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 -0.2039 0.8414 -0.8644 -0.3730 0.1871 -0.8133 -0.2227 -0.7947 0.2197
#> 2 0.3112 -0.6502 -0.9059 0.3142 0.1106 0.4686 0.3385 -0.7823 -0.0152
#> 3 1.1631 0.8187 0.1533 -0.7127 0.5331 1.8302 0.3439 0.2268 0.3603
#> 4 1.1667 -0.4809 0.4956 -0.4660 -0.8126 0.6897 -0.4465 0.6428 -0.5128
#> year
#> age 10 11 12 13 14 15 16 17 18
#> 1 0.1100 -0.7795 -0.9890 -0.4387 0.1602 -0.2789 -1.8563 -0.6652 -0.3657
#> 2 1.3128 -1.3669 0.4405 0.6712 -1.1199 0.2506 -0.6104 2.5244 -0.6878
#> 3 0.0150 1.0165 -0.7381 0.6274 1.8476 -0.9952 1.1790 -0.1814 0.8312
#> 4 0.1901 -0.1836 0.5261 0.9250 -0.2695 0.6021 0.9062 -0.1414 -0.6004
#> year
#> age 19 20
#> 1 -0.5943 -0.9393
#> 2 0.6810 -0.1233
#> 3 -2.0930 -0.6285
#> 4 1.5733 -0.1089
#>
#> 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
#> 1 -0.15600(1.105) -0.10457(0.672) 0.05793(0.899) 0.17127(1.382)
#> 2 -0.23905(0.822) -0.23016(0.916) 0.23409(0.449) -0.14446(1.356)
#> 3 -0.30463(0.304) -0.13510(0.919) -0.49446(1.792) -0.36682(1.180)
#> 4 0.20288(0.523) -0.40814(0.475) -0.17465(0.869) 0.32996(0.976)
#> year
#> age 5 6 7 8
#> 1 0.03548(1.055) 0.00316(0.898) -0.39115(1.132) -0.01334(1.542)
#> 2 -0.41604(1.094) -0.25958(1.280) 0.10286(0.807) -0.06193(0.887)
#> 3 0.19110(1.253) 0.33193(0.479) 0.15309(0.997) 0.31433(0.677)
#> 4 0.53838(1.010) -0.21584(1.170) 0.70369(1.290) 0.01794(0.543)
#> year
#> age 9 10 11 12
#> 1 0.23479(0.734) -0.13371(0.770) 0.31448(0.872) 0.29399(1.431)
#> 2 0.41039(1.485) 0.10704(0.661) 0.41497(0.945) -0.10320(0.644)
#> 3 -0.67119(0.554) -0.53408(0.489) 0.41956(0.884) -0.44091(0.625)
#> 4 -0.29302(0.862) -0.58340(0.522) 0.15344(0.955) -0.31650(1.062)
#> year
#> age 13 14 15 16
#> 1 0.17383(1.078) 0.19501(1.081) 0.07630(0.903) -0.53911(0.851)
#> 2 -0.68295(0.679) -0.13808(0.420) -0.04652(1.498) -0.45807(0.530)
#> 3 0.56305(0.390) -0.25187(1.103) 0.46553(0.714) -0.30893(0.855)
#> 4 -0.36082(0.396) -0.44306(0.566) 0.70606(0.436) 0.83692(0.836)
#> year
#> age 17 18 19 20
#> 1 0.06023(0.812) -0.37216(1.052) 0.21283(1.775) 0.05655(0.983)
#> 2 0.12946(0.622) 0.35312(0.958) -0.39520(0.499) -0.39970(0.954)
#> 3 0.06314(0.815) 0.16533(0.586) 0.08628(0.928) 0.01146(1.364)
#> 4 0.25425(0.895) -0.02904(1.092) -0.04503(0.645) 0.26939(1.638)
#>
#> 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 9
#> 1 -0.1524 2.0169 0.5767 0.7395 0.5087 1.2233 -0.5987 0.4155 0.1875
#> 2 -1.4836 -0.1239 1.6111 -2.9687 -0.1608 0.3247 -1.7113 0.5001 1.3723
#> 3 1.4834 -0.8084 -0.2372 1.3378 0.0503 0.8589 0.5840 -0.3335 -0.2508
#> 4 -0.0180 0.3716 -1.6753 0.6821 1.5753 -1.4146 0.1446 0.0153 0.1258
#> year
#> age 10 11 12 13 14 15 16 17 18
#> 1 -0.9756 -0.1306 -0.4771 -0.4924 -0.9056 0.0951 0.9082 1.4087 -0.3584
#> 2 -0.3144 1.1098 1.0124 -0.6715 0.9827 0.6551 0.3786 0.7864 -0.8675
#> 3 -1.0844 0.0176 0.1741 -0.8234 -0.0643 0.8305 -0.4270 -1.4501 1.7472
#> 4 0.1222 0.4005 0.7402 0.0163 -0.0560 -0.3412 -0.5320 0.5967 0.3369
#> year
#> age 19 20
#> 1 -0.6728 0.3537
#> 2 0.7528 -1.2512
#> 3 -1.1725 0.1859
#> 4 -1.0852 0.3264
#>
#> 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 -0.26926(0.370) -0.13547(1.597) -0.32689(0.773) -0.03155(1.216)
#> 2 0.13650(0.819) -0.04211(0.303) -0.55362(1.256) -0.04585(0.700)
#> 3 -0.09564(1.195) 0.14548(0.547) -0.14876(1.386) 0.04494(0.991)
#> 4 0.10165(0.678) -0.32174(0.640) 0.81639(0.565) -0.25147(1.085)
#> year
#> age 5 6 7 8
#> 1 -0.35486(0.594) -0.87462(1.193) 0.34934(1.036) 0.63953(1.329)
#> 2 0.29172(0.691) -0.18992(0.595) 0.30546(1.062) 0.28884(1.021)
#> 3 0.33936(1.505) -0.43709(0.865) 0.03739(0.944) 0.42094(1.478)
#> 4 0.20021(0.674) 0.24232(0.872) 0.00581(0.452) -0.71420(0.720)
#> year
#> age 9 10 11 12
#> 1 0.81176(1.024) -0.14407(0.832) -0.45324(1.242) -0.02556(0.839)
#> 2 -0.08255(1.315) -0.36394(0.772) -0.38176(0.551) -0.23785(0.878)
#> 3 0.00110(1.431) -0.64659(1.460) -0.59818(0.839) 0.31861(0.936)
#> 4 0.34925(0.649) 0.14518(1.232) -0.02424(0.814) 0.14493(0.634)
#> year
#> age 13 14 15 16
#> 1 -0.07728(0.850) -0.26280(1.197) -0.46750(0.786) 0.14371(1.214)
#> 2 0.34344(0.764) 0.24528(0.985) -0.30053(1.458) -0.37297(0.617)
#> 3 0.24120(0.379) 0.47300(1.047) 0.67742(1.008) -0.06377(0.903)
#> 4 -0.28875(1.246) 0.17509(0.819) 0.04566(0.907) 0.60143(0.707)
#> year
#> age 17 18 19 20
#> 1 0.12645(1.075) 0.08210(0.834) -0.13833(1.040) -0.68354(0.928)
#> 2 -0.44668(0.690) -0.30416(0.498) -0.09110(0.629) -0.31991(0.936)
#> 3 0.15853(0.674) -0.05363(1.300) 0.18942(0.748) 0.75001(0.887)
#> 4 0.19172(1.268) -0.22934(0.530) -0.34190(0.704) -0.20849(0.815)
#>
#> units: kg