
Shape: Frame_CCIEHdr_Array Description: CCIE Command Header Type: Unsigned16 origname: i_cry_ccie_cmd_hdr fullnamepath: /CryocoolerData/i_cry_ccie_cmd_hdr
CryocoolerData_i_cry_ccie_msg_pntr
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CCIE Message Buffer Pointer Type: Unsigned8 origname: i_cry_ccie_msg_pntr fullnamepath: /CryocoolerData/i_cry_ccie_msg_pntr
CryocoolerData_i_cry_ccie_param
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim1 = 0..3]
FakeDim0:
FakeDim1:
Shape: Frame_CCIEPrm_Array Description: CCIE Parameter Header Type: Unsigned16 origname: i_cry_ccie_param fullnamepath: /CryocoolerData/i_cry_ccie_param
CryocoolerData_i_cry_cdhd_tmp_hi
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Cold Head Temperature Trip High: 0 - Not tripped, 1 - Cold Head temp tripped Type: Unsigned8 origname: i_cry_cdhd_tmp_hi fullnamepath: /CryocoolerData/i_cry_cdhd_tmp_hi
CryocoolerData_i_cry_cdhd_tmp_lo
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Cold Head Temperature Trip Low: 0 - Not tripped, 1 - Cold Head temp tripped Type: Unsigned8 origname: i_cry_cdhd_tmp_lo fullnamepath: /CryocoolerData/i_cry_cdhd_tmp_lo
CryocoolerData_i_cry_cdhd_tmp_rate
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Degrees Celsius Minute^{-1} Description: Cold Head Temperature Rate Type: Float32 origname: i_cry_cdhd_tmp_rate fullnamepath: /CryocoolerData/i_cry_cdhd_tmp_rate
CryocoolerData_i_cry_ch_temp
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Kelvins Description: Cold Head Temperature Type: Float32 origname: i_cry_ch_temp fullnamepath: /CryocoolerData/i_cry_ch_temp
CryocoolerData_i_cry_chdh_tr_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Cold Head Trip Enabled: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_chdh_tr_enb fullnamepath: /CryocoolerData/i_cry_chdh_tr_enb
CryocoolerData_i_cry_cmd_cnt
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Command and Error Counters Type: Unsigned16 origname: i_cry_cmd_cnt fullnamepath: /CryocoolerData/i_cry_cmd_cnt
CryocoolerData_i_cry_cmd_def_case
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Execute Command Default Case: 0 - No fault, 1 - Fault Type: Unsigned8 origname: i_cry_cmd_def_case fullnamepath: /CryocoolerData/i_cry_cmd_def_case
CryocoolerData_i_cry_cmd_echo_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Auto Command Echo Enable Status: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_cmd_echo_enb fullnamepath: /CryocoolerData/i_cry_cmd_echo_enb
CryocoolerData_i_cry_cmd_state_event
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Command State Default Case Event Type: Unsigned8 origname: i_cry_cmd_state_event fullnamepath: /CryocoolerData/i_cry_cmd_state_event
CryocoolerData_i_cry_cmp_trp_hi
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Compressor Trip High: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_cmp_trp_hi fullnamepath: /CryocoolerData/i_cry_cmp_trp_hi
CryocoolerData_i_cry_cmp_trp_lo
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Compressor Trip Low: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_cmp_trp_lo fullnamepath: /CryocoolerData/i_cry_cmp_trp_lo
CryocoolerData_i_cry_conv_tmp_trp_hi
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CCE Converter Temperature Trip High: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_conv_tmp_trp_hi fullnamepath: /CryocoolerData/i_cry_conv_tmp_trp_hi
CryocoolerData_i_cry_conv_tmp_trp_lo
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CCE Converter Temperature Trip Low: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_conv_tmp_trp_lo fullnamepath: /CryocoolerData/i_cry_conv_tmp_trp_lo
CryocoolerData_i_cry_cp_temp
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Kelvins Description: Reject Temperature Type: Float32 origname: i_cry_cp_temp fullnamepath: /CryocoolerData/i_cry_cp_temp
CryocoolerData_i_cry_csync_ctrl
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CSYNC Control Enabled: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_csync_ctrl fullnamepath: /CryocoolerData/i_cry_csync_ctrl
CryocoolerData_i_cry_csync_ctrl_bit_0x00
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CSYNC Control Bit 0x00 value: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_csync_ctrl_bit_0x00 fullnamepath: /CryocoolerData/i_cry_csync_ctrl_bit_0x00
CryocoolerData_i_cry_csync_ctrl_bit_0x01
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CSYNC Control Bit 0x01 value: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_csync_ctrl_bit_0x01 fullnamepath: /CryocoolerData/i_cry_csync_ctrl_bit_0x01
CryocoolerData_i_cry_csync_ctrl_bit_0x02
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CSYNC Control Bit 0x02 value: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_csync_ctrl_bit_0x02 fullnamepath: /CryocoolerData/i_cry_csync_ctrl_bit_0x02
CryocoolerData_i_cry_csync_ctrl_bit_0x7e
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CSYNC Control Bit 0x7E value: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_csync_ctrl_bit_0x7e fullnamepath: /CryocoolerData/i_cry_csync_ctrl_bit_0x7e
CryocoolerData_i_cry_csync_ctrl_bit_0x7f
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CSYNC Control Bit 0x7F value: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_csync_ctrl_bit_0x7f fullnamepath: /CryocoolerData/i_cry_csync_ctrl_bit_0x7f
CryocoolerData_i_cry_csync_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CSYNC Enable Status: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_csync_enb fullnamepath: /CryocoolerData/i_cry_csync_enb
CryocoolerData_i_cry_dc_offseta
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Current DC control value for compressor side A Type: Float32 origname: i_cry_dc_offseta fullnamepath: /CryocoolerData/i_cry_dc_offseta
CryocoolerData_i_cry_dc_offsetb
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Current DC control value for compressor side B Type: Float32 origname: i_cry_dc_offsetb fullnamepath: /CryocoolerData/i_cry_dc_offsetb
CryocoolerData_i_cry_dcoffset_lp
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: DC Offset Loop State: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_dcoffset_lp fullnamepath: /CryocoolerData/i_cry_dcoffset_lp
CryocoolerData_i_cry_del_sig_over
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Delta Sigma Input Overload: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_del_sig_over fullnamepath: /CryocoolerData/i_cry_del_sig_over
CryocoolerData_i_cry_eeprom_wrt_err
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: EEPROM Write Error: 0 - No fault, 1 - Fault Type: Unsigned8 origname: i_cry_eeprom_wrt_err fullnamepath: /CryocoolerData/i_cry_eeprom_wrt_err
CryocoolerData_i_cry_ext_trip
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: External Trip: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_ext_trip fullnamepath: /CryocoolerData/i_cry_ext_trip
CryocoolerData_i_cry_extsafe_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: External Safehold Enable Status: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_extsafe_enb fullnamepath: /CryocoolerData/i_cry_extsafe_enb
CryocoolerData_i_cry_fail_prm_cage_cmd
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Primary Logic for Caging: 0 - OK, 1 - Failed Type: Unsigned8 origname: i_cry_fail_prm_cage_cmd fullnamepath: /CryocoolerData/i_cry_fail_prm_cage_cmd
CryocoolerData_i_cry_fail_prm_ucage_cmd
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Primary Logic for Uncaging: 0 - OK, 1 - Failed Type: Unsigned8 origname: i_cry_fail_prm_ucage_cmd fullnamepath: /CryocoolerData/i_cry_fail_prm_ucage_cmd
CryocoolerData_i_cry_fail_red_cage_cmd
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Redundant Logic for Caging: 0 - OK, 1 - Failed Type: Unsigned8 origname: i_cry_fail_red_cage_cmd fullnamepath: /CryocoolerData/i_cry_fail_red_cage_cmd
CryocoolerData_i_cry_fail_red_ucage_cmd
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Redundant Logic for Uncaging: 0 - OK, 1 - Failed Type: Unsigned8 origname: i_cry_fail_red_ucage_cmd fullnamepath: /CryocoolerData/i_cry_fail_red_ucage_cmd
CryocoolerData_i_cry_frz_wave_st
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Frozen Wave State: 0 - Vibration control not currently frozen, 1 - Vibration control frozen Type: Unsigned8 origname: i_cry_frz_wave_st fullnamepath: /CryocoolerData/i_cry_frz_wave_st
CryocoolerData_i_cry_harm_trp
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Individual Harmonic Trip State: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_harm_trp fullnamepath: /CryocoolerData/i_cry_harm_trp
CryocoolerData_i_cry_hk_mgr_event
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: HK Manager Default Case Event Type: Unsigned8 origname: i_cry_hk_mgr_event fullnamepath: /CryocoolerData/i_cry_hk_mgr_event
CryocoolerData_i_cry_hrm_vibe
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Microns Second^{-2} Description: Total Harmonic Vibration Output: RSS of all individual harmonics Type: Float32 origname: i_cry_hrm_vibe fullnamepath: /CryocoolerData/i_cry_hrm_vibe
CryocoolerData_i_cry_isr_time_err
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: ISR Timing Error: 0 - No fault, 1 - Fault Type: Unsigned8 origname: i_cry_isr_time_err fullnamepath: /CryocoolerData/i_cry_isr_time_err
CryocoolerData_i_cry_isr_tlm_event
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: ISR Telemetry Default Case Event Type: Unsigned8 origname: i_cry_isr_tlm_event fullnamepath: /CryocoolerData/i_cry_isr_tlm_event
CryocoolerData_i_cry_isr_vib_event
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: ISR Vibration Default Case Event Type: Unsigned8 origname: i_cry_isr_vib_event fullnamepath: /CryocoolerData/i_cry_isr_vib_event
CryocoolerData_i_cry_m12v_supply
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Volts Description: -12V supply Type: Float32 origname: i_cry_m12v_supply fullnamepath: /CryocoolerData/i_cry_m12v_supply
CryocoolerData_i_cry_m12v_supply_d
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Volts Description: -12V supply Type: Float32 origname: i_cry_m12v_supply_d fullnamepath: /CryocoolerData/i_cry_m12v_supply_d
CryocoolerData_i_cry_max_drv_lmt
