Space Research Laboratory

datafilename

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T17:45:31+00:00

DATAFILENAME Function DATAFILENAME returns the data file names of the highest version numbers during a given time period. If there are several files with the same date and version then the normal string comparison is used, so the file in the older data system version in the .01cd-directory is selected over .01-directory and .DAT-file is selected over .dat1-file. Notice that empty files are discarded. There are two versions of this same function. The recent one should works in both data system v…

date2lobt

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T11:47:29+00:00

DATE2LOBT IDL doc_library comment Function date2lobt converts date to CEPAC Local On Board Time (LOBT), which is an approximation of the International Atomic Time (TAI). result=date2lobt(date) date: Date in array format:[year,month,day,hour,minute,second,millisecond] E.g. date=[1995,12,2,8,8,0,0] or date=[1995,12,1] The length of the date must be atleast 1, if the rest is missing it is supposed to be 1, 1, 0, 0, 0, 0. Also array of date array…

date2lobt2

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T10:40:36+00:00

DATE2LOBT2 IDL doc_library comment Function date2lobt2 converts date to CEPAC Local On Board Time (LOBT), which is an approximation of the International Atomic Time (TAI). result=date2lobt2(date) Date2Lobt2 - Double version (v1.1) 3.1.2000 'DOUBLE' version. Changed output type from 'LONGINT' to 'DOUBLE' in order to retain the millisecond information. Author: ER, Space Research Laboratory, University of…

eint_1

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T17:50:26+00:00

EINT_1 IDL doc_library comment Function Eint_1 - Energy Integration of Lev-3 Spectra TM-format: f10 function Eint__1_11, inpChannels, intPeriodCounts, EINT_CS=customChannels, EINT_EXP=export, EINT_CR=carrot, EINT_EINF=Einfo, EINT_JUSTINFO=justinfo, EINT_NOI=noinit Version 1.11 Calling …

eint_3

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T17:52:57+00:00

EINT_3 IDL doc_library comment Function Eint_3 - Energy Integration of Lev-3 Spectra TM-formats: f30, f40,f50 function Eint__3_11, inpChannels, intPeriodCounts, EINT_CS=customChannels, EINT_EXP=export, EINT_CR=carrot, EINT_EINF=Einfo, EINT_JUSTINFO=justinfo, EINT_NOI=noinit Version 3.11 …

eint_leddir

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T17:55:15+00:00

EINT_LEDDIR IDL doc_library comment Function Eint_ledDir - Energy Integration of Lev-3 LED Direction Spectra TM-formats: f30, f40, f50 function Eint_LedDir__1_3, inpChannels, intPeriodCounts, EILD_CHS_ALL = allChs, EILD_CHS_P = pChs, EILD_CHS_HE = heChs, EILD_INFO = info, …

ged_data

Anonymous (anonymous@undisclosed.example.com) — 2023-10-10T13:32:20+00:00

ERNE Data Files ERNE telemetry data are processed progressively into 'levels': level-0 This is the raw telemetry received from the NASA ground segment. level-1 Reconstructed ERNE data frames as sent from the ERNE onboard DPU. level-2 Different measurement sets as separate files. Data are unpacked and some auxiliary information added. These are technical level data i.e., the spectral measurements are in raw counts.

ged_docs

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T13:49:43+00:00

GED GED (Get Erne Data) is a set of IDL programs and auxiliary files for reading and manipulating ERNE level-2 and level-3 science data. In addition, ged is also the name of the main function of the system. In principle there is only one ged program user needs to know: ged, an IDL function that acts as a front end for the other ged programs. The other functions are called automatically as needed based on the requested data type and prosessing parameter (IDL keyword) settings. However, an effec…

ged_examples

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T14:49:40+00:00

Examples Introduction When using ged to read ERNE data, the type of data and the associated reader function is determined based on the data file name (or the name of the first file in a file name array). Some reader functions can process the data based on keywords. The set of acknowledged keywords are typically specific to the reader function in question, so in order to find what options are available, the user should consult the documentation of the reader function associated with the desired…

ged_l2_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T16:18:38+00:00

GED_L2_A Function GED_L2_A - Get ERNE Level-2 Science Data, program series 'a' Version 1.1 Level(s): 2 Format(s): f10, f30, f40, f50 Calling sequences: data=GED_L2_A() data=GED_L2F10() data=GED_L2F30() data=GED_L2F40() data=GED_L2F50() Input parameters: none Returns: Level 2 ERNE data read from disk file is returned as an array of structures (see below). Keyword parameters: FILENAME filename A st…

ged_l3_corr

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T17:38:25+00:00

GED_L3_CORR Function GED_L3_CORR - get ERNE Correction Factors for Level-3 Data. TM-formats: f10,f30,f40,f50 Version 2.0 Calling sequence: data=GED_L3_CORR() Input parameters: none Returns: Level 3 ERNE Correction Factors read from disk file is returned as an array of structures (see below). Keyword parameters: filename fn A string containing the name of the disk file to be read. If set to an …

ged_l3_leddirspectra

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T16:47:54+00:00

GED_L3_LEDDIRSPECTRA The ged_l3_leddirspectra function reads level-3 onboard LED direction spectra from disk files. The function will handle time and energy integration of the data based on the keyword setting. Time integration is handled internally. Energy integration is done by the standard filter function

