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Commit 7f423066 authored by Irina LEE's avatar Irina LEE
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add new files in eln

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src/main/java/ui/eln/sca_eln/ELNComponentIndependentCurrentSource.java
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/* Copyright or (C) or Copr. GET / ENST, Telecom-Paris, Ludovic Apvrille
*
* ludovic.apvrille AT enst.fr
*
* This software is a computer program whose purpose is to allow the
* edition of TURTLE analysis, design and deployment diagrams, to
* allow the generation of RT-LOTOS or Java code from this diagram,
* and at last to allow the analysis of formal validation traces
* obtained from external tools, e.g. RTL from LAAS-CNRS and CADP
* from INRIA Rhone-Alpes.
*
* This software is governed by the CeCILL license under French law and
* abiding by the rules of distribution of free software. You can use,
* modify and/ or redistribute the software under the terms of the CeCILL
* license as circulated by CEA, CNRS and INRIA at the following URL
* "http://www.cecill.info".
*
* As a counterpart to the access to the source code and rights to copy,
* modify and redistribute granted by the license, users are provided only
* with a limited warranty and the software's author, the holder of the
* economic rights, and the successive licensors have only limited
* liability.
*
* In this respect, the user's attention is drawn to the risks associated
* with loading, using, modifying and/or developing or reproducing the
* software by the user in light of its specific status of free software,
* that may mean that it is complicated to manipulate, and that also
* therefore means that it is reserved for developers and experienced
* professionals having in-depth computer knowledge. Users are therefore
* encouraged to load and test the software's suitability as regards their
* requirements in conditions enabling the security of their systems and/or
* data to be ensured and, more generally, to use and operate it in the
* same conditions as regards security.
*
* The fact that you are presently reading this means that you have had
* knowledge of the CeCILL license and that you accept its terms.
*/
package ui.eln.sca_eln;
import myutil.GraphicLib;
import org.w3c.dom.Element;
import org.w3c.dom.Node;
import org.w3c.dom.NodeList;
import ui.*;
import ui.eln.ELNConnectingPoint;
import ui.window.JDialogELNComponentIndependentCurrentSource;
import javax.swing.*;
import java.awt.*;
import java.awt.event.ActionEvent;
import java.awt.event.ActionListener;
/**
* Class ELNComponentIndependentCurrentSource
* Independent current source to be used in ELN diagrams
* Creation: 15/06/2018
* @version 1.0 15/06/2018
* @author Irina Kit Yan LEE
*/
public class ELNComponentIndependentCurrentSource extends TGCScalableWithInternalComponent implements ActionListener {
protected Color myColor;
protected int orientation;
private int maxFontSize = 14;
private int minFontSize = 4;
private int currentFontSize = -1;
private int textX = 15;
private double dtextX = 0.0;
protected int decPoint = 3;
private double initValue, offset, amplitude, frequency, phase, acAmplitude, acPhase, acNoiseAmplitude;
private String delay;
private String unit0;
private int position = 0;
private boolean fv_0_2 = false, fv_1_3 = false, fh_0_2 = false, fh_1_3 = false;
private int old;
private boolean first;
public ELNComponentIndependentCurrentSource(int _x, int _y, int _minX, int _maxX, int _minY, int _maxY, boolean _pos, TGComponent _father, TDiagramPanel _tdp) {
super(_x, _y, _minX, _maxX, _minY, _maxY, _pos, _father, _tdp);
initScaling(60, 80);
dtextX = textX * oldScaleFactor;
textX = (int)dtextX;
dtextX = dtextX - textX;
minWidth = 1;
minHeight = 1;
initConnectingPoint(2);
addTGConnectingPointsComment();
moveable = true;
editable = true;
removable = true;
userResizable = false;
value = tdp.findELNComponentName("ISource");
setInitValue(0.0);
