Standard complete display of an object contents in an interactive session.
Objects of class FLArray with length > 1 alonArray
sixth dimension
(iter) are output in a summarised form, as median(mad), where
mad is the median absolute deviation. See mad.
Usage
# S4 method for class 'FLArray'
show(object)
# S4 method for class 'FLArray'
print(x)Details
The same format is used for objects of class FLPar with
length > 1 on the last dimension (iter).
Examples
# no 'iter'
flq <- FLQuant(rnorm(80), dim=c(4,20), quant='age', units='kg')
flq
#> An object of class "FLQuant"
#> , , unit = unique, season = all, area = unique
#>
#> year
#> age 1 2 3 4 5 6 7 8 9
#> 1 1.9689 0.7547 1.2813 -0.6067 0.3531 -0.0928 -0.4314 -0.7416 0.1343
#> 2 1.4246 0.7543 -1.0181 -1.2673 0.6946 0.5561 -0.5547 1.7454 0.0664
#> 3 1.6707 -1.6545 -2.0456 -0.1158 -1.0479 0.3939 -1.6194 1.5964 0.7333
#> 4 1.3983 -0.8773 -0.5659 0.8310 -0.7683 -0.8635 -1.0393 0.8814 -1.5713
#> year
#> age 10 11 12 13 14 15 16 17 18
#> 1 0.3898 -0.8074 1.8014 -1.1418 -0.9801 -0.4088 -0.2007 0.7351 -1.0549
#> 2 -0.4147 -1.5721 -1.1692 -0.0613 0.6202 1.1144 1.2800 1.9829 -0.6860
#> 3 1.4237 -0.6937 -0.2360 -0.2946 -0.1128 -0.6219 -1.5845 -1.0265 -1.7087
#> 4 0.1656 -0.7367 1.9859 0.1321 -1.0302 -1.9053 -0.6399 1.6206 1.4134
#> year
#> age 19 20
#> 1 -1.0139 -0.9474
#> 2 0.9816 -1.0705
#> 3 -0.5048 0.9192
#> 4 0.9338 2.4380
#>
#> units: kg
# with 'iter'
flq <- FLQuant(rnorm(800), dim=c(4,20,1,1,1,10), quant='age', units='kg')
flq
#> An object of class "FLQuant"
#> iters: 10
#>
#> , , unit = unique, season = all, area = unique
#>
#> year
#> age 1 2 3 4 5
#> 1 0.1144(0.668) 0.5059(0.597) -0.3418(0.522) -0.4550(0.442) -0.3205(0.369)
#> 2 -0.4907(1.444) 0.3590(1.670) -0.1162(0.736) 0.2656(1.129) -0.6552(0.657)
#> 3 -0.1297(1.017) -0.1584(0.765) 0.0933(0.482) 0.1975(0.792) -0.0397(0.802)
#> 4 0.0797(0.825) -0.3877(0.664) -0.5352(0.295) 0.6076(1.090) 0.3320(1.667)
#> year
#> age 6 7 8 9 10
#> 1 -0.2005(0.945) 0.1474(0.922) -0.3551(1.881) -0.3945(0.721) -0.7061(0.856)
#> 2 0.8885(0.933) -0.3535(1.108) -0.0316(0.728) 0.3876(0.602) -0.1582(0.530)
#> 3 0.1132(0.799) 0.2065(0.417) -0.1742(1.073) -0.0211(0.328) -0.1808(1.351)
#> 4 -0.1046(1.340) -0.1219(0.902) 0.1932(1.329) -0.3543(1.314) 0.7195(1.091)
#> year
#> age 11 12 13 14 15
#> 1 0.4676(0.623) -0.4195(1.366) -0.2379(1.401) -0.8183(0.647) -0.5283(1.192)
#> 2 0.0259(0.805) 0.5662(0.872) 0.2210(1.520) -0.0902(0.240) 0.5920(0.958)
#> 3 0.1184(0.873) 0.7422(0.636) -0.0244(0.788) 0.5280(0.701) -0.0468(0.822)
#> 4 0.1629(0.841) 0.2412(0.530) 0.4678(0.790) 0.0917(0.348) -0.2259(0.593)
#> year
#> age 16 17 18 19 20
#> 1 0.2801(1.406) 0.1562(0.999) -0.3213(0.856) -0.2233(0.644) -0.4665(0.598)
#> 2 0.2609(0.729) -0.0216(0.564) -0.1498(0.974) 0.5651(0.437) 0.7218(0.537)
#> 3 -0.1300(1.079) 0.0676(0.486) -0.1913(0.242) 0.5229(0.635) 0.0649(1.119)
