Function reference • loon

Package Information General Information about the package
`loon`	loon: A Toolkit for Interactive Data Visualization and Exploration
`l_web()`	Open a browser with loon's R documentation webpage
`l_help()`	Open a browser with loon's combined (TCL and R) documentation website
Data data
`UsAndThem`	Data to re-create Hans Rosling's famous "Us and Them" animation
`olive`	Fatty Acid Composition of Italian Olive Oils
`oliveAcids`	Just the Fatty Acid Composition of Italian Olive Oils
`oliveLocations`	Geographic location of each Italian olive growing area named in the `olive` data.
`minority`	Canadian Visible Minority Data 2006
Options Options used by many plots
`l_userOptions()`	Get the names of all loon display options that can be set by the user.
`l_getOptionNames()`	Get the names of all loon display options
`l_userOptionDefault()`	Get loon's system default value for the named display option.
`l_getOption()`	Get the value of a loon display option
`l_setOption()`	Set the value of a loon display option
`l_setTitleFont()`	Set the title font of all loon displays
Main Plotting Functions These are the main functions needed to create plots
`l_plot_arguments`	Arguments common to l_plot functions
`l_plot()`	Create an interactive loon plot widget
scatterplots
`l_plot()`	Create an interactive loon plot widget
statistical specializations
`l_plot()`	Create an interactive loon plot widget
`l_plot_ts()`	Draw a decomposed time series loon plot
histograms and barplots
`l_hist()`	Create an interactive histogram
`l_getBinData()`	Get information on current bins from a histogram
`l_getBinIds()`	Gets the ids of the active points in each bin of a histogram
`l_binCut()`	Get labels for each observation according to bin cuts in the histogram.
`l_breaks()`	Gets the boundaries of the histogram bins containing active points.
facetting existing loon plots many loon plots can be facetted
`l_facet()`	Layout Facets across multiple panels
`l_plot_arguments`	Arguments common to l_plot functions
multivariate plots
`l_scale3D()`	Scale for 3d plotting
`l_plot3D()`	Create an interactive loon 3d plot widget
`l_pairs()`	An interactive scatterplot matrix
`l_serialaxes()`	Create an interactive serialaxes (parallel axes or radial axes) plot
`l_navgraph()`	Explore a dataset with the canonical 2d navigation graph setting
`l_ng_ranges()`	2d navigation graph setup with with dynamic node fitering using a slider
`l_ng_plots()`	2d navigation graph setup with with dynamic node fitering using a scatterplot matrix
all l_plot methods
`l_plot()`	Create an interactive loon plot widget
`l_plot3D()`	Create an interactive loon 3d plot widget
`l_plot_arguments`	Arguments common to l_plot functions
`l_plot_inspector()`	Create a Scatterplot Inspector
`l_plot_inspector_analysis()`	Create a Scatterplot Analysis Inspector
`l_plot_ts()`	Draw a decomposed time series loon plot
Snapshots of loon plots Loon -> Grid
`plot(<loon>)`	Plot the current view of any loon plot in the current device.
`plot(<loongraph>)`	Plot a loon graph object with base R graphics
`loonGrob()`	Create a grid grob from a loon widget handle
`grid.loon()`	Create and optionally draw a grid grob from a loon widget handle
`condGrob()`	Create a named grob or a template grob depending on a test
`l_createCompoundGrob()`	For the target compound loon plot, creates the final grob from the class of the `target` and the `arrangeGrob.args`
`l_get_arrangeGrobArgs()`	For the target (compound) loon plot, determines all arguments (i.e. including the grobs) to be passed to `gridExtra::arrangeGrob()` so as to determine the layout in `grid` graphics.
`loonGrob_layoutType()`	A generic function used to distinguish whether only the locations of plots will be used to arrange them in a grob, or whether all arguments to `gridExtra::arrangeGrob()` will be used.
`l_updateGrob()` `l_instantiateGrob()` `l_setGrobPlotView()`	Instantiate a Grob
`as_grid_size()`	Turn a `loon` size to a `grid` size
Exporting via tcl Alternative export to pdf, etc. via tcl and “CTRL-p”
`l_export()`	Export a loon plot as an image
`l_export_valid_formats()`	Return a list of the available image formats when exporting a loon plot