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Maximum drive limit reached: 0 - Not over limit, 1 - Limit reached Type: Unsigned8 origname: i_cry_max_drv_lmt fullnamepath: /CryocoolerData/i_cry_max_drv_lmt
CryocoolerData_i_cry_mode_state
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Mode State: 0 - Standby Mode, 1 - Normal Mode Type: Unsigned8 origname: i_cry_mode_state fullnamepath: /CryocoolerData/i_cry_mode_state
CryocoolerData_i_cry_motor_drive
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Current command operating drive Type: Float32 origname: i_cry_motor_drive fullnamepath: /CryocoolerData/i_cry_motor_drive
CryocoolerData_i_cry_mtr_pwra
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Watts Description: Side A Motor Power Type: Float32 origname: i_cry_mtr_pwra fullnamepath: /CryocoolerData/i_cry_mtr_pwra
CryocoolerData_i_cry_mtr_pwrb
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Watts Description: Side B Motor Power Type: Float32 origname: i_cry_mtr_pwrb fullnamepath: /CryocoolerData/i_cry_mtr_pwrb
CryocoolerData_i_cry_neg_cur_trp_a
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Negative Overcurrent Trip Side A: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_neg_cur_trp_a fullnamepath: /CryocoolerData/i_cry_neg_cur_trp_a
CryocoolerData_i_cry_neg_cur_trp_b
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Negative Overcurrent Trip Side B: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_neg_cur_trp_b fullnamepath: /CryocoolerData/i_cry_neg_cur_trp_b
CryocoolerData_i_cry_ovrcur_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Overcurrent Enable Status: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_ovrcur_enb fullnamepath: /CryocoolerData/i_cry_ovrcur_enb
CryocoolerData_i_cry_ovrcur_trip
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Overcurrent Trip: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_ovrcur_trip fullnamepath: /CryocoolerData/i_cry_ovrcur_trip
CryocoolerData_i_cry_p12v_supply
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Volts Description: +12V supply Type: Float32 origname: i_cry_p12v_supply fullnamepath: /CryocoolerData/i_cry_p12v_supply
CryocoolerData_i_cry_p5v_supply
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Volts Description: +5V supply Type: Float32 origname: i_cry_p5v_supply fullnamepath: /CryocoolerData/i_cry_p5v_supply
CryocoolerData_i_cry_p60v_supply
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Volts Description: +60V supply Type: Float32 origname: i_cry_p60v_supply fullnamepath: /CryocoolerData/i_cry_p60v_supply
CryocoolerData_i_cry_p_chksum
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Cryocooler (CCE and CCIE) Packet Checksum Type: Unsigned16 origname: i_cry_p_chksum fullnamepath: /CryocoolerData/i_cry_p_chksum
CryocoolerData_i_cry_pos_cur_trp_a
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Positive Overcurrent Trip Side A: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_pos_cur_trp_a fullnamepath: /CryocoolerData/i_cry_pos_cur_trp_a
CryocoolerData_i_cry_pos_cur_trp_b
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Positive Overcurrent Trip Side B: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_pos_cur_trp_b fullnamepath: /CryocoolerData/i_cry_pos_cur_trp_b
CryocoolerData_i_cry_prt_fine_coarse
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Degree of stability of the cold head temperature (I_CRY_CH_TEMP): 0 - cold head is well outside the cold head setpoint, 1 - cold head is maintaining good stability and control, Type: Unsigned8 origname: i_cry_prt_fine_coarse fullnamepath: /CryocoolerData/i_cry_prt_fine_coarse
CryocoolerData_i_cry_prt_sel
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: PRT Sensor Selected: 0 - Primary, 1 - Redundant Type: Unsigned8 origname: i_cry_prt_sel fullnamepath: /CryocoolerData/i_cry_prt_sel
CryocoolerData_i_cry_safehold_trip
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Safehold Trip: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_safehold_trip fullnamepath: /CryocoolerData/i_cry_safehold_trip
CryocoolerData_i_cry_spare_822
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare bit value, IHK byte 822, bit 4 Type: Unsigned8 origname: i_cry_spare_822 fullnamepath: /CryocoolerData/i_cry_spare_822
CryocoolerData_i_cry_spare_824_3
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare bits value, IHK byte 824, bit 3 Type: Unsigned8 origname: i_cry_spare_824_3 fullnamepath: /CryocoolerData/i_cry_spare_824_3
CryocoolerData_i_cry_spare_824_67
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare bits value, IHK byte 824, bits 6-7 Type: Unsigned8 origname: i_cry_spare_824_67 fullnamepath: /CryocoolerData/i_cry_spare_824_67
CryocoolerData_i_cry_spare_830
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare bytes value, IHK byte 830, bits 1-7 Type: Unsigned8 origname: i_cry_spare_830 fullnamepath: /CryocoolerData/i_cry_spare_830
CryocoolerData_i_cry_spare_838
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare bytes value, IHK bytes 838-839 Type: Unsigned16 origname: i_cry_spare_838 fullnamepath: /CryocoolerData/i_cry_spare_838
CryocoolerData_i_cry_spare_840
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare bytes value, IHK bytes 840-841 Type: Unsigned16 origname: i_cry_spare_840 fullnamepath: /CryocoolerData/i_cry_spare_840
CryocoolerData_i_cry_spare_842
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare bytes value, IHK bytes 842-843 Type: Unsigned16 origname: i_cry_spare_842 fullnamepath: /CryocoolerData/i_cry_spare_842
CryocoolerData_i_cry_spare_887
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare bits value, IHK byte 887, bit 7 Type: Unsigned8 origname: i_cry_spare_887 fullnamepath: /CryocoolerData/i_cry_spare_887
CryocoolerData_i_cry_spares
: Array of Bytes [FakeDim0 = 0..13][FakeDim2 = 0..89]
FakeDim0:
FakeDim2:
Shape: Frame_Spare_Array Description: Cryocooler spare values, IHK bytes 712-801 Type: Unsigned8 origname: i_cry_spares fullnamepath: /CryocoolerData/i_cry_spares
CryocoolerData_i_cry_sw_cur_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Software Current Enable Status: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_sw_cur_enb fullnamepath: /CryocoolerData/i_cry_sw_cur_enb
CryocoolerData_i_cry_sw_trip
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Software Trip: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_sw_trip fullnamepath: /CryocoolerData/i_cry_sw_trip
CryocoolerData_i_cry_temp_trp_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Temperature Trip Enable Status: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_temp_trp_enb fullnamepath: /CryocoolerData/i_cry_temp_trp_enb
CryocoolerData_i_cry_timer_lsw
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Value of least significant two bytes of timer Type: Unsigned16 origname: i_cry_timer_lsw fullnamepath: /CryocoolerData/i_cry_timer_lsw
CryocoolerData_i_cry_timer_msw
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Value of most significant two bytes of timer Type: Unsigned16 origname: i_cry_timer_msw fullnamepath: /CryocoolerData/i_cry_timer_msw
CryocoolerData_i_cry_tlm_conv_err_hi
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Telemetry Conversion Error High Type: Unsigned8 origname: i_cry_tlm_conv_err_hi fullnamepath: /CryocoolerData/i_cry_tlm_conv_err_hi
CryocoolerData_i_cry_tlm_conv_err_lo
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Telemetry Conversion Error Low Type: Unsigned8 origname: i_cry_tlm_conv_err_lo fullnamepath: /CryocoolerData/i_cry_tlm_conv_err_lo
CryocoolerData_i_cry_tmp_loop_st
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Temperature Loop State: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_tmp_loop_st fullnamepath: /CryocoolerData/i_cry_tmp_loop_st
CryocoolerData_i_cry_unk_cage_cmd
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Unknown Cage Command Type: Unsigned8 origname: i_cry_unk_cage_cmd fullnamepath: /CryocoolerData/i_cry_unk_cage_cmd
CryocoolerData_i_cry_vib_01
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Microns Second^{-2} Description: Vibration Magnitude for First Harmonic Type: Float32 origname: i_cry_vib_01 fullnamepath: /CryocoolerData/i_cry_vib_01
CryocoolerData_i_cry_vib_auto
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Vibration Input Auto Phase Control: 0 - Not Auto, 1 - Auto Phase Type: Unsigned8 origname: i_cry_vib_auto fullnamepath: /CryocoolerData/i_cry_vib_auto
CryocoolerData_i_cry_vib_on_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Vibration Loop Enabled: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_vib_on_enb fullnamepath: /CryocoolerData/i_cry_vib_on_enb
CryocoolerData_i_cry_vib_trip
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Vibration Trip: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_vib_trip fullnamepath: /CryocoolerData/i_cry_vib_trip
CryocoolerData_i_cry_vib_trp_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Vibration Trip Enable Status: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_vib_trp_enb fullnamepath: /CryocoolerData/i_cry_vib_trp_enb
CryocoolerData_i_cry_wave_update_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Wave Update Enable Status: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_wave_update_enb fullnamepath: /CryocoolerData/i_cry_wave_update_enb
CryocoolerData_i_cry_wtchdog_enb
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Watchdog Enable Status: 0 - Disabled, 1 - Enabled Type: Unsigned8 origname: i_cry_wtchdog_enb fullnamepath: /CryocoolerData/i_cry_wtchdog_enb
CryocoolerData_i_cry_wtchdog_trip
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Watchdog Trip: 0 - Not tripped, 1 - Tripped Type: Unsigned8 origname: i_cry_wtchdog_trip fullnamepath: /CryocoolerData/i_cry_wtchdog_trip
EngineeringData_adc_ref_volt
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: ADC Reference Voltage monitor Type: Float32 origname: adc_ref_volt fullnamepath: /EngineeringData/adc_ref_volt
EngineeringData_adc_volt_5a
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: ADC Analog 5VDC monitor Type: Float32 origname: adc_volt_5a fullnamepath: /EngineeringData/adc_volt_5a
