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 * Copyright (c) 2012, 2017, Oracle and/or its affiliates. All rights reserved.
 * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
 *
 * This code is free software; you can redistribute it and/or modify it
 * under the terms of the GNU General Public License version 2 only, as
 * published by the Free Software Foundation.  Oracle designates this
 * particular file as subject to the "Classpath" exception as provided
 * by Oracle in the LICENSE file that accompanied this code.
 *
 * This code is distributed in the hope that it will be useful, but WITHOUT
 * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
 * FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License
 * version 2 for more details (a copy is included in the LICENSE file that
 * accompanied this code).
 *
 * You should have received a copy of the GNU General Public License version
 * 2 along with this work; if not, write to the Free Software Foundation,
 * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
 *
 * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
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 */

package javafx.scene.layout;

import javafx.beans.NamedArg;



Defines the radii of each of the four corners of a BorderStroke. The
CornerRadii class is immutable and therefore can be reused on multiple
BorderStrokes. This class defines 8 different values, corresponding
to the horizontal and vertical components of 4 quarter ellipses, which
in turn define the curvature of the corners of the BorderStroke.

Since:JavaFX 8.0
/**
 * Defines the radii of each of the four corners of a BorderStroke. The
 * CornerRadii class is immutable and therefore can be reused on multiple
 * BorderStrokes. This class defines 8 different values, corresponding
 * to the horizontal and vertical components of 4 quarter ellipses, which
 * in turn define the curvature of the corners of the BorderStroke.
 *
 * @since JavaFX 8.0
 */
public class CornerRadii {
    
A CornerRadii which is entirely empty, indicating squared corners.
This is the default value for a BorderStroke's radii.

/**
     * A CornerRadii which is entirely empty, indicating squared corners.
     * This is the default value for a BorderStroke's radii.
     */
    public static final CornerRadii EMPTY = new CornerRadii(
            0, 0, 0, 0, 0, 0, 0, 0,
            false, false, false, false, false, false, false, false
    );

    
The length of the horizontal radii of the top-left corner.

Returns:the length of the horizontal radii of the top-left corner
/**
     * The length of the horizontal radii of the top-left corner.
     * @return the length of the horizontal radii of the top-left corner
     */
    public final double getTopLeftHorizontalRadius() { return topLeftHorizontalRadius; }
    private double topLeftHorizontalRadius;

    
The length of the vertical radii of the top-left corner.

Returns:the length of the vertical radii of the top-left corner
/**
     * The length of the vertical radii of the top-left corner.
     * @return the length of the vertical radii of the top-left corner
     */
    public final double getTopLeftVerticalRadius() { return topLeftVerticalRadius; }
    private double topLeftVerticalRadius;

    
The length of the vertical radii of the top-right corner.

Returns:the length of the vertical radii of the top-right corner
/**
     * The length of the vertical radii of the top-right corner.
     * @return the length of the vertical radii of the top-right corner
     */
    public final double getTopRightVerticalRadius() { return topRightVerticalRadius; }
    private double topRightVerticalRadius;

    
The length of the horizontal radii of the top-right corner.

Returns:the length of the horizontal radii of the top-right corner
/**
     * The length of the horizontal radii of the top-right corner.
     * @return the length of the horizontal radii of the top-right corner
     */
    public final double getTopRightHorizontalRadius() { return topRightHorizontalRadius; }
    private double topRightHorizontalRadius;

    
The length of the horizontal radii of the bottom-right corner.

Returns:the length of the horizontal radii of the bottom-right corner
/**
     * The length of the horizontal radii of the bottom-right corner.
     * @return the length of the horizontal radii of the bottom-right corner
     */
    public final double getBottomRightHorizontalRadius() { return bottomRightHorizontalRadius; }
    private double bottomRightHorizontalRadius;

    
The length of the vertical radii of the bottom-right corner.

