aez

package
v1.4.0 Latest Latest
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 Go to latest Published: Mar 1, 2023 License: MIT Imports: 17 Imported by: 0

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Index

Constants

View Source 
const JPEGQUncompressed16bit = uint8(101)

JPEGQUncompressed16bit is the value for non-12bit image data

View Source 
const NCOLStartOffset uint16 = 1

NCOLStartOffset says how many more columns than reported the actual columns are

Variables

View Source 
var GpsTime time.Time = time.Date(1980, time.January, 6, 0, 0, gpsTimeCorrection, 0, time.UTC)

GpsTime is the start of GPS Epoch

View Source 
var Specification string = "AEZICD002:I"

Specification describes what version the current implementation follows

Functions

func Interpolate 

func Interpolate(
	x float64, xSlice []float64, ySlice []float64,
) (float64, error)

Interpolate y value corresponding to x value, given xSlice (e.g. resistances or voltages), and ySlice (e.g. temperatures or photometer values).

Types

type CCDGain 

type CCDGain uint16

CCDGain is gain composite information

func (*CCDGain) Mode 

func (gain *CCDGain) Mode() CCDGainMode

Mode returns high/low signal mode, Bit[12]

func (*CCDGain) Timing 

func (gain *CCDGain) Timing() CCDGainTiming

Timing returns the full timing flag, Bit[8]

func (*CCDGain) Truncation 

func (gain *CCDGain) Truncation() uint8

Truncation returns number of bits to be truncated (digital gain), Bit[3..0]

type CCDGainMode 

type CCDGainMode int

CCDGainMode is high/low signal mode 

const (
	HighSignalMode CCDGainMode = iota
	LowSignalMode
)

HighSignalMode, LowSignalMode

func (*CCDGainMode) String added in v0.1.0 

func (mode *CCDGainMode) String() string

type CCDGainTiming 

type CCDGainTiming int

CCDGainTiming is the timing flag 

const (
	// FasterTiming used for binned and discarded pixels
	FasterTiming CCDGainTiming = iota
	// FullTiming used even for pixels that are not read out
	FullTiming
)

func (*CCDGainTiming) String added in v0.1.0 

func (timing *CCDGainTiming) String() string

type CCDImage 

type CCDImage struct {
	PackData      *CCDImagePackData
	BadColumns    []uint16
	ImageFileName string
}

CCDImage is a container for the invariant CCDImagePackData header and the variable BadColumns that follow

func NewCCDImage added in v0.2.1 

func NewCCDImage(
	buf io.Reader,
	originName string,
	rid RID,
) (*CCDImage, error)

NewCCDImage reads buf into a complete CCDImage

func (*CCDImage) CSVHeaders 

func (ccd *CCDImage) CSVHeaders() []string

CSVHeaders returns the exportable field names

func (*CCDImage) CSVRow 

func (ccd *CCDImage) CSVRow() []string

CSVRow returns the exportable field values

func (*CCDImage) CSVSpecifications 

func (ccd *CCDImage) CSVSpecifications() []string

CSVSpecifications returns the specs used in creating the struct

func (*CCDImage) FullImageName added in v0.2.2 

func (ccd *CCDImage) FullImageName(prefix string) string

FullImageName returns the full image filename for a given prefix

func (*CCDImage) Image added in v0.2.0 

func (ccd *CCDImage) Image(
	buf []byte,
) *image.Gray16

Image returns the 16bit gray image and the name of the file/bucket object

func (*CCDImage) MarshalJSON added in v0.1.0 

func (ccd *CCDImage) MarshalJSON() ([]byte, error)

MarshalJSON jsonifies content

func (*CCDImage) SetParquet added in v1.0.0 

func (ccd *CCDImage) SetParquet(row *parquetrow.ParquetRow, buffer []byte)

