Copyright	(c) Connor Moreside 2016
License	BSD-3
Maintainer	connor@moresi.de
Stability	experimental
Portability	POSIX
Safe Haskell	None
Language	Haskell2010

Web.Lightning.Plots

Contents

Sparse Adjacency Matrix
Force-Directed Network
Graph
Graph Bundled
Line
Map
Matrix
Scatter
3D Scatter
Circle
Histogram
Volume
Streaming Line Plot
Streaming Scatter Plot

Description

Synopsis

Sparse Adjacency Matrix

data AdjacencyPlot Source #

Adjacency plot parameters

Constructors

AdjacencyPlot

Fields

apConn :: [[Double]]
Matrix that defines the connectivity of the plot. The dimensions of the matrix can be (n, n), (n, 2) or (n, 3). Matrix can be binary or continuous valued. Links should contain either 2 elements per link (source, target) or 3 elements (source, target, value).
apLabels :: Maybe [Text]
Text labels for each item (will label rows and columns).
apGroup :: Maybe [Int]
List to set colors via groups.
apSort :: Maybe Text
What to sort by; options are "group" or "degree."
apNumbers :: Maybe Bool
Whether or not to show numbers on cells.
apSymmetric :: Maybe Bool
Whether or not to make links symetrical.

Instances

Eq AdjacencyPlot Source #
Methods (==) :: AdjacencyPlot -> AdjacencyPlot -> Bool # (/=) :: AdjacencyPlot -> AdjacencyPlot -> Bool #
Show AdjacencyPlot Source #
Methods showsPrec :: Int -> AdjacencyPlot -> ShowS # show :: AdjacencyPlot -> String # showList :: [AdjacencyPlot] -> ShowS #
ToJSON AdjacencyPlot Source #
Methods toJSON :: AdjacencyPlot -> Value # toEncoding :: AdjacencyPlot -> Encoding #
Default AdjacencyPlot Source #
Methods def :: AdjacencyPlot #
ValidatablePlot AdjacencyPlot Source #
Methods validatePlot :: AdjacencyPlot -> Either LightningError AdjacencyPlot Source #

adjacencyPlot Source #

Arguments

:: Monad m
=> AdjacencyPlot	Adjacency plot to create.
-> LightningT m Visualization	Transformer stack with created visualization.

Submits a request to the specified lightning-viz server to create a sparse adjacency matrix visualiazation.

Adjacency Visualization

Force-Directed Network

data ForcePlot Source #

Force plot parameters

Constructors

ForcePlot

Fields

fpConn :: [[Double]]
Matrix that defines the connectivity of the plot. The dimensions of the matrix can be (n, n), (n, 2) or (n, 3). Matrix can be binary or continuous valued. Links should contain either 2 elements per link (source, target) or 3 elements (source, target, value).
fpValues :: Maybe [Double]
Values to set node colors via a linear scale.
fpLabels :: Maybe [Text]
List of text labels to set as tooltips.
fpColor :: Maybe [Int]
Single RGB value or list to set node colors.
fpGroup :: Maybe [Int]
Single integer or list to set node colors via groups.
fpColorMap :: Maybe Text
Specification of color map, only colorbrewer types supported.
fpSize :: Maybe [Int]
Single size or list to set node sizes.
fpToolTips :: Maybe Bool
Whether or not to show tooltips.
fpZoom :: Maybe Bool
Whether or not to allow zooming.
fpBrush :: Maybe Bool
Whether or not to support brushing.

Instances

Eq ForcePlot Source #
Methods (==) :: ForcePlot -> ForcePlot -> Bool # (/=) :: ForcePlot -> ForcePlot -> Bool #
Show ForcePlot Source #
Methods showsPrec :: Int -> ForcePlot -> ShowS # show :: ForcePlot -> String # showList :: [ForcePlot] -> ShowS #
ToJSON ForcePlot Source #
Methods toJSON :: ForcePlot -> Value # toEncoding :: ForcePlot -> Encoding #
Default ForcePlot Source #
Methods def :: ForcePlot #
ValidatablePlot ForcePlot Source #
Methods validatePlot :: ForcePlot -> Either LightningError ForcePlot Source #

forcePlot Source #

Arguments

:: Monad m
=> ForcePlot	Force plot to create.
-> LightningT m Visualization	Transformer stack with created visualization.

Submits a request to the specified lightning-viz server to create a force-directed network visualization from connectivity.

