Nothing
R/guiplotUI.R
In guiplot: User-Friendly GUI Plotting Tools
Defines functions
text_gg_codes_ui
object_options_ui
plot_ui
results_ui
setup_tabPanel_panel01
setup_tabPanel_panel
geom_type_ui
toolbar_ui
tital_ui
#Header
tital_ui<-function(id="guiplot"){
ns <- NS(id)
tagList(
fluidRow(style='
background-color:#48D1CC;
',
"guiplot:User-friendly R programming language ploting tools"
),
fixedRow(style='
background-color:#48D1CC;
border-style:solid;
border-width:1px;
border-color:Black;
position: fixed;
top: 0px;
z-index:9;
width:100%;
',
column(12,"guiplot:User-friendly R programming language ploting tools"))
)
}
toolbar_ui<-function(id="guiplot"){
ns <- NS(id)
tagList(
fluidRow('!--toolbar_ui',
style='background-color:#48D1CC;
height:35px
',
),
fluidRow(style='background-color:#48D1CC;
border-style:solid;
border-width:1px;
border-color:Black;
position: fixed;
top: 20px;
z-index:10;
width:100%;
',
'toolbar_ui'
,actionButton(
ns("ColseButton"),
"02.Finish and Close",
style='
color:Black;
background-color:Darkorange;
font-weight:bold;
border-color:Black;
float:right;
'
)
,actionButton(
ns("ExecuteButton"),
"01.Execute!",
style='
color:Black;
background-color:LimeGreen;
font-weight:bold;
border-color:Black;
float:right;
'
)
)
)
}
geom_type_ui<-function(id="guiplot"){
ns <- NS(id)
tagList(
fluidRow(style='background-color:#48D1CC;
border-style:solid;
border-width:1px;
border-color:Black',
"geom type",
checkboxGroupInput(ns("geom_type_1variable"),
label = NULL, #h3("geom type of 1 variable"),
choices = StaticData_geom_type_1variable,
selected = NULL,
inline=TRUE
),
checkboxGroupInput(ns("geom_type_2variable"),
label = NULL, #h3("geom type"),
choices = StaticData_geom_type_2variable,
selected = c("point","line"),
inline=TRUE
),
checkboxGroupInput(ns("geom_type_other"),
label = NULL, #h3("geom type"),
choices = StaticData_geom_type_other,
selected = NULL,
inline=TRUE
),
)
)
}
#Data and Plot
# setup_ui<-function(id="guiplot") {
# ns <- NS(id)
# tabPanel("Setup Panel",
# navlistPanel(
# well = TRUE,
# fluid = TRUE,
# widths = c(3, 9),
# # tabPanel(
# # setup_tabPanel_name_ui(id),
# # setup_tabPanel_value_ui(id)
# # ),
# setup_tabPanel_panel(id),
# tabPanel(
# "second data"
# )
# ),
# plot_ui("guiplot")
# )
# }
setup_tabPanel_panel<-function(id="guiplot") {
ns <- NS(id)
tabPanel(
textOutput(ns('tab1')),
fluidPage(
style='float:left',
fluidRow(
column(width = 3,
excelOutput(ns('Rexcle_tb'), width = "100%", height = "100%")
),
column(width = 7,
DTOutput(ns('dt'))
)
)
)
)
}
setup_tabPanel_panel01<-function(id="guiplot") {
ns <- NS(id)
tabPanel(
textOutput(ns('tab1')),
fluidPage(
style='float:left',
# excelOutput("Rexcle_tb"),
DTOutput(ns('dt'))
)
)
}
# setup_tabPanel_name_ui<-function(id="guiplot") {
# #first Data
# ns <- NS(id)
# textOutput(ns('tab1'))
# }
# setup_tabPanel_value_ui<-function(id="guiplot") {
# #first Data
# ns <- NS(id)
# fluidPage(
# style='float:left',
# DTOutput(ns('dt'))
# )
# }
results_ui<-function(id="guiplot") {
ns <- NS(id)
navlistPanel(
well = TRUE,
fluid = TRUE,
widths = c(2, 10),
# "data",
# tabPanel(
# "data"
# ),
"plot",
tabPanel(
"plot",
plotOutput(ns('Results_Plot1'),width = "auto", height = "auto")
),
"text",
tabPanel(
"guipot_codes",
verbatimTextOutput(ns('Results_Text1_guipot_codes'))