SetParquet sets the parquet representation of the CCDImage

type CCDImagePackData 

type CCDImagePackData struct {
	CCDSEL  uint8   // CCD sensor number, not same format for TM and TC
	EXPTS   uint32  // Exposure start time, seconds (CUC time format)
	EXPTSS  uint16  // Exposure start time, subseconds (CUC time format)
	WDW     Wdw     // Window mode
	WDWOV   uint16  // Bit window overflow counter (should be zero when WDW is automatic)
	JPEGQ   uint8   // JPEG compression quality setting (0..100)
	FRAME   uint16  // Frame count since boot
	NROW    uint16  // Number of rows in image 1..511
	NRBIN   uint16  // Number of rows to bin together 0..63
	NRSKIP  uint16  // Number of rows to skip before start of readout 0..511
	NCOL    uint16  // Number of columns in image (starts at 0) 0..2047
	NCBIN   NCBin   // Number of columns to bin in FPGA (power of two) Bit[11..8], CCD Bit[7..0]
	NCSKIP  uint16  // Numbers of columns to skip before start of readout
	NFLUSH  uint16  // Number of pre-exposure flushes
	TEXPMS  uint32  // Exposure time in milliseconds
	GAIN    CCDGain // Gain composite information
	TEMP    uint16  // Temperature of the ADC
	FBINOV  uint16  // Number of overflows detected while binning 0..32767
	LBLNK   uint16  // Value of leading blanks. Average of blank pixesl 32:47 from the middle row of the readout region
	TBLNK   uint16  // Value of trailing blanks. Average of blank pixels 2128:2143 (50 leading blank + 2048 pxiels + 50 trailing blanks) from the middle row of the readout region
	ZERO    uint16  // Value of zero input reading
	TIMING1 uint16  // Clock timing parameters, Bit[15..0]. Alternates with frame count between *1rt and *2rt timings
	TIMING2 uint16  // Clock timing parameters, Bit[31..16]. Alternates with frame count between *1rt and *2rt timings
	VERSION uint16  // Readout of firmware version
	TIMING3 uint16  // Clock timing parameters, Bit[47..32]. Alternates with frame count between *1rt and *2rt timings
	NBC     uint16  // Number of bad columns set
}

CCDImagePackData contains the composite information from the CCD and the CRB module

func NewCCDImagePackData added in v0.2.1 

func NewCCDImagePackData(buf io.Reader) (*CCDImagePackData, error)

NewCCDImagePackData reads buf into CCDImagePackData

func (*CCDImagePackData) CSVHeaders added in v0.1.0 

func (ccd *CCDImagePackData) CSVHeaders() []string

CSVHeaders returns the exportable field names

func (*CCDImagePackData) CSVRow added in v0.1.0 

func (ccd *CCDImagePackData) CSVRow() []string

CSVRow returns the exportable field values

func (*CCDImagePackData) Nanoseconds 

func (ccd *CCDImagePackData) Nanoseconds() int64

Nanoseconds returns the measurement time in nanoseconds since epoch

func (*CCDImagePackData) SetParquet added in v1.0.0 

func (ccd *CCDImagePackData) SetParquet(row *parquetrow.ParquetRow)

SetParquet sets the parquet representation of the CCDImagePackData

func (*CCDImagePackData) Time 

func (ccd *CCDImagePackData) Time(epoch time.Time) time.Time

Time returns the measurement time in UTC

type CPRU 

type CPRU struct {
	STAT cpruStat // CPRU/CRB power status
	// CCD overvoltage fault, one bit per CCD. Bit [7..4]
	// CCD power enabled, one bit per CCD. Bit [3..0]
	VGATE0 gate // CCD0 Gate Voltage 0..4095
	VSUBS0 subs // CCD0 Substrate Voltage 0..4095
	VRD0   rd   // CCD0 Reset transistor Drain Voltage 0..4095
	VOD0   od   // CCD0 Output Drain Voltage 0..4095
	VGATE1 gate // CCD1 Gate Voltage 0..4095
	VSUBS1 subs // CCD1 Substrate Voltage 0..4095
	VRD1   rd   // CCD1 Reset transistor Drain Voltage 0..4095
	VOD1   od   // CCD1 Output Drain Voltage 0..4095
	VGATE2 gate // CCD2 Gate Voltage 0..4095
	VSUBS2 subs // CCD2 Substrate Voltage 0..4095
	VRD2   rd   // CCD2 Reset transistor Drain Voltage 0..4095
	VOD2   od   // CCD2 Output Drain Voltage 0..4095
	VGATE3 gate // CCD3 Gate Voltage 0..4095
	VSUBS3 subs // CCD3 Substrate Voltage 0..4095
	VRD3   rd   // CCD3 Reset transistor Drain Voltage 0..4095
	VOD3   od   // CCD3 Output Drain Voltage 0..4095
}