Facets and compound plots Compound plot interaction
`l_facet()`	Layout Facets across multiple panels
`l_plot_arguments`	Arguments common to l_plot functions
`l_getLocations()`	For the target compound loon plot, determines location (only and excluding the grobs) arguments to pass to `gridExtra::arrangeGrob()`
`l_getPlots()`	For the target compound loon plot, determines all the loon plots in that compound plot.
`facet_grid_layout()`	Layout as a grid
`facet_separate_layout()`	layout separately
`facet_wrap_layout()`	Layout as a wrap
Querying and changing the plot programmatically Accessing and modifying loon plots and their internal states
`l_redraw()`	Force a Content Redraw of a Plot
`l_zoom()`	Zoom from and towards the center
`l_size()`	Query Size of a Plot Display
`l_size<-`()	Resize Plot Widget
`l_resize()`	Resize Plot Widget
Accessing the loon plot
`l_create_handle()`	Create a loon object handle
`l_getFromPath()`	Create loon objects from path name
`l_loonWidgets()`	Get all active top level loon plots.
`l_basePaths()`	Get the set of basic path types for loon plots.
`l_compoundPaths()`	Get the set of basic path types for loon plots.
Scaling plots
`l_aspect<-`()	Set the aspect ratio of a plot
`l_aspect()`	Query the aspect ratio of a plot
`l_setAspect()`	Set the aspect ratio of a plot
`l_scale3D()`	Scale for 3d plotting
`l_scaleto_active()`	Change Plot Region to Display All Active Data
`l_scaleto_layer()`	Change Plot Region to Display All Elements of a Particular Layer
`l_scaleto_plot()`	Change Plot Region to Display the All Data of the Model Layer
`l_scaleto_selected()`	Change Plot Region to Display All Selected Data
`l_scaleto_world()`	Change Plot Region to Display All Plot Data
`l_getScaledData()`	Data Scaling
Moving points
`l_move_grid()`	Arrange Points or Nodes on a Grid
`l_move_halign()`	Horizontally Align Points or Nodes
`l_move_hdist()`	Horizontally Distribute Points or Nodes
`l_move_jitter()`	Jitter Points Or Nodes
`l_move_reset()`	Reset Temporary Point or Node Locations to the x and y states
`l_move_valign()`	Vertically Align Points or Nodes
`l_move_vdist()`	Vertically Distribute Points or Nodes
Accessing and modifying loon plot states states from “names()” are also accessible and settable via “[]”
general
`names(<loon>)`	Get State Names of Loon Object
`l_cget()`	Query a Plot State
`l_configure()`	Modify one or multiple plot states
`l_info_states()`	Retrieve Information about the States of a Loon Widget
`l_state_names()`	Get State Names of Loon Object
`l_nDimStateNames()`	N dimensional state names access
linked states
`l_getLinkedStates()`	Query the States that are Linked with Loon's Standard Linking Model
`l_setLinkedStates()`	Modify States of a Plot that are Linked in Loon's Standard Linking Model
saving and reusing
`l_copyStates()`	A generic function to transfer the values of the states of one `loon` structure to another.
`l_getSavedStates()`	Retrieve saved plot states from the named file.
`l_saveStates()`	Save the info states of a loon plot widget in a file
Glyphs Glyphs as point symbols in scatterplots
`l_primitiveGlyphs()`	The primitive glyphs available to a scatterplot or graph display
`l_make_glyphs()`	Make arbitrary glyphs with R graphic devices
adding glyphs functions to add glyphs to, or delete them from, a scatterplot
`l_glyph_add()`	Add non-primitive glyphs to a scatterplot or graph display
`l_glyph_add(<default>)`	Default method for adding non-primitive glyphs
`l_glyph_add_image()`	Add an image glyphs
`l_glyph_add_pointrange()`	Add a Pointrange Glyph
`l_glyph_add_polygon()`	Add a Polygon Glyph
`l_glyph_add_serialaxes()`	Add a Serialaxes Glyph
`l_glyph_add_text()`	Add a Text Glyph
`l_glyph_delete()`	Delete a Glyph
identifying glyphs functions to add glyphs to, or delete them from, a scatterplot
`l_glyph_ids()`	List glyphs ids
`l_glyph_getType()`	Get Glyph Type
`l_glyph_getLabel()`	Get Glyph Label
`l_glyph_relabel()`	Relabel Glyph
image glyphs creating image glyphs
`l_make_glyphs()`	Make arbitrary glyphs with R graphic devices
`l_image_import_array()`	Import Greyscale Images as Tcl images from an Array