setOffset(0.0);
setAmplitude(0.0);
setFrequency(0.0);
setUnit0("Hz");
setPhase(0.0);
setDelay("sc_core::SC_ZERO_TIME");
setAcAmplitude(0.0);
setAcPhase(0.0);
setAcNoiseAmplitude(0.0);
old = width;
width = height;
height = old;
}
public void initConnectingPoint(int nb) {
nbConnectingPoint = nb;
connectingPoint = new TGConnectingPoint[nb];
connectingPoint[0] = new ELNConnectingPoint(this, 0, 0, true, true, 1.0/3.0, 0.0, "p");
connectingPoint[1] = new ELNConnectingPoint(this, 0, 0, true, true, 1.0/3.0, 1.0, "n");
}
public Color getMyColor() {
return myColor;
}
public void internalDrawing(Graphics g) {
Font f = g.getFont();
Font fold = f;
if (this.rescaled && !this.tdp.isScaled()) {
this.rescaled = false;
int maxCurrentFontSize = Math.max(0, Math.min(this.height, (int) (this.maxFontSize * this.tdp.getZoom())));
f = f.deriveFont((float) maxCurrentFontSize);
while (maxCurrentFontSize > (this.minFontSize * this.tdp.getZoom() - 1)) {
if (g.getFontMetrics().stringWidth(value) < (width - (2 * textX))) {
break;
}
maxCurrentFontSize--;
f = f.deriveFont((float) maxCurrentFontSize);
}
if (this.currentFontSize < this.minFontSize * this.tdp.getZoom()) {
maxCurrentFontSize++;
f = f.deriveFont((float) maxCurrentFontSize);
}
g.setFont(f);
this.currentFontSize = maxCurrentFontSize;
} else {
f = f.deriveFont(this.currentFontSize);
}
Color c = g.getColor();
double w0 = ((ELNConnectingPoint) connectingPoint[0]).getW();
double h0 = ((ELNConnectingPoint) connectingPoint[0]).getH();
double w1 = ((ELNConnectingPoint) connectingPoint[1]).getW();
double h1 = ((ELNConnectingPoint) connectingPoint[1]).getH();
if (position == 0) {
if (first == false) {
first = true;
old = width;
width = height;
height = old;
}
((ELNConnectingPoint) connectingPoint[0]).setW(w0);
((ELNConnectingPoint) connectingPoint[0]).setH(h0);
((ELNConnectingPoint) connectingPoint[1]).setW(w1);
((ELNConnectingPoint) connectingPoint[1]).setH(h1);
int attributeFontSize = this.currentFontSize * 5 / 6;
int sh0 = g.getFontMetrics().getAscent();
int sh1 = g.getFontMetrics().getAscent();
int w = g.getFontMetrics().stringWidth(value);
g.setFont(f.deriveFont((float) attributeFontSize));
g.setFont(f);
g.setFont(f.deriveFont(Font.BOLD));
g.drawString(value, x + (width - w) / 2, y - height / 4);
g.setFont(f.deriveFont(Font.PLAIN));
if ((fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true)) {
rotateTop(g);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y+height+sh1);
}
if ((fv_0_2 == false && fv_1_3 == false && fh_0_2 == true && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)) {
rotateTop(g);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y+height+sh1);
}
if ((fv_0_2 == true && fv_1_3 == false && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)) {
rotateBottom(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y+height+sh0);
}
if ((fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true)) {
rotateBottom(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y+height+sh0);
}
} else if (position == 1) {
if (first == false) {
first = true;
old = width;
width = height;
height = old;
}
((ELNConnectingPoint) connectingPoint[0]).setW(h0);
((ELNConnectingPoint) connectingPoint[0]).setH(w0);
((ELNConnectingPoint) connectingPoint[1]).setW(h1);
((ELNConnectingPoint) connectingPoint[1]).setH(w1);
int attributeFontSize = this.currentFontSize * 5 / 6;
int sw0 = g.getFontMetrics().stringWidth("p");
int sh0 = g.getFontMetrics().getAscent();
int sw1 = g.getFontMetrics().stringWidth("n");
int sh1 = g.getFontMetrics().getAscent();
int w = g.getFontMetrics().stringWidth(value);
g.setFont(f.deriveFont((float) attributeFontSize));
g.setFont(f);
g.setFont(f.deriveFont(Font.BOLD));
g.drawString(value, x + (width - w) / 2, y - height / 2);
g.setFont(f.deriveFont(Font.PLAIN));
if ((fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true)) {
rotateRight(g);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x - sw0,
y + height / 2 + height / 4 + sh0);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x + width,