#> 4 -0.3939(1.051) -0.2948(0.313) -0.4457(0.842) 0.2684(0.937) 0.4319(0.636)
#>
#> units: kg
# no 'iter'
flq <- FLQuant(rnorm(80), dim=c(4,20), quant='age', units='kg')
print(flq)
#> An object of class "FLQuant"
#> , , unit = unique, season = all, area = unique
#>
#> year
#> age 1 2 3 4 5 6 7 8
#> 1 -1.42750 0.10770 1.75494 -0.22130 0.15833 0.31297 -0.56692 -1.31361
#> 2 -0.28917 -0.31297 1.49195 -0.58088 -0.68052 -0.42846 -0.53705 -0.41579
#> 3 -0.23162 1.61953 -0.21610 -0.40791 0.25933 -1.20183 0.01234 -0.56465
#> 4 0.10801 0.00358 0.15862 -1.73155 0.35792 0.14314 0.13500 0.47246
#> year
#> age 9 10 11 12 13 14 15 16
#> 1 -1.62311 2.05337 1.07333 -1.63066 -1.61676 -0.58427 0.39066 2.23443
#> 2 1.00470 -0.12086 -0.58736 -0.99563 0.14657 0.08536 -0.27317 -0.01571
#> 3 -0.17441 0.29930 0.94404 -0.38025 -0.27040 -0.14937 0.23710 -0.89101
#> 4 -0.93493 -1.05931 -0.06643 0.16307 0.49622 0.99456 -0.81332 0.06408
#> year
#> age 17 18 19 20
#> 1 -0.51628 0.47571 1.04122 -0.13877
#> 2 1.02562 -0.22306 0.44452 -0.54147
#> 3 -0.42974 -0.76841 -2.27069 0.94408
#> 4 1.45493 -0.34793 0.94599 0.56966
#>
#> units: kg
# with 'iter'
flq <- FLQuant(rnorm(800), dim=c(4,20,1,1,1,10), quant='age', units='kg')
print(flq)
#> An object of class "FLQuant"
#> iters: 10
#>
#> , , unit = unique, season = all, area = unique
#>
#> year
#> age 1 2 3 4
#> 1 0.31808(0.571) 0.34238(0.879) 0.03490(1.340) -0.03663(0.877)
#> 2 -0.08389(0.698) 0.23320(0.596) -0.06539(1.239) 0.71328(1.065)
#> 3 0.39290(0.751) 0.87579(0.652) -0.14346(0.896) -0.01298(1.278)
#> 4 0.48086(0.533) 0.19069(1.078) 0.31578(0.613) 0.19438(0.770)
#> year
#> age 5 6 7 8
#> 1 0.35240(0.542) 0.20593(1.230) 0.19095(0.767) 0.26942(0.668)
#> 2 0.25504(0.869) 0.00156(0.604) 0.24380(0.642) -0.32949(0.761)
#> 3 0.03251(0.953) 0.40428(0.650) -0.27740(1.307) -0.88371(0.484)
#> 4 -0.80751(0.812) -0.05616(0.641) 0.11569(0.707) 0.46866(0.730)
#> year
#> age 9 10 11 12
#> 1 -0.65405(0.360) 0.21549(0.789) -0.15101(1.297) -0.30782(1.120)
#> 2 -0.26554(1.184) 0.20096(1.016) -0.31567(1.500) 0.04768(1.302)
#> 3 -0.17511(0.391) 0.75097(0.923) 0.00923(0.869) -0.23566(1.310)
#> 4 -0.81367(0.627) 0.06233(1.305) -0.54924(0.833) 0.33269(1.059)
#> year
#> age 13 14 15 16
#> 1 -0.05947(0.885) 0.14169(0.670) -0.15553(1.495) 0.06160(1.160)
#> 2 0.27583(1.578) 0.19309(0.528) -0.36745(0.417) 0.06643(1.009)
#> 3 -0.19389(0.683) -0.26118(1.066) 0.21743(0.936) 0.14658(1.710)
#> 4 -0.09150(0.827) -0.03163(1.342) -0.10790(0.956) 0.56864(0.870)
#> year
#> age 17 18 19 20
#> 1 0.46916(1.020) -0.39623(1.219) 0.35855(0.942) -0.11907(0.896)
#> 2 -0.14145(1.051) -0.12738(0.995) -0.06890(0.695) -0.14660(0.976)
#> 3 0.48043(0.951) 0.29468(1.185) 0.16376(0.781) -0.02563(0.882)
#> 4 0.25811(0.473) -0.27875(1.016) 0.38644(0.761) -0.19465(0.654)
#>
#> units: kg