),
tabPanel(
"Phoenix_codes",
verbatimTextOutput(ns('Results_Text1_Phoenix_codes'))
),
"other",
tabPanel(
"other",
verbatimTextOutput(ns('Results_Text2'))
)
)
}
plot_ui<-function(id="guiplot"){
ns <- NS(id)
tagList(
fluidRow(
column(8,offset = 2,plotOutput(ns('plot'),width = "auto", height = "auto"))
)
)
}
#Object Options
object_options_ui<-function(id="guiplot") {
ns <- NS(id)
navlistPanel(
fluid = TRUE,
widths = c(2, 10),
"Plot",
tabPanel(
"themes",
tagList(
fluidRow(
column(2,
radioButtons(ns("themes"), "themes",
c("theme_gray" = "theme_gray",
"theme_bw" = "theme_bw",
"theme_linedraw" = "theme_linedraw",
"theme_light" = "theme_light",
"theme_dark" = "theme_dark",
"theme_minimal" = "theme_minimal",
"theme_classic" = "theme_classic",
"theme_void" = "theme_void",
"theme_minimal" = "theme_minimal")
),
checkboxInput(ns("coord_flip"), "Axes_flip?(X\u2194Y)", value = FALSE)
),
column(3,
textInput(ns('title_label'),'title'),
textInput(ns('subtitle_label'),'subtitle'),
textInput(ns('caption_label'),'caption'),
textInput(ns('tag_label'),'tag')
),
column(7,
helpText("For example:
geom_smooth(aes(x,y),data=data,method='lm')+theme(panel.grid.major = element_line(colour = 'gray90'))
"),
textAreaInput(ns("UGC"), "Additional custom R language code", rows = 10,width='100%')
)
)
)
),
tabPanel(
"Layout",
tagList(
fluidRow(
column(3,
"Preview Plot Set(pixels)",
numericInput(ns('web_plot_height'),'web plot height(pixels)',250),
numericInput(ns('web_plot_width'),'web plot width(pixels)',500),
numericInput(ns('web_plot_scale'),'web plot scale',2,min = 0.1, max = 100, step = 0.1)
),
column(3,
"Output Plot Set(cm)",
numericInput(ns('output_plot_height'),label='output plot height(cm)',4,max=4,min=4),
numericInput(ns('output_plot_width'),'output plot width(cm)',8),
numericInput(ns('output_plot_dpi'),'output plot DPI',300)
),
column(3,
numericInput(ns('Outer_Margin'),'Outer Margin',0)
)
)
)
),
tabPanel(
"Lattice"
),
tabPanel(
"Legend",
tagList(
fluidRow(
column(3,
checkboxInput(ns('Legend_Visible'),"Legend Visible?",value = TRUE),
"Legend_Tital_Label",
textInput(ns('Legend_Tital_Color_Label'),'Color Label'),
textInput(ns('Legend_Tital_Shape_Label'),'Shape(mark) Label'),
textInput(ns('Legend_Tital_Linetype_Label'),'linetype Label')
),
column(3,
radioButtons(
ns('Legend_Docking'),"Legend_Docking",
c(
"Relative Position"="Relative_Position",
"Absolute Position"="Absolut_Position"
),
selected =c("Relative_Position")
),
sliderInput(ns("Legend_X_Offset"),"X Offset%",0,100,90),
sliderInput(ns("Legend_Y_Offset"),"Y Offset%",0,100,50)
),
column(3,
selectInput(
ns('Relative_Position_Select'),'Relative Position Select',
c(
"top"="top",
"bottom"="bottom",
"left"="left",
"right"="right"
),
selected =c("right")
),
)
)
)
),
"Axes",
tabPanel(
"X",
tagList(
fluidRow(
column(3,
radioButtons(ns("X_Scale"), "Scale",
c("Linear" = "identity",
"log10" = "log10",
"log2" = "log2",
"logit" = "logit",
"probability" = "probability",
"sqrt" = "sqrt")),
textInput(ns('X_Axis_label'),'X Axis label')
),
column(3,
radioButtons(ns("X_Range"), "Range",
c("Auto-scale Uniform" = "none",
"Custom" = "Custom")),
numericInput(ns('X_Minimum'),'Minimum',0),
numericInput(ns('X_Maximum'),'Maximum',100),
textInput(ns("X_Tick"),"Customer Axis Scale Tick" )