`l_image_import_files()`	Import Image Files as Tk Image Objects
`l_imageviewer()`	Display Tcl Images in a Simple Image Viewer
glyph inspector loon inspectors for various type of glyphs
`l_glyphs_inspector()`	Create a Glyphs Inspector
`l_glyphs_inspector_image()`	Create a Image Glyph Inspector
`l_glyphs_inspector_pointrange()`	Create a Pointrange Glyph Inspector
`l_glyphs_inspector_serialaxes()`	Create a Serialaxes Glyph Inspector
`l_glyphs_inspector_text()`	Create a Text Glyph Inspector
Layers Loon plots have multiple display layers
`l_layer()`	Loon layers
`l_layer_hide()`	Hide a Layer
`l_layer_show()`	Show or unhide a Layer
`l_layer_group()`	layer a group node
`l_layers_inspector()`	Create a Layers Inspector
`l_layer_printTree()`	Print the layer tree
`print(<l_layer>)`	Print a summary of a loon layer object
creating layers functions to create layers of different types
`l_layer_contourLines()`	Layer Contour Lines
`l_layer_group()`	layer a group node
`l_layer_heatImage()`	Display a Heat Image
`l_layer_line()`	Layer a line
`l_layer_lines()`	Layer lines
`l_layer_oval()`	Layer a oval
`l_layer_points()`	Layer points
`l_layer_polygon()`	Layer a polygon
`l_layer_polygons()`	Layer polygons
`l_layer_smooth()`	Layer a smooth line for `loon`
`l_layer_rasterImage()`	Layer a Raster Image
`l_layer_rectangle()`	Layer a rectangle
`l_layer_rectangles()`	Layer rectangles
`l_layer_text()`	Layer a text
`l_layer_texts()`	Layer texts
`l_predict()`	Model Prediction
the generic l_layer function various methods to layer particular objects on a loon plot
`l_layer()`	Loon layers
`l_layer(<density>)`	Layer Method for Kernel Density Estimation
`l_layer(<map>)`	Add a Map of class map as Drawings to Loon plot
`l_layer(<Line>)`	Layer line in Line object
`l_layer(<Lines>)`	Layer lines in Lines object
`l_layer(<Polygon>)`	Layer polygon in Polygon object
`l_layer(<Polygons>)`	Layer polygons in Polygons object
`l_layer(<SpatialLines>)`	Layer lines in SpatialLines object
`l_layer(<SpatialLinesDataFrame>)`	Layer lines in SpatialLinesDataFrame object
`l_layer(<SpatialPoints>)`	Layer points in SpatialPoints object
`l_layer(<SpatialPointsDataFrame>)`	Layer points in SpatialPointsDataFrame object
`l_layer(<SpatialPolygons>)`	Layer polygons in SpatialPolygons object
`l_layer(<SpatialPolygonsDataFrame>)`	Layer polygons in SpatialPolygonDataFrame
layer organization query the layer organization
`l_layer_bbox()`	Get the bounding box of a layer.
`l_layer_ids()`	List ids of layers in Plot
`l_layer_printTree()`	Print the layer tree
individual layers query an individual layer
`l_layer_index()`	Get the order index of a layer among its siblings
`l_layer_getLabel()`	Get layer label.
`l_layer_relabel()`	Change layer label
`l_layer_getType()`	Get layer type
`l_layer_getChildren()`	Get children of a group layer
`l_layer_getParent()`	Get parent layer id of a layer
`l_layer_isVisible()`	Return visibility flag of layer
`l_layer_layerVisibility()`	Returns logical value for whether layer is actually seen
`l_layer_groupVisibility()`	Queries visibility status of decendants
organizing and reordering layers various methods to organize layers in a plot
`l_layer_hide()`	Hide a Layer
`l_layer_show()`	Show or unhide a Layer
`l_layer_lower()`	Switch the layer place with its sibling to the right
`l_layer_raise()`	Switch the layer place with its sibling to the left
`l_layer_move()`	Move a layer
`l_layer_group()`	layer a group node
`l_layer_demote()`	Moves the layer to be a child of its right group layer sibling
`l_layer_promote()`	Moves the layer up to be a left sibling of its parent
`l_layer_delete()`	Delete a layer
`l_layer_expunge()`	Delete a layer and all its descendants
Graph Loon’s native graph class and connection to those of the graph package
`loongraph()`	Create a graph object of class loongraph
`as.loongraph()`	Convert a graph object to a loongraph object
`as.graph()`	Convert a loongraph object to an object of class graph
`linegraph()`	Create a linegraph
`linegraph(<loongraph>)`	Create a linegraph of a graph
`complement()`	Create the Complement Graph of a Graph
`complement(<loongraph>)`	Create the Complement Graph of a loon Graph
