-- Hoogle documentation, generated by Haddock
-- See Hoogle, http://www.haskell.org/hoogle/


-- | A plotting library, exportable as eps/pdf/svg/png or renderable with gtk
--   
--   A package for creating plots, built on top of the Cairo rendering
--   engine.
--   
--   An ambitious attempt to replace gnuplot.
--   
--   Monadic actions are used to configure a figure, which is a (rxc) array
--   of subplots. Each plot displays a graph with optional heading, labels,
--   legend, and annotations. The annotations themselves may be used to
--   draw diagrams.
--   
--   A figure is preprocessed in preparation for rendering by the Cairo
--   renderer. The Cairo library can be used to output the figure to PS,
--   PDF, SVG, and PNG file formats, or to display the figure in a GTK
--   Drawable context. (see package 'plot-gtk').
--   
--   The preprocessed figure can be embedded as an arbitrary Cairo render,
--   including in a diagram created with the diagram package. Conversely,
--   arbitrary Cairo renders can be embedded in the data region of a
--   <a>Figure</a>.
--   
--   The data series are type <a>Data.Packed.Vector</a> from hmatrix,
--   which, when hmatrix is compiled with '-fvector', is a synonym for
--   <a>Data.Vector.Storable</a> from the vector package and are thus
--   compatible with packages such as statistics.
--   
--   The example in Graphics.Rendering.Plot can be viewed at
--   <a>http://code.haskell.org/plot/examples/perturbed-sine.png</a>
@package plot
@version 0.2.3.8


-- | Creation and manipulation of <a>Figure</a>s
--   
--   The same problem of leaked instances as at
--   <a>http://hackage.haskell.org/packages/archive/graphviz/2999.10.0.1/doc/html/Data-GraphViz-Commands.html#t%3AGraphvizCanvas</a>
--   occurs here.
--   
--   <i>with</i>, <i>set</i>, <i>clear</i>, <i>new</i>, and <i>add</i> are
--   the operations that can be performed on various elements of a figure.
--   
--   <i>glib</i>/<i>data-accessor</i> abstractions (verbs/modifiers) are
--   planned for future implementations
module Graphics.Rendering.Plot.Figure
data Figure a
data FigureState

-- | perform some actions on the text defaults, must be run before other
--   text element modifications
withTextDefaults :: Text () -> Figure ()

-- | perform some actions on the line defaults, must be run before other
--   line element modifications
withLineDefaults :: Line () -> Figure ()

-- | perform some actions on the point defaults, must be run before other
--   point modifications
withPointDefaults :: Point () -> Figure ()

-- | perform some actions on the bar defaults, must be run before other
--   point modifications
withBarDefaults :: Bar () -> Figure ()

-- | create a new blank <a>Figure</a>
newFigure :: Figure ()

-- | set the background colour of the figure
setBackgroundColour :: Color -> Figure ()

-- | set the padding of the figure
setFigurePadding :: Double -> Double -> Double -> Double -> Figure ()

-- | operate on the title
withTitle :: Text () -> Figure ()

-- | operate on the sub-title
withSubTitle :: Text () -> Figure ()

-- | set the shape of the plots, losing all current plots
setPlots :: Int -> Int -> Figure ()

-- | perform some actions on the specified subplot
withPlot :: (Int, Int) -> Plot () -> Figure ()

-- | perform some actions all subplots
withPlots :: Plot () -> Figure ()
data Plot a

-- | set the plot background colour
setPlotBackgroundColour :: Color -> Plot ()
type Border = Bool

-- | whether to draw a boundary around the plot area
setBorder :: Border -> Plot ()

-- | set the padding of the subplot
setPlotPadding :: Double -> Double -> Double -> Double -> Plot ()

