mylist <- list(list(structure(list(beta = c(48.8486939314123, -0.791098772521124,
-17.1655206378182, -5.71137384209288, 5.48759276652723, 32.9922867794022,
2.678027817518, 7.07190050739792, 1.2366953771653, 3.34913038674097
), name = c("V3", "V4", "V5", "V6", "V7", "V3", "V4", "V5", "V6",
"V7"), variant = c(1L, 1L, 1L, 1L, 1L, 2L, 2L, 2L, 2L, 2L), site = c(1L,
1L, 1L, 1L, 1L, 1L, 1L, 1L, 1L, 1L)), row.names = c("V3", "V4",
"V5", "V6", "V7", "V31", "V41", "V51", "V61", "V71"), class = "data.frame"),
structure(list(gamma = c(-3.3478378772043, -4.08286261159924
), variant = 1:2, site = c(1L, 1L)), row.names = c(NA, -2L
), class = "data.frame"), structure(list(alpha = c(0.676035079065653,
1.05834914172426), variant = 1:2, site = c(1L, 1L)), row.names = c(NA,
-2L), class = "data.frame")), list(structure(list(beta = c(32.9922867794022,
2.678027817518, 7.07190050739792, 1.2366953771653, 3.34913038674097,
48.8486939314123, -0.791098772521124, -17.1655206378182, -5.71137384209288,
5.48759276652723), name = c("V3", "V4", "V5", "V6", "V7", "V3",
"V4", "V5", "V6", "V7"), variant = c(1L, 1L, 1L, 1L, 1L, 2L,
2L, 2L, 2L, 2L), site = c(2L, 2L, 2L, 2L, 2L, 2L, 2L, 2L, 2L,
2L)), row.names = c("V3", "V4", "V5", "V6", "V7", "V31", "V41",
"V51", "V61", "V71"), class = "data.frame"), structure(list(gamma = c(-4.08286261159924,
-3.3478378772043), variant = 1:2, site = c(2L, 2L)), row.names = c(NA,
-2L), class = "data.frame"), structure(list(alpha = c(1.05834914172426,
0.676035079065653), variant = 1:2, site = c(2L, 2L)), row.names = c(NA,
-2L), class = "data.frame")))
> mylist
[[1]]
[[1]][[1]]
beta name variant site
V3 48.8486939 V3 1 1
V4 -0.7910988 V4 1 1
V5 -17.1655206 V5 1 1
V6 -5.7113738 V6 1 1
V7 5.4875928 V7 1 1
V31 32.9922868 V3 2 1
V41 2.6780278 V4 2 1
V51 7.0719005 V5 2 1
V61 1.2366954 V6 2 1
V71 3.3491304 V7 2 1
[[1]][[2]]
gamma variant site
1 -3.347838 1 1
2 -4.082863 2 1
[[1]][[3]]
alpha variant site
1 0.6760351 1 1
2 1.0583491 2 1
[[2]]
[[2]][[1]]
beta name variant site
V3 32.9922868 V3 1 2
V4 2.6780278 V4 1 2
V5 7.0719005 V5 1 2
V6 1.2366954 V6 1 2
V7 3.3491304 V7 1 2
V31 48.8486939 V3 2 2
V41 -0.7910988 V4 2 2
V51 -17.1655206 V5 2 2
V61 -5.7113738 V6 2 2
V71 5.4875928 V7 2 2
[[2]][[2]]
gamma variant site
1 -4.082863 1 2
2 -3.347838 2 2
[[2]][[3]]
alpha variant site
1 1.0583491 1 2
2 0.6760351 2 2
In each sublist, there are 3 data.frames, I would like to rbind these so that the final output looks like this:
new_mylist
[[1]]
beta name variant site
V3 48.8486939 V3 1 1
V4 -0.7910988 V4 1 1
V5 -17.1655206 V5 1 1
V6 -5.7113738 V6 1 1
V7 5.4875928 V7 1 1
V31 32.9922868 V3 2 1
V41 2.6780278 V4 2 1
V51 7.0719005 V5 2 1
V61 1.2366954 V6 2 1
V71 3.3491304 V7 2 1
V32 32.9922868 V3 1 2
V42 2.6780278 V4 1 2
V52 7.0719005 V5 1 2
V62 1.2366954 V6 1 2
V72 3.3491304 V7 1 2
V311 48.8486939 V3 2 2
V411 -0.7910988 V4 2 2
V511 -17.1655206 V5 2 2
V611 -5.7113738 V6 2 2
V711 5.4875928 V7 2 2
[[2]]
gamma variant site
1 -3.347838 1 1
2 -4.082863 2 1
3 -4.082863 1 2
4 -3.347838 2 2
[[3]]
alpha variant site
1 0.6760351 1 1
2 1.0583491 2 1
3 1.0583491 1 2
4 0.6760351 2 2
CodePudding user response：
We could transpose and bind
library(purrr)
library(dplyr)
transpose(mylist) %>%
map(bind_rows)
CodePudding user response：
in Base R you could do:
do.call(Map, c(rbind, mylist))
[[1]]
beta name variant site
V3 48.8486939 V3 1 1
V4 -0.7910988 V4 1 1
V5 -17.1655206 V5 1 1
V6 -5.7113738 V6 1 1
V7 5.4875928 V7 1 1
V31 32.9922868 V3 2 1
V41 2.6780278 V4 2 1
V51 7.0719005 V5 2 1
V61 1.2366954 V6 2 1
V71 3.3491304 V7 2 1
V32 32.9922868 V3 1 2
V42 2.6780278 V4 1 2
V52 7.0719005 V5 1 2
V62 1.2366954 V6 1 2
V72 3.3491304 V7 1 2
V311 48.8486939 V3 2 2
V411 -0.7910988 V4 2 2
V511 -17.1655206 V5 2 2
V611 -5.7113738 V6 2 2
V711 5.4875928 V7 2 2
[[2]]
gamma variant site
1 -3.347838 1 1
2 -4.082863 2 1
3 -4.082863 1 2
4 -3.347838 2 2
[[3]]
alpha variant site
1 0.6760351 1 1
2 1.0583491 2 1
3 1.0583491 1 2
4 0.6760351 2 2
CodePudding user response：
> lapply(1:length(mylist[[1]]),\(i)do.call(rbind,lapply(mylist,`[[`,i)))
[[1]]
beta name variant site
V3 48.8486939 V3 1 1
V4 -0.7910988 V4 1 1
V5 -17.1655206 V5 1 1
V6 -5.7113738 V6 1 1
V7 5.4875928 V7 1 1
V31 32.9922868 V3 2 1
V41 2.6780278 V4 2 1
V51 7.0719005 V5 2 1
V61 1.2366954 V6 2 1
V71 3.3491304 V7 2 1
V32 32.9922868 V3 1 2
V42 2.6780278 V4 1 2
V52 7.0719005 V5 1 2
V62 1.2366954 V6 1 2
V72 3.3491304 V7 1 2
V311 48.8486939 V3 2 2
V411 -0.7910988 V4 2 2
V511 -17.1655206 V5 2 2
V611 -5.7113738 V6 2 2
V711 5.4875928 V7 2 2
[[2]]
gamma variant site
1 -3.347838 1 1
2 -4.082863 2 1
3 -4.082863 1 2
4 -3.347838 2 2
[[3]]
alpha variant site
1 0.6760351 1 1
2 1.0583491 2 1
3 1.0583491 1 2
4 0.6760351 2 2