EngineeringData_adc_volt_5d
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: ADC Digital 5VDC monitor Type: Float32 origname: adc_volt_5d fullnamepath: /EngineeringData/adc_volt_5d
EngineeringData_afe1_power_state
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: AFE #1 Power: 0 - Off, 1 = On Type: Signed8 origname: afe1_power_state fullnamepath: /EngineeringData/afe1_power_state
EngineeringData_afe2_power_state
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: AFE #2 Power: 0 - Off, 1 = On Type: Signed8 origname: afe2_power_state fullnamepath: /EngineeringData/afe2_power_state
EngineeringData_afe3_power_state
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: AFE #3 Power: 0 - Off, 1 = On Type: Signed8 origname: afe3_power_state fullnamepath: /EngineeringData/afe3_power_state
EngineeringData_analog_supp_volt_n5
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Array Units: Volts Description: Negative 5VDC analog voltage Type: Float32 origname: analog_supp_volt_n5 fullnamepath: /EngineeringData/analog_supp_volt_n5
EngineeringData_analog_supp_volt_p5
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Array Units: Volts Description: Positive 5VDC analog voltage Type: Float32 origname: analog_supp_volt_p5 fullnamepath: /EngineeringData/analog_supp_volt_p5
EngineeringData_cal_door_pos_coarse
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0.000000000 Maximum: 360.0000000 Shape: Frame_Array Units: Degrees Description: Position of calibration door in degrees from the Lamp/Closed position Type: Float32 origname: cal_door_pos_coarse fullnamepath: /EngineeringData/cal_door_pos_coarse
EngineeringData_cal_door_pos_n_steps
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0 Maximum: 65535 Shape: Frame_Array Description: Position of calibration door given in number of steps since last reset Type: Unsigned16 origname: cal_door_pos_n_steps fullnamepath: /EngineeringData/cal_door_pos_n_steps
EngineeringData_cal_door_total_steps
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Total number of steps that the cal door has been commanded to move since system boot (may wrap from 65535 to 0) Type: Unsigned16 origname: cal_door_total_steps fullnamepath: /EngineeringData/cal_door_total_steps
EngineeringData_cal_motor_power_state
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: CAL_MOTOR state: 0 - Off, 1 - On Type: Signed8 origname: cal_motor_power_state fullnamepath: /EngineeringData/cal_motor_power_state
EngineeringData_cmd_flag_history
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim4 = 0..15]
FakeDim0:
FakeDim4:
Shape: Frame_Echo_Array Description: Second command words for commands reported in command history Type: Unsigned16 origname: cmd_flag_history fullnamepath: /EngineeringData/cmd_flag_history
EngineeringData_cmd_id_history
: Array of Bytes [FakeDim0 = 0..13][FakeDim4 = 0..15]
FakeDim0:
FakeDim4:
Shape: Frame_Echo_Array Description: Command IDs for commands reported in command history Type: Unsigned8 origname: cmd_id_history fullnamepath: /EngineeringData/cmd_id_history
EngineeringData_cmd_msn_history
: Array of Bytes [FakeDim0 = 0..13][FakeDim4 = 0..15]
FakeDim0:
FakeDim4:
Shape: Frame_Echo_Array Description: Message Sequence Numbers for commands reported in command history Type: Unsigned8 origname: cmd_msn_history fullnamepath: /EngineeringData/cmd_msn_history
EngineeringData_control_flags_ic
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Bit flag reporting IC control flags Type: IntBitfield8 origname: control_flags_ic fullnamepath: /EngineeringData/control_flags_ic
EngineeringData_current_winding
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0 Maximum: 2 Shape: Frame_Array Description: Current winding in use: 0=Primary, 1=Backup Type: Unsigned8 origname: current_winding fullnamepath: /EngineeringData/current_winding
EngineeringData_digital_supp_volt_n12
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Array Units: Volts Description: Negative 12VDC voltage monitor Type: Float32 origname: digital_supp_volt_n12 fullnamepath: /EngineeringData/digital_supp_volt_n12
EngineeringData_dp_volt_p5
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Array Units: Volts Description: Positive 5VDC digital processor voltage Type: Float32 origname: dp_volt_p5 fullnamepath: /EngineeringData/dp_volt_p5
EngineeringData_dpp_power_state
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Digital Processor power state: 0 - Off, 1 - On Type: Signed8 origname: dpp_power_state fullnamepath: /EngineeringData/dpp_power_state
EngineeringData_dsub_volt
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: DSUB voltage monitor Type: Float32 origname: dsub_volt fullnamepath: /EngineeringData/dsub_volt
EngineeringData_engineering_time_string
: Array of strings [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Time the IHK packet was generated (yyyy-mm-ddThh:mm:ss.mmmZ) Type: FixLenStr origname: engineering_time_string fullnamepath: /EngineeringData/engineering_time_string
EngineeringData_err_count
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Accumulated error count Type: Unsigned16 origname: err_count fullnamepath: /EngineeringData/err_count
EngineeringData_err_id_history
: Array of Bytes [FakeDim0 = 0..13][FakeDim4 = 0..15]
FakeDim0:
FakeDim4:
Shape: Frame_Echo_Array Description: Error IDs for errors reported in error history Type: Unsigned8 origname: err_id_history fullnamepath: /EngineeringData/err_id_history
EngineeringData_err_time_history
: Array of 32 bit Unsigned integers [FakeDim0 = 0..13][FakeDim4 = 0..15]
FakeDim0:
FakeDim4:
Shape: Frame_Echo_Array Description: Error times (in seconds) for errors reported in error history Type: Unsigned32 origname: err_time_history fullnamepath: /EngineeringData/err_time_history
EngineeringData_firmware_version_dp0
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: DP0 Firmware Version Type: Unsigned8 origname: firmware_version_dp0 fullnamepath: /EngineeringData/firmware_version_dp0
EngineeringData_firmware_version_dp1
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: DP1 Firmware Version Type: Unsigned8 origname: firmware_version_dp1 fullnamepath: /EngineeringData/firmware_version_dp1
EngineeringData_firmware_version_dp2
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: DP2 Firmware Version Type: Unsigned8 origname: firmware_version_dp2 fullnamepath: /EngineeringData/firmware_version_dp2
EngineeringData_firmware_version_ic
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: IC Firmware Version Type: Unsigned8 origname: firmware_version_ic fullnamepath: /EngineeringData/firmware_version_ic
EngineeringData_gnd_volt
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: GND voltage monitor Type: Float32 origname: gnd_volt fullnamepath: /EngineeringData/gnd_volt
EngineeringData_heater_state_history
: Array of Bytes [FakeDim0 = 0..13][FakeDim4 = 0..15]
FakeDim0:
FakeDim4:
Minimum: 0 Maximum: 255 Shape: Frame_Second_Array Description: On/Off status for all 8 heaters between now and 15 seconds ago Type: Unsigned8 origname: heater_state_history fullnamepath: /EngineeringData/heater_state_history
EngineeringData_heater_turn_off_set_point
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim5 = 0..7]
FakeDim0:
FakeDim5:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Heater_Array Units: Degrees Celsius Description: Temperature at which heaters are turned off (1 for each of 8 heaters) Type: Float32 origname: heater_turn_off_set_point fullnamepath: /EngineeringData/heater_turn_off_set_point
EngineeringData_heater_turn_on_set_point
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim5 = 0..7]
FakeDim0:
FakeDim5:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Heater_Array Units: Degrees Celsius Description: Temperature at which heaters are turned on (1 for each of 8 heaters) Type: Float32 origname: heater_turn_on_set_point fullnamepath: /EngineeringData/heater_turn_on_set_point
EngineeringData_hk_volt_offset
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Array Units: Volts Description: Controller Expansion ADC zero (offset) Type: Float32 origname: hk_volt_offset fullnamepath: /EngineeringData/hk_volt_offset
EngineeringData_lamp1_monitor
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Array Units: Volts Description: Lamp #1 voltage monitor Type: Float32 origname: lamp1_monitor fullnamepath: /EngineeringData/lamp1_monitor
EngineeringData_lamp1_power_state
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Lamp #1 power state: 0 - Off, 1 - On Type: Signed8 origname: lamp1_power_state fullnamepath: /EngineeringData/lamp1_power_state
EngineeringData_lamp2_monitor
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Array Units: Volts Description: Lamp #2 voltage monitor Type: Float32 origname: lamp2_monitor fullnamepath: /EngineeringData/lamp2_monitor
EngineeringData_lamp2_power_state
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Lamp #2 power state: 0 - Off, 1 - On Type: Signed8 origname: lamp2_power_state fullnamepath: /EngineeringData/lamp2_power_state
EngineeringData_lamp3_monitor
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Array Units: Volts Description: Lamp #3 voltage monitor Type: Float32 origname: lamp3_monitor fullnamepath: /EngineeringData/lamp3_monitor
EngineeringData_lamp3_power_state
: Array of 16 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Lamp #3 power state: 0 - Off, 1 - On Type: Signed8 origname: lamp3_power_state fullnamepath: /EngineeringData/lamp3_power_state
EngineeringData_logic_volt
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: RS422 logic 5VDC monitor Type: Float32 origname: logic_volt fullnamepath: /EngineeringData/logic_volt
EngineeringData_logic_volt_p5
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Array Units: Volts Description: Positive 5VDC logic voltage Type: Float32 origname: logic_volt_p5 fullnamepath: /EngineeringData/logic_volt_p5
EngineeringData_memory_test_status
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Memory Test status byte Type: IntBitfield8 origname: memory_test_status fullnamepath: /EngineeringData/memory_test_status
EngineeringData_mode_dp0
