module Main where import qualified Graphics.Gnuplot.Advanced as GP import qualified Graphics.Gnuplot.MultiPlot as MultiPlot import qualified Graphics.Gnuplot.Frame as Frame import qualified Graphics.Gnuplot.Frame.OptionSet as Opts import qualified Graphics.Gnuplot.Frame.OptionSet.Style as OptsStyle import qualified Graphics.Gnuplot.Frame.OptionSet.Histogram as Histogram import qualified Graphics.Gnuplot.Graph as Graph import qualified Graphics.Gnuplot.Plot.ThreeDimensional as Plot3D import qualified Graphics.Gnuplot.Graph.ThreeDimensional as Graph3D import qualified Graphics.Gnuplot.Plot.TwoDimensional as Plot2D import qualified Graphics.Gnuplot.Graph.TwoDimensional as Graph2D import Graphics.Gnuplot.Plot.TwoDimensional (linearScale, ) import qualified Graphics.Gnuplot.LineSpecification as LineSpec import qualified Data.Time as Time import qualified Paths_gnuplot as Path import System.FilePath ((), ) import Control.Monad (liftM2, ) import Data.Array (listArray, ) import Data.Foldable (foldMap, ) import Data.Monoid (mappend, ) simple2d :: Plot2D.T Double Double simple2d = Plot2D.function Graph2D.lines (linearScale 100 (-10,10)) sin circle2d :: Plot2D.T Double Double circle2d = Plot2D.parameterFunction Graph2D.lines (linearScale 24 (-pi,pi)) (\t -> (cos t, sin t)) list2d :: Plot2D.T Int Integer list2d = Plot2D.list Graph2D.listPoints [0,1,1,2,3,5,8,13::Integer] candle2d :: Plot2D.T Time.Day Double candle2d = Plot2D.list Graph2D.candleSticks $ zip [(Time.fromGregorian 2008 01 01) ..] $ flip map (linearScale 32 (0,2*pi)) $ \t -> (-sin t, -2*sin t, 2*sin t, sin t) image2d :: Plot2D.T Double Double image2d = case linearScale 300 (-20,20) of xs -> Plot2D.function Graph2D.image (liftM2 (,) xs xs) $ \(x,y) -> cos (sqrt (x*x+x*y+y*y)) overlay2d :: Frame.T (Graph2D.T Double Double) overlay2d = Frame.cons (Opts.size 1 0.4 $ Opts.key False $ Opts.deflt) $ Plot2D.function Graph2D.lines (linearScale 100 (-pi,pi)) cos `mappend` circle2d histogram2d :: Frame.T (Graph2D.T Int Double) histogram2d = Frame.cons ( Opts.title "Comparison of how well software revisions perform on each hardware version" $ Histogram.clusteredGap 2 $ Opts.boxwidthAbsolute 0.9 $ OptsStyle.fillBorderLineType (-1) $ OptsStyle.fillSolid $ Opts.xTicks2d [("220", 0), ("320", 1), ("420", 2), ("520", 3), ("620", 4), ("720", 5)] $ Opts.yRange2d (0,3000) $ Opts.deflt) $ foldMap (\(title,dat) -> fmap (Graph2D.lineSpec (LineSpec.title title LineSpec.deflt)) $ Plot2D.list Graph2D.histograms dat) $ ("1.0011", [102, 213, 378, 408, 840, 920]) : ("1.0012", [152, 233, 388, 433, 850, 1200]) : ("1.0013", [172, 263, 408, 463, 860, 1500]) : ("1.0014", [192, 293, 458, 483, 890, 2000]) : [] names2d :: Frame.T (Graph2D.T Double Double) names2d = let domain = (-10,10) frameOpts = Opts.xRange2d domain $ Opts.yRange2d (-1.5,1.5) $ Opts.deflt in Frame.cons frameOpts $ foldMap (\(name,f) -> fmap (Graph2D.lineSpec (LineSpec.title name $ LineSpec.deflt)) $ Plot2D.function Graph2D.lines (linearScale 100 domain) f) $ ("sin", sin) : ("cos", cos) : ("tan", tan) : [] file2d :: FilePath -> FilePath -> Frame.T (Graph2D.T Int Double) file2d path file = let lineSpec = Graph2D.lineSpec $ LineSpec.title "runtimes" $ LineSpec.lineWidth 2.5 $ LineSpec.deflt frameOpts = Opts.xLabel "input size" $ Opts.yLabel "runtime (ms)" $ Opts.title ("Graph from " ++ file) $ Opts.deflt in Frame.cons frameOpts $ fmap lineSpec $ Plot2D.pathFromFile Graph2D.lines (path file) 1 2 mixed2d :: MultiPlot.T mixed2d = MultiPlot.simpleFromPartArray $ listArray ((0::Int,0::Int), (0,2)) $ MultiPlot.partFromPlot circle2d : MultiPlot.partFromFrame (Frame.cons (Opts.xFormat "%m-%d" $ Opts.key False $ Opts.deflt) $ candle2d) : MultiPlot.partFromPlot list2d : [] {- The size settings of overlay2d interfer badly with the other plots, because 'unset' does not restore the size to the multiplot settings. -} size2d :: MultiPlot.T size2d = MultiPlot.simpleFromPartArray $ listArray ((0::Int,0::Int), (0,2)) $ MultiPlot.partFromPlot candle2d : MultiPlot.partFromFrame (Frame.cons (Opts.yLabel "Fibonacci" $ Opts.key False $ Opts.deflt) list2d) : MultiPlot.partFromPlot candle2d : [] defltOpts :: Graph.C graph => Opts.T graph defltOpts = Opts.key False $ Opts.deflt wave3d :: Frame.T (Graph3D.T Double Double Double) wave3d = let meshNodes = linearScale 20 (-2,2) in Frame.cons (Opts.grid True $ Opts.xRange3d (-2.5,2.5) $ Opts.yRange3d (-2.5,2.5) $ defltOpts) $ Plot3D.surface meshNodes meshNodes (\x y -> cos(x*x+y*y)) lissajous3d :: Frame.T (Graph3D.T Double Double Double) lissajous3d = let t = linearScale 300 (-pi, pi) f n = map (sin . (*) n) t in Frame.cons defltOpts $ Plot3D.cloud Graph3D.lines $ zip3 (f 3) (f 4) (f 9) multiplot :: MultiPlot.T multiplot = let (prefix,suffix) = splitAt 7 $ map MultiPlot.partFromFrame $ map (\k -> Frame.cons (Opts.xRange2d (-1,1) defltOpts) $ Plot2D.parameterFunction Graph2D.lines (linearScale 48 (-pi,pi::Double)) (\t -> (cos (t + pi/7*fromInteger k), sin (2*t)))) $ [0..13] {- center = MultiPlot.partFromFrame Frame.empty -} center = MultiPlot.partFromFrame wave3d in MultiPlot.title "multiplot of 2d and 3d graphics" $ MultiPlot.simpleFromPartArray $ listArray ((0::Int,0::Int), (2,4)) $ prefix ++ center : suffix main :: IO () main = sequence_ $ GP.plotDefault simple2d : GP.plotDefault list2d : GP.plotDefault candle2d : GP.plotDefault image2d : GP.plotDefault histogram2d : GP.plotDefault names2d : GP.plotDefault overlay2d : (GP.plotDefault . flip file2d "runtime.data" =<< fmap ( "data") Path.getDataDir) : GP.plotDefault mixed2d : GP.plotDefault size2d : GP.plotDefault wave3d : GP.plotDefault lissajous3d : GP.plotDefault multiplot : []