General structure function for RLum S4 class objects
Source:R/Luminescence-generics.R
structure_RLum.RdThe function provides a generalised access point for specific RLum objects. Depending on the input object, the corresponding function will be selected. Allowed arguments can be found in the documentations of the corresponding RLum class.
Arguments
- object
RLum (required): S4 object of class
RLum- ...
further arguments passed to the specific class method
Value
Returns a data.frame with structure of the object.
Functions
structure_RLum(list): Returns a list of RLum objects that were passed to structure_RLum
Author
Sebastian Kreutzer, Institute of Geography, Heidelberg University (Germany) , RLum Developer Team
How to cite
Kreutzer, S., 2025. structure_RLum(): General structure function for RLum S4 class objects. Function version 0.2.0. In: Kreutzer, S., Burow, C., Dietze, M., Fuchs, M.C., Schmidt, C., Fischer, M., Friedrich, J., Mercier, N., Philippe, A., Riedesel, S., Autzen, M., Mittelstrass, D., Gray, H.J., Galharret, J., Colombo, M., Steinbuch, L., Boer, A.d., 2025. Luminescence: Comprehensive Luminescence Dating Data Analysis. R package version 1.1.0. https://r-lum.github.io/Luminescence/
Examples
## load example data
data(ExampleData.XSYG, envir = environment())
## show structure
structure_RLum(OSL.SARMeasurement$Sequence.Object)
#> id recordType curveType protocol.step n.channels x.min x.max
#> 1 1 TL (UVVIS) measured <NA> 1180 0.100 118.000
#> 2 2 TL (NA) predefined <NA> 5 0.000 268.000
#> 3 3 TL (NA) measured <NA> 1740 0.000 173.900
#> 4 4 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 5 5 OSL (NA) predefined <NA> 5 0.000 216.000
#> 6 6 OSL (NA) measured <NA> 1150 0.000 114.900
#> 7 7 OSL (NA) predefined <NA> 2 0.000 50.000
#> 8 8 OSL (NA) measured <NA> 150 0.497 74.997
#> 9 9 irradiation (NA) predefined <NA> 2 0.000 15.000
#> 10 10 TL (UVVIS) measured <NA> 680 0.100 68.000
#> 11 11 TL (NA) predefined <NA> 4 0.000 198.000
#> 12 12 TL (NA) measured <NA> 990 0.000 98.900
#> 13 13 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 14 14 OSL (NA) predefined <NA> 5 0.000 216.000
#> 15 15 OSL (NA) measured <NA> 1150 0.000 114.900
#> 16 16 OSL (NA) predefined <NA> 2 0.000 50.000
#> 17 17 OSL (NA) measured <NA> 151 0.012 75.012
#> 18 18 irradiation (NA) predefined <NA> 2 0.000 60.000
#> 19 19 TL (UVVIS) measured <NA> 1180 0.100 118.000
#> 20 20 TL (NA) predefined <NA> 5 0.000 268.000
#> 21 21 TL (NA) measured <NA> 1730 0.000 172.900
#> 22 22 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 23 23 OSL (NA) predefined <NA> 5 0.000 216.000
#> 24 24 OSL (NA) measured <NA> 1160 0.000 115.900
#> 25 25 OSL (NA) predefined <NA> 2 0.000 50.000
#> 26 26 OSL (NA) measured <NA> 153 0.012 76.012
#> 27 27 irradiation (NA) predefined <NA> 2 0.000 15.000
#> 28 28 TL (UVVIS) measured <NA> 680 0.100 68.000
#> 29 29 TL (NA) predefined <NA> 4 0.000 198.000
#> 30 30 TL (NA) measured <NA> 1000 0.000 99.900
#> 31 31 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 32 32 OSL (NA) predefined <NA> 5 0.000 216.000
#> 33 33 OSL (NA) measured <NA> 1150 0.000 114.900
#> 34 34 OSL (NA) predefined <NA> 2 0.000 50.000
#> 35 35 OSL (NA) measured <NA> 151 0.014 75.014
#> 36 36 irradiation (NA) predefined <NA> 2 0.000 130.000
#> 37 37 TL (UVVIS) measured <NA> 1180 0.100 118.000
#> 38 38 TL (NA) predefined <NA> 5 0.000 268.000
#> 39 39 TL (NA) measured <NA> 1740 0.000 173.900