Force-Directed Network Visualization

Graph

data GraphPlot Source #

Graph plot parameters

Constructors

GraphPlot

Fields

gpX :: [Double]
x-points for node co-ordinates.
gpY :: [Double]
y-points for node co-ordinates.
gpConn :: [[Double]]
Matrix that defines the connectivity of the plot. The dimensions of the matrix can be (n, n), (n, 2) or (n, 3). Matrix can be binary or continuous valued. Links should contain either 2 elements per link (source, target) or 3 elements (source, target, value).
gpValues :: Maybe [Int]
Values to set node colors via a linear scale.
gpLabels :: Maybe [Text]
List of text labels to be used as tooltips.
gpColors :: Maybe [Int]
List to set node colors.
gpGroup :: Maybe [Int]
List to set node colors via group assignment.
gpColorMap :: Maybe Text
Specification of color map; only colorbrewer types supported.
gpSize :: Maybe [Int]
List to set node sizes.
gpToolTips :: Maybe Bool
Whether or not to show tooltips.
gpZoom :: Maybe Bool
Whether or not to allow zooming.
gpBrush :: Maybe Bool
Whether or not to support brushing.

Instances

Eq GraphPlot Source #
Methods (==) :: GraphPlot -> GraphPlot -> Bool # (/=) :: GraphPlot -> GraphPlot -> Bool #
Show GraphPlot Source #
Methods showsPrec :: Int -> GraphPlot -> ShowS # show :: GraphPlot -> String # showList :: [GraphPlot] -> ShowS #
ToJSON GraphPlot Source #
Methods toJSON :: GraphPlot -> Value # toEncoding :: GraphPlot -> Encoding #
Default GraphPlot Source #
Methods def :: GraphPlot #
ValidatablePlot GraphPlot Source #
Methods validatePlot :: GraphPlot -> Either LightningError GraphPlot Source #

graphPlot Source #

Arguments

:: Monad m
=> GraphPlot	Graph plot to create.
-> LightningT m Visualization	Transformer stack with created visualization.

Submits a request to the specified lightning-viz server to create a node-link graph from spatial points and their connectivity.

Graph Bundled

graphBundledPlot Source #

Arguments

:: Monad m
=> GraphPlot	Graph plot to create.
-> LightningT m Visualization	Transformer stack with created visualization.

Submits a request to the specified lightning-viz server to create a bundled node-link graph visualization.

Line

data LinePlot Source #

Line plot parameters

Constructors

LinePlot

Fields

lpSeries :: [[Double]]
Input data for line plot, typically n series of lenght m. Can also pass a list where each individual series is of different lengths.
lpIndex :: Maybe [Int]
Specify the index for the x-axis line plot.
lpColor :: Maybe [Int]
Single RGB value or list to set line colors to.
lpGroup :: Maybe [Int]
Single integer or list to set line colors to via group assignment.
lpThickness :: Maybe [Int]
Single integer or list to set line thickness to.
lpXaxis :: Maybe Text
Label for x-axis.
lpYaxis :: Maybe Text
Label for y-axis.
lpZoom :: Maybe Bool
Whether or not to allow zooming.

Instances

Eq LinePlot Source #
Methods (==) :: LinePlot -> LinePlot -> Bool # (/=) :: LinePlot -> LinePlot -> Bool #
Show LinePlot Source #
Methods showsPrec :: Int -> LinePlot -> ShowS # show :: LinePlot -> String # showList :: [LinePlot] -> ShowS #
ToJSON LinePlot Source #
Methods toJSON :: LinePlot -> Value # toEncoding :: LinePlot -> Encoding #
Default LinePlot Source #
Methods def :: LinePlot #
ValidatablePlot LinePlot Source #
Methods validatePlot :: LinePlot -> Either LightningError LinePlot Source #

linePlot Source #

Arguments

:: Monad m
=> LinePlot	Line plot to create.
-> LightningT m Visualization	Transformer stack with created visualization.

Submits a request to the specified lightning-viz server to create a plot to visualize one-dimensional series.

Line Visualization

Map

data MapPlot Source #

Map plot parameters

Constructors

MapPlot
Fields mppRegions :: [Text] String identifies for map regions, either length of two characters (for states in a US map) or length of three (for counties in a world map). mppWeights :: [Double] Values to use to color each reason mppColorMap :: Maybe Text Specification of color map; only colorbrew types supported.

