jonfoong
commented
1 year ago I would second this. I came here looking to open a similar issue but see that this is still open. Not sure where this ranks in list of priorities, but im currently trying to display all conditional interaction effects of high dimensional interaction term and being able to span on row would be really helpful. I don't know any other package that does this so am holding out hope for gt to roll out this function soon.
Hi,
I'm really enjoying GT Please see my table attached, and my code below.
I would like to merge rows in the first column. eg both bigeye rows in first column to be a single cell same for yellowfin and skipjack. This seems to be unnecessarily hard for something relatively common, so a spanner column is available but not row? I do not want to do this as a row group label.
Two other minor questions 1) How do I continue my line to the right of column 1 into the column label row? 2) in my subscripting function (fn) line 25 any idea why my "None" is coming out as a NA?
Lastly in Hmisc there is a longtable function that allows a table to carry on over multiple pages, is there something similar in GT without doing it manually?
######################################################################## msy<-data.frame(Stock=c("Bigeye", "Bigeye","Skipjack","Skipjack", "Yellowfin", "Yellowfin"), Reference_pt=c(rep(c("TRP/Objective", "LRP"),3)), WCPFC=c("1.65SBMSY", "SBMSY", "2.14SBMSY", "SBMSY","2.85SBMSY", "SBMSY"), IOTC=c("SBMSY", "0.5SBMSY", "1.8SBMSY", "0.9SBMSY","SBMSY", "0.4SBMSY"), ICCAT=c("SBMSY", "", "SBMSY", "","SBMSY", ""), IATCC=c("SBMSY", "0.5SBMSY", "SBMSY", "0.5SBMSY","SBMSY", "0.5SBMSY"))
msy_tab_1<-msy%>% gt() %>% tab_header( title = md("Tuna RFMO management standards") ) %>% tab_source_note(md("ISSF. 2021. Status of the world fisheries for tuna. Sept. 2021. ISSF Technical Report 2021-13. International Seafood Sustainability Foundation, Washington, D.C., USA."))
to get subscripting
library(stringr)
msy_tab_1<-msy_tab_1%>% text_transform( locations = cells_body( columns = c(WCPFC,IOTC, ICCAT, IATCC) ), fn = function(x){ msya <- str_extract(x, "MSY") sb <- str_extract(x, "SB") dec<-str_extract(x, "\d+\.*\d") dec<-ifelse(is.na(dec), " " , dec) tms<-ifelse(dec == " ", "" , " x ") ifelse(sb == "SB", glue::glue("{dec}{tms}{sb}{msya}"), "None") } ) ################################################################# msy_tab_1a<-msy_tab_1%>% tab_options( column_labels.background.color = "cyan", heading.background.color = "grey70") %>%
Apply different style to the title
tab_style( locations = cells_title(groups = c("title")), style = list( cell_text(weight = "bold", size = 50, color = "black") )) %>% tab_style( style = list( cell_borders( sides = "right", color = "grey70", weight = px(2) ) ), locations = list( cells_body( columns = c('Stock')) ))
msy_tab_1a
Apply different style to the column headers
msy_tab_1b<-msy_tab_1a %>% tab_style( style = cell_borders( sides = c("top", "bottom"), color = "grey80", weight = px(1.5), style = "solid" ), locations = cells_body( columns = everything(), rows = everything() ) )
add column color
msy_tab_1c<-msy_tab_1b %>% tab_style( style = list( cell_fill(color = "cyan") ), locations = cells_body( columns = c("Stock")))
msy_tab_1d<-msy_tab_1c %>%
Apply different style to the column headers
tab_style( locations = cells_column_labels(), style = list( cell_text(weight = "bold", color = "black") ))
Change the column width
msy_tab_1e<-msy_tab_1d %>% cols_width( Stock ~ px(110), Reference_pt ~ (120), WCPFC ~ px(100), IOTC ~ px(100), ICCAT ~ px(90), IATCC ~ px(100) )
msy_tab_1e %>% gtsave( "tabs/tab_rfmo_man_stds.png", expand = 10) ########################################################################