case class ContinuousAxisDescriptor(bounds: Bounds, numTicksRequested: Int, fixed: Boolean) extends AxisDescriptor with Product with Serializable
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- val axisBounds: Bounds
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- ContinuousAxisDescriptor → AxisDescriptor
- val bounds: Bounds
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- ContinuousAxisDescriptor → AxisDescriptor
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- lazy val labels: Seq[String]
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- ContinuousAxisDescriptor → AxisDescriptor
- val maxValue: Double
Given a numeric range and the desired number of ticks, figure out where to put the ticks so the labels will have "nice" values (e.g., 100 not 137).
Given a numeric range and the desired number of ticks, figure out where to put the ticks so the labels will have "nice" values (e.g., 100 not 137). Return the first tick, last tick, tick increment, and number of fractional digits to show. Note that the number of ticks fitting in the range might exceed the requested number. See "Nice Numbers for Graph Labels" by Paul Heckbert, from "Graphics Gems", Academic Press, 1990. This method implements "loose labeling", meaning that the minimum and maximum ticks are placed outside of the bounds of the data.
- val minValue: Double
Given a numeric range and the desired number of ticks, figure out where to put the ticks so the labels will have "nice" values (e.g., 100 not 137).
Given a numeric range and the desired number of ticks, figure out where to put the ticks so the labels will have "nice" values (e.g., 100 not 137). Return the first tick, last tick, tick increment, and number of fractional digits to show. Note that the number of ticks fitting in the range might exceed the requested number. See "Nice Numbers for Graph Labels" by Paul Heckbert, from "Graphics Gems", Academic Press, 1990. This method implements "loose labeling", meaning that the minimum and maximum ticks are placed outside of the bounds of the data.
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- val numFrac: Int
- val numTicks: Int
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- ContinuousAxisDescriptor → AxisDescriptor
- val numTicksRequested: Int
- def productElementNames: Iterator[String]
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- val spacing: Double
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- val tickMax: Double
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- ContinuousAxisDescriptor → AxisDescriptor
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