-- | set the heading of the subplot
withHeading :: Text () -> Plot ()
type Function = Double -> Double
type VectorFunction = Vector Double -> Vector Double
type Series = Vector Double
type MinMaxSeries = (Series, Series)
type ErrorSeries = Series
type Surface = Matrix Double
type SeriesLabel = String
class Abscissa a
class Ordinate a
class Dataset a
type FormattedSeries = Data DecoratedSeries
data SeriesType
Line :: SeriesType
Point :: SeriesType
LinePoint :: SeriesType
Impulse :: SeriesType
Step :: SeriesType
Area :: SeriesType
Bar :: SeriesType
Hist :: SeriesType
Candle :: SeriesType
Whisker :: SeriesType
line :: (Ordinate a, LineFormat b) => a -> b -> FormattedSeries
point :: (Ordinate a, PointFormat b) => a -> b -> FormattedSeries
linepoint :: (Ordinate a, LineFormat b, PointFormat c) => a -> b -> c -> FormattedSeries
impulse :: (Ordinate a, LineFormat b) => a -> b -> FormattedSeries
step :: (Ordinate a, LineFormat b) => a -> b -> FormattedSeries
area :: (Ordinate a, LineFormat b) => a -> b -> FormattedSeries
bar :: (Ordinate a, BarFormat b) => a -> b -> FormattedSeries
hist :: (Ordinate a, BarFormat b) => a -> b -> FormattedSeries
candle :: (Ordinate a, BarFormat b) => a -> b -> FormattedSeries
whisker :: (Ordinate a, BarFormat b) => a -> b -> FormattedSeries

-- | set the data series of the subplot
--   
--   The data series are either <a>FormattedSeries</a> or plain data
--   series. A plain data series must carry a <a>SeriesType</a>.
--   
--   A dataset may or may not have an abscissa series, and if so, it is
--   paired with either a list of ordinate series or a single ordinate
--   series.
--   
--   The abscissa series (if present) is of type 'Vector Double'.
--   
--   An ordinate series be a function (<tt>Double -&gt; Double</tt>) or a
--   series of points, a 'Vector Double' with optional error series, y axis
--   preference, and labels.
--   
--   To specify decoration options for an ordinate series, use the
--   appropriate function, such as <tt>linespoints</tt>, with the ordinate
--   series and decoration formatting (<tt>LineFormat</tt>,
--   <tt>PointFormat</tt>, and <tt>BarFormat</tt>) as arguments.
--   
--   <pre>
--   setDataset (ts,[linespoints (xs,(le,ue),Upper,"data") (([Dash,Dash],3,blue),(Diamond,green))])
--   </pre>
--   
--   has abscissa <tt>ts</tt> paired with a list of ordinate series, the
--   single element of which is a <a>FormattedSeries</a>,
--   <tt>linespoints</tt> where the ordinate is <tt>xs</tt> with error
--   series <tt>le</tt> and <tt>ue</tt>, to be graphed against the upper
--   y-range with label "data". The line element is formatted to be dashed,
--   of width 3, and blue and the point element is to be a green diamond.
setDataset :: Dataset a => a -> Plot ()
type Location = (Double, Double)
type Head = Bool
type Fill = Bool
data Annote a

-- | add an arrow
arrow :: Head -> Location -> Location -> Line () -> Annote ()

-- | add an oval
oval :: Fill -> Location -> Location -> Bar () -> Annote ()

-- | add a rectangle
rect :: Fill -> Location -> Location -> Bar () -> Annote ()

-- | add a rectangle
glyph :: Location -> Point () -> Annote ()

-- | add text
text :: Location -> Text () -> Annote ()

-- | add a cairo render that takes the bounding box (in user coordinates)
--   as an argument
cairo :: (Double -> Double -> Double -> Double -> Render ()) -> Annote ()
withAnnotations :: Annote () -> Plot ()

-- | set the plot type of a given data series
setSeriesType :: Int -> SeriesType -> Plot ()

-- | change the plot type of all data series
setAllSeriesTypes :: SeriesType -> Plot ()
class PlotFormats m

-- | format the plot elements of a given series
withSeriesFormat :: PlotFormats m => Int -> m () -> Plot ()

-- | format the plot elements of all series
--   
--   the operation to modify the formats is passed the series index. This
--   allows, for example, colours to be selected from a list that gets
--   indexed by the argument
--   
--   <pre>
--   setColour = withAllSeriesFormats (\i -&gt; do
--                                           setLineColour $ [black,blue,red,green,yellow] !! i
--                                           setLineWidth 1.0)
--   </pre>
withAllSeriesFormats :: PlotFormats m => (Int -> m ()) -> Plot ()
data Scale
Linear :: Scale
Log :: Scale