#> 40 40 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 41 41 OSL (NA) predefined <NA> 5 0.000 216.000
#> 42 42 OSL (NA) measured <NA> 1150 0.000 114.900
#> 43 43 OSL (NA) predefined <NA> 2 0.000 50.000
#> 44 44 OSL (NA) measured <NA> 151 0.012 75.012
#> 45 45 irradiation (NA) predefined <NA> 2 0.000 15.000
#> 46 46 TL (UVVIS) measured <NA> 680 0.100 68.000
#> 47 47 TL (NA) predefined <NA> 4 0.000 198.000
#> 48 48 TL (NA) measured <NA> 990 0.000 98.900
#> 49 49 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 50 50 OSL (NA) predefined <NA> 5 0.000 216.000
#> 51 51 OSL (NA) measured <NA> 1130 0.000 112.900
#> 52 52 OSL (NA) predefined <NA> 2 0.000 50.000
#> 53 53 OSL (NA) measured <NA> 147 0.012 73.012
#> 54 54 irradiation (NA) predefined <NA> 2 0.000 230.000
#> 55 55 TL (UVVIS) measured <NA> 1180 0.100 118.000
#> 56 56 TL (NA) predefined <NA> 5 0.000 268.000
#> 57 57 TL (NA) measured <NA> 1740 0.000 173.900
#> 58 58 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 59 59 OSL (NA) predefined <NA> 5 0.000 216.000
#> 60 60 OSL (NA) measured <NA> 1150 0.000 114.900
#> 61 61 OSL (NA) predefined <NA> 2 0.000 50.000
#> 62 62 OSL (NA) measured <NA> 151 0.012 75.012
#> 63 63 irradiation (NA) predefined <NA> 2 0.000 15.000
#> 64 64 TL (UVVIS) measured <NA> 680 0.100 68.000
#> 65 65 TL (NA) predefined <NA> 4 0.000 198.000
#> 66 66 TL (NA) measured <NA> 990 0.000 98.900
#> 67 67 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 68 68 OSL (NA) predefined <NA> 5 0.000 216.000
#> 69 69 OSL (NA) measured <NA> 1150 0.000 114.900
#> 70 70 OSL (NA) predefined <NA> 2 0.000 50.000
#> 71 71 OSL (NA) measured <NA> 151 0.012 75.012
#> 72 72 irradiation (NA) predefined <NA> 2 0.000 300.000
#> 73 73 TL (UVVIS) measured <NA> 1180 0.100 118.000
#> 74 74 TL (NA) predefined <NA> 5 0.000 268.000
#> 75 75 TL (NA) measured <NA> 1750 0.000 174.900
#> 76 76 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 77 77 OSL (NA) predefined <NA> 5 0.000 216.000
#> 78 78 OSL (NA) measured <NA> 1160 0.000 115.900
#> 79 79 OSL (NA) predefined <NA> 2 0.000 50.000
#> 80 80 OSL (NA) measured <NA> 152 0.481 75.981
#> 81 81 irradiation (NA) predefined <NA> 2 0.000 15.000
#> 82 82 TL (UVVIS) measured <NA> 680 0.100 68.000
#> 83 83 TL (NA) predefined <NA> 4 0.000 198.000
#> 84 84 TL (NA) measured <NA> 990 0.000 98.900
#> 85 85 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 86 86 OSL (NA) predefined <NA> 5 0.000 216.000
#> 87 87 OSL (NA) measured <NA> 1130 0.000 112.900
#> 88 88 OSL (NA) predefined <NA> 2 0.000 50.000
#> 89 89 OSL (NA) measured <NA> 147 0.012 73.012
#> 90 90 TL (UVVIS) measured <NA> 1180 0.100 118.000
#> 91 91 TL (NA) predefined <NA> 5 0.000 268.000
#> 92 92 TL (NA) measured <NA> 1740 0.000 173.900
#> 93 93 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 94 94 OSL (NA) predefined <NA> 5 0.000 216.000
#> 95 95 OSL (NA) measured <NA> 1140 0.000 113.900
#> 96 96 OSL (NA) predefined <NA> 2 0.000 50.000
#> 97 97 OSL (NA) measured <NA> 149 0.012 74.012
#> 98 98 irradiation (NA) predefined <NA> 2 0.000 15.000
#> 99 99 TL (UVVIS) measured <NA> 680 0.100 68.000
#> 100 100 TL (NA) predefined <NA> 4 0.000 198.000
#> 101 101 TL (NA) measured <NA> 990 0.000 98.900
#> 102 102 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 103 103 OSL (NA) predefined <NA> 5 0.000 216.000
#> 104 104 OSL (NA) measured <NA> 1150 0.000 114.900
#> 105 105 OSL (NA) predefined <NA> 2 0.000 50.000