ged_l3_pha

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T16:24:47+00:00

GED_L3_PHA Function GED_L3_PHA - get ERNE Pulse Heigh Analysed Level-3 Data. TM-formats: f10,f30,f40,f50 Version 2.0 Calling sequence: data=GED_L3_PHA() Input parameters: none Returns: Level 3 ERNE pha data read from disk file is returned as an array of structures (see below). Keyword parameters: filename fn A string containing the name of the disk file to be read. If set to an empty named…

ged_l3_spectra

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T16:36:24+00:00

GED_L3_SPECTRA The ged_l3_spectra function reads level-3 onboard spectra from disk files. There are numerous keywords available to control the processing of the data for output. Typically the function will handle time and energy integration of the data. Time integration is handled internally. Energy integration is done by the standard filter functions

ged_params

Anonymous (anonymous@undisclosed.example.com) — 2023-10-10T14:12:56+00:00

Parameters Parameter values that govern the processing of the data in the ged-system are stored in text files. The idea is that while the primary purpose is to provide input for the data processing the files are also 'human readable' and self documenting. This should facilitate easy upkeep and unambigious interpretation of the information.

ged_progs

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T10:34:47+00:00

GED programs In principle there is only one ged program user needs to know: ged, an IDL function that acts as a front end for the other ged programs. The other functions are called automatically as needed based on the requested data type and prosessing parameter (IDL keyword) settings. However, an effective use of the system at its current state requires also some knowledge of what happens 'behind the scenes. Specifically user should be aware what keywords are acknowledged for the desired data.…

ged_structs

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T10:19:39+00:00

GED Data Structures The organization of data structures in ged-system is 'almost but not entirely quite like' tree: Common structures (indent08)(db1) TscHeader_a Level-2 structures (indent08)(db1) Tsc10sCntrs_a (indent08)(db1) TscCounters_a (indent16)(db2) TledCntrs_a (indent16)(db2) ThedCntrs_a (indent08)

gedfunction

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T15:22:40+00:00

GED Ged function provides the main interface to the ged system. NOTE: The filename(s) set via keyword FILENAMES, should be of the form: (nbsp)(nbsp)+'.l0n.fm0.datatype (nbsp)(nbsp)where: (nbsp)(nbsp)(bcircle) n: level, 2 or 3 (nbsp)

gged

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T15:59:36+00:00

GGED GGED is a graphical user interface for a function GED NOTE: It is not yet available IDL doc_library comment Function GGED - Graphical Get Erne Data (lev-2 and lev-3) Version: 1.0 Description: This is a graphical user interface for a function GED. GGED opens GUI-windows to let user specify datatype and keywords. Calling sequence: d=gged() Output: Typically an array of structures. The exact structure type depends on the input data type in question and the set…

hed_x3eff_1

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T18:21:06+00:00

EFFECTIVITY CORRECTION - HED 3X HIT LEVELS Format(s): f10 ERNE Effectivity Coefficients for HED 3x Hit Levels Version 1.0 (TM format f10) Usage: multiply lev-3 intensity values for measurement periods with HED 3x hit levels by the tabulated numbers below. Version history: 1.2 - 2003-01-29 New values based on f10 measurements during 1996. Two 1x/3x hit level period pairs were considered: 2.6 - 17.6 1x 19.6 - 31.7 3x …

hed_x3eff_3

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T18:24:50+00:00

EFFECTIVITY CORRECTIONS - HED 3X HIT LEVELS Format(s): f30, f40, f50 ERNE Effectivity Coefficients for HED 3x Hit Levels Version 4.0 (TM format f40, used also for f30 and f50) Usage: multiply lev-3 intensity values for measurement periods with HED 3x hit levels by the tabulated numbers below. The values are from two events calculated by IDL procedure x3corr v4.0: Span A: 2000-07-17 00:00 - 2000-07-17 24:00 (Decline phase of an exceptionally big SEP) Span B: 2000…

led_dirspectrapara

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T18:14:47+00:00

LED Direction Spectra Parameters Format(s): f30, f40, f50 Parameters for level-3 LED direction spectra Version: 1.0 DESCRIPTION The level-3 LED direction spectra data consists of records with proton and he4 energy channels (16 for protons and 8 for he4) for each of the seven LED D1-detectors (D1i). The parameter data reflects the format of the measurement records by providing energy values (Emin, Emax and Enom) for each measurement channel, as well as the GdE and efficie…

led_x3eff_1

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T18:17:17+00:00

EFFECTIVITY CORRECTION - LED 3X HIT LEVELS Format(s): f10 ERNE Effectivity Coefficients for LED 3x Hit Levels Version 1.0 (TM format f10) Usage: multiply lev-3 intensity values for measurement periods with LED 3x hit levels by the tabulated numbers below. NOTE-1: All coefficients are 1.0 because there are no LED 3x hit level data for TM format f10. This file is however required for consistency by the idl function 'ged_l3_spectra'. Version history: …