Returns:the length of the vertical radii of the bottom-right corner
/**
     * The length of the vertical radii of the bottom-right corner.
     * @return the length of the vertical radii of the bottom-right corner
     */
    public final double getBottomRightVerticalRadius() { return bottomRightVerticalRadius; }
    private double bottomRightVerticalRadius;

    
The length of the vertical radii of the bottom-left corner.

Returns:the length of the vertical radii of the bottom-left corner
/**
     * The length of the vertical radii of the bottom-left corner.
     * @return the length of the vertical radii of the bottom-left corner
     */
    public final double getBottomLeftVerticalRadius() { return bottomLeftVerticalRadius; }
    private double bottomLeftVerticalRadius;

    
The length of the horizontal radii of the bottom-left corner.

Returns:the length of the horizontal radii of the bottom-left corner
/**
     * The length of the horizontal radii of the bottom-left corner.
     * @return the length of the horizontal radii of the bottom-left corner
     */
    public final double getBottomLeftHorizontalRadius() { return bottomLeftHorizontalRadius; }
    private double bottomLeftHorizontalRadius;

    
indicates whether topLeftHorizontalRadius is interpreted as a value or a percentage. 
Returns:if true topLeftHorizontalRadius is in percentage, otherwise a value
/**
     * indicates whether {@code topLeftHorizontalRadius} is interpreted as a value or a percentage.
     * @return if true topLeftHorizontalRadius is in percentage, otherwise a value
     */
    public final boolean isTopLeftHorizontalRadiusAsPercentage() { return topLeftHorizontalRadiusAsPercentage; }
    private final boolean topLeftHorizontalRadiusAsPercentage;

    
indicates whether topLeftVerticalRadius is interpreted as a value or a percentage. 
Returns:if true topLeftVerticalRadius is in percentage, otherwise a value
/**
     * indicates whether {@code topLeftVerticalRadius} is interpreted as a value or a percentage.
     * @return if true topLeftVerticalRadius is in percentage, otherwise a value
     */
    public final boolean isTopLeftVerticalRadiusAsPercentage() { return topLeftVerticalRadiusAsPercentage; }
    private final boolean topLeftVerticalRadiusAsPercentage;

    
indicates whether topRightVerticalRadius is interpreted as a value or a percentage. 
Returns:if true topRightVerticalRadius is in percentage, otherwise a value
/**
     * indicates whether {@code topRightVerticalRadius} is interpreted as a value or a percentage.
     * @return if true topRightVerticalRadius is in percentage, otherwise a value
     */
    public final boolean isTopRightVerticalRadiusAsPercentage() { return topRightVerticalRadiusAsPercentage; }
    private final boolean topRightVerticalRadiusAsPercentage;

    
indicates whether topRightHorizontalRadius is interpreted as a value or a percentage. 
Returns:if true topRightHorizontalRadius is in percentage, otherwise a value
/**
     * indicates whether {@code topRightHorizontalRadius} is interpreted as a value or a percentage.
     * @return if true topRightHorizontalRadius is in percentage, otherwise a value
     */
    public final boolean isTopRightHorizontalRadiusAsPercentage() { return topRightHorizontalRadiusAsPercentage; }
    private final boolean topRightHorizontalRadiusAsPercentage;

    
indicates whether bottomRightHorizontalRadius is interpreted as a value or a percentage. 
Returns:if true bottomRightHorizontalRadius is in percentage, otherwise a value
/**
     * indicates whether {@code bottomRightHorizontalRadius} is interpreted as a value or a percentage.
     * @return if true bottomRightHorizontalRadius is in percentage, otherwise a value
     */
    public final boolean isBottomRightHorizontalRadiusAsPercentage() { return bottomRightHorizontalRadiusAsPercentage; }
    private final boolean bottomRightHorizontalRadiusAsPercentage;

    
indicates whether bottomRightVerticalRadius is interpreted as a value or a percentage. 
Returns:if true bottomRightVerticalRadius is in percentage, otherwise a value
/**
     * indicates whether {@code bottomRightVerticalRadius} is interpreted as a value or a percentage.
     * @return if true bottomRightVerticalRadius is in percentage, otherwise a value
     */
    public final boolean isBottomRightVerticalRadiusAsPercentage() { return bottomRightVerticalRadiusAsPercentage; }
    private final boolean bottomRightVerticalRadiusAsPercentage;