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Instrument DP0 Mode Type: Unsigned8 origname: mode_dp0 fullnamepath: /EngineeringData/mode_dp0
EngineeringData_mode_dp1
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Instrument DP1 Mode Type: Unsigned8 origname: mode_dp1 fullnamepath: /EngineeringData/mode_dp1
EngineeringData_mode_dp2
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Instrument DP2 Mode Type: Unsigned8 origname: mode_dp2 fullnamepath: /EngineeringData/mode_dp2
EngineeringData_mode_ic
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Instrument IC Mode Type: Unsigned8 origname: mode_ic fullnamepath: /EngineeringData/mode_ic
EngineeringData_motor_winding_spare
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare telemetry value Type: Unsigned8 origname: motor_winding_spare fullnamepath: /EngineeringData/motor_winding_spare
EngineeringData_spare_ihk_byte186
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare value from byte 186 in the IHK packet header Type: Unsigned8 origname: spare_ihk_byte186 fullnamepath: /EngineeringData/spare_ihk_byte186
EngineeringData_spare_ihk_byte187
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare value from byte 187 in the IHK packet header Type: Unsigned8 origname: spare_ihk_byte187 fullnamepath: /EngineeringData/spare_ihk_byte187
EngineeringData_spare_ihk_byte890
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare value from bytes 890-891 in the IHK packet header Type: Unsigned16 origname: spare_ihk_byte890 fullnamepath: /EngineeringData/spare_ihk_byte890
EngineeringData_spare_ihk_byte892
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Spare value from byte 892 in the IHK packet header Type: Unsigned8 origname: spare_ihk_byte892 fullnamepath: /EngineeringData/spare_ihk_byte892
EngineeringData_temp_afe_cryocooler_tz2
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of AFE/Cryocooler, Thermal Zone 2 Type: Float32 origname: temp_afe_cryocooler_tz2 fullnamepath: /EngineeringData/temp_afe_cryocooler_tz2
EngineeringData_temp_afe_cryocooler_tz2b
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of AFE/Cryocooler, Thermal Zone 2B (Backup for TZ2) Type: Float32 origname: temp_afe_cryocooler_tz2b fullnamepath: /EngineeringData/temp_afe_cryocooler_tz2b
EngineeringData_temp_afe_electronics_enclosure
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of AFE Electronics Enclosure Type: Float32 origname: temp_afe_electronics_enclosure fullnamepath: /EngineeringData/temp_afe_electronics_enclosure
EngineeringData_temp_baffle_flange
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Baffle Flange Type: Float32 origname: temp_baffle_flange fullnamepath: /EngineeringData/temp_baffle_flange
EngineeringData_temp_cal_door_motor_tz4
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Calibration Door Motor, Thermal Zone 4 Type: Float32 origname: temp_cal_door_motor_tz4 fullnamepath: /EngineeringData/temp_cal_door_motor_tz4
EngineeringData_temp_cal_door_redundant
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of redundant sensor for the Calibration Door Motor, Thermal Zone 4B (Backup for TZ4) Type: Float32 origname: temp_cal_door_redundant fullnamepath: /EngineeringData/temp_cal_door_redundant
EngineeringData_temp_cal_resistor1_dn
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: DN Description: Data number value of reference resistor 1 Type: Unsigned16 origname: temp_cal_resistor1_dn fullnamepath: /EngineeringData/temp_cal_resistor1_dn
EngineeringData_temp_cal_resistor2_dn
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: DN Description: Data number value of reference resistor 2 Type: Unsigned16 origname: temp_cal_resistor2_dn fullnamepath: /EngineeringData/temp_cal_resistor2_dn
EngineeringData_temp_cal_resistor3_dn
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: DN Description: Data number value of reference resistor 3 Type: Unsigned16 origname: temp_cal_resistor3_dn fullnamepath: /EngineeringData/temp_cal_resistor3_dn
EngineeringData_temp_cal_resistor4_dn
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: DN Description: Data number value of reference resistor 4 Type: Unsigned16 origname: temp_cal_resistor4_dn fullnamepath: /EngineeringData/temp_cal_resistor4_dn
EngineeringData_temp_cal_resistor5_dn
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: DN Description: Data number value of reference resistor 5 Type: Unsigned16 origname: temp_cal_resistor5_dn fullnamepath: /EngineeringData/temp_cal_resistor5_dn
EngineeringData_temp_cal_resistor6_dn
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: DN Description: Data number value of reference resistor 6 Type: Unsigned16 origname: temp_cal_resistor6_dn fullnamepath: /EngineeringData/temp_cal_resistor6_dn
EngineeringData_temp_cryocooler_radiator
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Cryocooler radiator Type: Float32 origname: temp_cryocooler_radiator fullnamepath: /EngineeringData/temp_cryocooler_radiator
EngineeringData_temp_fpa_aband_tz5
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of FPA ABO2, Thermal Zone 5 Type: Float32 origname: temp_fpa_aband_tz5 fullnamepath: /EngineeringData/temp_fpa_aband_tz5
EngineeringData_temp_fpa_aband_tz5b
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of FPA ABO2, Thermal Zone 5B (Backup for TZ5) Type: Float32 origname: temp_fpa_aband_tz5b fullnamepath: /EngineeringData/temp_fpa_aband_tz5b
EngineeringData_temp_fpa_strong_co2
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of FPA SCO2 Type: Float32 origname: temp_fpa_strong_co2 fullnamepath: /EngineeringData/temp_fpa_strong_co2
EngineeringData_temp_fpa_weak_co2
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of FPA WCO2 Type: Float32 origname: temp_fpa_weak_co2 fullnamepath: /EngineeringData/temp_fpa_weak_co2
EngineeringData_temp_instrument_deck
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Instrument Deck (positive X-positive Y surface) Type: Float32 origname: temp_instrument_deck fullnamepath: /EngineeringData/temp_instrument_deck
EngineeringData_temp_optical_bench_grating_mz
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Optical Bench Grating (minus Z) Type: Float32 origname: temp_optical_bench_grating_mz fullnamepath: /EngineeringData/temp_optical_bench_grating_mz
EngineeringData_temp_optical_bench_grating_pz
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Optical Bench Grating (positive Z) Type: Float32 origname: temp_optical_bench_grating_pz fullnamepath: /EngineeringData/temp_optical_bench_grating_pz
EngineeringData_temp_optical_bench_mount_my
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Optical Bench Mount (minus Y) Type: Float32 origname: temp_optical_bench_mount_my fullnamepath: /EngineeringData/temp_optical_bench_mount_my
EngineeringData_temp_optical_bench_mount_my_tz3
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Optical Bench Mount (minus Y), Thermal Zone 3 Type: Float32 origname: temp_optical_bench_mount_my_tz3 fullnamepath: /EngineeringData/temp_optical_bench_mount_my_tz3
EngineeringData_temp_optical_bench_mount_px
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Optical Bench Mount (positive X) Type: Float32 origname: temp_optical_bench_mount_px fullnamepath: /EngineeringData/temp_optical_bench_mount_px
EngineeringData_temp_recollimator
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Recollimator Type: Float32 origname: temp_recollimator fullnamepath: /EngineeringData/temp_recollimator
EngineeringData_temp_relay_sco2_mz
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Relay SCO2 (minus Z) Type: Float32 origname: temp_relay_sco2_mz fullnamepath: /EngineeringData/temp_relay_sco2_mz
EngineeringData_temp_relay_sco2_pz
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Relay SCO2 (positive Z) Type: Float32 origname: temp_relay_sco2_pz fullnamepath: /EngineeringData/temp_relay_sco2_pz
EngineeringData_temp_rem_bottom
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of REM Bottom Type: Float32 origname: temp_rem_bottom fullnamepath: /EngineeringData/temp_rem_bottom
EngineeringData_temp_rem_top
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of REM Top Type: Float32 origname: temp_rem_top fullnamepath: /EngineeringData/temp_rem_top
EngineeringData_temp_shroud_mx_tz6
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Shroud (minus X), Thermal Zone 6 Type: Float32 origname: temp_shroud_mx_tz6 fullnamepath: /EngineeringData/temp_shroud_mx_tz6
EngineeringData_temp_shroud_my_pz
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Shroud (minus Y-positve Z) Type: Float32 origname: temp_shroud_my_pz fullnamepath: /EngineeringData/temp_shroud_my_pz
EngineeringData_temp_shroud_py_mz
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Shroud (positive Y-minus Z) Type: Float32 origname: temp_shroud_py_mz fullnamepath: /EngineeringData/temp_shroud_py_mz
EngineeringData_temp_shroud_py_tz1
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Shroud (positive Y), Thermal Zone 1 Type: Float32 origname: temp_shroud_py_tz1 fullnamepath: /EngineeringData/temp_shroud_py_tz1
EngineeringData_temp_shroud_py_tz1b
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Shroud (positive Y), Thermal Zone 1B (Backup for TZ1) Type: Float32 origname: temp_shroud_py_tz1b fullnamepath: /EngineeringData/temp_shroud_py_tz1b
EngineeringData_temp_shroud_radiator
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Shroud Radiator Type: Float32 origname: temp_shroud_radiator fullnamepath: /EngineeringData/temp_shroud_radiator
EngineeringData_temp_spare1
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: DN Description: Temperature of spare temperature sensor Type: Unsigned16 origname: temp_spare1 fullnamepath: /EngineeringData/temp_spare1
EngineeringData_temp_telescope
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Telescope Type: Float32 origname: temp_telescope fullnamepath: /EngineeringData/temp_telescope
EngineeringData_temp_vchp_afecryo_radiator_mx
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of VCHP Reservoir, AFE/Cryocooler Radiator (minus X) Type: Float32 origname: temp_vchp_afecryo_radiator_mx fullnamepath: /EngineeringData/temp_vchp_afecryo_radiator_mx
