By default, f7Tabs are used within the f7TabLayout. However, you may use them as standalone components if you specify a the segmented or strong styles.

f7Tabs(
  ...,
  .items = NULL,
  id = NULL,
  swipeable = FALSE,
  animated = TRUE,
  style = c("toolbar", "segmented", "strong")
)

Arguments

...

Slot for f7Tab.

.items

Slot for other items that could be part of the toolbar such as buttons or f7TabLink. This may be useful to open an f7Sheet from the tabbar.

id

Optional to get the id of the currently selected f7Tab.

swipeable

Whether to allow finger swip. FALSE by default. Only for touch-screens. Not compatible with animated.

animated

Whether to show transition between tabs. TRUE by default. Not compatible with swipeable.

style

Tabs style: c("toolbar", "segmented", "strong"). If style is toolbar, then f7Tab have a toolbar behavior.

Author

David Granjon, dgranjon@ymail.com

Examples

if (interactive()) { # tabs as toolbar library(shiny) library(shinyMobile) shiny::shinyApp( ui = f7Page( title = "Tab Layout", f7TabLayout( navbar = f7Navbar(title = HTML(paste("Currently selected:", textOutput("selected")))), f7Tabs( id = "tabdemo", swipeable = TRUE, animated = FALSE, f7Tab( tabName = "Tab 1", f7Sheet( id = "sheet", label = "More", orientation = "bottom", swipeToClose = TRUE, swipeToStep = TRUE, backdrop = TRUE, "Lorem ipsum dolor sit amet, consectetur adipiscing elit. Quisque ac diam ac quam euismod porta vel a nunc. Quisque sodales scelerisque est, at porta justo cursus ac" ) ), f7Tab(tabName = "Tab 2", "tab 2 text"), f7Tab(tabName = "Tab 3", "tab 3 text"), .items = f7TabLink( icon = f7Icon("bolt_fill"), label = "Toggle Sheet", `data-sheet` = "#sheet", class = "sheet-open" ) ) ) ), server = function(input, output) { output$selected <- renderText(input$tabdemo) } ) # standalone tabs library(shiny) library(shinyMobile) shiny::shinyApp( ui = f7Page( title = "My app", f7SingleLayout( navbar = f7Navbar( title = "Standalone tabs", hairline = FALSE, shadow = TRUE ), f7Tabs( id = "tabs", style = "strong", animated = FALSE, swipeable = TRUE, f7Tab( tabName = "Tab 1", icon = f7Icon("envelope"), active = TRUE, f7Shadow( intensity = 10, hover = TRUE, f7Card( title = "Card header", f7Stepper( "obs1", "Number of observations", min = 0, max = 1000, value = 500, step = 100 ), plotOutput("distPlot") ) ) ), f7Tab( tabName = "Tab 2", icon = f7Icon("today"), active = FALSE, f7Shadow( intensity = 10, hover = TRUE, f7Card( title = "Card header", f7Select( inputId = "obs2", label = "Distribution type:", choices = c( "Normal" = "norm", "Uniform" = "unif", "Log-normal" = "lnorm", "Exponential" = "exp" ) ), plotOutput("distPlot2") ) ) ), f7Tab( tabName = "Tab 3", icon = f7Icon("cloud_upload"), active = FALSE, f7Shadow( intensity = 10, hover = TRUE, f7Card( title = "Card header", f7SmartSelect( inputId = "variable", label = "Variables to show:", c("Cylinders" = "cyl", "Transmission" = "am", "Gears" = "gear"), multiple = TRUE, selected = "cyl" ), tableOutput("data") ) ) ) ) ) ), server = function(input, output) { output$distPlot <- renderPlot({ dist <- rnorm(input$obs1) hist(dist) }) output$distPlot2 <- renderPlot({ dist <- switch( input$obs2, norm = rnorm, unif = runif, lnorm = rlnorm, exp = rexp, rnorm ) hist(dist(500)) }) output$data <- renderTable({ mtcars[, c("mpg", input$variable), drop = FALSE] }, rownames = TRUE) } ) }