    
indicates whether bottomLeftVerticalRadius is interpreted as a value or a percentage. 
Returns:if true bottomLeftVerticalRadius is in percentage, otherwise a value
/**
     * indicates whether {@code bottomLeftVerticalRadius} is interpreted as a value or a percentage.
     * @return if true bottomLeftVerticalRadius is in percentage, otherwise a value
     */
    public final boolean isBottomLeftVerticalRadiusAsPercentage() { return bottomLeftVerticalRadiusAsPercentage; }
    private final boolean bottomLeftVerticalRadiusAsPercentage;

    
indicates whether bottomLeftHorizontalRadius is interpreted as a value or a percentage. 
Returns:if true bottomLeftHorizontalRadius is in percentage, otherwise a value
/**
     * indicates whether {@code bottomLeftHorizontalRadius} is interpreted as a value or a percentage.
     * @return if true bottomLeftHorizontalRadius is in percentage, otherwise a value
     */
    public final boolean isBottomLeftHorizontalRadiusAsPercentage() { return bottomLeftHorizontalRadiusAsPercentage; }
    private final boolean bottomLeftHorizontalRadiusAsPercentage;

    final boolean hasPercentBasedRadii;

    
Indicates whether each corner radius is exactly the same, and each are either uniformly percentage-based
or not.

Returns:if true each corner radius is uniformly percentage-based, otherwise not
/**
     * Indicates whether each corner radius is exactly the same, and each are either uniformly percentage-based
     * or not.
     * @return if true each corner radius is uniformly percentage-based, otherwise not
     */
    public final boolean isUniform() { return uniform; }
    final boolean uniform;

    
The cached hash code.

/**
     * The cached hash code.
     */
    private final int hash;

    
Create a new CornerRadii with a single uniform radii value for all components of all
corners. This constructor will create the CornerRadii such that none of the values are
percentages.

Params:
  • radius –    The radii for each corner. Negative values are not allowed.
/**
     * Create a new CornerRadii with a single uniform radii value for all components of all
     * corners. This constructor will create the CornerRadii such that none of the values are
     * percentages.
     *
     * @param radius    The radii for each corner. Negative values are not allowed.
     */
    public CornerRadii(@NamedArg("radius") double radius) {
        // As per the CSS Spec 5.1
        if (radius < 0) {
            throw new IllegalArgumentException("The radii value may not be < 0");
        }
        this.topLeftHorizontalRadius = this.topLeftVerticalRadius =
                this.topRightVerticalRadius = this.topRightHorizontalRadius =
                this.bottomRightHorizontalRadius = this.bottomRightVerticalRadius =
                this.bottomLeftVerticalRadius = this.bottomLeftHorizontalRadius = radius;

        this.topLeftHorizontalRadiusAsPercentage = this.topLeftVerticalRadiusAsPercentage =
                this.topRightVerticalRadiusAsPercentage = this.topRightHorizontalRadiusAsPercentage =
                this.bottomRightHorizontalRadiusAsPercentage = this.bottomRightVerticalRadiusAsPercentage =
                this.bottomLeftVerticalRadiusAsPercentage = this.bottomLeftHorizontalRadiusAsPercentage = false;

        hasPercentBasedRadii = false;
        uniform = true;
        this.hash = preComputeHash();
    }