led_x3eff_5

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T18:19:25+00:00

EFFECTIVITY CORRECTION - LED 3X HIT LEVELS Format(s): f50 ERNE Effectivity Coefficients for LED 3x Hit Levels Version 5.0 (TM format f50) Usage: multiply lev-3 intensity values for measurement periods with LED 3x hit levels by the tabulated numbers below. Version history: 5.0 - 2002-05-08 Original version with dymmy coefficients, ER -------------------------------------------------- p He3 He4 -----------------------…

lobt2date

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T18:03:36+00:00

LOBT2DATE IDL doc_library comment Function lobt2date converts CEPAC Local On Board Time (LOBT) value, which is an approximation of the International Atomic Time (TAI time), to a date array. result = lobt2date(lobt) result: Date in array of long format: [year,month,day,hour,minute,second,millisecond] lobt: Cepac Local On Board Time (TAI time) value in seconds. Default type is DOUBLE. Other numeric types are OK, but are type cast to DOUBLE in the proces…

spectra_parameters_1

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T18:08:33+00:00

LEVEL-3 ONBOARD SPECTRA PARAMETERS Format: f10 Level-3 Spectra Parameters, version 1.2 (type-2) ERNE on-board spectra format-10 Parameters for constructing the 'official' ERNE level-3 spectra from level-2 on-board spectrum counter tables. Energies -------- Enom = Foil corrected channel energy [MeV/n] - For LED this is the arithmetic average of the energies at the low- and hi-limit of the channel. …

spectra_parameters_3

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T18:11:08+00:00

LEVEL-3 ONBOARD SPECTRA PARAMETERS Format(s): f30, f40, f50 Level-3 Spectra Parameters, version 3.2 (type-2) Parameters for constructing the 'official' ERNE level-3 spectra from level-2 on-board spectrum counter tables. The data are to be used for ERNE on-board spectra OSS-2.30. It is usable for later versions also as long as the on-board spectral measurements are not changed. Energies -------- Enom = Foil corrected channel energy [MeV/n] - For LE…

start

Anonymous (anonymous@undisclosed.example.com) — 2023-10-17T08:25:06+00:00

Documentation Miscellaneous documentation related to everything in SRL * GED documentation * Carrington rotation generation software Sources of space physics observations Web is full of pages with space physics observations. We might know by heart where they are, but, still, add them to, so that they are easier to find

tcorr_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T08:59:37+00:00

Tcorr_a Definition of correction coefficient structure for the on-board data. Multiply the number of the recorded particles by the relevants coefficient(s) to correct for the effect of the sampling and other processing losses. See the definitions of the corresponding sub-structures for details. NOTE: the coefficient values are allways greater or equal than 1.0. Version 1.0 Level(s): 3 Format(s): f10,f30,f40,f50 Tcorr_a:: scHeader : {TscHeader_a} led : {TledCorr_a} …

thedampparams_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:41:27+00:00

ThedAmpParams_a Definition of amplification parameter record for HED, sub-type 'a' Version 1.0 Level(s): 3 Format(s): f10,f30,f40,f50 This is structure recording the calibration values used by the on-ground analysis. ThedAmpParams_a:: chMin : LONG[20] Minimum pulse heights [det] off : LONG[3,20] Offset [gain,det] ch2keV : FLOAT[3,20] Conversion factors ('amplifications') [gain,det] gain: 0 = high 1 = medium 2 = low det : 0 = S1H1X(E…

thedcntrs_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:35:14+00:00

ThedCntrs_a pro ThedCntrs_a__DEFINE Version: 1.0 Definition of the HED Science Counter structure Sub-type: a Level(s): 2 Format(s): f10 NOTE: The bit numbering used here is reversed as compared to the one in the Onboard Science Software documentation. The numbering here is the standard one for Intel- and Alpha- technologies, while the OSS documentation follows the numbering of the MIL-STD-1750A, used in ERNE onboard processor. ThedCntrs_a:: readOrder …

thedcntrs_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:39:34+00:00

ThedCntrs_b pro ThedCntrs_b__DEFINE Version: 1.0 Definition of the HED Science Counter structure Sub-type: b Level(s): 2 Format(s): f30 NOTE: The bit numbering used here is reversed as compared to the one in the Onboard Science Software documentation. The numbering here is the standard one for Intel- and Alpha- technologies, while the OSS documentation follows the numbering of the MIL-STD-1750A, used in ERNE onboard processor. ThedCntrs_b:: readOrder …

thedcntrs_c

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:43:29+00:00

ThedCntrs_c pro ThedCntrs_c__DEFINE Version: 1.0 Definition of the HED Science Counter structure Sub-type: c Level(s): 2 Format(s): f40 NOTE: The bit numbering used here is reversed as compared to the one in the Onboard Science Software documentation. The numbering here is the standard one for Intel- and Alpha- technologies, while the OSS documentation follows the numbering of the MIL-STD-1750A, used in ERNE onboard processor. ThedCntrs_c:: readOrder …

thedcntrs_d

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:46:10+00:00

ThedCntrs_d pro ThedCntrs_d__DEFINE Version: 1.0 Definition of the HED Science Counter structure Sub-type: d Level(s): 2 Format(s): f50 NOTE: The bit numbering used here is reversed as compared to the one in the Onboard Science Software documentation. The numbering here is the standard one for Intel- and Alpha- technologies, while the OSS documentation follows the numbering of the MIL-STD-1750A, used in ERNE onboard processor. ThedCntrs_d:: readOrder …