EngineeringData_temp_vchp_afecryo_radiator_px
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of VCHP Reservoir, AFE/Cryocooler Radiator (positive X) Type: Float32 origname: temp_vchp_afecryo_radiator_px fullnamepath: /EngineeringData/temp_vchp_afecryo_radiator_px
EngineeringData_temp_vchp_shroud_radiator_mx
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of VCHP Reservoir, Shroud Radiator (positive X) Type: Float32 origname: temp_vchp_shroud_radiator_mx fullnamepath: /EngineeringData/temp_vchp_shroud_radiator_mx
EngineeringData_temp_vchp_shroud_radiator_px
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of VCHP Reservoir, Shroud Radiator (minus X) Type: Float32 origname: temp_vchp_shroud_radiator_px fullnamepath: /EngineeringData/temp_vchp_shroud_radiator_px
EngineeringData_timeout_error
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Timeout error: 0 - OK, 1 - exceeded maximum allowable time to move to the commanded door position Type: Unsigned8 origname: timeout_error fullnamepath: /EngineeringData/timeout_error
EngineeringData_vbias_gate_volt
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: VBIASGATE voltage monitor Type: Float32 origname: vbias_gate_volt fullnamepath: /EngineeringData/vbias_gate_volt
EngineeringData_vbias_pwr_volt
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: VBIASPOWER voltage monitor Type: Float32 origname: vbias_pwr_volt fullnamepath: /EngineeringData/vbias_pwr_volt
EngineeringData_vdd_volt
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: VDD voltage monitor Type: Float32 origname: vdd_volt fullnamepath: /EngineeringData/vdd_volt
EngineeringData_volt_10v
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: Positive 10V detector load bias voltage monitor Type: Float32 origname: volt_10v fullnamepath: /EngineeringData/volt_10v
EngineeringData_volt_n12
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Array Units: Volts Description: Negative 12VDC converter output voltage Type: Float32 origname: volt_n12 fullnamepath: /EngineeringData/volt_n12
EngineeringData_volt_p12
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Array Units: Volts Description: Positive 12VDC converter output voltage Type: Float32 origname: volt_p12 fullnamepath: /EngineeringData/volt_p12
EngineeringData_vpa_volt_n5
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: Negative 5VDC monitor Type: Float32 origname: vpa_volt_n5 fullnamepath: /EngineeringData/vpa_volt_n5
EngineeringData_vpa_volt_p5
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: Positive 5VDC monitor Type: Float32 origname: vpa_volt_p5 fullnamepath: /EngineeringData/vpa_volt_p5
EngineeringData_vreset_volt
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0.000000000 Maximum: 50.00000000 Shape: Frame_Spectrum_Array Units: Volts Description: VRESET voltage monitor Type: Float32 origname: vreset_volt fullnamepath: /EngineeringData/vreset_volt
FrameConfiguration_color_slice_position_o2
: Array of 16 bit Integers [FakeDim0 = 0..13][FakeDim6 = 0..19]
FakeDim0:
FakeDim6:
Minimum: 1 Maximum: 1024 Shape: Frame_O2Slice_Array Description: Absolute spectral position, in pixels, of each color slice in ABO2 band Type: Signed16 origname: color_slice_position_o2 fullnamepath: /FrameConfiguration/color_slice_position_o2
FrameConfiguration_color_slice_position_strong_co2
: Array of 16 bit Integers [FakeDim0 = 0..13][FakeDim6 = 0..19]
FakeDim0:
FakeDim6:
Minimum: 1 Maximum: 1024 Shape: Frame_StrongCO2Slice_Array Description: Absolute spectral position, in pixels, of each color slice in SCO2 band Type: Signed16 origname: color_slice_position_strong_co2 fullnamepath: /FrameConfiguration/color_slice_position_strong_co2
FrameConfiguration_color_slice_position_weak_co2
: Array of 16 bit Integers [FakeDim0 = 0..13][FakeDim6 = 0..19]
FakeDim0:
FakeDim6:
Minimum: 1 Maximum: 1024 Shape: Frame_WeakCO2Slice_Array Description: Absolute spectral position, in pixels, of each color slice in WCO2 band Type: Signed16 origname: color_slice_position_weak_co2 fullnamepath: /FrameConfiguration/color_slice_position_weak_co2
FrameConfiguration_footprint_spatial_end_position
: Array of Bytes [FakeDim0 = 0..13][FakeDim5 = 0..7][FakeDim3 = 0..2]
FakeDim0:
FakeDim5:
FakeDim3:
Description: Position of end of each footprint, in pixels, relative to initial_unused_pixels Type: Unsigned8 Minimum: 1 Maximum: 220 Shape: Frame_SoundingPosition_Spectrum_Array origname: footprint_spatial_end_position fullnamepath: /FrameConfiguration/footprint_spatial_end_position
FrameConfiguration_footprint_spatial_start_position
: Array of Bytes [FakeDim0 = 0..13][FakeDim5 = 0..7][FakeDim3 = 0..2]
FakeDim0:
FakeDim5:
FakeDim3:
Minimum: 1 Maximum: 220 Shape: Frame_SoundingPosition_Spectrum_Array Description: Position of start of each footprint, in pixels, relative to initial_unused_pixels Type: Unsigned8 origname: footprint_spatial_start_position fullnamepath: /FrameConfiguration/footprint_spatial_start_position
FrameConfiguration_initial_unused_pixels
: Array of 16 bit Integers [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 8 Maximum: 796 Shape: Frame_Spectrum_Array Description: Distance in pixels of the start of first footprint from edge of FPA Type: Signed16 origname: initial_unused_pixels fullnamepath: /FrameConfiguration/initial_unused_pixels
FrameFPATemperatures_temp_fpa
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Spectrum_Array Units: Degrees Celsius Description: FPA temperatures extracted for this frame time from the temperature data history Type: Float32 origname: temp_fpa fullnamepath: /FrameFPATemperatures/temp_fpa
FrameHeader_clocking_offset_interval
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: 0 Maximum: 256 Shape: Frame_Spectrum_Array Description: The number of pixels between each successive pixel shift used to apply a clocking correction Type: Unsigned16 origname: clocking_offset_interval fullnamepath: /FrameHeader/clocking_offset_interval
FrameHeader_clocking_offset_start
: Array of 16 bit Integers [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Minimum: -127 Maximum: 127 Shape: Frame_Spectrum_Array Description: The first pixel where the flight software applies a focal plane clocking correction - negative value indicates the clocking shift operates downward, positive value indicates clocking shift is upward Type: Signed8 origname: clocking_offset_start fullnamepath: /FrameHeader/clocking_offset_start
FrameHeader_cs_qual_flag
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Bit flags indicating the quality of the color slice data: 0 - Good, non-zero - see documentation Type: IntBitfield8 origname: cs_qual_flag fullnamepath: /FrameHeader/cs_qual_flag
FrameHeader_diffuser_position
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: The position of the solar diffuser at the beginning of the mode: 0 - Lamp or Closed position, 75 - Open for science, 150 - Solar Calibration position Type: Unsigned16 origname: diffuser_position fullnamepath: /FrameHeader/diffuser_position
FrameHeader_frame_time_string
: Array of strings [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Time of telemetry frame (yyyy-mm-ddThh:mm:ss.mmmZ) Type: FixLenStr origname: frame_time_string fullnamepath: /FrameHeader/frame_time_string
FrameHeader_frame_time_tai93
: Array of 64 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Seconds Description: Time of telemetry frame in seconds since Jan 1, 1993 Type: Float64 origname: frame_time_tai93 fullnamepath: /FrameHeader/frame_time_tai93
FrameHeader_full_checksum
: Array of Bytes [FakeDim0 = 0..13][FakeDim3 = 0..2][FakeDim7 = 0..439]
FakeDim0:
FakeDim3:
FakeDim7:
Shape: Frame_Spectrum_Line_Array Description: Checksum for all science data in frame Type: Unsigned8 origname: full_checksum fullnamepath: /FrameHeader/full_checksum
FrameHeader_hk_checksum
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Checksum for all housekeeping data in frame Type: Unsigned8 origname: hk_checksum fullnamepath: /FrameHeader/hk_checksum
FrameHeader_hk_frame_number
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Frame number of the housekeeping frame reporting the engineering data Type: Unsigned16 origname: hk_frame_number fullnamepath: /FrameHeader/hk_frame_number
FrameHeader_hk_instrument_time
: Array of 32 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Milliseconds Description: Time since instrument controller (IC) power up Type: Unsigned32 origname: hk_instrument_time fullnamepath: /FrameHeader/hk_instrument_time
FrameHeader_hk_saved_frame_number
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Frame number saved at the last Operational command (STANDBY, SINGLE, RESIDUAL, SUMMED) Type: Unsigned16 origname: hk_saved_frame_number fullnamepath: /FrameHeader/hk_saved_frame_number
FrameHeader_hk_spacecraft_time_gps
: Array of 32 bit Unsigned integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Units: Seconds Description: Last reported spacecraft time in seconds by instrument housekeeping Type: Unsigned32 origname: hk_spacecraft_time_gps fullnamepath: /FrameHeader/hk_spacecraft_time_gps
FrameHeader_hk_time_checksum
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Checksum of the time bytes in the IHK packet Type: Unsigned8 origname: hk_time_checksum fullnamepath: /FrameHeader/hk_time_checksum
FrameHeader_spare_ihk_byte20
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Value from byte 20 in the IHK packet header Type: Unsigned8 origname: spare_ihk_byte20 fullnamepath: /FrameHeader/spare_ihk_byte20
FrameHeader_spare_ihk_byte21
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Value from byte 21 in the IHK packet header Type: Unsigned8 origname: spare_ihk_byte21 fullnamepath: /FrameHeader/spare_ihk_byte21
FrameHeader_spectrometer_frame_number
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Shape: Frame_Spectrum_Array Description: Frame number for each spectrometer Type: Unsigned16 origname: spectrometer_frame_number fullnamepath: /FrameHeader/spectrometer_frame_number
FrameHeader_spectrometer_instrument_time