    
Create a new CornerRadii with the given radii for each corner. The value is interpreted either as being a percentage or not based on the asPercent argument. 
Params:
  • radius –       The radii for each corner. Negative values are not allowed.
  • asPercent –    Whether the radii should be interpreted as a percentage.
/**
     * Create a new CornerRadii with the given radii for each corner. The value is
     * interpreted either as being a percentage or not based on the {@code asPercent}
     * argument.
     *
     * @param radius       The radii for each corner. Negative values are not allowed.
     * @param asPercent    Whether the radii should be interpreted as a percentage.
     */
    public CornerRadii(@NamedArg("radius") double radius, @NamedArg("asPercent") boolean asPercent) {
        if (radius < 0) {
            throw new IllegalArgumentException("The radii value may not be < 0");
        }
        this.topLeftHorizontalRadius = this.topLeftVerticalRadius =
                this.topRightVerticalRadius = this.topRightHorizontalRadius =
                this.bottomRightHorizontalRadius = this.bottomRightVerticalRadius =
                this.bottomLeftVerticalRadius = this.bottomLeftHorizontalRadius = radius;

        this.topLeftHorizontalRadiusAsPercentage = this.topLeftVerticalRadiusAsPercentage =
                this.topRightVerticalRadiusAsPercentage = this.topRightHorizontalRadiusAsPercentage =
                this.bottomRightHorizontalRadiusAsPercentage = this.bottomRightVerticalRadiusAsPercentage =
                this.bottomLeftVerticalRadiusAsPercentage = this.bottomLeftHorizontalRadiusAsPercentage = asPercent;

        uniform = true;
        hasPercentBasedRadii = asPercent;
        this.hash = preComputeHash();
    }

    
Create a new CornerRadii with uniform yet independent radii for each corner. That is, each corner
can be specified independently, but the horizontal and vertical components of each corner is uniform.

Params:
  • topLeft –        The radii of the top-left corner. Negative numbers are not allowed.
  • topRight –       The radii of the top-right corner. Negative numbers are not allowed.
  • bottomRight –    The radii of the bottom-right corner. Negative numbers are not allowed.
  • bottomLeft –     The radii of the bottom-left corner. Negative numbers are not allowed.
  • asPercent –      Whether all four radii should be considered as values or percentages
/**
     * Create a new CornerRadii with uniform yet independent radii for each corner. That is, each corner
     * can be specified independently, but the horizontal and vertical components of each corner is uniform.
     *
     * @param topLeft        The radii of the top-left corner. Negative numbers are not allowed.
     * @param topRight       The radii of the top-right corner. Negative numbers are not allowed.
     * @param bottomRight    The radii of the bottom-right corner. Negative numbers are not allowed.
     * @param bottomLeft     The radii of the bottom-left corner. Negative numbers are not allowed.
     * @param asPercent      Whether all four radii should be considered as values or percentages
     */
    public CornerRadii(@NamedArg("topLeft") double topLeft, @NamedArg("topRight") double topRight, @NamedArg("bottomRight") double bottomRight, @NamedArg("bottomLeft") double bottomLeft, @NamedArg("asPercent") boolean asPercent) {
        if (topLeft < 0 || topRight < 0 || bottomRight < 0 || bottomLeft < 0) {
            throw new IllegalArgumentException("No radii value may be < 0");
        }

        this.topLeftHorizontalRadius = this.topLeftVerticalRadius = topLeft;
        this.topRightVerticalRadius = this.topRightHorizontalRadius = topRight;
        this.bottomRightHorizontalRadius = this.bottomRightVerticalRadius = bottomRight;
        this.bottomLeftVerticalRadius = this.bottomLeftHorizontalRadius = bottomLeft;
        this.topLeftHorizontalRadiusAsPercentage = this.topLeftVerticalRadiusAsPercentage =
                this.topRightVerticalRadiusAsPercentage = this.topRightHorizontalRadiusAsPercentage =
                this.bottomRightHorizontalRadiusAsPercentage = this.bottomRightVerticalRadiusAsPercentage =
                this.bottomLeftVerticalRadiusAsPercentage = this.bottomLeftHorizontalRadiusAsPercentage = asPercent;

        uniform = topLeft == topRight && topLeft == bottomLeft && topLeft == bottomRight;
        hasPercentBasedRadii = asPercent;
        this.hash = preComputeHash();
    }

    
Creates a new CornerRadii, allowing for specification of each component of each corner
radii and whether each component should be treated as a value or percentage.