thedcorr_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:04:21+00:00

ThedCorr_a Definition of correction coefficient structure for the on-board HED-data. Multiply the number of the recorded particles by the relevants coefficient(s) to correct for the effect of the sampling and other processing losses. NOTE: the coefficient values are allways greater or equal than 1.0. Version 1.0 Level(s): 3 Format(s): f10,f30,f40,f50 ThedCorr_a:: hw_int : FLOAT H/W to interrupt server loss (all data) sr_pr2 : FLOAT Priority-2 sample ra…

theddircntrs_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:22:28+00:00

ThedDirCntrs_a Definition of the HED directional counters, sub-type 'a' Version 1.0 Level(s): 2 Format(s): f10 NOTE: There exists two types of direction (anisotropy) measurements for format f10: a) Original 'profile vectors': OSS-2.1 series, up to 11-Dec-1997. b) Phi-Theta counters tables: OSS-2.2 series, 12-Dec-1997 - 18-Apr-2000. ThedDirCntrs_a corresponds to the former. ThedDirCntrs_b:: scHeader : {TscHeader_a} The header from the first period…

theddircntrs_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:24:09+00:00

ThedDirCntrs_b Definition of the HED directional counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f10 NOTE: There exists two types of direction (anisotropy) measurements for format f10: a) Original 'profile vectors': OSS-2.1 series, up to 11-Dec-1997. b) Phi-Theta counters tables: OSS-2.2 series, 12-Dec-1997 - 18-Apr-2000. ThedDirCntrs_b corresponds to the latter. ThedDirCntrs_b:: scHeader : {TscHeader_a} The header from the first period…

theddircntrs_c

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:26:26+00:00

ThedDirCntrs_c Definition of the HED directional counters, sub-type 'c' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 ThedDirCntrs_c:: scHeader : {TscHeader_a} The header from the first period of the 4 period integration time of the direction distribution record. The statFlags-field is an exception as it has all the four statFlags OR'ed together. cntrOverflow: BYTE Value of 1 means that the…

thedecntrs_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:03:55+00:00

ThedEcntrs_b Definition of the HED Energy Counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 ThedEcntrs_b:: scHeader : {TscHeader_a} pr1 : {ThedEcntrsPR13_b} pr3 : {ThedEcntrsPR13_b} VERSION HISTORY: 1.0 - 2006-10-26 First version for automated (on-need) structure definition (ER)

thedecntrspr13_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:05:45+00:00

ThedEcntrsPR13_b Definition of the HED PR1 and PR3 Energy Counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 ThedEcntrsPR13_b:: p : {ThedEcntrsPR13i_b} he3 : {ThedEcntrsPR13i_b} he4 : {ThedEcntrsPR13i_b} VERSION HISTORY: 1.0 - 2006-10-26 First version for automated (on-need) structure definition (ER)

thedecntrspr13i_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:06:38+00:00

ThedEcntrsPR13i_b Definition of the HED PR1 and PR3 isotope Energy Counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 ThedEcntrsPR13i_b:: s2y : INT[11] Counters for S2y stopped particles d1 : INT[13] Counters for D1 stopped particles d2 : INT[19] Counters for D2 stopped particles d3 : INT[17] Counters for D3 stopped particles VERSION HISTORY: 1.0 - 2006-10-26 First version for automated (on-need) structure definition (ER…

thedelectroncntrs_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:20:11+00:00

ThedElectronCntrs_a Definition of the HED electron counters, sub-type 'a' Version 1.0 Level(s): 2 Format(s): f10 ThedElectronCntrs_a:: scHeader : {TscHeader_a} els : INT[16] 'Electron' counters VERSION HISTORY: 1.0 - 2006-10-28 First version for automated (on-need) structure definition (ER)

thedelectroncntrs_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:21:20+00:00

ThedElectronCntrs_b Definition of the HED electron counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 ThedElectronCntrs_b:: scHeader : {TscHeader_a} d2els : INT[12] Counters for D2 stopped 'electrons' d3els : INT[1] Counter for D3 'electrons' rels : INT[3] Counters for D3 'relativistic nuclei' VERSION HISTORY: 1.0 - 2006-10-28 First version for automated (on-need) structure definition (ER)

thedpartdata_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:18:46+00:00

ThedPartData_a Definition of ground analysed HED particle data, sub-type 'a' Version 1.0 Level(s): 3 Format(s): f10,f30,f40,f50 ThedPartData_a:: scHeader : {TscHeader_a} phaEvent : {ThedParticle_a} VERSION HISTORY: 1.0 - 2006-11-21 First version for automated (on-need) structure definition (ER)

thedpartdata_c

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:25:59+00:00

ThedPartData_c Definition of ground analysed HED particle data, sub-type 'c' (calibration) Version 1.0 Level(s): 3 Format(s): f10,f30,f40,f50 This is a particle data structure used in HED calibration. ThedPartData_c:: scHeader : {TscHeader_a} phaEvent : {ThedParticle_c} VERSION HISTORY: 1.0 - 2006-11-29 First version for automated (on-need) structure definition (ER)