`completegraph()`	Create a complete graph or digraph with a set of nodes
`graphreduce()`	Make each space in a node apprear only once
`l_getGraph()`	Extract a loongraph or graph object from loon's graph display
`ndtransitiongraph()`	Create a n-d transition graph
interactive graphs
`l_graph()`	Generic funtction to create an interactive graph display
interactive graph switching functions for switching between graphs in the same display
`l_graphswitch()`	Create a graphswitch widget
`l_graphswitch_add()`	Add a graph to a graphswitch widget
`l_graphswitch_add(<default>)`	Add a graph that is defined by node names and a from-to edges list
`l_graphswitch_add(<graph>)`	Add a graph to the graphswitch widget using a graph object
`l_graphswitch_add(<loongraph>)`	Add a graph to the graphswitch widget using a loongraph object
`l_graphswitch_delete()`	Delete a graph from the graphswitch widget
`l_graphswitch_get()`	Return a Graph as a loongraph Object
`l_graphswitch_getLabel()`	Query Label of a Graph in the Graphswitch Widget
`l_graphswitch_ids()`	List the ids of the graphs in the graphswitch widget
`l_graphswitch_move()`	Move a Graph in the Graph List
`l_graphswitch_relabel()`	Relabel a Graph in the Graphswitch Widget
`l_graphswitch_reorder()`	Reorder the Positions of the Graphs in the Graph List
`l_graphswitch_set()`	Change the Graph shown in the Active Graph Widget
graph inspector loon inspector for graphs
`l_graph_inspector()`	Create a Graph Inspector
`l_graph_inspector_analysis()`	Create a Graph Analysis Inspector
`l_graph_inspector_navigators()`	Create a Graph Navigator Inspector
Navigation Graphs Loon’s navigation graphs having two dimensional nodes and 3- or 4-d edges
`l_navgraph()`	Explore a dataset with the canonical 2d navigation graph setting
`l_navigator_add()`	Add a Navigator to a Graph
`l_navigator_delete()`	Delete a Navigator
`l_navigator_getLabel()`	Query the Label of a Navigator
`l_navigator_getPath()`	Get the sequence of nodes of a navigator's current path
`l_navigator_ids()`	List Navigators
`l_navigator_relabel()`	Modify the Label of a Navigator
`l_navigator_walk_backward()`	Have the Navigator Walk Backward on the Current Path
`l_navigator_walk_forward()`	Have the Navigator Walk Forward on the Current Path
`l_navigator_walk_path()`	Have the Navigator Walk a Path on the Graph
Statistical search navigation navigation configured based on bivariate statistical measures
`l_ng_ranges()`	2d navigation graph setup with with dynamic node fitering using a slider
`l_ng_ranges(<default>)`	Select 2d spaces with variable associated measures using a slider
`l_ng_ranges(<measures>)`	2d Navigation Graph Setup with dynamic node fitering using a slider
`l_ng_ranges(<scagnostics>)`	2d Navigation Graph Setup with dynamic node fitering based on scagnostic measures and using a slider
`l_ng_plots()`	2d navigation graph setup with with dynamic node fitering using a scatterplot matrix
`l_ng_plots(<default>)`	Select 2d spaces with variable associated measures displayed in scatterplot matrix
`l_ng_plots(<measures>)`	2d Navigation Graph Setup with dynamic node fitering using a scatterplot matrix
`l_ng_plots(<scagnostics>)`	2d Navigation Graph Setup with dynamic node fitering based on scagnostic measures and by using a scatterplot matrix
Navigators the large ball that traverses a graph; action depends on its “context”
`l_navigator_add()`	Add a Navigator to a Graph
`l_navigator_delete()`	Delete a Navigator
`l_navigator_getLabel()`	Query the Label of a Navigator
`l_navigator_getPath()`	Get the sequence of nodes of a navigator's current path
`l_navigator_ids()`	List Navigators
`l_navigator_relabel()`	Modify the Label of a Navigator
`l_navigator_walk_backward()`	Have the Navigator Walk Backward on the Current Path
`l_navigator_walk_forward()`	Have the Navigator Walk Forward on the Current Path
`l_navigator_walk_path()`	Have the Navigator Walk a Path on the Graph
Contexts contexts attach to navigators and react to their state changes
`l_context_add_context2d()`	Create a context2d navigator context
`l_context_add_geodesic2d()`	Create a geodesic2d navigator context
`l_context_add_slicing2d()`	Create a slicind2d navigator context
