Figure |
interface Figure |
FrontendContext |
interface FrontendContext |
Geom |
object Geom |
GGBunch |
class GGBunch : Figure
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LetsPlot |
object LetsPlot |
MappingMeta |
class MappingMeta |
Pos |
object Pos |
Stat |
object Stat |
theme |
Use theme() to modify individual components of a theme, allowing you to control the appearance of all non-data components of the plot. class theme : OptionsMap |
ENV_HTML_ISOLATED_FRAME |
const val ENV_HTML_ISOLATED_FRAME: String |
as_discrete |
Marks a numeric variable as categorical. The plot will use a discrete scale for the aesthetic mapping. It is similar to the factor() function from R but works differently - there is no data transformation. fun as_discrete(variable: String, label: String? = null): MappingMeta |
coord_cartesian |
The Cartesian coordinate system is the most familiar, and common, type of coordinate system. Setting limits on the coordinate system will zoom the plot (like you're looking at it with a magnifying glass), and will not change the underlying data like setting limits on a scale will. fun coord_cartesian(xlim: Pair<Number?, Number?>? = null, ylim: Pair<Number?, Number?>? = null): OptionsMap |
coord_fixed |
A fixed scale coordinate system forces a specified ratio between the physical representation of data units on the axes. fun coord_fixed(ratio: Double? = null, xlim: Pair<Number?, Number?>? = null, ylim: Pair<Number?, Number?>? = null): OptionsMap |
coord_map |
Projects a portion of the earth, which is approximately spherical, onto a flat 2D plane using any projection defined by the mapproj package. Map projections do not, in general, preserve straight lines, so this requires considerable computation. fun coord_map(xlim: Pair<Number?, Number?>? = null, ylim: Pair<Number?, Number?>? = null): OptionsMap |
ggplot |
fun ggplot(data: Map<*, *>? = null, mapping: GenericAesMapping.() -> Unit = {}): Plot |
ggsize |
Specifies overall size of plot. fun ggsize(width: Int, height: Int): OptionsMap |
lets_plot |
fun lets_plot(data: Map<*, *>? = null, mapping: GenericAesMapping.() -> Unit = {}): Plot |
position_dodge |
fun position_dodge(width: Number? = null): PosOptions
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position_jitter |
fun position_jitter(width: Number? = null, height: Number? = null): PosOptions
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position_jitterdodge |
fun position_jitterdodge(dodgeWidth: Number? = null, jitterWidth: Number? = null, jitterHeight: Number? = null): PosOptions
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position_nudge |
fun position_nudge(x: Number? = null, y: Number? = null): PosOptions
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