Instances

Eq MapPlot Source #
Methods (==) :: MapPlot -> MapPlot -> Bool # (/=) :: MapPlot -> MapPlot -> Bool #
Show MapPlot Source #
Methods showsPrec :: Int -> MapPlot -> ShowS # show :: MapPlot -> String # showList :: [MapPlot] -> ShowS #
ToJSON MapPlot Source #
Methods toJSON :: MapPlot -> Value # toEncoding :: MapPlot -> Encoding #
Default MapPlot Source #
Methods def :: MapPlot #
ValidatablePlot MapPlot Source #
Methods validatePlot :: MapPlot -> Either LightningError MapPlot Source #

mapPlot Source #

Arguments

:: Monad m
=> MapPlot	Map plot to create.
-> LightningT m Visualization	Transformer stack with created visualization.

Submits a request to the specified lightning-viz server to create a chloropleth map of the world or united states.

Map Visualization

Matrix

data MatrixPlot Source #

Matrix plot parameters

Constructors

MatrixPlot
Fields mpMatrix :: [[Double]] Two-dimensional list of matrix data. mpRowLabels :: Maybe [Text] List of strings to label rows. mpColLabels :: Maybe [Text] List of strings to label columns. mpColorMap :: Maybe Text Specification of color map; only colorbrewer types supported. mpNumbers :: Maybe Bool Whether or not to show numbers on the cells.

Instances

Eq MatrixPlot Source #
Methods (==) :: MatrixPlot -> MatrixPlot -> Bool # (/=) :: MatrixPlot -> MatrixPlot -> Bool #
Show MatrixPlot Source #
Methods showsPrec :: Int -> MatrixPlot -> ShowS # show :: MatrixPlot -> String # showList :: [MatrixPlot] -> ShowS #
ToJSON MatrixPlot Source #
Methods toJSON :: MatrixPlot -> Value # toEncoding :: MatrixPlot -> Encoding #
Default MatrixPlot Source #
Methods def :: MatrixPlot #
ValidatablePlot MatrixPlot Source #
Methods validatePlot :: MatrixPlot -> Either LightningError MatrixPlot Source #

matrixPlot Source #

Arguments

:: Monad m
=> MatrixPlot	Matrix plot to create.
-> LightningT m Visualization	Transformer stack with created visualization.

Submits a request to the specified lightning-viz server to create a heat map of the given matrix.

Matrix Visualization

Scatter

data ScatterPlot Source #

Scatter plot parameters

Constructors

ScatterPlot

Fields

spX :: [Double]
List of x points.
spY :: [Double]
List of y points.
spValues :: Maybe [Double]
Values to set node colors via a linear scale.
spLabels :: Maybe [Text]
List of text labels to set tooltips.
spColor :: Maybe [Int]
List of rgb values to set colors.
spGroup :: Maybe [Int]
List to set colors via groups.
spColorMap :: Maybe Text
Specification of color map; only colorbrewer types supported.
spSize :: Maybe [Int]
List to set point sizes.
spAlpha :: Maybe [Double]
List of alpha values to set file and stroke opacity.
spXaxis :: Maybe Text
Label for x-axis.
spYaxis :: Maybe Text
Label for y-axis.
spToolTips :: Maybe Bool
Whether or not to display tooltips.
spZoom :: Maybe Bool
Whether or not to allow zooming.
spBrush :: Maybe Bool
Whether or not to support brushing.

Instances

Eq ScatterPlot Source #
Methods (==) :: ScatterPlot -> ScatterPlot -> Bool # (/=) :: ScatterPlot -> ScatterPlot -> Bool #
Show ScatterPlot Source #
Methods showsPrec :: Int -> ScatterPlot -> ShowS # show :: ScatterPlot -> String # showList :: [ScatterPlot] -> ShowS #
ToJSON ScatterPlot Source #
Methods toJSON :: ScatterPlot -> Value # toEncoding :: ScatterPlot -> Encoding #
Default ScatterPlot Source #
Methods def :: ScatterPlot #
ValidatablePlot ScatterPlot Source #
Methods validatePlot :: ScatterPlot -> Either LightningError ScatterPlot Source #

scatterPlot Source #

Arguments

:: Monad m
=> ScatterPlot	Scatter plot to create.
-> LightningT m Visualization	Transformer stack with created visualization.

Submits a request to the specified lightning-viz server to create a scatter plot.

Scatter Visualization

3D Scatter

data Scatter3Plot Source #

Scatter Plot 3D parameters

Constructors

Scatter3Plot
Fields sptX :: [Double] List of x points. sptY :: [Double] List of y points. sptZ :: [Double] List of z points. sptColors :: Maybe [Int] List of rgb values to set colors. sptGroups :: Maybe [Int] List to set colors via groups. sptSize :: Maybe [Int] List to set point sizes. sptAlpha :: Maybe [Double] List of alpha values to set file and stroke opacity.