thedparticle_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:21:08+00:00

ThedParticle_a Definition of ground analysed HED particle, sub-type 'a' Version 1.1 Level(s): 3 Format(s): f10,f30,f40,f50 ThedParticle_a:: stopDet : BYTE Stopping detector discr : BYTE Discriminator bits. (1) pri : BYTE Onboard priority: 1=PR1, 3=PR3, 17=PR1 (e-corr), (2) 19=PR3 (e-corr). Electron correction (e-corr) indicates that the …

thedparticle_c

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:27:27+00:00

ThedParticle_c Definition of ground analysed HED particle, sub-type 'c' (calibration) Version 1.1 Level(s): 3 Format(s): f10,f30,f40,f50 This is a particle data structure used in HED calibration. ThedParticle_c:: stopDet : BYTE Stopping detector discr : BYTE Discriminator bits. (1) pri : BYTE Onboard priority: 1=PR1, 3=PR3, 17=PR1 (e-corr), (2) 20=PR3 (e-c…

thedphaevent_a

Anonymous (anonymous@undisclosed.example.com) — 2024-03-15T10:15:42+00:00

ThedPHAevent_a Definition of the HED Pulse Height Analyse event, sub-type 'a' Version 1.2 Level(s): 2 Format(s): f10,f30,f40,f50 NOTE: The on-board identification bits (sbs[4] bits b0-b3) and the S2H2X warning flag (sbs[5] b7) are available only from OSS-2.50 onwards (since 3 July 2001). The S2H2X warning is set by the SClev1to2-program. The flag is set if the particle has been subject to on-board trajectory check based on the estimated S1X-coo…

thedpharecord_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:16:55+00:00

ThedPHArecord_a Definition of the HED Pulse Height Analyse record, sub-type 'a' Version 1.0 Level(s): 2 Format(s): f10,f30,f40,f50 ThedPHArecord_a:: scHeader : {TscHeader_a} phaEvent : {ThedPHAevent_a} VERSION HISTORY: 1.0 - 2006-10-27 First version for automated (on-need) structure definition (ER)

tintensitypara_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:42:35+00:00

TintensityPara_a Structure containing information about the parameter values used in on-board spectra intensity calculations for corresponding lev-3 element (p and He) spectra. Version 1.0 Level(s): 3 Format(s): f10 TintensityPara_a:: fname : STRING Name of the parameter file lobt : DOUBLE Time stamp pPara : {TisotPara_a} hePara : {TisotPara_a} VERSION HISTORY: 1.0 - 2007-01-16 First version for automated (on-need) structure definit…

tintensitypara_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:47:30+00:00

TintensityPara_b Structure containing information about the parameter values used in on-board spectra intensity calculations for corresponding lev-3 element (p and He) spectra. Version 1.0 Level(s): 3 Format(s): f30,f40,f50 TintensityPara_b:: fname : STRING Name of the parameter file lobt : DOUBLE Time stamp pPara : {TisotPara_b} hePara : {TisotPara_b} NOTE: There are currently no separate sub-structures for He3 and He4 as it actually s…

tisotpara_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:46:14+00:00

TisotPara_a Structure containing the parameter values used in the on-board intensity calculations for the lev-3 element (p or He) spectra. Version 1.0 Level(s): 3 Format(s): f10 TisotPara_a:: gfLed : FLOAT[12] Geometrical factors for E-bins (LED) ledEwidth : FLOAT[12] Energy channel widths for E-bins (LED) gfHed : FLOAT[12] Geometrical factors for E-bins (HED) hedEwidth : FLOAT[12] Energy channel widths for E-bins (HED) VERSION HISTORY: 1.0 - …

tisotpara_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:49:54+00:00

TisotPara_b Structure containing the parameter values used in the on-board intensity calculations for the lev-3 element (p or He) spectra. Version 1.0 Level(s): 3 Format(s): f30,f40,f50 TisotPara_b:: gfLed : FLOAT[7] Geometrical factors for the LED sub- detectors D1i-D2, i=1..7 ledEwidth : FLOAT[54] Energy channel widths for LED E-bins gfHed : FLOAT[4,18] Geometrical factors for HED according …

tledampparams_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:38:37+00:00

TledAmpParams_a Definition of amplification parameter record for LED, sub-type 'a' Version 1.0 Level(s): 3 Format(s): f10,f30,f40,f50 This is structure recording the calibration values used by the on-ground analysis. TledAmpParams_a:: chLim : LONG[2,8] Pulse height limits [lim,det] off : LONG[3,8] Offset [gain,det] ch2keV : DOUBLE[3,8] Conversion factors ('amplifications') [gain,det] nl_off : LONG[8] Non-linearity correction offsets [det…

tledcntrs_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:33:35+00:00

TledCntrs_a pro TledCntrs_a__DEFINE Version: 1.0 Definition of the LED Science Counter structure Sub-type: a Level(s): 2 Format(s): f10 NOTE: The bit numbering used here is reversed as compared to the one in the Onboard Science Software documentation. The numbering here is the standard one for Intel- and Alpha- technologies, while the OSS documentation follows the numbering of the MIL-STD-1750A, used in ERNE onboard processor. TledCntrs_a:: readOrder …

