Try the following tutorials and examples to learn and evaluate various features of the Lets-Plot
library.
- Quickstart and User Guide
- Geoms and Stats
- Position Adjustment
- Scales
- Facets
- GGBunch
asDiscrete()
function- gggrid()
- Export to File
- Formatting
- Theme
- Data Sampling
- Tooltip Customization
- Correlation Plot
- GeoTools Support
geomHistogram, geomDensity, geomVLine, geomFreqpoly, geomBoxplot
:
geomErrorBar, geomLine, geomPoint, geomBar, geomCrossbar, geomLineRange, geomPointRange
:
geomPoint, geomSmooth (statSmooth)
:
geomDensity2D, geomDensity2DFilled, geomBin2D, geomPolygon, geomPoint
:
geomTile, geomContour, geomPolygon (Stat.contour), geomContourFilled
:
geomText
, label format
positionDodge
: error_bars.ipynbpositionJitter
: scatter_plot.ipynb
scaleColorManual, scaleFillManual
: error_bars.ipynbscaleXContinuous, scaleShapeManual
: scatter_plot.ipynbscaleColorGradient
: density_2d.ipynbscaleFillHue, scaleFillGrey, scaleColorGradient
: contours.ipynb
facetGrid(), facetWrap()
: facets.ipynb
GGBunch allows to show a collection of plots on one figure. Each plot in the collection can have arbitrary location and size. There is no automatic layout inside the bunch.
A simple utility which you can use to arrange plots in a regular grid.
The ggsave()
function is an easy way to export plot to a file in SVG, HTML or raster formats.
Legend layout and axis presentation options :
Sampling is a special technique of data transformation, which helps dealing with large datasets and overplotting.
See: Sampling in Lets-Plot.
- Pick sampling on Bar-chart: sampling_pick.ipynb
- Stratified sampling: sampling_stratified.ipynb
See GeoTools Support.