CPRU structure

func NewCPRU added in v0.2.1 

func NewCPRU(buf io.Reader) (*CPRU, error)

NewCPRU reads buffer into a new CPRU

func (*CPRU) CSVHeaders 

func (cpru *CPRU) CSVHeaders() []string

CSVHeaders returns the field names

func (*CPRU) CSVRow 

func (cpru *CPRU) CSVRow() []string

CSVRow returns the field values

func (*CPRU) CSVSpecifications 

func (cpru *CPRU) CSVSpecifications() []string

CSVSpecifications returns the specs used in creating the struct

func (*CPRU) Report 

func (cpru *CPRU) Report() CPRUReport

Report transforms CPRU data to useful units

func (*CPRU) SetParquet added in v1.0.0 

func (cpru *CPRU) SetParquet(row *parquetrow.ParquetRow)

SetParquet sets the parquet representation of the CPRU

type CPRUReport 

type CPRUReport struct {
	VGATE0       float64 // CCD0 Gate Voltage
	VSUBS0       float64 // CCD0 Substrate Voltage
	VRD0         float64 // CCD0 Reset transistor Drain Voltage
	VOD0         float64 // CCD0 Output Drain Voltage
	Overvoltage0 bool    // CCD0 overvoltage fault
	Power0       bool    // CCD0 overvoltage fault
	VGATE1       float64 // CCD1 Gate Voltage
	VSUBS1       float64 // CCD1 Substrate Voltage
	VRD1         float64 // CCD1 Reset transistor Drain Voltage
	VOD1         float64 // CCD1 Output Drain Voltage
	Overvoltage1 bool    // CCD1 overvoltage fault
	Power1       bool    // CCD1 overvoltage fault
	VGATE2       float64 // CCD2 Gate Voltage
	VSUBS2       float64 // CCD2 Substrate Voltage
	VRD2         float64 // CCD2 Reset transistor Drain Voltage
	VOD2         float64 // CCD2 Output Drain Voltage
	Overvoltage2 bool    // CCD2 overvoltage fault
	Power2       bool    // CCD2 overvoltage fault
	VGATE3       float64 // CCD3 Gate Voltage
	VSUBS3       float64 // CCD3 Substrate Voltage
	VRD3         float64 // CCD3 Reset transistor Drain Voltage
	VOD3         float64 // CCD3 Output Drain Voltage
	Overvoltage3 bool    // CCD3 overvoltage fault
	Power3       bool    // CCD3 overvoltage fault
}

CPRUReport structure

type ErrXTooLarge 

type ErrXTooLarge float64

ErrXTooLarge x value sent to interpolator is too large

func (ErrXTooLarge) Error 

func (err ErrXTooLarge) Error() string

func (ErrXTooLarge) String 

func (err ErrXTooLarge) String() string

type ErrXTooSmall 

type ErrXTooSmall float64

ErrXTooSmall value sent to interpolator is too small

func (ErrXTooSmall) Error 

func (err ErrXTooSmall) Error() string

func (ErrXTooSmall) String 

func (err ErrXTooSmall) String() string

type HTR 

type HTR struct {
	HTR1A  htr // Heater 1 Temperature sense A 0..4095
	HTR1B  htr // Heater 1 Temperature sense B 0..4095
	HTR1OD htr // Heater 1 Output Drive setting 0..4095
	HTR2A  htr
	HTR2B  htr
	HTR2OD htr
	HTR7A  htr
	HTR7B  htr
	HTR7OD htr
	HTR8A  htr
	HTR8B  htr
	HTR8OD htr
}

HTR housekeeping report returns data on all heater regulators.