y + height / 2 + height / 4 + sh1);
}
if ((fv_0_2 == false && fv_1_3 == false && fh_0_2 == true && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)) {
rotateRight(g);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x - sw0,
y + height / 2 + height / 4 + sh0);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x + width,
y + height / 2 + height / 4 + sh1);
}
if ((fv_0_2 == true && fv_1_3 == false && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)) {
rotateLeft(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x - sw1,
y + height / 2 + height / 4 + sh1);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x + width,
y + height / 2 + height / 4 + sh0);
}
if ((fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true)) {
rotateLeft(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x - sw1,
y + height / 2 + height / 4 + sh1);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x + width,
y + height / 2 + height / 4 + sh0);
}
} else if (position == 2) {
if (first == false) {
first = true;
old = width;
width = height;
height = old;
}
((ELNConnectingPoint) connectingPoint[0]).setW(w0);
((ELNConnectingPoint) connectingPoint[0]).setH(h0);
((ELNConnectingPoint) connectingPoint[1]).setW(w1);
((ELNConnectingPoint) connectingPoint[1]).setH(h1);
int attributeFontSize = this.currentFontSize * 5 / 6;
int sh0 = g.getFontMetrics().getAscent();
int sh1 = g.getFontMetrics().getAscent();
int w = g.getFontMetrics().stringWidth(value);
g.setFont(f.deriveFont((float) attributeFontSize));
g.setFont(f);
g.setFont(f.deriveFont(Font.BOLD));
g.drawString(value, x + (width - w) / 2, y - height / 4);
g.setFont(f.deriveFont(Font.PLAIN));
if ((fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true)) {
rotateBottom(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y+height+sh0);
}
if ((fv_0_2 == false && fv_1_3 == false && fh_0_2 == true && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)) {
rotateBottom(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y+height+sh0);
}
if ((fv_0_2 == true && fv_1_3 == false && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)) {
rotateTop(g);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y+height+sh1);
}
if ((fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true)) {
rotateTop(g);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y+height+sh1);
}
} else if (position == 3) {
if (first == false) {
first = true;
old = width;
width = height;
height = old;
}
((ELNConnectingPoint) connectingPoint[0]).setW(h0);
((ELNConnectingPoint) connectingPoint[0]).setH(w0);
((ELNConnectingPoint) connectingPoint[1]).setW(h1);
((ELNConnectingPoint) connectingPoint[1]).setH(w1);
int attributeFontSize = this.currentFontSize * 5 / 6;
int sw0 = g.getFontMetrics().stringWidth("p");
int sh0 = g.getFontMetrics().getAscent();
int sw1 = g.getFontMetrics().stringWidth("n");
int sh1 = g.getFontMetrics().getAscent();
int w = g.getFontMetrics().stringWidth(value);
g.setFont(f.deriveFont((float) attributeFontSize));
g.setFont(f);
g.setFont(f.deriveFont(Font.BOLD));
g.drawString(value, x + (width - w) / 2, y - height / 2);
g.setFont(f.deriveFont(Font.PLAIN));
if ((fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true)) {
rotateLeft(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x - sw1,
y + height / 2 + height / 4 + sh1);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x + width,
y + height / 2 + height / 4 + sh0);
}
if ((fv_0_2 == false && fv_1_3 == false && fh_0_2 == true && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)) {
rotateLeft(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x - sw1,
y + height / 2 + height / 4 + sh1);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x + width,
y + height / 2 + height / 4 + sh0);
}
if ((fv_0_2 == true && fv_1_3 == false && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)) {
rotateRight(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x - sw0,
y + height / 2 + height / 4 + sh0);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x + width,