: Array of 32 bit Unsigned integers [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Shape: Frame_Spectrum_Array Units: Milliseconds Type: Unsigned32 Description: Time since since digital processor (DP) power up as reported in each spectrometer???s optical housekeeping telemetry origname: spectrometer_instrument_time fullnamepath: /FrameHeader/spectrometer_instrument_time
FrameHeader_spectrometer_saved_frame_number
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Shape: Frame_Spectrum_Array Description: Frame number saved at the last mode change Type: Unsigned16 origname: spectrometer_saved_frame_number fullnamepath: /FrameHeader/spectrometer_saved_frame_number
FrameHeader_spectrometer_spacecraft_time_gps
: Array of 32 bit Unsigned integers [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Shape: Frame_Spectrum_Array Units: Seconds Description: Last reported spacecraft time in seconds as reported in each spectrometer???s optical housekeeping telemetry Type: Unsigned32 origname: spectrometer_spacecraft_time_gps fullnamepath: /FrameHeader/spectrometer_spacecraft_time_gps
FrameHeader_spectrometer_time_checksum
: Array of Bytes [FakeDim0 = 0..13][FakeDim3 = 0..2][FakeDim7 = 0..439]
FakeDim0:
FakeDim3:
FakeDim7:
Shape: Frame_Spectrum_Line_Array Description: Checksum of the time bytes in the OHK packet Type: Unsigned8 origname: spectrometer_time_checksum fullnamepath: /FrameHeader/spectrometer_time_checksum
FrameHeader_status_flags_ic
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Instrument IC status bit flag Type: Unsigned8 origname: status_flags_ic fullnamepath: /FrameHeader/status_flags_ic
FrameHeader_status_flags_ihk_byte36
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Instrument status bit flags from the IHK packet, byte 36 Type: Unsigned8 origname: status_flags_ihk_byte36 fullnamepath: /FrameHeader/status_flags_ihk_byte36
FrameHeader_status_flags_ihk_byte37
: Array of Bytes [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: Instrument status bit flags from the IHK packet, byte 37 Type: Unsigned8 origname: status_flags_ihk_byte37 fullnamepath: /FrameHeader/status_flags_ihk_byte37
FrameHeader_summed_multiplier
: Array of 32 bit Reals [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Shape: Frame_Spectrum_Array Description: The multiplicative term of the pixel summation formula - see documentation Type: Float32 origname: summed_multiplier fullnamepath: /FrameHeader/summed_multiplier
FrameHeader_summed_offset
: Array of Bytes [FakeDim0 = 0..13][FakeDim3 = 0..2]
FakeDim0:
FakeDim3:
Shape: Frame_Spectrum_Array Description: The offset term of the pixel summation formula - see documentation Type: Unsigned8 origname: summed_offset fullnamepath: /FrameHeader/summed_offset
FrameSinglePixelMeasurements_color_slice_data_o2
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim6 = 0..19][FakeDim8 = 0..219]
FakeDim0:
FakeDim6:
FakeDim8:
Shape: Frame_O2Slice_SpatialRow_Array Units: DN Description: Raw data numbers of the color slices used in the ABO2 band Type: Unsigned16 origname: color_slice_data_o2 fullnamepath: /FrameSinglePixelMeasurements/color_slice_data_o2
FrameSinglePixelMeasurements_color_slice_data_strong_co2
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim6 = 0..19][FakeDim8 = 0..219]
FakeDim0:
FakeDim6:
FakeDim8:
Shape: Frame_StrongCO2Slice_SpatialRow_Array Units: DN Description: Raw data numbers of the color slices used in the SCO2 band Type: Unsigned16 origname: color_slice_data_strong_co2 fullnamepath: /FrameSinglePixelMeasurements/color_slice_data_strong_co2
FrameSinglePixelMeasurements_color_slice_data_weak_co2
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim6 = 0..19][FakeDim8 = 0..219]
FakeDim0:
FakeDim6:
FakeDim8:
Shape: Frame_WeakCO2Slice_SpatialRow_Array Units: DN Description: Raw data numbers of the color slices used in the WCO2 band Type: Unsigned16 origname: color_slice_data_weak_co2 fullnamepath: /FrameSinglePixelMeasurements/color_slice_data_weak_co2
FrameSinglePixelMeasurements_single_pixel_integrated_o2
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim8 = 0..219][FakeDim9 = 0..1023]
FakeDim0:
FakeDim8:
FakeDim9:
Shape: Frame_SpatialRow_FPAColor_Array Units: DN Description: Raw data numbers of the ABO2 band spectrum integrated pixels Type: Unsigned16 origname: single_pixel_integrated_o2 fullnamepath: /FrameSinglePixelMeasurements/single_pixel_integrated_o2
FrameSinglePixelMeasurements_single_pixel_integrated_strong_co2
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim8 = 0..219][FakeDim9 = 0..1023]
FakeDim0:
FakeDim8:
FakeDim9:
Shape: Frame_SpatialRow_FPAColor_Array Units: DN Description: Raw data numbers of the SCO2 band spectrum integrated pixels Type: Unsigned16 origname: single_pixel_integrated_strong_co2 fullnamepath: /FrameSinglePixelMeasurements/single_pixel_integrated_strong_co2
FrameSinglePixelMeasurements_single_pixel_integrated_weak_co2
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim8 = 0..219][FakeDim9 = 0..1023]
FakeDim0:
FakeDim8:
FakeDim9:
Shape: Frame_SpatialRow_FPAColor_Array Units: DN Description: Raw data numbers of the WCO2 band spectrum integrated pixels Type: Unsigned16 origname: single_pixel_integrated_weak_co2 fullnamepath: /FrameSinglePixelMeasurements/single_pixel_integrated_weak_co2
FrameSinglePixelMeasurements_single_pixel_o2_qual_flag
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim8 = 0..219]
FakeDim0:
FakeDim8:
Shape: Frame_SpatialRow_Array Description: Bit flags indicating the quality of the ABO2 data in frame: 0 - Good, non-zero - see documentation Type: IntBitfield16 origname: single_pixel_o2_qual_flag fullnamepath: /FrameSinglePixelMeasurements/single_pixel_o2_qual_flag
FrameSinglePixelMeasurements_single_pixel_pedestal_o2
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim8 = 0..219][FakeDim9 = 0..1023]
FakeDim0:
FakeDim8:
FakeDim9:
Shape: Frame_SpatialRow_FPAColor_Array Units: DN Description: Raw data numbers of the ABO2 band spectrum pedestal pixels Type: Unsigned16 origname: single_pixel_pedestal_o2 fullnamepath: /FrameSinglePixelMeasurements/single_pixel_pedestal_o2
FrameSinglePixelMeasurements_single_pixel_pedestal_strong_co2
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim8 = 0..219][FakeDim9 = 0..1023]
FakeDim0:
FakeDim8:
FakeDim9:
Shape: Frame_SpatialRow_FPAColor_Array Units: DN Description: Raw data numbers of the SCO2 band spectrum pedestal pixels Type: Unsigned16 origname: single_pixel_pedestal_strong_co2 fullnamepath: /FrameSinglePixelMeasurements/single_pixel_pedestal_strong_co2
FrameSinglePixelMeasurements_single_pixel_pedestal_weak_co2
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim8 = 0..219][FakeDim9 = 0..1023]
FakeDim0:
FakeDim8:
FakeDim9:
Shape: Frame_SpatialRow_FPAColor_Array Units: DN Description: Raw data numbers of the WCO2 band spectrum pedestal pixels Type: Unsigned16 origname: single_pixel_pedestal_weak_co2 fullnamepath: /FrameSinglePixelMeasurements/single_pixel_pedestal_weak_co2
FrameSinglePixelMeasurements_single_pixel_strong_co2_qual_flag
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim8 = 0..219]
FakeDim0:
FakeDim8:
Shape: Frame_SpatialRow_Array Description: Bit flags indicating the quality of the SCO2 data in frame: 0 - Good, non-zero - see documentation Type: IntBitfield16 origname: single_pixel_strong_co2_qual_flag fullnamepath: /FrameSinglePixelMeasurements/single_pixel_strong_co2_qual_flag
FrameSinglePixelMeasurements_single_pixel_weak_co2_qual_flag
: Array of 16 bit Unsigned integers [FakeDim0 = 0..13][FakeDim8 = 0..219]
FakeDim0:
FakeDim8:
Shape: Frame_SpatialRow_Array Description: Bit flags indicating the quality of the WCO2 data in frame: 0 - Good, non-zero - see documentation Type: IntBitfield16 origname: single_pixel_weak_co2_qual_flag fullnamepath: /FrameSinglePixelMeasurements/single_pixel_weak_co2_qual_flag
Metadata_AcquisitionMode
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The instrument mode in which the data in the product were collected. Valid values are: 'Glint', 'Nadir', 'Target', 'Sample Dark Calibration', 'Sample Lamp Calibration', 'Sample Solar/limb Calibration', 'Single-Pixel Dark Calibration', 'Single-Pixel Lamp Calibration', 'Single-Pixel Solar/limb Calibration' Type: VarLenStr origname: AcquisitionMode fullnamepath: /Metadata/AcquisitionMode
Metadata_ActualFrames
: Array of 32 bit Integers [FakeDim10 = 0..0]
FakeDim10:
Minimum: 0 Maximum: 17798 Shape: Scalar Description: Actual number of frames reported in this product Type: Signed32 origname: ActualFrames fullnamepath: /Metadata/ActualFrames
Metadata_AllowedIHKGap
: Array of 32 bit Reals [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Units: Seconds Description: The maximum time allowed for finding valid IHK data to associate with each frame of science data Type: Float32 origname: AllowedIHKGap fullnamepath: /Metadata/AllowedIHKGap
Metadata_AncillaryDataDescriptors
: Array of strings [FakeDim11 = 0..10]
FakeDim11:
Shape: AncFile_Array Description: The file names of the ancillary data files that were used to generate this product (ancillary data sets include all input files except for the primary input files) Type: VarLenStr origname: AncillaryDataDescriptors fullnamepath: /Metadata/AncillaryDataDescriptors
Metadata_BadPixelMapChecksum
: Array of 16 bit Unsigned integers [FakeDim3 = 0..2]
FakeDim3:
Shape: Spectrum_Array Description: Checksum of corresponding Bad Pixel Map Type: Unsigned16 origname: BadPixelMapChecksum fullnamepath: /Metadata/BadPixelMapChecksum
Metadata_BadPixelMapVersionNum
: Array of 32 bit Unsigned integers [FakeDim3 = 0..2]
FakeDim3:
Shape: Spectrum_Array Description: Version number of corresponding Bad Pixel Map used to calibrate this data file Type: Unsigned32 origname: BadPixelMapVersionNum fullnamepath: /Metadata/BadPixelMapVersionNum
Metadata_BuildId
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The ID of build in which included the software that created this product Type: VarLenStr origname: BuildId fullnamepath: /Metadata/BuildId
Metadata_CollectionLabel
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: Label of the data collection containing this product Type: VarLenStr origname: CollectionLabel fullnamepath: /Metadata/CollectionLabel
Metadata_DataFormatType