Instances

Eq Scatter3Plot Source #
Methods (==) :: Scatter3Plot -> Scatter3Plot -> Bool # (/=) :: Scatter3Plot -> Scatter3Plot -> Bool #
Show Scatter3Plot Source #
Methods showsPrec :: Int -> Scatter3Plot -> ShowS # show :: Scatter3Plot -> String # showList :: [Scatter3Plot] -> ShowS #
ToJSON Scatter3Plot Source #
Methods toJSON :: Scatter3Plot -> Value # toEncoding :: Scatter3Plot -> Encoding #
Default Scatter3Plot Source #
Methods def :: Scatter3Plot #
ValidatablePlot Scatter3Plot Source #
Methods validatePlot :: Scatter3Plot -> Either LightningError Scatter3Plot Source #

scatter3Plot Source #

Arguments

:: Monad m
=> Scatter3Plot	Scatter plot to create
-> LightningT m Visualization	Transformer stack with created visualization.

Submits a request to the specified lightning-viz server to create a 3D scatter plot.

Scatter Visualization

Circle

data CirclePlot Source #

Circle plot parameters

Constructors

CirclePlot

Fields

cpConn :: [[Double]]
Matrix that defines the connectivity of the plot. The dimensions of the matrix can be (n, n), (n, 2) or (n, 3). Matrix can be binary or continuous valued. Links should contain either 2 elements per link (source, target) or 3 elements (source, target, value).
cpGroup :: Maybe [Int]
List to set colors via groups.
cpColor :: Maybe [Int]
(k, 3) : List of rbg values to set colors of top-level group, where k is the number of unique elements in the top-level group.
cpLabels :: Maybe [Text]
List of text labels to label nodes.

Instances

Eq CirclePlot Source #
Methods (==) :: CirclePlot -> CirclePlot -> Bool # (/=) :: CirclePlot -> CirclePlot -> Bool #
Show CirclePlot Source #
Methods showsPrec :: Int -> CirclePlot -> ShowS # show :: CirclePlot -> String # showList :: [CirclePlot] -> ShowS #
ToJSON CirclePlot Source #
Methods toJSON :: CirclePlot -> Value # toEncoding :: CirclePlot -> Encoding #
Default CirclePlot Source #
Methods def :: CirclePlot #
ValidatablePlot CirclePlot Source #
Methods validatePlot :: CirclePlot -> Either LightningError CirclePlot Source #

circlePlot Source #

Arguments

:: Monad m
=> CirclePlot	Circle plot to create.
-> LightningT m Visualization	Transformer stack with created visualization.

Submits a request to the specified lightning-viz server to create a circular graph from connectivity data.

Circle Visualization

Histogram

data HistogramPlot Source #

Histogram plot parameters

Constructors

HistogramPlot
Fields hpValues :: [Double] hpBins :: Maybe [Double] hpZoom :: Maybe Bool

Instances

Eq HistogramPlot Source #
Methods (==) :: HistogramPlot -> HistogramPlot -> Bool # (/=) :: HistogramPlot -> HistogramPlot -> Bool #
Show HistogramPlot Source #
Methods showsPrec :: Int -> HistogramPlot -> ShowS # show :: HistogramPlot -> String # showList :: [HistogramPlot] -> ShowS #
ToJSON HistogramPlot Source #
Methods toJSON :: HistogramPlot -> Value # toEncoding :: HistogramPlot -> Encoding #
Default HistogramPlot Source #
Methods def :: HistogramPlot #
ValidatablePlot HistogramPlot Source #
Methods validatePlot :: HistogramPlot -> Either LightningError HistogramPlot Source #

histogramPlot Source #

Arguments

:: Monad m
=> HistogramPlot	Histogram plot to create.
-> LightningT m Visualization	Transformer stack with created visualization.

Submits a request to the specified lightning-viz server to create a plot to histogram.

HistogramPlot Visualization

Volume

data VolumePlot Source #

Volume plot parameters

Constructors

VolumePlot
Fields vpImages :: [Img] A collection of images to display. Can be 2 dimensional (grey scale) or 3 dimensional (RGB) lists.