func NewHTR added in v0.2.1 

func NewHTR(buf io.Reader) (*HTR, error)

NewHTR reads an HTR from buffer

func (*HTR) CSVHeaders 

func (htr *HTR) CSVHeaders() []string

CSVHeaders returns the field names

func (*HTR) CSVRow 

func (htr *HTR) CSVRow() []string

CSVRow returns the field values

func (*HTR) CSVSpecifications 

func (htr *HTR) CSVSpecifications() []string

CSVSpecifications returns the specs used in creating the struct

func (*HTR) Report 

func (htr *HTR) Report() HTRReport

Report returns a HTRReport with useful units

func (*HTR) SetParquet added in v1.0.0 

func (htr *HTR) SetParquet(row *parquetrow.ParquetRow)

SetParquet sets the parquet representation of the HTR

type HTRReport 

type HTRReport struct {
	HTR1A    float64 // Heater 1 Temperature sense A ⁰C
	HTR1B    float64 // Heater 1 Temperature sense B ⁰C
	HTR1OD   float64 // Heater 1 Output Drive setting voltage
	HTR2A    float64
	HTR2B    float64
	HTR2OD   float64
	HTR7A    float64
	HTR7B    float64
	HTR7OD   float64
	HTR8A    float64
	HTR8B    float64
	HTR8OD   float64
	Warnings []error
}

HTRReport housekeeping report returns data on all heater regulators in useful units.

type NCBin 

type NCBin uint16

NCBin contains the FPGA and CCD columns bin count

func (*NCBin) CCDColumns 

func (ncBin *NCBin) CCDColumns() int

CCDColumns returns number of CCD columns to bin, Bit[7..0]

func (*NCBin) FPGAColumns 

func (ncBin *NCBin) FPGAColumns() int

FPGAColumns returns number of FPGA columns to bin, Bit[11..8] 

The value is encoded as 2^x

type PMData 

type PMData struct {
	EXPTS    uint32 // Exposure start time, seconds (CUC time format)
	EXPTSS   uint16 // Exposure start time, subseconds (CUC time format)
	PM1A     uint32 // Photometer 1, thermistor input A sum
	PM1ACNTR uint32 // Photometer 1, thermistor input A counter
	PM1B     uint32 // Photometer 1, thermistor input B sum
	PM1BCNTR uint32 // Photometer 1, thermistor input B counter
	PM1S     uint32 // Photometer 1, photo diode input SIG sum
	PM1SCNTR uint32 // Photometer 1, photo diode input SIG counter
	PM2A     uint32 // Photometer 2, thermistor input A sum
	PM2ACNTR uint32 // Photometer 2, thermistor input A counter
	PM2B     uint32 // Photometer 2, thermistor input B sum
	PM2BCNTR uint32 // Photometer 2, thermistor input B counter
	PM2S     uint32 // Photometer 2, photo diode input SIG sum
	PM2SCNTR uint32 // Photometer 2, photo diode input SIG counter
}

PMData data from photometers

func NewPMData added in v0.2.1 

func NewPMData(buf io.Reader) (*PMData, error)

NewPMData reads a PMData from reader

func (*PMData) CSVHeaders 

func (pm *PMData) CSVHeaders() []string

CSVHeaders returns the header row

func (*PMData) CSVRow 

func (pm *PMData) CSVRow() []string

CSVRow returns the data row

func (*PMData) CSVSpecifications 

func (pm *PMData) CSVSpecifications() []string

CSVSpecifications returns the version of the spec used

func (*PMData) Nanoseconds 

func (pm *PMData) Nanoseconds() int64

Nanoseconds returns the measurement time in nanoseconds since epoch

func (*PMData) SetParquet added in v1.0.0 

func (pm *PMData) SetParquet(row *parquetrow.ParquetRow)