y + height / 2 + height / 4 + sh1);
}
if ((fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == false && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true)) {
rotateRight(g);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x - sw0,
y + height / 2 + height / 4 + sh0);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x + width,
y + height / 2 + height / 4 + sh1);
}
}
g.setColor(c);
g.setFont(fold);
}
private void rotateTop(Graphics g) {
int [] ptx0 = {x+width/3, x+width/3};
int [] pty0 = {y, y+height/4};
g.drawPolygon(ptx0, pty0, 2);
int [] ptx1 = {x+width/3, x+width/3};
int [] pty1 = {y+3*height/4, y+height};
g.drawPolygon(ptx1, pty1, 2);
int [] ptx2 = {x, x+2*width/3};
int [] pty2 = {y+height/2, y+height/2};
g.drawPolygon(ptx2, pty2, 2);
g.drawOval(x, y+height/4, 2*width/3, height/2);
int [] ptx3 = {x+2*width/3+width/6, x+2*width/3+width/6, x+2*width/3, x+2*width/3+width/6, x+width, x+2*width/3+width/6};
int [] pty3 = {y+height/4, y+3*height/4, y+3*height/4-width/6, y+3*height/4, y+3*height/4-width/6, y+3*height/4};
g.drawPolygon(ptx3, pty3, 6);
}
private void rotateBottom(Graphics g) {
int [] ptx0 = {x+2*width/3, x+2*width/3};
int [] pty0 = {y, y+height/4};
g.drawPolygon(ptx0, pty0, 2);
int [] ptx1 = {x+2*width/3, x+2*width/3};
int [] pty1 = {y+3*height/4, y+height};
g.drawPolygon(ptx1, pty1, 2);
int [] ptx2 = {x+width/3, x+width};
int [] pty2 = {y+height/2, y+height/2};
g.drawPolygon(ptx2, pty2, 2);
g.drawOval(x+width/3, y+height/4, 2*width/3, height/2);
int [] ptx3 = {x+width/6, x+width/6, x, x+width/6, x+width/3, x+width/6};
int [] pty3 = {y+height/4, y+3*height/4, y+3*height/4-width/6, y+3*height/4, y+3*height/4-width/6, y+3*height/4};
g.drawPolygon(ptx3, pty3, 6);
}
private void rotateRight(Graphics g) {
int [] ptx0 = {x, x+width};
int [] pty0 = {y+height/2, y+height/2};
g.drawPolygon(ptx0, pty0, 2);
int [] ptx1 = {x+width/4-width/8, x+width/4-width/8, x+width/4-width/8-height/8, x+width/4-width/8+height/8, x+width/4-width/8, x+width/4-width/8};
int [] pty1 = {y+height/2-height/4, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y};
g.drawPolygon(ptx1, pty1, 6);
int [] ptx2 = {x+3*width/4+width/8, x+3*width/4+width/8};
int [] pty2 = {y+height/2-height/4, y};
g.drawPolygon(ptx2, pty2, 2);
g.drawOval(x+width/4, y, width/2, height);
}
private void rotateLeft(Graphics g) {
int [] ptx0 = {x, x+width};
int [] pty0 = {y+height/2, y+height/2};
g.drawPolygon(ptx0, pty0, 2);
int [] ptx1 = {x+width-width/8, x+width-width/8, x+width-width/8-height/8, x+width-width/8+height/8, x+width-width/8, x+width-width/8};
int [] pty1 = {y+height/2-height/4, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y};
g.drawPolygon(ptx1, pty1, 6);
int [] ptx2 = {x+width/8, x+width/8};
int [] pty2 = {y+height/2-height/4, y};
g.drawPolygon(ptx2, pty2, 2);
g.drawOval(x+width/4, y, width/2, height);
}
public TGComponent isOnOnlyMe(int _x, int _y) {
if (GraphicLib.isInRectangle(_x, _y, x, y, width, height)) {
return this;
}
return null;
}
public int getType() {
return TGComponentManager.ELN_INDEPENDENT_CURRENT_SOURCE;
}
public boolean editOndoubleClick(JFrame frame) {
JDialogELNComponentIndependentCurrentSource jde = new JDialogELNComponentIndependentCurrentSource(this);
jde.setVisible(true);
return true;
}
public StringBuffer encode(String data) {
StringBuffer databuf = new StringBuffer(data);
StringBuffer buffer = new StringBuffer("");
for(int pos = 0; pos != data.length(); pos++) {
char c = databuf.charAt(pos);
switch(c) {
case '\u03BC' :
buffer.append("&#x3BC;");
break;
default :
buffer.append(databuf.charAt(pos));
break;
}
}
return buffer;
}
protected String translateExtraParam() {
StringBuffer sb = new StringBuffer("<extraparam>\n");
sb.append("<attributes init_value=\"" + initValue);
sb.append("\" offset=\"" + offset);
sb.append("\" amplitude=\"" + amplitude);
sb.append("\" frequency=\"" + frequency);
sb.append("\" unit0=\"" + encode(unit0));
sb.append("\" phase=\"" + phase);