tledcntrs_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:38:05+00:00

TledCntrs_b pro TledCntrs_b__DEFINE Version: 1.0 Definition of the LED Science Counter structure Sub-type: b Level(s): 2 Format(s): f30 NOTE: The bit numbering used here is reversed as compared to the one in the Onboard Science Software documentation. The numbering here is the standard one for Intel- and Alpha- technologies, while the OSS documentation follows the numbering of the MIL-STD-1750A, used in ERNE onboard processor. TledCntrs_b:: readOrder …

tledcntrs_c

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:42:33+00:00

TledCntrs_c pro TledCntrs_c__DEFINE Version: 1.0 Definition of the LED Science Counter structure Sub-type: c Level(s): 2 Format(s): f40, f50 NOTE: The bit numbering used here is reversed as compared to the one in the Onboard Science Software documentation. The numbering here is the standard one for Intel- and Alpha- technologies, while the OSS documentation follows the numbering of the MIL-STD-1750A, used in ERNE onboard processor. TledCntrs_c:: readO…

tledcorr_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:00:54+00:00

TledCorr_a Definition of correction coefficient structure for the on-board LED-data. Multiply the number of the recorded particles by the relevants coefficient(s) to correct for the effect of the sampling and other processing losses. NOTE: the coefficient values are allways greater or equal than 1.0. Version 1.0 Level(s): 3 Format(s): f10,f30,f40,f50 TledCorr_a:: hw_int : FLOAT H/W to interrupt server loss (all data) sr_pr2 : FLOAT Priority-2 sample ra…

tleddirspectra_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:31:21+00:00

TledDirSpectra_a Definition of LED direction spectra structure, sub-type 'a' Version 1.0 Level(s): 3 Format(s): f30,f40,f50 TledDirSpectra_a:: scHeader : {TscHeader_a} p : {TledDirSpectrum_a} he4 : {TledDirSpectrum_b} VERSION HISTORY: 1.0 - 2007-01-26 First version for automated (on-need) structure definition (ER)

tleddirspectrapara_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:52:02+00:00

TledDirSpectraPara_a Definition of LED direction spectra parameter structure, subtype-a. Version 1.2 Level(s): 3 Format(s): f30,f40,f50 TledDirSpectraPara_a:: CO_SYS : STRING[3] Coordinate system of the D1-directions CO_TYPE : STRING[3] Coordinate type of the D1-directions D1_DIR : FLOAT[2,7] Direction angles of the D1-detectors P_EMIN : FLOAT[16,7] Minimum energies for the protons ([E-channel,D1-detector]) P_EMAX : FLOAT[16,7] Maximum…

tleddirspectrum_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:35:24+00:00

TledDirSpectrum_a Definition of LED direction spectrum structure, sub-type 'a' (protons) Version 1.0 Level(s): 3 Format(s): f30,f40,f50 TledDirSpectrum_a:: count : LONG[16,7] Counter values. 16 energy bins for each of the 7 front detectors D1i. normcount : FLOAT[16,7] Normalized counters (corrected for sampling effects) intensity : FLOAT[16,7] Intensities [1/(cm^2 sr MeV s)] VERSION HISTORY: 1.0 - 2006…

tleddirspectrum_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:37:21+00:00

TledDirSpectrum_b Definition of LED direction spectrum structure, sub-type 'b' (He4) Version 1.0 Level(s): 3 Format(s): f30,f40,f50 TledDirSpectrum_b:: count : LONG[8,7] Counter values. 8 energy bins for each of the 7 front detectors D1i. normcount : FLOAT[8,7] Normalized counters (corrected for sampling effects) intensity : FLOAT[8,7] Intensities [1/(cm^2 sr MeV s)] VERSION HISTORY: 1.0 - 2007-01-30 …

tledecntrs_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:51:30+00:00

TledEcntrs_b Definition of the LED Energy Counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 TledEcntrs_b:: scHeader : {TscHeader_a} pr1 : {TledEcntrsPR1_b} pr2 : {TledEcntrsPR2_b} VERSION HISTORY: 1.0 - 2006-10-26 First version for automated (on-need) structure definition (ER)

tledecntrspr1_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:53:40+00:00

TledEcntrsPR1_b Definition of the LED PR1 Energy Counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 TledEcntrsPR1_b:: p : {TledEcntrsPR1p_b} he3 : {TledEcntrsPR1he3_b} he4 : {TledEcntrsPR1he4_b} VERSION HISTORY: 1.0 - 2006-10-26 First version for automated (on-need) structure definition (ER)

tledecntrspr1he3_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:56:20+00:00

TledEcntrsPR1he3_b Definition of the LED PR1 He3 Energy Counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 TledEcntrsPR1he3_b:: thick : int[24] Counters for LED-II (thick D1) PR1 He3 VERSION HISTORY: 1.0 - 2006-10-26 First version for automated (on-need) structure definition (ER)

tledecntrspr1he4_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:57:11+00:00