SetParquet sets the parquet representation of the PMData

func (*PMData) Time 

func (pm *PMData) Time(epoch time.Time) time.Time

Time returns the measurement time in UTC

type PWR 

type PWR struct {
	PWRT    pwrt    // Temp. sense 0..4095
	PWRP32V pwrp32v // +32V voltage sense 0..4095
	PWRP32C pwrp32c // +32V current sense 0..4095
	PWRP16V pwrp16v // +16V voltage sense 0..4095
	PWRP16C pwrp16c // +16V current sense 0..4095
	PWRM16V pwrm16v // -16V voltage sense 0..4095
	PWRM16C pwrm16c // -16V current sense 0..4095
	PWRP3V3 pwrp3v3 // +3V3 voltage sense 0..4095
	PWRP3C3 pwrp3c3 // +3V3 current sense 0..4095
}

PWR structure 18 octext

func NewPWR added in v0.2.1 

func NewPWR(buf io.Reader) (*PWR, error)

NewPWR reads a PWR from buffer

func (*PWR) CSVHeaders 

func (pwr *PWR) CSVHeaders() []string

CSVHeaders returns the field names

func (*PWR) CSVRow 

func (pwr *PWR) CSVRow() []string

CSVRow returns the field values

func (*PWR) CSVSpecifications 

func (pwr *PWR) CSVSpecifications() []string

CSVSpecifications returns the specs used in creating the struct

func (*PWR) Report 

func (pwr *PWR) Report() PWRReport

Report returns a PWRReport with useful units

func (*PWR) SetParquet added in v1.0.0 

func (pwr *PWR) SetParquet(row *parquetrow.ParquetRow)

SetParquet setsthe parquet representation of the PWR

type PWRReport 

type PWRReport struct {
	PWRT     float64 // Temp. sense ⁰C
	PWRP32V  float64 // +32V voltage sense voltage
	PWRP32C  float64 // +32V current sense current
	PWRP16V  float64 // +16V voltage sense voltage
	PWRP16C  float64 // +16V current sense current
	PWRM16V  float64 // -16V voltage sense voltage
	PWRM16C  float64 // -16V current sense current
	PWRP3V3  float64 // +3V3 voltage sense voltage
	PWRP3C3  float64 // +3V3 current sense current
	Warnings []error
}

PWRReport structure in useful units

type RID 

type RID uint16

RID is Report Identification 

const (
	// CCD1 is connected to CPRUA port 0
	CCD1 RID = 21
	// CCD2 is connected to CPRUA port 1
	CCD2 RID = 22
	// CCD3 is connected to CPRUA port 2
	CCD3 RID = 23
	// CCD4 is connected to CPRUA port 3
	CCD4 RID = 24
	// CCD5 is connected to CPRUB port 0
	CCD5 RID = 25
	// CCD6 is connected to CPRUB port 1
	CCD6 RID = 26
	// CCD7 is connected to CPRUB port 2
	CCD7 RID = 27
	// PM is Photometer data
	PM RID = 30
)

func (*RID) CCDNumber added in v0.2.2 

func (rid *RID) CCDNumber() int32

CCDNumber returns the ccd number, not the rid value for ccds

func (*RID) IsCCD added in v0.2.1 

func (rid *RID) IsCCD() bool

IsCCD returns if the RID is for a CCD

func (*RID) MarshalJSON 

func (rid *RID) MarshalJSON() ([]byte, error)

MarshalJSON makes a custom json of what is of interest in the struct

func (*RID) String 

func (rid *RID) String() string

type SID 

type SID uint16

SID is the id of a single housekeeping parameter 

const (
	// SIDSTAT is the SID of STAT.
	SIDSTAT SID = 1
	// SIDHTR is the SID of HTR.
	SIDHTR SID = 10
	// SIDPWR is the SID of PWR.
	SIDPWR SID = 20
	// SIDCPRUA is the SID of CPRUA.
	SIDCPRUA SID = 30
	// SIDCPRUB is the SID of CPRUB.
	SIDCPRUB SID = 31
)

func (*SID) MarshalJSON 

func (sid *SID) MarshalJSON() ([]byte, error)