#> 106 106 OSL (NA) measured <NA> 151 0.012 75.012
#> 107 107 irradiation (NA) predefined <NA> 2 0.000 60.000
#> 108 108 TL (UVVIS) measured <NA> 1180 0.100 118.000
#> 109 109 TL (NA) predefined <NA> 5 0.000 268.000
#> 110 110 TL (NA) measured <NA> 1740 0.000 173.900
#> 111 111 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 112 112 OSL (NA) predefined <NA> 5 0.000 216.000
#> 113 113 OSL (NA) measured <NA> 1150 0.000 114.900
#> 114 114 OSL (NA) predefined <NA> 2 0.000 50.000
#> 115 115 OSL (NA) measured <NA> 151 0.020 75.020
#> 116 116 irradiation (NA) predefined <NA> 2 0.000 15.000
#> 117 117 TL (UVVIS) measured <NA> 680 0.100 68.000
#> 118 118 TL (NA) predefined <NA> 4 0.000 198.000
#> 119 119 TL (NA) measured <NA> 980 0.000 97.900
#> 120 120 OSL (UVVIS) measured <NA> 500 0.100 50.000
#> 121 121 OSL (NA) predefined <NA> 5 0.000 216.000
#> 122 122 OSL (NA) measured <NA> 1140 0.000 113.900
#> 123 123 OSL (NA) predefined <NA> 2 0.000 50.000
#> 124 124 OSL (NA) measured <NA> 149 0.012 74.012
#> y.min y.max originator .uid
#> 1 0 82.0 read_XSYG2R() 2016-01-30-10:54.0.226260372670367
#> 2 25 260.0 read_XSYG2R() 2016-01-30-10:54.0.77414278825745
#> 3 26 262.0 read_XSYG2R() 2016-01-30-10:54.0.429038936737925
#> 4 0 891.0 read_XSYG2R() 2016-01-30-10:54.0.336071660276502
#> 5 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.832267640857026
#> 6 43 127.0 read_XSYG2R() 2016-01-30-10:54.0.339185907738283
#> 7 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.517060354584828
#> 8 0 40.2 read_XSYG2R() 2016-01-30-10:54.0.537775189615786
#> 9 1 1.0 read_XSYG2R() 2016-01-30-10:54.0.20047601335682
#> 10 4 555.0 read_XSYG2R() 2016-01-30-10:54.0.868833578424528
#> 11 25 160.0 read_XSYG2R() 2016-01-30-10:54.0.742296873126179
#> 12 34 160.0 read_XSYG2R() 2016-01-30-10:54.0.589681873098016
#> 13 0 122.0 read_XSYG2R() 2016-01-30-10:54.0.630885894177482
#> 14 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.663541194982827
#> 15 42 127.0 read_XSYG2R() 2016-01-30-10:54.0.905940495431423
#> 16 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.381334827048704
#> 17 0 40.2 read_XSYG2R() 2016-01-30-10:54.0.328897463157773
#> 18 1 1.0 read_XSYG2R() 2016-01-30-10:54.0.870911038015038
#> 19 11 1591.0 read_XSYG2R() 2016-01-30-10:54.0.932349309092388
#> 20 25 260.0 read_XSYG2R() 2016-01-30-10:54.0.297850674483925
#> 21 33 262.0 read_XSYG2R() 2016-01-30-10:54.0.605329250684008
#> 22 0 473.0 read_XSYG2R() 2016-01-30-10:54.0.289562621153891
#> 23 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.925942022586241
#> 24 43 128.0 read_XSYG2R() 2016-01-30-10:54.0.291019570548087
#> 25 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.320679558906704
#> 26 0 40.2 read_XSYG2R() 2016-01-30-10:54.0.968130854191259
#> 27 1 1.0 read_XSYG2R() 2016-01-30-10:54.0.0512687624432147
#> 28 3 736.0 read_XSYG2R() 2016-01-30-10:54.0.42879255511798
#> 29 25 160.0 read_XSYG2R() 2016-01-30-10:54.0.0236395532265306
#> 30 33 160.0 read_XSYG2R() 2016-01-30-10:54.0.585047567961738
#> 31 0 149.0 read_XSYG2R() 2016-01-30-10:54.0.522002540295944
#> 32 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.454029348213226
#> 33 42 127.0 read_XSYG2R() 2016-01-30-10:54.0.710487167816609
#> 34 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.830461921636015
#> 35 0 40.1 read_XSYG2R() 2016-01-30-10:54.0.0631769173778594
#> 36 1 1.0 read_XSYG2R() 2016-01-30-10:54.0.593671935843304