),
column(3,
numericInput(ns('X_expand_p'),'expand_plot',0.05),
numericInput(ns('X_expand_u'),'expand_unit',0)
),
)
)
),
tabPanel(
"Y",
tagList(
fluidRow(
column(3,
radioButtons(ns("Y_Scale"), "Scale",
c("Linear" = "identity",
"log10" = "log10",
"log2" = "log2",
"logit" = "logit",
"probability" = "probability",
"sqrt" = "sqrt")),
textInput(ns('Y_Axis_label'),'Y Axis label')
),
column(3,
radioButtons(ns("Y_Range"), "Range",
c("Auto-scale Uniform" = "none",
"Custom" = "Custom")),
numericInput(ns('Y_Minimum'),'Minimum',0),
numericInput(ns('Y_Maximum'),'Maximum',100),
textInput(ns("Y_Tick"),"Customer Axis Scale Tick" )
),
column(3,
numericInput(ns('Y_expand_p'),'expand_plot',0.05),
numericInput(ns('Y_expand_u'),'expand_unit',0)
)
)
)
),
tabPanel(
"Y2"
),
tabPanel(
"Reference Lines ",
tagList(
fluidRow("Usage:geom_*line(*intercept=*intercept,color=*color,size=*size,UserCustomerCode)"),
fluidRow(
# "X(vline)",
column(3,
"","X(vline)",
textInput(ns('x_intercept'),'x intercept'),
textInput(ns('x_color'),'x color'),
textInput(ns('x_size'),'x size'),
textInput(ns('x_add_UGC'),'x additional UserCustomerCode')
),
column(3,
"","Y(hline)",
textInput(ns('y_intercept'),'y intercept'),
textInput(ns('y_color'),'y color'),
textInput(ns('y_size'),'y size'),
textInput(ns('y_add_UGC'),'y additional UserCustomerCode')
),
column(3,
"","lin(abline)",
textInput(ns('abline_intercept'),'lin intercept'),
textInput(ns('abline_color'),'lin color'),
textInput(ns('abline_size'),'lin size'),
textInput(ns('abline_add_UGC'),'lin additional UserCustomerCode')
),
column(3,
checkboxInput(ns('Diagonal_Line'),"Diagonal Line?",value = FALSE),
textInput(ns('abline_slope'),'lin slope')
)
)
)
),
"Geom",
tabPanel(
"geom_Additional_UGC",
tagList(
fluidRow(
"geom Additional User Customer Code",
helpText("Usage: geom_line(data=data,aes(x=x,y=y, geom_Additional_AesCode ), geom_Additional_Code )"),
helpText("For Example Code: method = 'lm' , method = 'glm' , color='red', color='blue' , shape=2, alpha=0.2"),
DTOutput(ns('geom_Additional_UGC'))
)
)
)
)
}
# setup_tabPanel_panel<-function(id="guiplot") {
# ns <- NS(id)
# tabPanel(
# textOutput(ns('tab1')),
# fluidPage(
# style='float:left',
# DTOutput(ns('dt'))
# )
# )
# }
text_gg_codes_ui <- function(id = "guiplot") {
ns <- NS(id)
tagList(
fluidRow(
column(
6,
"Generated Codes",
verbatimTextOutput(
ns("text_gg_codes")
)
),
column(
6,
textAreaInput(
ns("text_editor"),
"Just A Text Editor",
rows = 10,
width='100%'
)
)
)
)
}
guiplotUI <- fluidPage(
#Header
tital_ui("guiplot"),
toolbar_ui("guiplot"),
geom_type_ui("guiplot"),
####################################
#Data and Plot
tabsetPanel( id="ChildTabset",
##Setup Panel UI
tabPanel(title = "Setup Panel",
uiOutput("ui"),
plot_ui("guiplot")
),
##Results Panel UI
tabPanel(title = "Results Panel",
results_ui("guiplot")
)
),
# plot_ui("guiplot"),
####################################
#Object Options
object_options_ui("guiplot"),
text_gg_codes_ui("guiplot"),
# JS customer
tags$script(HTML(
'
$("ul:gt(1) a").css("padding","1px");
$("ul:gt(1) .navbar-brand").css("padding","1px");
$("ul:gt(1) .navbar-brand").css("height","25px");
'
))
)
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guiplot documentation built on Sept. 3, 2023, 5:07 p.m.