`l_context_delete()`	Delete a context from a navigator
`l_context_getLabel()`	Query the label of a context
`l_context_ids()`	List context ids of a navigator
`l_context_relabel()`	Change the label of a context
Measures statistical measures to define navigation graphs
`measures1d()`	Closure of One Dimensional Measures
`measures2d()`	Closure of Two Dimensional Measures
`scagnostics2d()`	Closure of Two Dimensional Scagnostic Measures
`print(<measures1d>)`	Print function names from measure1d object
`print(<measures2d>)`	Print function names from measure2d object
`L2_distance()`	Euclidean distance between two vectors, or between column vectors of two matrices.
Colors Colors
`color_loon()`	Create a palette with loon's color mapping
`l_colorName()`	Get Color Names from the Hex Code
`l_hexcolor()`	Convert color names to their 12 digit hexadecimal color representation
`tkcolors()`	List the valid Tk color names
`hex12tohex6()`	Convert 12 hexadecimal digit color representations to 6 hexidecimal digit color representations
`l_colRemoveAlpha()`	Convert color representations having an alpha transparency level to 6 digit color representations
`loon_palette()`	Loon's color generator for creating color palettes
`l_getColorList()`	Get loon's color mapping list
`as_hex6color()`	Return a 6 hexidecimal digit color representations
`l_setColorList()`	Use custom colors for mapping nominal values to distinct colors
`l_setColorList_ColorBrewer()`	Set loon's color mapping list to the colors from ColorBrewer
`l_setColorList_baseR()`	Set loon's color mapping list to the colors from base R
`l_setColorList_ggplot2()`	Set loon's color mapping list to the colors from ggplot2
`l_setColorList_hcl()`	Set loon's color mapping list to the colors from hcl color wheen
`l_setColorList_loon()`	Set loon's color mapping list to the colors from loon defaults
Inspectors loon inspectors attachable to loon plots
`l_worldview()`	Create a Worldview Inspector
`l_hist_inspector_analysis()`	Create a Histogram Analysis Inspector
`l_glyphs_inspector()`	Create a Glyphs Inspector
`l_graph_inspector()`	Create a Graph Inspector
`l_hist_inspector()`	Create a Histogram Inspector
`l_layers_inspector()`	Create a Layers Inspector
`l_loon_inspector()`	Create a loon inspector
`l_plot_inspector()`	Create a Scatterplot Inspector
`l_serialaxes_inspector()`	Create a Serialaxes Inspector
Bindings and new interaction Loon can create new interaction via a variety of bindings. Each binding has its own id and will evaluate its own user-defined callback function when it is triggered. See l_help(“learn_R_bind”)
`l_after_idle()`	Evaluate a function on once the processor is idle
`l_currentindex()`	Get layer-relative index of the item below the mouse cursor
`l_currenttags()`	Get tags of the item below the mouse cursor
state binding Bindings which evaluate a callback function when certain plot states change, as specified at binding creation.
`l_bind_state()`	Add a state change binding
`l_bind_state_get()`	Get the event pattern and callback Tcl code of a state binding
`l_bind_state_delete()`	Delete a state binding
`l_bind_state_ids()`	List state binding ids
`l_bind_state_reorder()`	Reorder the state binding evaluation sequence
glyph binding Bindings which evaluate a callback function for particular changes in the collection of glyphs of a display
`l_bind_glyph()`	Add a glyph binding
`l_bind_glyph_get()`	Get the event pattern and callback Tcl code of a glyph binding
`l_bind_glyph_delete()`	Delete a glyph binding
`l_bind_glyph_ids()`	List glyph binding ids
`l_bind_glyph_reorder()`	Reorder the glyph binding evaluation sequence
item binding Item bindings are used for evaluating callback functions at certain mouse and/or keyboard gestures events (i.e. X events) on visual items on the canvas. Items on the canvas can have tags and item bindings are specified to be evaluated at certain X events for items with specific tags.
`l_bind_item()`	Create a Canvas Binding
`l_bind_item_get()`	Get the event pattern and callback Tcl code of a item binding
`l_bind_item_delete()`	Delete a item binding
`l_bind_item_ids()`	List item binding ids