-- | set the axis range
setRange :: AxisType -> AxisSide -> Scale -> Double -> Double -> Plot ()

-- | set the axis ranges to values based on dataset
setRangeFromData :: AxisType -> AxisSide -> Scale -> Plot ()
data Axis a
data AxisType
XAxis :: AxisType
YAxis :: AxisType
data AxisSide
Lower :: AxisSide
Upper :: AxisSide
data AxisPosn
Side :: AxisSide -> AxisPosn
Value :: Double -> AxisPosn

-- | clear the axes of a subplot
clearAxes :: Plot ()

-- | clear an axis of a subplot
clearAxis :: AxisType -> AxisPosn -> Plot ()

-- | add an axis to the subplot
addAxis :: AxisType -> AxisPosn -> Axis () -> Plot ()

-- | operate on the given axis
withAxis :: AxisType -> AxisPosn -> Axis () -> Plot ()
data BarSetting
BarNone :: BarSetting
BarSpread :: BarSetting
BarStack :: BarSetting
barSetting :: BarSetting -> Plot ()
type SampleData = Bool
sampleData :: SampleData -> Plot ()
data Legend a
type LegendBorder = Bool
data LegendLocation
North :: LegendLocation
NorthEast :: LegendLocation
East :: LegendLocation
SouthEast :: LegendLocation
South :: LegendLocation
SouthWest :: LegendLocation
West :: LegendLocation
NorthWest :: LegendLocation
data LegendOrientation
Inside :: LegendOrientation
Outside :: LegendOrientation

-- | clear the legend
clearLegend :: Plot ()

-- | set the legend location and orientation
setLegend :: LegendBorder -> LegendLocation -> LegendOrientation -> Plot ()

-- | format the legend text
withLegendFormat :: Text () -> Plot ()
data Tick
Minor :: Tick
Major :: Tick
data TickValues
TickNumber :: Int -> TickValues
TickValues :: (Vector Double) -> TickValues
type GridLines = Bool
data TickFormat
DefaultTickFormat :: TickFormat
Printf :: String -> TickFormat
FormatFunction :: (Double -> String) -> TickFormat

-- | format the axis ticks
setTicks :: Tick -> TickValues -> Axis ()

-- | should gridlines be displayed?
setGridlines :: Tick -> GridLines -> Axis ()

-- | set the tick label format
setTickLabelFormat :: TickFormat -> Axis ()

-- | a list of data labels
setTickLabels :: [String] -> Axis ()

-- | format the tick labels
withTickLabelsFormat :: Text () -> Axis ()

-- | operate on the axis label
withAxisLabel :: Text () -> Axis ()

-- | format the axis line
withAxisLine :: Line () -> Axis ()

-- | format the grid lines
withGridLine :: Tick -> Line () -> Axis ()
data Line a
class LineFormat a
type DashStyle = [Dash]
data Dash
Dot :: Dash
Dash :: Dash
type LineWidth = Double

-- | clear the formatting of a line
clearLineFormat :: Line ()

-- | change the dash style of a line
setDashStyle :: DashStyle -> Line ()

-- | change the line width of a line
setLineWidth :: LineWidth -> Line ()

-- | change the line colour of a line
setLineColour :: Color -> Line ()
data Point a
class PointFormat a
data Glyph
Box :: Glyph
Cross :: Glyph
Diamond :: Glyph
Asterisk :: Glyph
Triangle :: Glyph
Circle :: Glyph
Bullet :: Glyph
Top :: Glyph
Bot :: Glyph
type PointSize = Double

-- | change the glyph of a point
setGlyph :: Glyph -> Point ()

-- | change the size of a point
setPointSize :: PointSize -> Point ()

-- | change the colour of a point
setPointColour :: Color -> Point ()
data Bar a
class BarFormat a

-- | clear the formatting of a line
clearBarFormat :: Bar ()

-- | set the width of the bar
setBarWidth :: Width -> Bar ()

-- | set the colour of the bar
setBarColour :: Color -> Bar ()