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Defines functions text_gg_codes_ui object_options_ui plot_ui results_ui setup_tabPanel_panel01 setup_tabPanel_panel geom_type_ui toolbar_ui tital_ui
#Header
tital_ui<-function(id="guiplot"){
ns <- NS(id)
tagList(
fluidRow(style='
background-color:#48D1CC;
',
"guiplot:User-friendly R programming language ploting tools"
),
fixedRow(style='
background-color:#48D1CC;
border-style:solid;
border-width:1px;
border-color:Black;
position: fixed;
top: 0px;
z-index:9;
width:100%;
',
column(12,"guiplot:User-friendly R programming language ploting tools"))
)
}
toolbar_ui<-function(id="guiplot"){
ns <- NS(id)
tagList(
fluidRow('!--toolbar_ui',
style='background-color:#48D1CC;
height:35px
',
),
fluidRow(style='background-color:#48D1CC;
border-style:solid;
border-width:1px;
border-color:Black;
position: fixed;
top: 20px;
z-index:10;
width:100%;
',
'toolbar_ui'
,actionButton(
ns("ColseButton"),
"02.Finish and Close",
style='
color:Black;
background-color:Darkorange;
font-weight:bold;
border-color:Black;
float:right;
'
)
,actionButton(
ns("ExecuteButton"),
"01.Execute!",
style='
color:Black;
background-color:LimeGreen;
font-weight:bold;
border-color:Black;
float:right;
'
)
)
)
}
geom_type_ui<-function(id="guiplot"){
ns <- NS(id)
tagList(
fluidRow(style='background-color:#48D1CC;
border-style:solid;
border-width:1px;
border-color:Black',
"geom type",
checkboxGroupInput(ns("geom_type_1variable"),
label = NULL, #h3("geom type of 1 variable"),
choices = StaticData_geom_type_1variable,
selected = NULL,
inline=TRUE
),
checkboxGroupInput(ns("geom_type_2variable"),
label = NULL, #h3("geom type"),
choices = StaticData_geom_type_2variable,
selected = c("point","line"),
inline=TRUE
),
checkboxGroupInput(ns("geom_type_other"),
label = NULL, #h3("geom type"),
choices = StaticData_geom_type_other,
selected = NULL,
inline=TRUE
),
)
)
}
#Data and Plot
# setup_ui<-function(id="guiplot") {
# ns <- NS(id)
# tabPanel("Setup Panel",
# navlistPanel(
# well = TRUE,
# fluid = TRUE,
# widths = c(3, 9),
# # tabPanel(
# # setup_tabPanel_name_ui(id),
# # setup_tabPanel_value_ui(id)
# # ),
# setup_tabPanel_panel(id),
# tabPanel(
# "second data"
# )
# ),
# plot_ui("guiplot")
# )
# }
setup_tabPanel_panel<-function(id="guiplot") {
ns <- NS(id)
tabPanel(
textOutput(ns('tab1')),
fluidPage(
style='float:left',
fluidRow(
column(width = 3,
excelOutput(ns('Rexcle_tb'), width = "100%", height = "100%")
),
column(width = 7,
DTOutput(ns('dt'))
)
)
)
)
}
setup_tabPanel_panel01<-function(id="guiplot") {
ns <- NS(id)
tabPanel(
textOutput(ns('tab1')),
fluidPage(
style='float:left',
# excelOutput("Rexcle_tb"),
DTOutput(ns('dt'))
)
)
}
# setup_tabPanel_name_ui<-function(id="guiplot") {
# #first Data
# ns <- NS(id)
# textOutput(ns('tab1'))
# }
# setup_tabPanel_value_ui<-function(id="guiplot") {
# #first Data
# ns <- NS(id)
# fluidPage(
# style='float:left',
# DTOutput(ns('dt'))
# )
# }
results_ui<-function(id="guiplot") {
ns <- NS(id)
navlistPanel(
well = TRUE,
fluid = TRUE,
widths = c(2, 10),
# "data",
# tabPanel(
# "data"
# ),
"plot",
tabPanel(
"plot",
plotOutput(ns('Results_Plot1'),width = "auto", height = "auto")
),
"text",
tabPanel(
"guipot_codes",
