Separates the components of a network object into separate components within a list. This includes inputs, exports, respirations, outputs (exports + respirations), storage, and internal flows.
Value
- F
matrix of flows from each node to each node oreinted row to column.
- z
Node boundary inputs.
- r
Node boundary loss from respiration.
- e
Node boundary loss due to exportation
- y
Node boundary loss; summation of r and e
- X
Node storage or biomass
- living
Logical vector indicating whether each node is living or not
Examples
data(troModels)
unpack(troModels[[6]])
#> $F
#> PLANTS BACTERIA DETRITUS FEEDERS CARNIVORES DETRITUS
#> PLANTS 0 0 0 0 8881
#> BACTERIA 0 0 75 0 1600
#> DETRITUS FEEDERS 0 0 0 370 200
#> CARNIVORES 0 0 0 0 167
#> DETRITUS 0 5205 2309 0 0
#>
#> $z
#> [1] 11184 0 0 0 635
#>
#> $r
#> [1] 2003 3275 1814 203 3109
#>
#> $e
#> [1] 300 255 0 0 860
#>
#> $y
#> [1] 2303 3530 1814 203 3969
#>
#> $X
#> [1] 285.0 117.0 60.0 17.0 3579.4
#>
#> $living
#> [1] TRUE TRUE TRUE TRUE FALSE
#>