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: 'NCSA HDF' - A character string that describes the internal format of the data product. Type: VarLenStr origname: DataFormatType fullnamepath: /Metadata/DataFormatType
Metadata_ExpectedFrames
: Array of 32 bit Integers [FakeDim10 = 0..0]
FakeDim10:
Minimum: 0 Maximum: 17798 Shape: Scalar Description: Nominal number of frames in this product Type: Signed32 origname: ExpectedFrames fullnamepath: /Metadata/ExpectedFrames
Metadata_FPAScanOption
: Array of Bytes [FakeDim3 = 0..2]
FakeDim3:
Shape: Spectrum_Array Description: Bit field indicating the scan option used and the row separation, if used Type: IntBitfield8 origname: FPAScanOption fullnamepath: /Metadata/FPAScanOption
Metadata_FrameTimeOffset
: Array of 32 bit Reals [FakeDim3 = 0..2]
FakeDim3:
Shape: Spectrum_Array Units: Seconds Description: Number of seconds that the data for each band is offset from the frame_time. Negative offsets indicate the data is earlier than the frame_time. Type: Float32 origname: FrameTimeOffset fullnamepath: /Metadata/FrameTimeOffset
Metadata_GapStartTime
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Gap_Array Description: The timestamp after which a nonexistent, unnecessary, spurious, questionable, or erroneous data segment begins Type: FixLenStr origname: GapStartTime fullnamepath: /Metadata/GapStartTime
Metadata_GapStopTime
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Gap_Array Description: The timestamp before which indicates where a nonexistent, unnecessary, spurious, questionable, or erroneous data segment ends Type: FixLenStr origname: GapStopTime fullnamepath: /Metadata/GapStopTime
Metadata_GranulePointer
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The filename of this product Type: VarLenStr origname: GranulePointer fullnamepath: /Metadata/GranulePointer
Metadata_HDFVersionId
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: '5.x' - A character string that identifies the version of the HDF (Hierarchical Data Format) software that was used to generate this data file Type: VarLenStr origname: HDFVersionId fullnamepath: /Metadata/HDFVersionId
Metadata_InputPointer
: Array of strings [FakeDim1 = 0..3]
FakeDim1:
Shape: InputPtr_Array Description: A pointer to one or more data granules that provide the major input that was used to generate this product. Type: VarLenStr origname: InputPointer fullnamepath: /Metadata/InputPointer
Metadata_InstrumentShortName
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: 'OCO-2' - The name of the instrument that collected the telemetry data Type: VarLenStr origname: InstrumentShortName fullnamepath: /Metadata/InstrumentShortName
Metadata_L1AAlgorithmDescriptor
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: Identification of the algorithm and version used to generate this product Type: VarLenStr origname: L1AAlgorithmDescriptor fullnamepath: /Metadata/L1AAlgorithmDescriptor
Metadata_LongName
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: A complete descriptive name for the data type of this product Type: VarLenStr origname: LongName fullnamepath: /Metadata/LongName
Metadata_ModeCounter
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The Nth occurrence of this particular mode for this orbit, indicated by letter ('a', 'b', 'c', 'd', etc.) Type: FixLenStr origname: ModeCounter fullnamepath: /Metadata/ModeCounter
Metadata_ModeFlagSpare
: Array of Bytes [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: Not used - value 0 Type: Unsigned8 origname: ModeFlagSpare fullnamepath: /Metadata/ModeFlagSpare
Metadata_OperationMode
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The two-letter abbreviation of the AcquisitionMode: GL, ND, TG, DS, LS, SS, BS, NP, GP, TP, DP, LP, SP, BP, XS, XP, MS, MP, SB Type: FixLenStr origname: OperationMode fullnamepath: /Metadata/OperationMode
Metadata_PlatformLongName
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: 'Orbiting Carbon Observatory 2' Type: VarLenStr origname: PlatformLongName fullnamepath: /Metadata/PlatformLongName
Metadata_PlatformShortName
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: 'OCO-2' Type: VarLenStr origname: PlatformShortName fullnamepath: /Metadata/PlatformShortName
Metadata_PlatformType
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Type: VarLenStr Description: 'spacecraft' - The type of platform associated with the instrument which acquires the accompanying data origname: PlatformType fullnamepath: /Metadata/PlatformType
Metadata_ProcessingLevel
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: Indicates data level (Level 0, Level 1A, Level 1B, Level 2) in this product Type: VarLenStr origname: ProcessingLevel fullnamepath: /Metadata/ProcessingLevel
Metadata_ProducerAgency
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: 'NASA' - Identification of the agency that provides the project funding Type: VarLenStr origname: ProducerAgency fullnamepath: /Metadata/ProducerAgency
Metadata_ProducerInstitution
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: 'JPL' - Identification of the institution that provides project management. Type: VarLenStr origname: ProducerInstitution fullnamepath: /Metadata/ProducerInstitution
Metadata_ProductionDateTime
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The date and time at which the product was created (yyyy-mm-ddThh:mm:ss.mmmZ) Type: FixLenStr origname: ProductionDateTime fullnamepath: /Metadata/ProductionDateTime
Metadata_ProductionLocation
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: Facility in which this file was produced, typically: 'Operations Pipeline', 'Operations Pipeline 2', 'Science Computing Facility', 'Test Pipeline', 'Test Pipeline 2 Type: VarLenStr origname: ProductionLocation fullnamepath: /Metadata/ProductionLocation
Metadata_ProductionLocationCode
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: One-letter code indicating the ProductionLocation, typically: ' ' - Operations Pipelines (1) or 2, 's' - Science Computing Facility, 't' - Test Pipelines (1) or 2 Type: FixLenStr origname: ProductionLocationCode fullnamepath: /Metadata/ProductionLocationCode
Metadata_ProjectId
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: 'OCO-2' - The project identification string Type: VarLenStr origname: ProjectId fullnamepath: /Metadata/ProjectId
Metadata_QAGranulePointer
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: A pointer to the quality assessment product that was generated with this product Type: VarLenStr origname: QAGranulePointer fullnamepath: /Metadata/QAGranulePointer
Metadata_RangeBeginningDate
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The date on which the earliest data contained in the product were acquired (yyyy-mm-dd) Type: FixLenStr origname: RangeBeginningDate fullnamepath: /Metadata/RangeBeginningDate
Metadata_RangeBeginningTime
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The time at which the earliest data contained in the product were acquired (hh:mm:ss.mmmZ) Type: FixLenStr origname: RangeBeginningTime fullnamepath: /Metadata/RangeBeginningTime
Metadata_RangeEndingDate
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The date on which the latest data contained in the product were acquired (yyyy-mm-dd) Type: FixLenStr origname: RangeEndingDate fullnamepath: /Metadata/RangeEndingDate
Metadata_RangeEndingTime
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The time at which the latest data contained in the product were acquired (hh:mm:ss.mmmZ) Type: FixLenStr origname: RangeEndingTime fullnamepath: /Metadata/RangeEndingTime
Metadata_ReportedSoundings
: Array of 16 bit Integers [FakeDim5 = 0..7]
FakeDim5:
Shape: SoundingPosition_Array Description: Indicates the inclusion of each footprint in the data (1 - included, 0 - not included) Type: Signed8 origname: ReportedSoundings fullnamepath: /Metadata/ReportedSoundings
Metadata_SISName
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The name of the document describing the contents of the product Type: VarLenStr origname: SISName fullnamepath: /Metadata/SISName
Metadata_SISVersion
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The version of the document describing the contents of the product Type: VarLenStr origname: SISVersion fullnamepath: /Metadata/SISVersion
Metadata_ShortName
: Array of strings [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The short name identifying the data type of this product Type: VarLenStr origname: ShortName fullnamepath: /Metadata/ShortName
Metadata_SizeMBECSDataGranule
: Array of 32 bit Reals [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Units: Megabytes Description: The size of this data granule in Megabytes Type: Float32 origname: SizeMBECSDataGranule fullnamepath: /Metadata/SizeMBECSDataGranule
Metadata_SpectralChannel
: Array of strings [FakeDim3 = 0..2]
FakeDim3:
Shape: Spectrum_Array Description: A description of the spectral channels used for the measurements Type: VarLenStr origname: SpectralChannel fullnamepath: /Metadata/SpectralChannel
Metadata_StartOrbitNumber
: Array of 32 bit Integers [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The first orbit on which data contained in the product were acquired Type: Signed32 origname: StartOrbitNumber fullnamepath: /Metadata/StartOrbitNumber
Metadata_StartPathNumber
: Array of 32 bit Integers [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The first WRS path on which data contained in the product was collected Type: Signed32 origname: StartPathNumber fullnamepath: /Metadata/StartPathNumber
Metadata_StopOrbitNumber
: Array of 32 bit Integers [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The last orbit on which data contained in the product were acquired Type: Signed32 origname: StopOrbitNumber fullnamepath: /Metadata/StopOrbitNumber
Metadata_StopPathNumber
: Array of 32 bit Integers [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: The last WRS path on which data contained in the product was collected Type: Signed32 origname: StopPathNumber fullnamepath: /Metadata/StopPathNumber
Metadata_TelemetryMode
: Array of 16 bit Unsigned integers [FakeDim10 = 0..0]