#> 37 13 3495.0 read_XSYG2R() 2016-01-30-10:54.0.229677951894701
#> 38 25 260.0 read_XSYG2R() 2016-01-30-10:54.0.921212903689593
#> 39 27 263.0 read_XSYG2R() 2016-01-30-10:54.0.462135725654662
#> 40 0 1152.0 read_XSYG2R() 2016-01-30-10:54.0.173798899399117
#> 41 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.905658074887469
#> 42 43 127.0 read_XSYG2R() 2016-01-30-10:54.0.341222140239552
#> 43 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.4814964144025
#> 44 0 40.2 read_XSYG2R() 2016-01-30-10:54.0.0450054712127894
#> 45 1 1.0 read_XSYG2R() 2016-01-30-10:54.0.268596603535116
#> 46 9 912.0 read_XSYG2R() 2016-01-30-10:54.0.370865847915411
#> 47 25 160.0 read_XSYG2R() 2016-01-30-10:54.0.512568636797369
#> 48 33 160.0 read_XSYG2R() 2016-01-30-10:54.0.869454299798235
#> 49 0 215.0 read_XSYG2R() 2016-01-30-10:54.0.186754534952343
#> 50 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.931624148506671
#> 51 43 127.0 read_XSYG2R() 2016-01-30-10:54.0.561583923641592
#> 52 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.465734504396096
#> 53 0 40.1 read_XSYG2R() 2016-01-30-10:54.0.929129796102643
#> 54 1 1.0 read_XSYG2R() 2016-01-30-10:54.0.29691950744018
#> 55 25 5564.0 read_XSYG2R() 2016-01-30-10:54.0.534651084803045
#> 56 25 260.0 read_XSYG2R() 2016-01-30-10:54.0.792043952038512
#> 57 27 262.0 read_XSYG2R() 2016-01-30-10:54.0.208661240758374
#> 58 0 2346.0 read_XSYG2R() 2016-01-30-10:54.0.937022477388382
#> 59 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.633003524737433
#> 60 43 127.0 read_XSYG2R() 2016-01-30-10:54.0.744804858230054
#> 61 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.451362358173355
#> 62 0 40.3 read_XSYG2R() 2016-01-30-10:54.0.91636705910787
#> 63 1 1.0 read_XSYG2R() 2016-01-30-10:54.0.0463254018686712
#> 64 12 1146.0 read_XSYG2R() 2016-01-30-10:54.0.528479704400524
#> 65 25 160.0 read_XSYG2R() 2016-01-30-10:54.0.478199049830437
#> 66 34 160.0 read_XSYG2R() 2016-01-30-10:54.0.122971840202808
#> 67 0 292.0 read_XSYG2R() 2016-01-30-10:54.0.879391883034259
#> 68 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.242106179939583
#> 69 42 128.0 read_XSYG2R() 2016-01-30-10:54.0.482210234506056
#> 70 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.936310092685744
#> 71 0 40.1 read_XSYG2R() 2016-01-30-10:54.0.58761327737011
#> 72 1 1.0 read_XSYG2R() 2016-01-30-10:54.0.662958577508107
#> 73 47 7423.0 read_XSYG2R() 2016-01-30-10:54.0.349518121918663
#> 74 25 260.0 read_XSYG2R() 2016-01-30-10:54.0.395675572101027
#> 75 25 261.0 read_XSYG2R() 2016-01-30-10:54.0.832506845006719
#> 76 0 3505.0 read_XSYG2R() 2016-01-30-10:54.0.673705363180488
#> 77 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.836654497077689
#> 78 43 127.0 read_XSYG2R() 2016-01-30-10:54.0.655996734043583
#> 79 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.762605228461325
#> 80 0 40.2 read_XSYG2R() 2016-01-30-10:54.0.723475385224447
#> 81 1 1.0 read_XSYG2R() 2016-01-30-10:54.0.953630778472871
#> 82 15 1414.0 read_XSYG2R() 2016-01-30-10:54.0.372155147604644
#> 83 25 160.0 read_XSYG2R() 2016-01-30-10:54.0.212284204317257
#> 84 34 161.0 read_XSYG2R() 2016-01-30-10:54.0.78430981375277
#> 85 0 388.0 read_XSYG2R() 2016-01-30-10:54.0.858382838079706
#> 86 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.0998988668434322
#> 87 42 128.0 read_XSYG2R() 2016-01-30-10:54.0.619967711856589