MarshalJSON makes a custom json of what is of interest in the struct

func (*SID) String 

func (sid *SID) String() string

type STAT 

type STAT struct {
	SPID    uint16 // Software Part ID
	SPREV   uint8  // Software Part Revision
	FPID    uint16 // Firmware Part ID
	FPREV   uint8  // Firmware Part Revision
	SVNA    uint8  // SVN revision tag on format A.B.C
	SVNB    uint8  // SVN revision tag on format A.B.C
	SVNC    uint8  // SVN revision tag on format A.B.C
	TS      uint32 // Time, seconds (CUC time format)
	TSS     uint16 // Time, subseconds (CUC time format)
	MODE    uint8  // Payload mode 1..2
	EDACE   uint32 // EDAC detected single bit errors
	EDACCE  uint32 // EDAC corrected single bit errors
	EDACN   uint32 // EDAC memory scrubber passes through memory
	SPWEOP  uint32 // SpaceWire received EOPs
	SPWEEP  uint32 // SpaceWire received EEPs
	ANOMALY uint8  // Anomalyflag (0==0 ? OK: payload power off)
}

STAT General status housekeeping report of the payload instrument.

func NewSTAT added in v0.2.1 

func NewSTAT(buf io.Reader) (*STAT, error)

NewSTAT reads a STAT from buffer

func (*STAT) CSVHeaders 

func (stat *STAT) CSVHeaders() []string

CSVHeaders returns the header row

func (*STAT) CSVRow 

func (stat *STAT) CSVRow() []string

CSVRow returns the data row

func (STAT) CSVSpecifications 

func (stat STAT) CSVSpecifications() []string

CSVSpecifications returns the version of the spec used

func (*STAT) Nanoseconds 

func (stat *STAT) Nanoseconds() int64

Nanoseconds returns the measurement time in nanoseconds since epoch

func (*STAT) SetParquet added in v1.0.0 

func (stat *STAT) SetParquet(row *parquetrow.ParquetRow)

STATParquet holds the parquet representation of the STAT SetParquet sets the parquet representation of the STAT

func (*STAT) Time 

func (stat *STAT) Time(epoch time.Time) time.Time

Time returns the measurement time in UTC

type TCAcceptFailureData added in v0.1.0 

type TCAcceptFailureData struct {
	TCPID     uint16 // TCPID is a copy of the Packet ID header field of the TC
	PSC       uint16 // PSC is a copy of the Sequence Control Header field of the TC
	ErrorCode uint8  // Error code
}

TCAcceptFailureData Telecommand Acceptance Report - Failure

func NewTCAcceptFailureData added in v0.2.1 

func NewTCAcceptFailureData(buf io.Reader) (*TCAcceptFailureData, error)

NewTCAcceptFailureData reads a TCAcceptFailureData from buffer

func (*TCAcceptFailureData) CSVHeaders added in v0.1.0 

func (tcv *TCAcceptFailureData) CSVHeaders() []string

CSVHeaders returns the header row

func (*TCAcceptFailureData) CSVRow added in v0.1.0 

func (tcv *TCAcceptFailureData) CSVRow() []string

CSVRow returns the data row

func (*TCAcceptFailureData) CSVSpecifications added in v0.1.0 

func (tcv *TCAcceptFailureData) CSVSpecifications() []string

CSVSpecifications returns the version of the spec used

func (*TCAcceptFailureData) SetParquet added in v1.0.0 

func (tcv *TCAcceptFailureData) SetParquet(row *parquetrow.ParquetRow)

SetParquet sets the parquet representation of the TCV

type TCAcceptSuccessData added in v0.1.0 

type TCAcceptSuccessData struct {
	TCPID uint16 // TCPID is a copy of the Packet ID header field of the TC
	PSC   uint16 // PSC is a copy of the Sequence Control Header field of the TC
}

TCAcceptSuccessData Telecommand Acceptance Report - Success

func NewTCAcceptSuccessData added in v0.2.1 

func NewTCAcceptSuccessData(buf io.Reader) (*TCAcceptSuccessData, error)

