com.scudata.chart.element.Dot Maven / Gradle / Ivy
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SPL(Structured Process Language) A programming language specially for structured data computing.
package com.scudata.chart.element;
import java.awt.*;
import java.awt.geom.*;
import com.scudata.chart.*;
import com.scudata.chart.edit.*;
import com.scudata.common.*;
/**
* ??ͼԪ
* ??ͼԪͨ?????Ա???????ͼ
* @author Joancy
*
*/
public class Dot extends DataElement {
public static String NOT_IN_DEFINE = "Data is not in defined.";
public Para lineStyle = new Para(new Integer(Consts.LINE_SOLID));
public Para lineWeight = new Para(new Float(1));
public Para lineColor = new Para(Consts.LEGEND_P_LINECOLOR);
public Para markerStyle = new Para(new Integer(Consts.PT_CIRCLE),Consts.LEGEND_P_MARKERSTYLE); // ?????״
public Para markerColor = new Para(Consts.LEGEND_P_FILLCOLOR); // ????????ɫ???߿???ɫ??lineColor
// radius1??2Ϊ0ʱ?????ĴֶȻ?뾶,?ð뾶ȱʡ0ֵ??????Ϊ???Զ?????lineWeight??????
// ?????????ֵ????С??2??Ҳ?????а뾶?????ܳ??ְ뾶Ϊ0???????????????Ҫ???õ????״Ϊ?գ????????øð뾶Ϊ0
public Para markerWeight = new Para(0);
public Para radius1 = new Para(0);// ????1???ҵ??뾶,ֵΪ????㳤??
public Para radius2 = new Para(0);// ????2???ҵ??뾶,ֵΪ????㳤??
// ??ʾ????
public Para text = new Para(null);
public Para textFont = new Para();//"????"
public Para textStyle = new Para(new Integer(0));
public Para textSize = new Para(new Integer(12));
public Para textColor = new Para(Color.black);
// ????
public float transparent = 1f;
// ?????ص???ʾ
public boolean textOverlapping = true;
// ?Ƿ?????Ӱ
public boolean shadow = false;
/**
* ȱʡ?????Ĺ??캯??
*/
public Dot() {
}
protected String getText(int index){
return text.stringValue(index);
}
/**
* ??ȡ??ͼԪ?ı༭??????Ϣ?б?
* @return ??????Ϣ?б?
*/
public ParamInfoList getParamInfoList() {
ParamInfoList paramInfos = new ParamInfoList();
ParamInfo.setCurrent(Dot.class, this);
paramInfos.add(new ParamInfo("transparent", Consts.INPUT_DOUBLE));
paramInfos.add(new ParamInfo("textOverlapping", Consts.INPUT_CHECKBOX));
paramInfos.add(new ParamInfo("shadow", Consts.INPUT_CHECKBOX));
String group = "point";
paramInfos.add(group, new ParamInfo("markerStyle",
Consts.INPUT_POINTSTYLE));
paramInfos.add(group,
new ParamInfo("lineStyle", Consts.INPUT_LINESTYLE));
paramInfos.add(group, new ParamInfo("lineWeight", Consts.INPUT_DOUBLE));
paramInfos.add(group, new ParamInfo("lineColor", Consts.INPUT_COLOR));
paramInfos.add(group, new ParamInfo("markerColor",
Consts.INPUT_CHARTCOLOR));
paramInfos.add(group,
new ParamInfo("markerWeight", Consts.INPUT_DOUBLE));
paramInfos.add(group, new ParamInfo("radius1", Consts.INPUT_DOUBLE));
paramInfos.add(group, new ParamInfo("radius2", Consts.INPUT_DOUBLE));
group = "text";
paramInfos.add(group, new ParamInfo("text"));
paramInfos.add(group, new ParamInfo("textFont", Consts.INPUT_FONT));
paramInfos.add(group,
new ParamInfo("textStyle", Consts.INPUT_FONTSTYLE));
paramInfos.add(group, new ParamInfo("textSize", Consts.INPUT_FONTSIZE));
paramInfos.add(group, new ParamInfo("textColor", Consts.INPUT_COLOR));
// group = "????";
// paramInfos.add(group,new ParamInfo("tip"));
// paramInfos.add(group,new ParamInfo("url"));
// paramInfos.add(group,new ParamInfo("target"));
paramInfos.addAll(super.getParamInfoList());
return paramInfos;
}
/**
* ???Ʊ?????
*/
public void drawBack() {
if (!isVisible() || !shadow) {
return;
}
drawStep(1);
}
/**
* ?????м??
*/
public void draw() {
if (!isVisible()) {
return;
}
drawStep(2);
}
/**
* ????ǰ????
*/
public void drawFore() {
if (!isVisible()) {
return;
}
drawStep(3);
}
private void drawStep(int step) {
// ???ݵ?
int size = pointSize();
for (int i = 1; i <= size; i++) {
try {
Point2D p = getNumericPoint(i,false);
Shape shape = drawADot(i, p, step);
if(shape!=null){
String title = getTipTitle(i);
addLink(shape, htmlLink.stringValue(i), title,linkTarget.stringValue(i));
}
} catch (RuntimeException re) {
// ?㲻?ֻ???ö????ķ???????ͼ?????в???ö?????ж???ķ??????ϵ??ʱ???????õ?
if (re.getMessage().startsWith(NOT_IN_DEFINE)) {
continue;
}
throw re;
}
}
}
/*
* ????ͼԪ??һ?????ݵ?
* Ҫ???Ƶ?p?? ֱ??????ϵʱp????Ϊ????ֵ????????ߡ???Ļ?????
* ??????ϵʱ??ֻ???ǡ???ֵ?????Ҳ?????????