TledEcntrsPR1he4_b Definition of the LED PR1 He4 Energy Counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 TledEcntrsPR1he4_b:: thick : INT[24] Counters for LED-II (thick D1) PR1 He4 d12 : INT[5] Counters for D12 PR1 He4 d13 : INT[5] Counters for D13 PR1 He4 d15 : INT[5] Counters for D15 PR1 He4 d17 : INT[5] Counters for D17 PR1 He4 VERSION HISTORY: 1.0 - 2006-10-26 First version for automated (on-need) structure d…

tledecntrspr1p_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:55:12+00:00

TledEcntrsPR1p_b Definition of the LED PR1 Proton Energy Counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 TledEcntrsPR1p_b:: thick : int[24] Counters for LED-II (thick D1) PR1 protons VERSION HISTORY: 1.0 - 2006-10-26 First version for automated (on-need) structure definition (ER)

tledecntrspr2_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:59:03+00:00

TledEcntrsPR2_b Definition of the LED PR2 Energy Counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 TledEcntrsPR2_b:: p : {TledEcntrsPR2p_b} he3 : {TledEcntrsPR2he3_b} he4 : {TledEcntrsPR2he4_b} VERSION HISTORY: 1.0 - 2006-10-26 First version for automated (on-need) structure definition (ER)

tledecntrspr2he3_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:01:25+00:00

TledEcntrsPR2he3_b Definition of the LED PR2 He3 Energy Counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 TledEcntrsPR2he3_b:: thin : INT[36] Counters for LED-I (thin D1) PR2 He3 thick : INT[24] Counters for LED-II (thick D1) PR2 He3 VERSION HISTORY: 1.0 - 2006-10-26 First version for automated (on-need) structure definition (ER)

tledecntrspr2he4_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:02:25+00:00

TledEcntrsPR2he4_b Definition of the LED PR2 He4 Energy Counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 TledEcntrsPR2he4_b:: thin : INT[36] Counters for LED-I (thin D1) PR2 He4 thick : INT[24] Counters for LED-II (thick D1) PR2 He4 d16 : INT[8] Counters for D16 PR2 He4 VERSION HISTORY: 1.0 - 2006-10-26 First version for automated (on-need) structure definition (ER)

tledecntrspr2p_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:00:41+00:00

TledEcntrsPR2p_b Definition of the LED PR2 proton Energy Counters, sub-type 'b' Version 1.0 Level(s): 2 Format(s): f30,f40,f50 TledEcntrsPR2p_b:: thin : INT[36] Counters for LED-I (thin D1) PR2 protons thick : INT[24] Counters for LED-II (thick D1) PR2 protons d12 : INT[16] Counters for D12 PR2 protons d13 : INT[10] Counters for D13 PR2 protons d15 : INT[16] Counters for D15 PR2 protons d16 : INT[16] Counters for D16 PR2 protons d17 …

tledpartdata_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:14:18+00:00

TledPartData_a Definition of ground analysed LED particle data, sub-type 'a' Version 1.0 Level(s): 3 Format(s): f10,f30,f40,f50 TledPartData_a:: scHeader : {TscHeader_a} phaEvent : {TledParticle_a} VERSION HISTORY: 1.0 - 2006-11-21 First version for automated (on-need) structure definition (ER)

tledparticle_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:17:04+00:00

TledParticle_a Definition of ground analysed LED particle, sub-type 'a' Version 1.0 Level(s): 3 Format(s): f10,f30,f40,f50 TledParticle_a:: d1i : BYTE Index of the D1 detector (11-17) discr : BYTE Discriminator bits. (1) pri : BYTE Onboard priority (1=PR1, 2=PR2) obCat : BYTE On-board category bits: (2) b7=RESERVED …

tledphaevent_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:15:08+00:00

TledPHAevent_a Definition of the LED Pulse Height Analyse event, sub-type 'a' Version 1.1 Level(s): 2 Format(s): f10,f30,f40,f50 NOTE: The Onboard identification bits (PHA-select b4-b6) are available only from OSS-2.51 onwards (since 25 January 2002). NOTE: The names of the H/W status bits in sbs[0:4] follow the convention in "E-ELE-FM-1801A A Technical Specisfication of ERNE gate Array" NOTE: Except for the MAINT-mode the following H/W status bits are not packed …

tledpharecord_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T21:08:39+00:00

TledPHArecord_a Definition of the LED Pulse Height Analyse record, sub-type 'a' Version 1.0 Level(s): 2 Format(s): f10,f30,f40,f50 TledPHArecord_a:: scHeader : {TscHeader_a} phaEvent : {TledPHAevent_a} VERSION HISTORY: 1.0 - 2006-10-27 First version for automated (on-need) structure definition (ER)

tobspectra_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:06:21+00:00

TobSpectra_a Definition of on-board spectra structure, sub-type 'a' Version 1.0 Level(s): 3 Format(s): f10 TobSpectra_a:: scHeader : {TscHeader_a} p : {TobSpectrum_a} he : {TobSpectrum_a} VERSION HISTORY: 1.0 - 2006-12-08 First version for automated (on-need) structure definition (ER)

tobspectra_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:10:11+00:00

TobSpectra_b Definition of on-board spectra structure, sub-type 'b' Version 1.0 Level(s): 3 Format(s): f30,f40,f50 TobSpectra_b:: scHeader : {TscHeader_a} p : {TobSpectrum_b} he3 : {TobSpectrum_b} he4 : {TobSpectrum_b} VERSION HISTORY: 1.0 - 2006-12-08 First version for automated (on-need) structure definition (ER)