Params:
  • topLeftHorizontalRadius – The length of the horizontal radii of the top-left corner
  • topLeftVerticalRadius – The length of the vertical radii of the top-left corner
  • topRightVerticalRadius – The length of the vertical radii of the top-right corner
  • topRightHorizontalRadius – The length of the horizontal radii of the top-right corner
  • bottomRightHorizontalRadius – The length of the horizontal radii of the bottom-right corner
  • bottomRightVerticalRadius – The length of the vertical radii of the bottom-right corner
  • bottomLeftVerticalRadius – The length of the vertical radii of the bottom-left corner
  • bottomLeftHorizontalRadius – The length of the horizontal radii of the bottom-left corner
  • topLeftHorizontalRadiusAsPercent – Is the horizontal radii of the top-left corner as percentage
  • topLeftVerticalRadiusAsPercent – Is the vertical radii of the top-left corner as percentage
  • topRightVerticalRadiusAsPercent – Is the vertical radii of the top-right corner as percentage
  • topRightHorizontalRadiusAsPercent – Is the horizontal radii of the top-right corner as percentage
  • bottomRightHorizontalRadiusAsPercent – Is the horizontal radii of the bottom-right corner as percentage
  • bottomRightVerticalRadiusAsPercent – Is the vertical radii of the bottom-right corner as percentage
  • bottomLeftVerticalRadiusAsPercent – Is the vertical radii of the bottom-left corner as percentage
  • bottomLeftHorizontalRadiusAsPercent – Is the horizontal radii of the bottom-left corner as percentage
/**
     * Creates a new CornerRadii, allowing for specification of each component of each corner
     * radii and whether each component should be treated as a value or percentage.
     *
     * @param topLeftHorizontalRadius The length of the horizontal radii of the top-left corner
     * @param topLeftVerticalRadius The length of the vertical radii of the top-left corner
     * @param topRightVerticalRadius The length of the vertical radii of the top-right corner
     * @param topRightHorizontalRadius The length of the horizontal radii of the top-right corner
     * @param bottomRightHorizontalRadius The length of the horizontal radii of the bottom-right corner
     * @param bottomRightVerticalRadius The length of the vertical radii of the bottom-right corner
     * @param bottomLeftVerticalRadius The length of the vertical radii of the bottom-left corner
     * @param bottomLeftHorizontalRadius The length of the horizontal radii of the bottom-left corner
     * @param topLeftHorizontalRadiusAsPercent Is the horizontal radii of the top-left corner as percentage
     * @param topLeftVerticalRadiusAsPercent Is the vertical radii of the top-left corner as percentage
     * @param topRightVerticalRadiusAsPercent Is the vertical radii of the top-right corner as percentage
     * @param topRightHorizontalRadiusAsPercent Is the horizontal radii of the top-right corner as percentage
     * @param bottomRightHorizontalRadiusAsPercent Is the horizontal radii of the bottom-right corner as percentage
     * @param bottomRightVerticalRadiusAsPercent Is the vertical radii of the bottom-right corner as percentage
     * @param bottomLeftVerticalRadiusAsPercent Is the vertical radii of the bottom-left corner as percentage
     * @param bottomLeftHorizontalRadiusAsPercent Is the horizontal radii of the bottom-left corner as percentage
     */
    public CornerRadii(
            @NamedArg("topLeftHorizontalRadius") double topLeftHorizontalRadius, @NamedArg("topLeftVerticalRadius") double topLeftVerticalRadius, @NamedArg("topRightVerticalRadius") double topRightVerticalRadius, @NamedArg("topRightHorizontalRadius") double topRightHorizontalRadius,
            @NamedArg("bottomRightHorizontalRadius") double bottomRightHorizontalRadius, @NamedArg("bottomRightVerticalRadius") double bottomRightVerticalRadius, @NamedArg("bottomLeftVerticalRadius") double bottomLeftVerticalRadius, @NamedArg("bottomLeftHorizontalRadius") double bottomLeftHorizontalRadius,