`l_bind_item_reorder()`	Reorder the item binding evaluation sequence
layer binding Bindings which evaluate a callback function for particular changes in the collection of layers of a display.
`l_bind_layer()`	Add a layer binding
`l_bind_layer_get()`	Get the event pattern and callback Tcl code of a layer binding
`l_bind_layer_delete()`	Delete a layer binding
`l_bind_layer_ids()`	List layer binding ids
`l_bind_layer_reorder()`	Reorder the layer binding evaluation sequence
navigator binding Bindings which evaluate a callback function for particular changes in the collection of navigators of a display.
`l_bind_navigator()`	Add a navigator binding
`l_bind_navigator_get()`	Get the event pattern and callback Tcl code of a navigator binding
`l_bind_navigator_delete()`	Delete a navigator binding
`l_bind_navigator_ids()`	List navigator binding ids
`l_bind_navigator_reorder()`	Reorder the navigator binding evaluation sequence
canvas binding Canvas bindings are triggered by a mouse/keyboard gesture over the plot as a whole. They evaluate a callback function when triggered.
`l_bind_canvas()`	Create a Canvas Binding
`l_bind_canvas_get()`	Get the event pattern and callback Tcl code of a canvas binding
`l_bind_canvas_delete()`	Delete a canvas binding
`l_bind_canvas_ids()`	List canvas binding ids
`l_bind_canvas_reorder()`	Reorder the canvas binding evaluation sequence
context binding Bindings which evaluate a callback function for particular changes in the collection of contexts of a display
`l_bind_context()`	Add a context binding
`l_bind_context_get()`	Get the event pattern and callback Tcl code of a context binding
`l_bind_context_delete()`	Delete a context binding
`l_bind_context_ids()`	List context binding ids
`l_bind_context_reorder()`	Reorder the context binding evaluation sequence
R and TCL functions interfacing between R and TCL
`l_create_handle()`	Create a loon object handle
`l_getFromPath()`	Create loon objects from path name
`l_data()`	Convert an R data.frame to a Tcl dictionary
`l_widget()`	Dummy function to be used in the Roxygen documentation
`l_subwin()`	Create a child widget path
`l_toR()`	Convert a Tcl Object to some other R object
`l_isLoonWidget()`	Check if a widget path is a valid loon widget
`l_loonWidgets()`	Get all active top level loon plots.
`l_basePaths()`	Get the set of basic path types for loon plots.
`l_compoundPaths()`	Get the set of basic path types for loon plots.
`l_throwErrorIfNotLoonWidget()`	Throw an error if string is not associated with a loon widget
`l_Rlist2nestedTclList()`	Convert an R list to a nested Tcl list
`l_nestedTclList2Rlist()`	Convert a Nested Tcl List to an R List
`l_toplevel()`	loon tk top level
`tkcolors()`	List the valid Tk color names
`glyph_to_pch()`	Glyph to Pch
`get_font_info_from_tk()`	Return Font Information
`tcl_img_2_r_raster()`	A tk Image Object to a Raster Object
Accessories some handy functions to query the loon plot states
`get_display_color()`	Return the Displayed Color
`get_layer_states()`	Get Layer States
`get_model_display_order()`	Get the Order of the Display
`char2num.data.frame()`	A Character Data Frame to a Numerical Data Frame

Reference

Package Information

Data

Options

Main Plotting Functions

scatterplots

statistical specializations

histograms and barplots

facetting existing loon plots

multivariate plots

all l_plot methods

Snapshots of loon plots

Exporting via tcl

Facets and compound plots

Querying and changing the plot programmatically

Accessing the loon plot

Scaling plots

Moving points

Accessing and modifying loon plot states

general

linked states

saving and reusing

Glyphs

adding glyphs

identifying glyphs

image glyphs

glyph inspector

Layers

creating layers

the generic l_layer function

layer organization

individual layers

organizing and reordering layers

Graph

interactive graphs

interactive graph switching

graph inspector

Navigation Graphs

Statistical search navigation

Navigators

Contexts

Measures

Colors

Inspectors

Bindings and new interaction

state binding

glyph binding

item binding

layer binding

navigator binding

canvas binding

context binding

R and TCL

Accessories