verbatimTextOutput(ns('Results_Text1_guipot_codes'))
),
tabPanel(
"Phoenix_codes",
verbatimTextOutput(ns('Results_Text1_Phoenix_codes'))
),
"other",
tabPanel(
"other",
verbatimTextOutput(ns('Results_Text2'))
)
)
}
plot_ui<-function(id="guiplot"){
ns <- NS(id)
tagList(
fluidRow(
column(8,offset = 2,plotOutput(ns('plot'),width = "auto", height = "auto"))
)
)
}
#Object Options
object_options_ui<-function(id="guiplot") {
ns <- NS(id)
navlistPanel(
fluid = TRUE,
widths = c(2, 10),
"Plot",
tabPanel(
"themes",
tagList(
fluidRow(
column(2,
radioButtons(ns("themes"), "themes",
c("theme_gray" = "theme_gray",
"theme_bw" = "theme_bw",
"theme_linedraw" = "theme_linedraw",
"theme_light" = "theme_light",
"theme_dark" = "theme_dark",
"theme_minimal" = "theme_minimal",
"theme_classic" = "theme_classic",
"theme_void" = "theme_void",
"theme_minimal" = "theme_minimal")
),
checkboxInput(ns("coord_flip"), "Axes_flip?(X\u2194Y)", value = FALSE)
),
column(3,
textInput(ns('title_label'),'title'),
textInput(ns('subtitle_label'),'subtitle'),
textInput(ns('caption_label'),'caption'),
textInput(ns('tag_label'),'tag')
),
column(7,
helpText("For example:
geom_smooth(aes(x,y),data=data,method='lm')+theme(panel.grid.major = element_line(colour = 'gray90'))
"),
textAreaInput(ns("UGC"), "Additional custom R language code", rows = 10,width='100%')
)
)
)
),
tabPanel(
"Layout",
tagList(
fluidRow(
column(3,
"Preview Plot Set(pixels)",
numericInput(ns('web_plot_height'),'web plot height(pixels)',250),
numericInput(ns('web_plot_width'),'web plot width(pixels)',500),
numericInput(ns('web_plot_scale'),'web plot scale',2,min = 0.1, max = 100, step = 0.1)
),
column(3,
"Output Plot Set(cm)",
numericInput(ns('output_plot_height'),label='output plot height(cm)',4,max=4,min=4),
numericInput(ns('output_plot_width'),'output plot width(cm)',8),
numericInput(ns('output_plot_dpi'),'output plot DPI',300)
),
column(3,
numericInput(ns('Outer_Margin'),'Outer Margin',0)
)
)
)
),
tabPanel(
"Lattice"
),
tabPanel(
"Legend",
tagList(
fluidRow(
column(3,
checkboxInput(ns('Legend_Visible'),"Legend Visible?",value = TRUE),
"Legend_Tital_Label",
textInput(ns('Legend_Tital_Color_Label'),'Color Label'),
textInput(ns('Legend_Tital_Shape_Label'),'Shape(mark) Label'),
textInput(ns('Legend_Tital_Linetype_Label'),'linetype Label')
),
column(3,
radioButtons(
ns('Legend_Docking'),"Legend_Docking",
c(
"Relative Position"="Relative_Position",
"Absolute Position"="Absolut_Position"
),
selected =c("Relative_Position")
),
sliderInput(ns("Legend_X_Offset"),"X Offset%",0,100,90),
sliderInput(ns("Legend_Y_Offset"),"Y Offset%",0,100,50)
),
column(3,
selectInput(
ns('Relative_Position_Select'),'Relative Position Select',
c(
"top"="top",
"bottom"="bottom",
"left"="left",
"right"="right"
),
selected =c("right")
),
)
)
)
),
"Axes",
tabPanel(
"X",
tagList(
fluidRow(
column(3,
radioButtons(ns("X_Scale"), "Scale",
c("Linear" = "identity",
"log10" = "log10",
"log2" = "log2",
"logit" = "logit",
"probability" = "probability",
"sqrt" = "sqrt")),
textInput(ns('X_Axis_label'),'X Axis label')
),
column(3,
radioButtons(ns("X_Range"), "Range",
c("Auto-scale Uniform" = "none",
"Custom" = "Custom")),
numericInput(ns('X_Minimum'),'Minimum',0),
numericInput(ns('X_Maximum'),'Maximum',100),