            @NamedArg("topLeftHorizontalRadiusAsPercent") boolean topLeftHorizontalRadiusAsPercent, @NamedArg("topLeftVerticalRadiusAsPercent") boolean topLeftVerticalRadiusAsPercent, @NamedArg("topRightVerticalRadiusAsPercent") boolean topRightVerticalRadiusAsPercent,
            @NamedArg("topRightHorizontalRadiusAsPercent") boolean topRightHorizontalRadiusAsPercent, @NamedArg("bottomRightHorizontalRadiusAsPercent") boolean bottomRightHorizontalRadiusAsPercent, @NamedArg("bottomRightVerticalRadiusAsPercent") boolean bottomRightVerticalRadiusAsPercent,
            @NamedArg("bottomLeftVerticalRadiusAsPercent") boolean bottomLeftVerticalRadiusAsPercent, @NamedArg("bottomLeftHorizontalRadiusAsPercent") boolean bottomLeftHorizontalRadiusAsPercent)
    {
        if (topLeftHorizontalRadius < 0 || topLeftVerticalRadius < 0 ||
                topRightVerticalRadius < 0 || topRightHorizontalRadius < 0 ||
                bottomRightHorizontalRadius < 0 || bottomRightVerticalRadius < 0 ||
                bottomLeftVerticalRadius < 0 || bottomLeftHorizontalRadius < 0) {
            throw new IllegalArgumentException("No radii value may be < 0");
        }
        this.topLeftHorizontalRadius = topLeftHorizontalRadius;
        this.topLeftVerticalRadius = topLeftVerticalRadius;
        this.topRightVerticalRadius = topRightVerticalRadius;
        this.topRightHorizontalRadius = topRightHorizontalRadius;
        this.bottomRightHorizontalRadius = bottomRightHorizontalRadius;
        this.bottomRightVerticalRadius = bottomRightVerticalRadius;
        this.bottomLeftVerticalRadius = bottomLeftVerticalRadius;
        this.bottomLeftHorizontalRadius = bottomLeftHorizontalRadius;
        this.topLeftHorizontalRadiusAsPercentage = topLeftHorizontalRadiusAsPercent;
        this.topLeftVerticalRadiusAsPercentage = topLeftVerticalRadiusAsPercent;
        this.topRightVerticalRadiusAsPercentage = topRightVerticalRadiusAsPercent;
        this.topRightHorizontalRadiusAsPercentage = topRightHorizontalRadiusAsPercent;
        this.bottomRightHorizontalRadiusAsPercentage = bottomRightHorizontalRadiusAsPercent;
        this.bottomRightVerticalRadiusAsPercentage = bottomRightVerticalRadiusAsPercent;
        this.bottomLeftVerticalRadiusAsPercentage = bottomLeftVerticalRadiusAsPercent;
        this.bottomLeftHorizontalRadiusAsPercentage = bottomLeftHorizontalRadiusAsPercent;
        this.hash = preComputeHash();
        hasPercentBasedRadii = topLeftHorizontalRadiusAsPercent || topLeftVerticalRadiusAsPercent ||
                topRightVerticalRadiusAsPercent || topRightHorizontalRadiusAsPercent ||
                bottomRightHorizontalRadiusAsPercent || bottomRightVerticalRadiusAsPercent ||
                bottomLeftVerticalRadiusAsPercent || bottomLeftHorizontalRadiusAsPercent;
        uniform = topLeftHorizontalRadius == topRightHorizontalRadius &&
                topLeftVerticalRadius == topRightVerticalRadius &&
                topLeftHorizontalRadius == bottomRightHorizontalRadius &&
                topLeftVerticalRadius == bottomRightVerticalRadius &&
                topLeftHorizontalRadius == bottomLeftHorizontalRadius &&
                topLeftVerticalRadius == bottomLeftVerticalRadius &&
                topLeftHorizontalRadiusAsPercent == topRightHorizontalRadiusAsPercent &&
                topLeftVerticalRadiusAsPercent == topRightVerticalRadiusAsPercent &&
                topLeftHorizontalRadiusAsPercent == bottomRightHorizontalRadiusAsPercent &&
                topLeftVerticalRadiusAsPercent == bottomRightVerticalRadiusAsPercent &&
                topLeftHorizontalRadiusAsPercent == bottomLeftHorizontalRadiusAsPercent &&
                topLeftVerticalRadiusAsPercent == bottomLeftVerticalRadiusAsPercent;
    }