tobspectrum_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:07:41+00:00

TobSpectrum_a Definition of on-board spectrum structure, sub-type 'a' Version 1.0 Level(s): 3 Format(s): f10 TobSpectrum_a:: count : LONG[24] Counter values for the 12 HED and 12 LED onboard energy bins. normcount : FLOAT[24] Normalized counters (corrected for sampling effects) intensity : FLOAT[24] Intensities [1/(cm^2 sr MeV s)] VERSION HISTORY: 1.0 - 2006-12-08 First version for automated (on-ne…

tobspectrum_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:11:24+00:00

TobSpectrum_b Definition of on-board spectrum structure, sub-type 'b' Version 1.0 Level(s): 3 Format(s): f30,f40,f50 TobSpectrum_b:: count : LONG[68] Counter values for 34 HED and 34 LED onboard energy bins. normcount : FLOAT[68] Normalized counters (corrected for sampling effects) intensity : FLOAT[68] Intensities [1/(cm^2 sr MeV s)] NOTE: There are originally 36 energy bins in each HED and LED onboard …

tphacorr_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T09:02:29+00:00

TphaCorr_a Definition of correction coefficient structure for the on-board PHA-data (particle events) Multiply the number of the recorded particles in the relevant PHA-data section (light, helium or heavy) by the coefficient to correct for the effect of the limited sample size. NOTE: the coefficient values are allways greater or equal than 1.0. Version 1.0 Level(s): 3 Format(s): f10,f30,f40,f50 TphaCorr_a:: light : FLOAT Coefficient for 'light' section of the PHA table …

tsc10scntrs_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:30:24+00:00

Tsc10sCntrs_a Definition of the LED and HED 10-second proton counters, sub-type 'a' Version 1.0 Level(s): 2 Format(s): f10 Tsc10sCntrs_a:: scHeader : {TscHeader_a} led10sCntrs : INT[12,6] 12 energy channels, and 6 10-second time bins hed10sCntrs : INT[12,6] 12 energy channels, and 6 10-second time bins VERSION HISTORY: 1.0 - 2006-10-31 First version for automated (on-need) structure def…

tsccounters_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:32:22+00:00

TscCounters_a pro TscCounters_a__DEFINE Version: 1.0 Definition of the Science Counter structure Sub-type: a Level(s): 2 Format(s): f10 TscCounters_a:: scHeader : {TscHeader_a} ledCntrs : {TledCntrs_a} hedCntrs : {ThedCntrs_a} VERSION HISTORY: 1.0 - 2006-10-25 First version for automated (on-need) structure definition (ER)

tsccounters_b

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:36:44+00:00

TscCounters_b pro TscCounters_b__DEFINE Version: 1.0 Definition of the Science Counter structure Sub-type: b Level(s): 2 Format(s): f30 TscCounters_b:: scHeader : {TscHeader_a} ledCntrs : {TledCntrs_b} hedCntrs : {ThedCntrs_b} VERSION HISTORY: 1.0 - 2006-10-25 First version for automated (on-need) structure definition (ER)

tsccounters_c

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:41:15+00:00

TscCounters_c pro TscCounters_c__DEFINE Version: 1.0 Definition of the Science Counter structure Sub-type: c Level(s): 2 Format(s): f40 TscCounters_c:: scHeader : {TscHeader_a} ledCntrs : {TledCntrs_c} hedCntrs : {ThedCntrs_c} VERSION HISTORY: 1.0 - 2006-10-25 First version for automated (on-need) structure definition (ER)

tsccounters_d

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:45:03+00:00

TscCounters_d pro TscCounters_d__DEFINE Version: 1.0 Definition of the Science Counter structure Sub-type: d Level(s): 2 Format(s): f50 TscCounters_d:: scHeader : {TscHeader_a} ledCntrs : {TledCntrs_c} hedCntrs : {ThedCntrs_d} VERSION HISTORY: 1.0 - 2006-10-25 First version for automated (on-need) structure definition (ER)

tscecntrs_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-11T20:48:41+00:00

TscEcntrs_a Definition of the LED and HED energy counters, sub-type 'a' Version 1.0 Level(s): 2 Format(s): f10 TscEcntrs_a:: scHeader : {TscHeader_a} ledEcntrs : INT[12,25] 12 energy channels, and 5 PN (mass) values for each: p,d,t,He3 and He4 hedEcntrs : INT[12,25] 12 energy channels, and 5 PN (mass) values for each: p,d,t,He3 and He4 VERSION HISTORY: 1.0 - 2006-10-31 First version for automat…

tscheader_a

Anonymous (anonymous@undisclosed.example.com) — 2023-10-12T16:16:43+00:00

TscHeader_a Definition of the Science Header, sub-type 'a' Version 1.1 Level(s): 2,3 Format(s): f10, f30, f40, f50 DESCRIPTION Science data structures for all data levels and all data formats use this same header type. NOTE 1: The bit numbering used here is reversed as compared to the one in the Onboard Science Software documentation. The numbering here is the standard one for Intel- and Alpha- technologies, while the OSS documentation follows the numbering of t…