#> 88 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.079608827130869
#> 89 0 40.2 read_XSYG2R() 2016-01-30-10:54.0.850248564733192
#> 90 0 40.0 read_XSYG2R() 2016-01-30-10:54.0.123581775929779
#> 91 25 260.0 read_XSYG2R() 2016-01-30-10:54.0.0850816639140248
#> 92 38 261.0 read_XSYG2R() 2016-01-30-10:54.0.185026297112927
#> 93 0 27.0 read_XSYG2R() 2016-01-30-10:54.0.738029998959973
#> 94 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.906962538138032
#> 95 43 127.0 read_XSYG2R() 2016-01-30-10:54.0.196863719262183
#> 96 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.223747788928449
#> 97 0 40.2 read_XSYG2R() 2016-01-30-10:54.0.452920723007992
#> 98 1 1.0 read_XSYG2R() 2016-01-30-10:54.0.588007028913125
#> 99 17 1505.0 read_XSYG2R() 2016-01-30-10:54.0.202315265778452
#> 100 25 160.0 read_XSYG2R() 2016-01-30-10:54.0.568469027988613
#> 101 34 160.0 read_XSYG2R() 2016-01-30-10:54.0.770061913877726
#> 102 2 371.0 read_XSYG2R() 2016-01-30-10:54.0.194079604931176
#> 103 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.159584373235703
#> 104 42 127.0 read_XSYG2R() 2016-01-30-10:54.0.883203205419704
#> 105 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.194686755770817
#> 106 0 40.1 read_XSYG2R() 2016-01-30-10:54.0.57188334944658
#> 107 1 1.0 read_XSYG2R() 2016-01-30-10:54.0.310936602763832
#> 108 12 4354.0 read_XSYG2R() 2016-01-30-10:54.0.00642073270864785
#> 109 25 260.0 read_XSYG2R() 2016-01-30-10:54.0.673262577038258
#> 110 32 262.0 read_XSYG2R() 2016-01-30-10:54.0.945887796580791
#> 111 0 1150.0 read_XSYG2R() 2016-01-30-10:54.0.931073016719893
#> 112 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.524589899694547
#> 113 43 127.0 read_XSYG2R() 2016-01-30-10:54.0.901807451387867
#> 114 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.473460933892056
#> 115 0 40.1 read_XSYG2R() 2016-01-30-10:54.0.0573154254816473
#> 116 1 1.0 read_XSYG2R() 2016-01-30-10:54.0.314163006609306
#> 117 10 1540.0 read_XSYG2R() 2016-01-30-10:54.0.891242811921984
#> 118 25 160.0 read_XSYG2R() 2016-01-30-10:54.0.495065419003367
#> 119 33 160.0 read_XSYG2R() 2016-01-30-10:54.0.0757919212337583
#> 120 0 372.0 read_XSYG2R() 2016-01-30-10:54.0.193264133529738
#> 121 25 125.0 read_XSYG2R() 2016-01-30-10:54.0.787167773349211
#> 122 43 126.0 read_XSYG2R() 2016-01-30-10:54.0.778637015959248
#> 123 40 40.0 read_XSYG2R() 2016-01-30-10:54.0.902725383639336
#> 124 0 40.2 read_XSYG2R() 2016-01-30-10:54.0.911328677553684
#> .pid info
#> 1 2016-01-.... state, p....
#> 2 2016-01-.... state, p....
#> 3 2016-01-.... state, p....
#> 4 2016-01-.... state, p....
#> 5 2016-01-.... state, p....
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#> 20 2016-01-.... state, p....
#> 21 2016-01-.... state, p....
#> 22 2016-01-.... state, p....
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#> 24 2016-01-.... state, p....
#> 25 2016-01-.... state, p....
#> 26 2016-01-.... state, p....
#> 27 2016-01-.... state, p....
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#> 30 2016-01-.... state, p....
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#> 32 2016-01-.... state, p....
#> 33 2016-01-.... state, p....
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#> 35 2016-01-.... state, p....
#> 36 2016-01-.... state, p....
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#> 40 2016-01-.... state, p....
#> 41 2016-01-.... state, p....
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