    private int preComputeHash() {
        int result;
        long temp;
        temp = topLeftHorizontalRadius != +0.0d ? Double.doubleToLongBits(topLeftHorizontalRadius) : 0L;
        result = (int) (temp ^ (temp >>> 32));
        temp = topLeftVerticalRadius != +0.0d ? Double.doubleToLongBits(topLeftVerticalRadius) : 0L;
        result = 31 * result + (int) (temp ^ (temp >>> 32));
        temp = topRightVerticalRadius != +0.0d ? Double.doubleToLongBits(topRightVerticalRadius) : 0L;
        result = 31 * result + (int) (temp ^ (temp >>> 32));
        temp = topRightHorizontalRadius != +0.0d ? Double.doubleToLongBits(topRightHorizontalRadius) : 0L;
        result = 31 * result + (int) (temp ^ (temp >>> 32));
        temp = bottomRightHorizontalRadius != +0.0d ? Double.doubleToLongBits(bottomRightHorizontalRadius) : 0L;
        result = 31 * result + (int) (temp ^ (temp >>> 32));
        temp = bottomRightVerticalRadius != +0.0d ? Double.doubleToLongBits(bottomRightVerticalRadius) : 0L;
        result = 31 * result + (int) (temp ^ (temp >>> 32));
        temp = bottomLeftVerticalRadius != +0.0d ? Double.doubleToLongBits(bottomLeftVerticalRadius) : 0L;
        result = 31 * result + (int) (temp ^ (temp >>> 32));
        temp = bottomLeftHorizontalRadius != +0.0d ? Double.doubleToLongBits(bottomLeftHorizontalRadius) : 0L;
        result = 31 * result + (int) (temp ^ (temp >>> 32));
        result = 31 * result + (topLeftHorizontalRadiusAsPercentage ? 1 : 0);
        result = 31 * result + (topLeftVerticalRadiusAsPercentage ? 1 : 0);
        result = 31 * result + (topRightVerticalRadiusAsPercentage ? 1 : 0);
        result = 31 * result + (topRightHorizontalRadiusAsPercentage ? 1 : 0);
        result = 31 * result + (bottomRightHorizontalRadiusAsPercentage ? 1 : 0);
        result = 31 * result + (bottomRightVerticalRadiusAsPercentage ? 1 : 0);
        result = 31 * result + (bottomLeftVerticalRadiusAsPercentage ? 1 : 0);
        result = 31 * result + (bottomLeftHorizontalRadiusAsPercentage ? 1 : 0);
        result = 31 * result + result;
        return result;
    }

