AxisConfig.java

package com.baselet.element.elementnew.plot.drawer;

import java.util.List;
import java.util.TreeSet;

import com.baselet.element.elementnew.plot.parser.PlotConstants.AxisList;
import com.baselet.element.elementnew.plot.parser.PlotConstants.AxisShow;

public class AxisConfig {

	private boolean descAxisLine, valueAxisLine;
	private boolean descAxisMarkers, valueAxisMarkers;
	private boolean descAxisText, valueAxisText;
	private boolean descAxisGray, valueAxisGray;

	private TreeSet<Double> valueAxisList;
	private boolean showRelevantValues;

	public static final int ARROW_SIZE = (int) (5 * 1f); // arrowLength * arrowEndAngle
	public static final int ARROW_DISTANCE = ARROW_SIZE * 3; // Distance between outerBorder and innerBorder; plotarea where only axis are allowed to draw

	private boolean xIsDescription;
	private boolean drawAxis;

	private int descSegment; // The width of a bar (always the "shorter" side of the bar)
	private Double valueSegment; // How many pixels equal one valuesegment (eg: if values reach from 1 to 100000 it's very small, if they reach from 1 to 5 it's very high)

	private int descAxisPos; // If horizontal sourceAxisPos is the x value of the vertical axis, else it's the y value of the horizontal axis
	private int valueAxisPos; // If horizontal sourceAxisPos is the x value of the vertical axis, else it's the y value of the horizontal axis
	private int xAxisPos;
	private int yAxisPos;

	public AxisConfig() {
		super();
		drawAxis = false;
	}

	public final void enableDescAxis(List<String> showList/* , List<String> valueList */) {
		drawAxis = true;
		descAxisLine = showList.contains(AxisShow.Axis.getValue());
		descAxisGray = showList.contains(AxisShow.Line.getValue());
		descAxisMarkers = showList.contains(AxisShow.Marker.getValue());
		descAxisText = showList.contains(AxisShow.Text.getValue());
	}

	public final void enableValueAxis(List<String> showList, List<String> valueList) {
		drawAxis = true;
		valueAxisLine = showList.contains(AxisShow.Axis.getValue());
		valueAxisGray = showList.contains(AxisShow.Line.getValue());
		valueAxisMarkers = showList.contains(AxisShow.Marker.getValue());
		valueAxisText = showList.contains(AxisShow.Text.getValue());

		// other than the special value "relevant", only double values are allowed
		showRelevantValues = valueList.contains(AxisList.Relevant.getValue());
		valueAxisList = new TreeSet<Double>();
		for (String v : valueList) {
			if ("".equals(v) || AxisList.Relevant.getValue().equals(v)) {
				continue;
			}
			try {
				valueAxisList.add(Double.parseDouble(v));
			} catch (Exception e) {
				throw new RuntimeException("Value must be a double: " + v, e);
			}
		}
	}

	public boolean isxDescription() {
		return xIsDescription;
	}

	public void setxIsDescription(boolean xIsDescription) {
		this.xIsDescription = xIsDescription;
	}

	public boolean showAxis() {
		return drawAxis;
	}

	public boolean drawXAxis() {
		return isxDescription() && descAxisLine || !isxDescription() && valueAxisLine;
	}

	public boolean drawYAxis() {
		return isxDescription() && valueAxisLine || !isxDescription() && descAxisLine;
	}

	public boolean drawDescriptionAxisMarkers() {
		return descAxisMarkers;
	}

	public boolean drawDescriptionAxisMarkerText() {
		return descAxisText;
	}

	public boolean drawDescriptionAxisMarkerGrayline() {
		return descAxisGray;
	}

	public boolean drawValueAxis() {
		return valueAxisLine;
	}

	public boolean drawValueAxisMarkers() {
		return valueAxisMarkers;
	}

	public boolean drawValueAxisMarkerText() {
		return valueAxisText;
	}

	public boolean drawValueAxisMarkerGrayline() {
		return valueAxisGray;
	}

	public void setDescAxisPos(int pos) {
		descAxisPos = pos;
		if (xIsDescription) {
			xAxisPos = pos;
		}
		else {
			yAxisPos = pos;
		}
	}

	public int getxAxisPos() {
		return xAxisPos;
	}

	public void setValueAxisPos(int pos) {
		valueAxisPos = pos;
		if (!xIsDescription) {
			xAxisPos = pos;
		}
		else {
			yAxisPos = pos;
		}
	}

	public int getyAxisPos() {
		return yAxisPos;
	}

	public int getDescAxisPos() {
		return descAxisPos;
	}

	public int getValueAxisPos() {
		return valueAxisPos;
	}

	public int getDescSegment() {
		return descSegment;
	}

	public void setDescSegment(int descSegment) {
		this.descSegment = descSegment;
	}

	public Double getValueSegment() {
		return valueSegment;
	}

	public void setValueSegment(Double valueSegment) {
		this.valueSegment = valueSegment;
	}

	public TreeSet<Double> setValueAxisList(TreeSet<Double> valuesSorted) {
		if (showRelevantValues) {
			valueAxisList.addAll(valuesSorted);
		}
		return valueAxisList;
	}

}