FakeDim10:
Shape: Scalar Description: Value of the Mode Flag with bits reflecting the commanded state of the instrument Type: IntBitfield16 origname: TelemetryMode fullnamepath: /Metadata/TelemetryMode
SmoothedTemps_temp_smooth_afe_cryocooler_tz2
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of AFE/Cryocooler, Thermal Zone 2 after noise-reduction processing Type: Float32 origname: temp_smooth_afe_cryocooler_tz2 fullnamepath: /SmoothedTemps/temp_smooth_afe_cryocooler_tz2
SmoothedTemps_temp_smooth_afe_cryocooler_tz2b
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of AFE/Cryocooler, Thermal Zone 2B (Backup for TZ2) after noise-reduction processing Type: Float32 origname: temp_smooth_afe_cryocooler_tz2b fullnamepath: /SmoothedTemps/temp_smooth_afe_cryocooler_tz2b
SmoothedTemps_temp_smooth_afe_electronics_enclosure
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of AFE Electronics Enclosure after noise-reduction processing Type: Float32 origname: temp_smooth_afe_electronics_enclosure fullnamepath: /SmoothedTemps/temp_smooth_afe_electronics_enclosure
SmoothedTemps_temp_smooth_baffle_flange
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Baffle Flange after noise-reduction processing Type: Float32 origname: temp_smooth_baffle_flange fullnamepath: /SmoothedTemps/temp_smooth_baffle_flange
SmoothedTemps_temp_smooth_cal_door_motor_tz4
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Calibration Door Motor, Thermal Zone 4 after noise-reduction processing Type: Float32 origname: temp_smooth_cal_door_motor_tz4 fullnamepath: /SmoothedTemps/temp_smooth_cal_door_motor_tz4
SmoothedTemps_temp_smooth_cal_door_redundant
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of redundant sensor for the Calibration Door Motor, Thermal Zone 4B (Backup for TZ4) after noise-reduction processing Type: Float32 origname: temp_smooth_cal_door_redundant fullnamepath: /SmoothedTemps/temp_smooth_cal_door_redundant
SmoothedTemps_temp_smooth_cryocooler_radiator
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Cryocooler radiator after noise-reduction processing Type: Float32 origname: temp_smooth_cryocooler_radiator fullnamepath: /SmoothedTemps/temp_smooth_cryocooler_radiator
SmoothedTemps_temp_smooth_fpa_aband_tz5
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of FPA ABO2, Thermal Zone 5 after noise-reduction processing Type: Float32 origname: temp_smooth_fpa_aband_tz5 fullnamepath: /SmoothedTemps/temp_smooth_fpa_aband_tz5
SmoothedTemps_temp_smooth_fpa_aband_tz5b
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of FPA ABO2, Thermal Zone 5B (Backup for TZ5) after noise-reduction processing Type: Float32 origname: temp_smooth_fpa_aband_tz5b fullnamepath: /SmoothedTemps/temp_smooth_fpa_aband_tz5b
SmoothedTemps_temp_smooth_fpa_o2
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: ABO2 FPA temperature after noise-reduction processing Type: Float32 origname: temp_smooth_fpa_o2 fullnamepath: /SmoothedTemps/temp_smooth_fpa_o2
SmoothedTemps_temp_smooth_fpa_strong_co2
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: SCO2 FPA temperature after noise-reduction processing Type: Float32 origname: temp_smooth_fpa_strong_co2 fullnamepath: /SmoothedTemps/temp_smooth_fpa_strong_co2
SmoothedTemps_temp_smooth_fpa_weak_co2
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: WCO2 FPA temperature after noise-reduction processing Type: Float32 origname: temp_smooth_fpa_weak_co2 fullnamepath: /SmoothedTemps/temp_smooth_fpa_weak_co2
SmoothedTemps_temp_smooth_instrument_deck
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Instrument Deck (positive X-positive Y surface) after noise-reduction processing Type: Float32 origname: temp_smooth_instrument_deck fullnamepath: /SmoothedTemps/temp_smooth_instrument_deck
SmoothedTemps_temp_smooth_optical_bench_grating_mz
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Optical Bench Grating (minus Z) after noise-reduction processing Type: Float32 origname: temp_smooth_optical_bench_grating_mz fullnamepath: /SmoothedTemps/temp_smooth_optical_bench_grating_mz
SmoothedTemps_temp_smooth_optical_bench_grating_pz
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Optical Bench Grating (positive Z) after noise-reduction processing Type: Float32 origname: temp_smooth_optical_bench_grating_pz fullnamepath: /SmoothedTemps/temp_smooth_optical_bench_grating_pz
SmoothedTemps_temp_smooth_optical_bench_mount_my
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Optical Bench Mount (minus Y) after noise-reduction processing Type: Float32 origname: temp_smooth_optical_bench_mount_my fullnamepath: /SmoothedTemps/temp_smooth_optical_bench_mount_my
SmoothedTemps_temp_smooth_optical_bench_mount_my_tz3
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Optical Bench Mount (minus Y), Thermal Zone 3 after noise-reduction processing Type: Float32 origname: temp_smooth_optical_bench_mount_my_tz3 fullnamepath: /SmoothedTemps/temp_smooth_optical_bench_mount_my_tz3
SmoothedTemps_temp_smooth_optical_bench_mount_px
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Optical Bench Mount (positive X) after noise-reduction processing Type: Float32 origname: temp_smooth_optical_bench_mount_px fullnamepath: /SmoothedTemps/temp_smooth_optical_bench_mount_px
SmoothedTemps_temp_smooth_recollimator
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Recollimator after noise-reduction processing Type: Float32 origname: temp_smooth_recollimator fullnamepath: /SmoothedTemps/temp_smooth_recollimator
SmoothedTemps_temp_smooth_relay_sco2_mz
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Relay SCO2 (minus Z) after noise-reduction processing Type: Float32 origname: temp_smooth_relay_sco2_mz fullnamepath: /SmoothedTemps/temp_smooth_relay_sco2_mz
SmoothedTemps_temp_smooth_relay_sco2_pz
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Relay SCO2 (positive Z) after noise-reduction processing Type: Float32 origname: temp_smooth_relay_sco2_pz fullnamepath: /SmoothedTemps/temp_smooth_relay_sco2_pz
SmoothedTemps_temp_smooth_rem_bottom
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of REM Bottom after noise-reduction processing Type: Float32 origname: temp_smooth_rem_bottom fullnamepath: /SmoothedTemps/temp_smooth_rem_bottom
SmoothedTemps_temp_smooth_rem_top
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of REM Top after noise-reduction processing Type: Float32 origname: temp_smooth_rem_top fullnamepath: /SmoothedTemps/temp_smooth_rem_top
SmoothedTemps_temp_smooth_shroud_mx_tz6
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Shroud (minus X), Thermal Zone 6 after noise-reduction processing Type: Float32 origname: temp_smooth_shroud_mx_tz6 fullnamepath: /SmoothedTemps/temp_smooth_shroud_mx_tz6
SmoothedTemps_temp_smooth_shroud_my_pz
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Shroud (minus Y-positve Z) after noise-reduction processing Type: Float32 origname: temp_smooth_shroud_my_pz fullnamepath: /SmoothedTemps/temp_smooth_shroud_my_pz
SmoothedTemps_temp_smooth_shroud_py_mz
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Shroud (positive Y-minus Z) after noise-reduction processing Type: Float32 origname: temp_smooth_shroud_py_mz fullnamepath: /SmoothedTemps/temp_smooth_shroud_py_mz
SmoothedTemps_temp_smooth_shroud_py_tz1
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Shroud (positive Y), Thermal Zone 1 after noise-reduction processing Type: Float32 origname: temp_smooth_shroud_py_tz1 fullnamepath: /SmoothedTemps/temp_smooth_shroud_py_tz1
SmoothedTemps_temp_smooth_shroud_py_tz1b
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Shroud (positive Y), Thermal Zone 1B (Backup for TZ1) after noise-reduction processing Type: Float32 origname: temp_smooth_shroud_py_tz1b fullnamepath: /SmoothedTemps/temp_smooth_shroud_py_tz1b
SmoothedTemps_temp_smooth_shroud_radiator
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Shroud Radiator after noise-reduction processing Type: Float32 origname: temp_smooth_shroud_radiator fullnamepath: /SmoothedTemps/temp_smooth_shroud_radiator
SmoothedTemps_temp_smooth_telescope
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of Telescope after noise-reduction processing Type: Float32 origname: temp_smooth_telescope fullnamepath: /SmoothedTemps/temp_smooth_telescope
SmoothedTemps_temp_smooth_vchp_afecryo_radiator_mx
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of VCHP Reservoir, AFE/Cryocooler Radiator (minus X) after noise-reduction processing Type: Float32 origname: temp_smooth_vchp_afecryo_radiator_mx fullnamepath: /SmoothedTemps/temp_smooth_vchp_afecryo_radiator_mx
SmoothedTemps_temp_smooth_vchp_afecryo_radiator_px
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of VCHP Reservoir, AFE/Cryocooler Radiator (positive X) after noise-reduction processing Type: Float32 origname: temp_smooth_vchp_afecryo_radiator_px fullnamepath: /SmoothedTemps/temp_smooth_vchp_afecryo_radiator_px
SmoothedTemps_temp_smooth_vchp_shroud_radiator_mx
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of VCHP Reservoir, Shroud Radiator (positive X) after noise-reduction processing Type: Float32 origname: temp_smooth_vchp_shroud_radiator_mx fullnamepath: /SmoothedTemps/temp_smooth_vchp_shroud_radiator_mx
SmoothedTemps_temp_smooth_vchp_shroud_radiator_px
: Array of 32 bit Reals [FakeDim0 = 0..13]
FakeDim0:
Minimum: -200.0000000 Maximum: 200.0000000 Shape: Frame_Array Units: Degrees Celsius Description: Temperature of VCHP Reservoir, Shroud Radiator (minus X) after noise-reduction processing Type: Float32 origname: temp_smooth_vchp_shroud_radiator_px fullnamepath: /SmoothedTemps/temp_smooth_vchp_shroud_radiator_px
FrameHeader_frame_id_Time
: Array of 32 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: The mission-unique frame identifier Type: Signed32 origname: frame_id_Time fullnamepath: /FrameHeader/frame_id
FrameHeader_frame_id_Date
: Array of 32 bit Integers [FakeDim0 = 0..13]
FakeDim0:
Shape: Frame_Array Description: The mission-unique frame identifier Type: Signed32 origname: frame_id_Date fullnamepath: /FrameHeader/frame_id
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