alchemist-swingui/it.unibo.alchemist.boundary.swingui.effect.impl/DrawBidimensionalGaussianLayersIsolines

DrawBidimensionalGaussianLayersIsolines

open class DrawBidimensionalGaussianLayersIsolines : DrawLayersIsolines

Draw isolines for it.unibo.alchemist.model.implementations.layers.BidimensionalGaussianLayers. It ignores any other layer.

Constructors

DrawBidimensionalGaussianLayersIsolines

open fun DrawBidimensionalGaussianLayersIsolines()

Functions

~~open~~ ~~fun~~ ~~apply~~( graphic: Graphics2D, node: Node<out Any>, x: Int, y: Int)

open fun <T, P : Position2D<P>?> apply( g: Graphics2D, n: Node<T>, environment: Environment<T, P>, wormhole: Wormhole2D<P>)

open fun <T, P : Position2D<P>?> apply( graphics: Graphics2D, node: Node<T>, environment: Environment<T, P>, wormhole: Wormhole2D<P>)

Applies the effect.

open fun <T, P : Position2D<P>?> drawFunction( function: (out Any) -> out Number, environment: Environment<T, P>, graphics: Graphics2D, wormhole: Wormhole2D<P>)

abstract fun <T, P : Position2D<P>?> drawFunction( function: (out Any) -> out Number, environment: Environment<T, P>, graphics: Graphics2D, wormhole: Wormhole2D<P>)

Draw the provided function.

abstract fun <T, P : Position2D<P>?> drawLayers( toDraw: Collection<Layer<T, P>>, environment: Environment<T, P>, graphics: Graphics2D, wormhole: Wormhole2D<P>)

Effectively draw the layers.

open fun <T, P : Position2D<P>?> drawLayers( toDraw: Collection<Layer<T, P>>, environment: Environment<T, P>, graphics: Graphics2D, wormhole: Wormhole2D<P>)

abstract fun equals(obj: Any): Boolean

getColorSummary

open fun getColorSummary(): Color

open fun getDrawValues(): Boolean

getNumberOfIsolines

open fun getNumberOfIsolines(): RangedInteger

abstract fun hashCode(): Int

open fun isLayerFilter(): Boolean

open fun linspace( d1: Double, d2: Double, n: Int): Array<Double>

generates n linearly-spaced points between d1 and d2.

open fun logspace( d1: Double, d2: Double, n: Int, base: Double): Array<Double>

generates n logarithmically-spaced points between d1 and d2 using the provided base.

open fun setDrawValues(drawValues: Boolean)

open fun setLayerFilter(layerFilter: Boolean)

setNumberOfIsolines

open fun setNumberOfIsolines(nOfIsolines: RangedInteger)

Properties

open var alpha: RangedInteger

open var blue: RangedInteger

open var distribution: DrawLayersIsolines.Distribution

open var green: RangedInteger

open val markerNodeID: Integer

open var maxLayerValue: String

open var minLayerValue: String

open var molString: String

open var red: RangedInteger