    
{@inheritDoc}

/**
     * {@inheritDoc}
     */
    @Override public boolean equals(Object o) {
        if (this == o) return true;
        if (o == null || getClass() != o.getClass()) return false;
        CornerRadii that = (CornerRadii) o;
        if (this.hash != that.hash) return false;

        if (Double.compare(that.bottomLeftHorizontalRadius, bottomLeftHorizontalRadius) != 0) return false;
        if (bottomLeftHorizontalRadiusAsPercentage != that.bottomLeftHorizontalRadiusAsPercentage) return false;
        if (Double.compare(that.bottomLeftVerticalRadius, bottomLeftVerticalRadius) != 0) return false;
        if (bottomLeftVerticalRadiusAsPercentage != that.bottomLeftVerticalRadiusAsPercentage) return false;
        if (Double.compare(that.bottomRightVerticalRadius, bottomRightVerticalRadius) != 0) return false;
        if (bottomRightVerticalRadiusAsPercentage != that.bottomRightVerticalRadiusAsPercentage) return false;
        if (Double.compare(that.bottomRightHorizontalRadius, bottomRightHorizontalRadius) != 0) return false;
        if (bottomRightHorizontalRadiusAsPercentage != that.bottomRightHorizontalRadiusAsPercentage) return false;
        if (Double.compare(that.topLeftVerticalRadius, topLeftVerticalRadius) != 0) return false;
        if (topLeftVerticalRadiusAsPercentage != that.topLeftVerticalRadiusAsPercentage) return false;
        if (Double.compare(that.topLeftHorizontalRadius, topLeftHorizontalRadius) != 0) return false;
        if (topLeftHorizontalRadiusAsPercentage != that.topLeftHorizontalRadiusAsPercentage) return false;
        if (Double.compare(that.topRightHorizontalRadius, topRightHorizontalRadius) != 0) return false;
        if (topRightHorizontalRadiusAsPercentage != that.topRightHorizontalRadiusAsPercentage) return false;
        if (Double.compare(that.topRightVerticalRadius, topRightVerticalRadius) != 0) return false;
        if (topRightVerticalRadiusAsPercentage != that.topRightVerticalRadiusAsPercentage) return false;

        return true;
    }

    
{@inheritDoc}

/**
     * {@inheritDoc}
     */
    @Override public int hashCode() {
        return hash;
    }

    @Override public String toString() {
        if (isUniform()) {
            return "CornerRadii [uniform radius = " + topLeftHorizontalRadius + "]";
        }

        return "CornerRadii [" +
                (topLeftHorizontalRadius == topLeftVerticalRadius ?
                    "topLeft=" + topLeftHorizontalRadius :
                    "topLeftHorizontalRadius=" + topLeftHorizontalRadius +
                    ", topLeftVerticalRadius=" + topLeftVerticalRadius) +
                (topRightHorizontalRadius == topRightVerticalRadius ?
                    ", topRight=" + topRightHorizontalRadius :
                    ", topRightVerticalRadius=" + topRightVerticalRadius +
                    ", topRightHorizontalRadius=" + topRightHorizontalRadius) +
                (bottomRightHorizontalRadius == bottomRightVerticalRadius ?
                    ", bottomRight=" + bottomRightHorizontalRadius :
                    ", bottomRightHorizontalRadius=" + bottomRightHorizontalRadius +
                    ", bottomRightVerticalRadius=" + bottomRightVerticalRadius) +
                (bottomLeftHorizontalRadius == bottomLeftVerticalRadius ?
                    ", bottomLeft=" + bottomLeftHorizontalRadius :
                    ", bottomLeftVerticalRadius=" + bottomLeftVerticalRadius +
                    ", bottomLeftHorizontalRadius=" + bottomLeftHorizontalRadius) +
//                ", topLeftHorizontalRadiusAsPercentage=" + topLeftHorizontalRadiusAsPercentage +
//                ", topLeftVerticalRadiusAsPercentage=" + topLeftVerticalRadiusAsPercentage +
//                ", topRightVerticalRadiusAsPercentage=" + topRightVerticalRadiusAsPercentage +
//                ", topRightHorizontalRadiusAsPercentage=" + topRightHorizontalRadiusAsPercentage +
//                ", bottomRightHorizontalRadiusAsPercentage=" + bottomRightHorizontalRadiusAsPercentage +
//                ", bottomRightVerticalRadiusAsPercentage=" + bottomRightVerticalRadiusAsPercentage +
//                ", bottomLeftVerticalRadiusAsPercentage=" + bottomLeftVerticalRadiusAsPercentage +
//                ", bottomLeftHorizontalRadiusAsPercentage=" + bottomLeftHorizontalRadiusAsPercentage +
//                ", hasPercentBasedRadii=" + hasPercentBasedRadii +
//                ", uniform=" + uniform +
                ']';
    }
}