Instances

Eq VolumePlot Source #
Methods (==) :: VolumePlot -> VolumePlot -> Bool # (/=) :: VolumePlot -> VolumePlot -> Bool #
Show VolumePlot Source #
Methods showsPrec :: Int -> VolumePlot -> ShowS # show :: VolumePlot -> String # showList :: [VolumePlot] -> ShowS #
ToJSON VolumePlot Source #
Methods toJSON :: VolumePlot -> Value # toEncoding :: VolumePlot -> Encoding #
Default VolumePlot Source #
Methods def :: VolumePlot #
ValidatablePlot VolumePlot Source #
Methods validatePlot :: VolumePlot -> Either LightningError VolumePlot Source #

volumePlot Source #

Arguments

:: Monad m
=> Text	Base URL for lightning-viz server.
-> VolumePlot	Volume plot to create
-> LightningT m Visualization	Transformer stack with created visualization.

Submits a request to the specified lightning-viz server to create a visualization of a collection of images as a three-dimensional volume.

Volume Visualization

Streaming Line Plot

data LineStreamPlot Source #

Streaming line plot parameters

Constructors

LineStreamPlot

Fields

lspSeries :: [[Double]]
Input data for line plot, typically n series of lenght m. Can also pass a list where each individual series is of different lengths.
lspIndex :: Maybe [Int]
Specify the index for the x-axis line plot.
lspColor :: Maybe [Int]
Single RGB value or list to set line colors to.
lspGroup :: Maybe [Int]
Single integer or list to set line colors to via group assignment.
lspSize :: Maybe [Int]
Sets the line thickness
lspXAxis :: Maybe Text
Label for the x axis
lspYAxis :: Maybe Text
Label for the y axis
lspMaxWidth :: Maybe Int
The maximum number of time points to show before plot shifts.
lspZoom :: Maybe Bool
Whether or not to enable zooming.
lspVisualization :: Maybe Visualization

Instances

Show LineStreamPlot Source #
Methods showsPrec :: Int -> LineStreamPlot -> ShowS # show :: LineStreamPlot -> String # showList :: [LineStreamPlot] -> ShowS #
ToJSON LineStreamPlot Source #
Methods toJSON :: LineStreamPlot -> Value # toEncoding :: LineStreamPlot -> Encoding #
Default LineStreamPlot Source #
Methods def :: LineStreamPlot #
ValidatablePlot LineStreamPlot Source #
Methods validatePlot :: LineStreamPlot -> Either LightningError LineStreamPlot Source #

streamingLinePlot Source #

Arguments

:: Monad m
=> LineStreamPlot	Line plot to create / update.
-> LightningT m Visualization	Transformer stack with created visualization.

Plot streaming one-dimensional series data as updating lines.

Streaming Line Visualization

Streaming Scatter Plot

data ScatterStreamPlot Source #

Scatter plot parameters

Constructors

ScatterStreamPlot

Fields

sspX :: [Double]
List of x points.
sspY :: [Double]
List of y points.
sspValues :: Maybe [Double]
Values to set node colors via a linear scale.
sspLabels :: Maybe [Text]
List of text labels to set tooltips.
sspColor :: Maybe [Int]
List of rgb values to set colors.
sspGroup :: Maybe [Int]
List to set colors via groups.
sspColorMap :: Maybe Text
Specification of color map; only colorbrewer types supported.
sspSize :: Maybe [Int]
List to set point sizes.
sspXaxis :: Maybe Text
Label for x-axis.
sspYaxis :: Maybe Text
Label for y-axis.
sspToolTips :: Maybe Bool
Whether or not to display tooltips.
sspZoom :: Maybe Bool
Whether or not to allow zooming.
sspBrush :: Maybe Bool
Whether or not to support brushing.
sspVisualization :: Maybe Visualization
The visualization to update. If Nothing, create

Instances

Show ScatterStreamPlot Source #
Methods showsPrec :: Int -> ScatterStreamPlot -> ShowS # show :: ScatterStreamPlot -> String # showList :: [ScatterStreamPlot] -> ShowS #
ToJSON ScatterStreamPlot Source #
Methods toJSON :: ScatterStreamPlot -> Value # toEncoding :: ScatterStreamPlot -> Encoding #
Default ScatterStreamPlot Source #
Methods def :: ScatterStreamPlot #
ValidatablePlot ScatterStreamPlot Source #
Methods validatePlot :: ScatterStreamPlot -> Either LightningError ScatterStreamPlot Source #

streamingScatterPlot Source #

Arguments

:: Monad m
=> ScatterStreamPlot	Scatter plot to create / update.
-> LightningT m Visualization	Transformer stack with created visualization.

Create a streaming scatter plot of x and y.

Plotting once returns a visualization on which append can be called to add new data in a streaming fashion. The opacity of old and new data is automatically set to highlight the most recent data and fade old data away.

Streaming Scatter Visualization

module Data.Default.Class