textInput(ns("X_Tick"),"Customer Axis Scale Tick" )
),
column(3,
numericInput(ns('X_expand_p'),'expand_plot',0.05),
numericInput(ns('X_expand_u'),'expand_unit',0)
),
)
)
),
tabPanel(
"Y",
tagList(
fluidRow(
column(3,
radioButtons(ns("Y_Scale"), "Scale",
c("Linear" = "identity",
"log10" = "log10",
"log2" = "log2",
"logit" = "logit",
"probability" = "probability",
"sqrt" = "sqrt")),
textInput(ns('Y_Axis_label'),'Y Axis label')
),
column(3,
radioButtons(ns("Y_Range"), "Range",
c("Auto-scale Uniform" = "none",
"Custom" = "Custom")),
numericInput(ns('Y_Minimum'),'Minimum',0),
numericInput(ns('Y_Maximum'),'Maximum',100),
textInput(ns("Y_Tick"),"Customer Axis Scale Tick" )
),
column(3,
numericInput(ns('Y_expand_p'),'expand_plot',0.05),
numericInput(ns('Y_expand_u'),'expand_unit',0)
)
)
)
),
tabPanel(
"Y2"
),
tabPanel(
"Reference Lines ",
tagList(
fluidRow("Usage:geom_*line(*intercept=*intercept,color=*color,size=*size,UserCustomerCode)"),
fluidRow(
# "X(vline)",
column(3,
"","X(vline)",
textInput(ns('x_intercept'),'x intercept'),
textInput(ns('x_color'),'x color'),
textInput(ns('x_size'),'x size'),
textInput(ns('x_add_UGC'),'x additional UserCustomerCode')
),
column(3,
"","Y(hline)",
textInput(ns('y_intercept'),'y intercept'),
textInput(ns('y_color'),'y color'),
textInput(ns('y_size'),'y size'),
textInput(ns('y_add_UGC'),'y additional UserCustomerCode')
),
column(3,
"","lin(abline)",
textInput(ns('abline_intercept'),'lin intercept'),
textInput(ns('abline_color'),'lin color'),
textInput(ns('abline_size'),'lin size'),
textInput(ns('abline_add_UGC'),'lin additional UserCustomerCode')
),
column(3,
checkboxInput(ns('Diagonal_Line'),"Diagonal Line?",value = FALSE),
textInput(ns('abline_slope'),'lin slope')
)
)
)
),
"Geom",
tabPanel(
"geom_Additional_UGC",
tagList(
fluidRow(
"geom Additional User Customer Code",
helpText("Usage: geom_line(data=data,aes(x=x,y=y, geom_Additional_AesCode ), geom_Additional_Code )"),
helpText("For Example Code: method = 'lm' , method = 'glm' , color='red', color='blue' , shape=2, alpha=0.2"),
DTOutput(ns('geom_Additional_UGC'))
)
)
)
)
}
# setup_tabPanel_panel<-function(id="guiplot") {
# ns <- NS(id)
# tabPanel(
# textOutput(ns('tab1')),
# fluidPage(
# style='float:left',
# DTOutput(ns('dt'))
# )
# )
# }
text_gg_codes_ui <- function(id = "guiplot") {
ns <- NS(id)
tagList(
fluidRow(
column(
6,
"Generated Codes",
verbatimTextOutput(
ns("text_gg_codes")
)
),
column(
6,
textAreaInput(
ns("text_editor"),
"Just A Text Editor",
rows = 10,
width='100%'
)
)
)
)
}
guiplotUI <- fluidPage(
#Header
tital_ui("guiplot"),
toolbar_ui("guiplot"),
geom_type_ui("guiplot"),
####################################
#Data and Plot
tabsetPanel( id="ChildTabset",
##Setup Panel UI
tabPanel(title = "Setup Panel",
uiOutput("ui"),
plot_ui("guiplot")
),
##Results Panel UI
tabPanel(title = "Results Panel",
results_ui("guiplot")
)
),
# plot_ui("guiplot"),
####################################
#Object Options
object_options_ui("guiplot"),
text_gg_codes_ui("guiplot"),
# JS customer
tags$script(HTML(
'
$("ul:gt(1) a").css("padding","1px");
$("ul:gt(1) .navbar-brand").css("padding","1px");
$("ul:gt(1) .navbar-brand").css("height","25px");
'
))
)
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