NewTCAcceptSuccessData reads a TCAcceptSuccessData from buffer

func (*TCAcceptSuccessData) CSVHeaders added in v0.1.0 

func (tcv *TCAcceptSuccessData) CSVHeaders() []string

CSVHeaders returns the header row

func (*TCAcceptSuccessData) CSVRow added in v0.1.0 

func (tcv *TCAcceptSuccessData) CSVRow() []string

CSVRow returns the data row

func (*TCAcceptSuccessData) CSVSpecifications added in v0.1.0 

func (tcv *TCAcceptSuccessData) CSVSpecifications() []string

CSVSpecifications returns the version of the spec used

func (*TCAcceptSuccessData) SetParquet added in v1.0.0 

func (tcv *TCAcceptSuccessData) SetParquet(row *parquetrow.ParquetRow)

SetParquet sets the parquet representation of the TCV

type TCExecFailureData added in v0.1.0 

type TCExecFailureData struct {
	TCPID     uint16 // TCPID is a copy of the Packet ID header field of the TC
	PSC       uint16 // PSC is a copy of the Sequence Control Header field of the TC
	ErrorCode uint8  // Error code

}

TCExecFailureData Telecommand Execution Report - Failure

func NewTCExecFailureData added in v0.2.1 

func NewTCExecFailureData(buf io.Reader) (*TCExecFailureData, error)

NewTCExecFailureData reads a TCExecFailureData from buffer

func (*TCExecFailureData) CSVHeaders added in v0.1.0 

func (tcv *TCExecFailureData) CSVHeaders() []string

CSVHeaders returns the header row

func (*TCExecFailureData) CSVRow added in v0.1.0 

func (tcv *TCExecFailureData) CSVRow() []string

CSVRow returns the data row

func (*TCExecFailureData) CSVSpecifications added in v0.1.0 

func (tcv *TCExecFailureData) CSVSpecifications() []string

CSVSpecifications returns the version of the spec used

func (*TCExecFailureData) SetParquet added in v1.0.0 

func (tcv *TCExecFailureData) SetParquet(row *parquetrow.ParquetRow)

SetParquet sets the parquet representation of the TCV

type TCExecSuccessData added in v0.1.0 

type TCExecSuccessData struct {
	TCPID uint16 // TCPID is a copy of the Packet ID header field of the TC
	PSC   uint16 // PSC is a copy of the Sequence Control Header field of the TC
}

TCExecSuccessData Telecommand Execution Report - Success

func NewTCExecSuccessData added in v0.2.1 

func NewTCExecSuccessData(buf io.Reader) (*TCExecSuccessData, error)

NewTCExecSuccessData reads a TCExecSuccessData from buffer

func (*TCExecSuccessData) CSVHeaders added in v0.1.0 

func (tcv *TCExecSuccessData) CSVHeaders() []string

CSVHeaders returns the header row

func (*TCExecSuccessData) CSVRow added in v0.1.0 

func (tcv *TCExecSuccessData) CSVRow() []string

CSVRow returns the data row

func (*TCExecSuccessData) CSVSpecifications added in v0.1.0 

func (tcv *TCExecSuccessData) CSVSpecifications() []string

CSVSpecifications returns the version of the spec used

func (*TCExecSuccessData) SetParquet added in v1.0.0 

func (tcv *TCExecSuccessData) SetParquet(row *parquetrow.ParquetRow)

SetParquet sets the parquet representation of the TCV

type WDWMode 

type WDWMode uint8

WDWMode describes the CCD WDW parameter 

const (
	// WDWModeManual check WDWOV for overflows
	WDWModeManual WDWMode = 0
	// WDWModeAutomatic window selected depending on input data
	WDWModeAutomatic WDWMode = 1
)

func (*WDWMode) String added in v0.1.0 

func (mode *WDWMode) String() string

type Wdw 

type Wdw uint8

Wdw is the composite status of Image Window Mode

func (*Wdw) InputDataWindow 

func (wdw *Wdw) InputDataWindow() (int, int, error)

InputDataWindow returns which bits out of the depth of the CCD Images

It ueses information in Bit[2..0]

Returns major and minor bit of original CCD Image and error if encoding not covered by specification.

If full range of Bit[15..0] is used the JPEGQ should be 0xFF

func (*Wdw) Mode 

func (wdw *Wdw) Mode() WDWMode

Mode returns the WDWMode type used encoded in Bit[7]

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