* ע?⣬????????ϵʱ????ֵ?????Ѿ????? ??Ļ???ꡣ
*/
protected Shape drawADot(int index, Point2D p, int step) {
return drawADot(index,p, step, false);
}
/**
* @param index
* @param p
* @param step
* @param isScreenPoint????????ֻ??ֱ??????ϵ???ã???????ʱ??pֻ???? ????????
* @return
*/
protected Shape drawADot(int index, Point2D p, int step,boolean isScreenPoint) {
ICoor coor = getCoor();
Graphics2D g = e.getGraphics();
int shape = markerStyle.intValue(index);
Shape linkShape=null;
if (isPhysicalCoor() || coor.isCartesianCoor()) {
double radiusx, radiusy, val;
if(isPhysicalCoor()){
val = radius1.doubleValue(index);
radiusx = e.getXPixel(val);
val = radius2.doubleValue(index);
radiusy = e.getXPixel(val);
}else{
CartesianCoor cc = (CartesianCoor) coor;
if(!isScreenPoint) {
p = cc.getScreenPoint(p);
}
TickAxis ia = cc.getXAxis();
if (ia == cc.getAxis1()) {
val = radius1.doubleValue(index);
radiusx = ia.getValueRadius(val);
val = radius2.doubleValue(index);
radiusy = cc.getAxis2().getValueRadius(val);
} else {
val = radius1.doubleValue(index);
radiusy = ia.getValueRadius(val);
val = radius2.doubleValue(index);
radiusx = cc.getAxis2().getValueRadius(val);
}
}
double rw = markerWeight.doubleValue(index);
int style = lineStyle.intValue(index);
float weight = lineWeight.floatValue(index);
switch (step) {
case 1:
linkShape = Utils.drawCartesianPoint1(g, p, shape, radiusx, radiusy, rw,
style, weight,transparent);
break;
case 2:
ChartColor backColor = markerColor.chartColorValue(index);
Color foreColor = lineColor.colorValueNullAsDef(index);
Utils.drawCartesianPoint2(g, p, shape, radiusx, radiusy, rw,
style, weight, backColor, foreColor, transparent);
break;
case 3:
String txt = text.stringValue(index);
if (!StringUtils.isValidString(txt)) {
return null;
}
double x = p.getX();
double y = p.getY();
// ???ݵ??ϵı?ʾ????
x = p.getX();
if (radiusy > 0) {
y = p.getY() - radiusy;
} else {
y = p.getY() - rw;
}
String fontName = textFont.stringValue(index);
int fontStyle = textStyle.intValue(index);
int fontSize = textSize.intValue(index);
Font font = Utils.getFont(fontName, fontStyle, fontSize);
Color c = textColor.colorValue(index);
Utils.drawText(e, txt, x, y, font, c, fontStyle, 0,
Consts.LOCATION_CB, textOverlapping);
break;
}
} else {
// ??????ϵ
PolarCoor pc = (PolarCoor) coor;
TickAxis ia = pc.getPolarAxis();
double radiusR, radiusA, val;
if (ia == pc.getAxis1()) {
val = radius1.doubleValue(index);
radiusR = ia.getValueRadius(val);
val = radius2.doubleValue(index);
radiusA = pc.getAxis2().getValueRadius(val);
} else {
val = radius1.doubleValue(index);
radiusA = ia.getValueRadius(val);
val = radius2.doubleValue(index);
radiusR = pc.getAxis2().getValueRadius(val);
}
double rw = markerWeight.doubleValue(index);
int style = lineStyle.intValue(index);
float weight = lineWeight.floatValue(index);
switch (step) {
case 1:
linkShape = Utils.drawPolarPoint1(g, p, shape, radiusR, radiusA, rw, style,
weight, pc,transparent);
break;
case 2:
ChartColor backColor = markerColor.chartColorValue(index);
Color foreColor = lineColor.colorValueNullAsDef(index);
Utils.drawPolarPoint2(g, p, shape, radiusR, radiusA, rw, style,
weight, pc, backColor, foreColor, transparent);
break;
case 3:
String txt = text.stringValue(index);
if (!StringUtils.isValidString(txt)) {
return null;
}
double angle = p.getY();
Point2D txtP = new Point2D.Double(p.getX() + radiusR, angle);
String fontName = textFont.stringValue(index);
int fontStyle = textStyle.intValue(index);
int fontSize = textSize.intValue(index);
Color c = textColor.colorValue(index);
Utils.drawPolarPointText(e, txt, pc, txtP, fontName, fontStyle,
fontSize, c, textOverlapping);
break;
}
}
return linkShape;
}
/**
* ͼԪ?Ƿ????˽?????ɫ
* @return ????н???ɫ????true??????false
*/
public boolean hasGradientColor() {
return markerColor.hasGradientColor();
}
/**
* ??ǰ????ֵ??¡????ͼԪd
* @param d ??ͼԪʵ??
*/
public void clone(Dot d){
super.clone(d);
d.lineStyle = lineStyle;
d.lineWeight = lineWeight;
d.lineColor = lineColor;
d.markerStyle = markerStyle;
d.markerColor = markerColor;
d.markerWeight = markerWeight;
d.radius1 = radius1;
d.radius2 = radius2;
d.text = text;
d.textFont = textFont;
d.textStyle = textStyle;
d.textSize = textSize;
d.textColor = textColor;
d.transparent = transparent;
d.textOverlapping = textOverlapping;
d.shadow = shadow;
}
/**
* ??¡һ????ͼԪ
* @return ??¡??ĵ?ͼԪ
*/
public Object deepClone() {
Dot d = new Dot();
clone(d);
return d;
}
}