-- | set the width of the bar border
setBarBorderWidth :: LineWidth -> Bar ()

-- | set the colour of the bar border
setBarBorderColour :: Color -> Bar ()
data Text a
type FontFamily = String
type FontSize = Double
type Color = Colour Double

-- | clear the text entry
clearText :: Text ()

-- | set the text formatting to the default
clearTextFormat :: Text ()

-- | set the value of a text entry
setText :: String -> Text ()

-- | set the font style of a text entry
setFontFamily :: FontFamily -> Text ()

-- | set the font style of a text entry
setFontStyle :: FontStyle -> Text ()

-- | set the font variant of a text entry
setFontVariant :: Variant -> Text ()

-- | set the font weight of a text entry
setFontWeight :: Weight -> Text ()

-- | set the font stretch of a text entry
setFontStretch :: Stretch -> Text ()

-- | set the font size of a text entry
setFontSize :: FontSize -> Text ()

-- | set the colour of a text entry
setFontColour :: Color -> Text ()


-- | One line <a>Figure</a> creation
module Graphics.Rendering.Plot.Figure.Simple

-- | create a figure with a single linear plot with lower X and Y axes
--   whose ranges are set from the data
plot :: Dataset d => d -> Figure ()

-- | create a figure with a single log-log plot with lower X and Y axes
--   whose ranges are set from the data
loglog :: Dataset d => d -> Figure ()

-- | create a figure with a single linear-log plot with lower X and Y axes
--   whose ranges are set from the data

-- | <i>Deprecated: use linlog</i>
semilog :: Dataset d => d -> Figure ()

-- | create a figure with a single linear-log plot with lower X and Y axes
--   whose ranges are set from the data
linlog :: Dataset d => d -> Figure ()

-- | create a figure with a single log-linear plot with lower X and Y axes
--   whose ranges are set from the data
loglin :: Dataset d => d -> Figure ()

-- | create a figure with a single parametric plot over n points with lower
--   X and Y axes whose ranges are set from the data
parametric :: (Double -> Double, Double -> Double) -> (Double, Double) -> Int -> Figure ()

-- | set the title
title :: String -> Figure ()

-- | set the subtitle
subtitle :: String -> Figure ()
class Simple m

-- | set the gridlines
grid :: Simple m => Bool -> m ()

-- | set the x range
xrange :: Simple m => Scale -> Double -> Double -> m ()

-- | set the y range
yrange :: Simple m => Scale -> Double -> Double -> m ()

-- | set the x range from data
xautorange :: Simple m => m ()

-- | set the y range from data
yautorange :: Simple m => m ()

-- | set the x range from data
xautorangeLog :: Simple m => m ()

-- | set the y range from data
yautorangeLog :: Simple m => m ()

-- | set the x label
xlabel :: Simple m => String -> m ()

-- | set the y label
ylabel :: Simple m => String -> m ()
instance Graphics.Rendering.Plot.Figure.Simple.Simple Graphics.Rendering.Plot.Types.Plot
instance Graphics.Rendering.Plot.Figure.Simple.Simple Graphics.Rendering.Plot.Types.Figure


-- | Rendering <a>Figure</a>s
module Graphics.Rendering.Plot.Render

-- | render a <a>Figure</a>
render :: Figure () -> (Int, Int) -> Render ()

-- | create <a>FigureState</a> from a series of <a>Figure</a> actions
newFigureState :: Figure () -> IO FigureState

-- | modify a <a>FigureState</a> with some new actions
updateFigureState :: FigureState -> Figure () -> FigureState

-- | render a <a>FigureState</a>
renderFigureState :: FigureState -> (Int, Int) -> Render ()

-- | output file type
data OutputType
PNG :: OutputType
PS :: OutputType
PDF :: OutputType
SVG :: OutputType

-- | output the <a>Figure</a>
writeFigure :: OutputType -> FilePath -> (Int, Int) -> Figure () -> IO ()

-- | output the <a>FigureState</a>
writeFigureState :: OutputType -> FilePath -> (Int, Int) -> FigureState -> IO ()


-- | Graphical plots
module Graphics.Rendering.Plot