Computes the linear offset of the provided point along this axis relative to its min value. For a linear axis this is offset = (point-min)/(max-min). Values less than 0 or greater than 1 mean the point is before or beyond the range of the axis, respectively. Nonlinear, e.g. log, axes can be implemented with appropriate transformations in this function.

computeTickValues

abstract fun computeTickValues(axisLength: Dp): TickValues<T>

Computes major and minor tick values based on the minimum tick spacing and the overall axisLength.

offsetToValue

abstract fun offsetToValue(offset: Float): T

Inverse of computeOffset.

pan

open fun pan(amount: Float): Boolean

Asks the AxisState to compute new ranges and tick values after panning, if the axis supports panning.

setViewRange

abstract fun setViewRange(newRange: ClosedRange<Double>)

Sets the currently viewable range on the axis. This is a more direct alternative to using pan and zoom to set the range of currently viewable values on an axis. The start and end must be within the allowed range of the axis. If they exceed either limit they will be clamped to the range.

zoom

open fun zoom(zoomFactor: Float, pivot: Float)

Asks the AxisState to compute new ranges and tick values after zooming, if the axis supports zooming.