You can read an article about KyPlot from

**here**.

The followings are main functionalities of KyPlot.

### New functionalities in Version 6.0.0

See samples files: MapG, MapList and MapWorld.

See also graph templates for Japan prefecture data: MapJapanAreas, MapJapanBars, MapJapanCompactAreas, MapJapanCompactBars and MapJapanCompactPolygons.2) Cylindrical graphs: cylindrical line/scatter/area graphs, cylindrical mesh graphs (surface /contour/column), cylindrical bubble graphs and cylindrical vector graphs

See sample file: CylindG.

### Data analysis

•One dimensional and two dimensional Fourier transforms

•Spectral and time series analyses

•Gabor transform and wavelet analysis

### Statistical analysis

### Graph

•XY Line/Scatter/Area, XY Mesh (Image/Contour/Surface), , XY Bubble, XY Vector

•Polar Line/Scatter/Area, Polar Mesh (Image/Contour/Surface), Polar Bubble, Polar Vector

•Map Line/Scatter/Area, Map Mesh (Image/Contour/Surface), Map Bubble, Map Vector[3D graph]•Waterfall, 3D Bar, 3D Stacked Bar

•XYZ Line/Scatter, XYZ Mesh (Surface/Contour/Column), XYZ Bubble, XYZ Vector

•Cylindrical Line/Scatter, Cylindrical Mesh (Surface/Contour/Column), Cylindrical Bubble, Cylindrical Vector

### Graph fitting

•Penalized likelihood regression (2D, 3D)

•Local polynomial regression for plane and space curves (2D, 3D)

•Smoothing spline regression for plane and space curves (2D, 3D)

•Histograms and freaquency polygons (2D, 3D)

•Kernel density estimation (2D, 3D)

•Local likelihood density estimation (2D, 3D)

•Penalized likelihood density estimation (2D, 3D)

•Parametric curve interpolation (2D, 3D)

### Function plot

•Cartesian parametric plane curve (2D)

•Cartesian bivariate implicit function curve (2D)

•Cartesian parametric space curve (3D)

•Cartesian bivariate function surface (3D/2D)

•Cartesian parametric surface (3D)

•Polar univariate function curve (2D)

•Polar parametric plane curve (2D)

•Polar bivariate implicit function curve (2D)

•Cylindrical parametric space curve (3D)

•Cylindrical/Polar bivariate function surface (3D/2D)

•Cylindrical parametric surface (3D)