sb.append("\" delay=\"" + delay);
sb.append("\" ac_amplitude=\"" + acAmplitude);
sb.append("\" ac_phase=\"" + acPhase);
sb.append("\" ac_noise_amplitude=\"" + acNoiseAmplitude + "\"");
sb.append("/>\n");
sb.append("</extraparam>\n");
return new String(sb);
}
public void loadExtraParam(NodeList nl, int decX, int decY, int decId) throws MalformedModelingException{
try {
NodeList nli;
Node n1, n2;
Element elt;
double initValue, offset, amplitude, frequency, phase, acAmplitude, acPhase, acNoiseAmplitude;
String delay;
String unit0;
for(int i=0; i<nl.getLength(); i++) {
n1 = nl.item(i);
if (n1.getNodeType() == Node.ELEMENT_NODE) {
nli = n1.getChildNodes();
for(int j=0; j<nli.getLength(); j++) {
n2 = nli.item(j);
if (n2.getNodeType() == Node.ELEMENT_NODE) {
elt = (Element) n2;
if (elt.getTagName().equals("attributes")) {
initValue = Double.parseDouble(elt.getAttribute("init_value"));
offset = Double.parseDouble(elt.getAttribute("offset"));
amplitude = Double.parseDouble(elt.getAttribute("amplitude"));
frequency = Double.parseDouble(elt.getAttribute("frequency"));
unit0 = elt.getAttribute("unit0");
phase = Double.parseDouble(elt.getAttribute("phase"));
delay = elt.getAttribute("delay");
acAmplitude = Double.parseDouble(elt.getAttribute("ac_amplitude"));
acPhase = Double.parseDouble(elt.getAttribute("ac_phase"));
acNoiseAmplitude = Double.parseDouble(elt.getAttribute("ac_noise_amplitude"));
setInitValue(initValue);
setOffset(offset);
setAmplitude(amplitude);
setFrequency(frequency);
setUnit0(unit0);
setPhase(phase);
setDelay(delay);
setAcAmplitude(acAmplitude);
setAcPhase(acPhase);
setAcNoiseAmplitude(acNoiseAmplitude);
}
}
}
}
}
} catch (Exception e) {
throw new MalformedModelingException();
}
}
public void addActionToPopupMenu(JPopupMenu componentMenu, ActionListener menuAL, int x, int y) {
componentMenu.addSeparator();
JMenuItem rotateright = new JMenuItem("Rotate right 90°");
rotateright.addActionListener(this);
componentMenu.add(rotateright);
JMenuItem rotateleft = new JMenuItem("Rotate left 90°");
rotateleft.addActionListener(this);
componentMenu.add(rotateleft);
componentMenu.addSeparator();
JMenuItem rotatevertically = new JMenuItem("Flip vertically");
rotatevertically.addActionListener(this);
componentMenu.add(rotatevertically);
JMenuItem rotatehorizontally = new JMenuItem("Flip horizontally");
rotatehorizontally.addActionListener(this);
componentMenu.add(rotatehorizontally);
}
public void actionPerformed(ActionEvent e) {
if (e.getActionCommand().equals("Rotate right 90°")) {
position++;
position %= 4;
first = false;
}
if (e.getActionCommand().equals("Rotate left 90°")) {
position = position + 3;
position %= 4;
first = false;
}
if (e.getActionCommand().equals("Flip vertically")) {
if (position == 0 || position == 2) {
if (fv_0_2 == false) {
fv_0_2 = true;
} else {
fv_0_2 = false;
}
}
if (position == 1 || position == 3) {
if (fv_1_3 == false) {
fv_1_3 = true;
} else {
fv_1_3 = false;
}
}
}
if (e.getActionCommand().equals("Flip horizontally")) {
if (position == 0 || position == 2) {
if (fh_0_2 == false) {
fh_0_2 = true;
} else {
fh_0_2 = false;
}
}
if (position == 1 || position == 3) {
if (fh_1_3 == false) {
fh_1_3 = true;
} else {
fh_1_3 = false;
}
}
}
}
public int getDefaultConnector() {
return TGComponentManager.ELN_CONNECTOR;
}
public double getInitValue() {
return initValue;
}
public void setInitValue(double _initValue) {
initValue = _initValue;
}
public double getOffset() {
return offset;
}
public void setOffset(double _offset) {
offset = _offset;
}
public double getAmplitude() {
return amplitude;
}
public void setAmplitude(double _amplitude) {
amplitude = _amplitude;
}
public double getFrequency() {
return frequency;
}
public void setFrequency(double _frequency) {
frequency = _frequency;
}
public double getPhase() {
return phase;
}
public void setPhase(double _phase) {
phase = _phase;
}
public double getAcAmplitude() {
return acAmplitude;
}
public void setAcAmplitude(double _acAmplitude) {
acAmplitude = _acAmplitude;
}
public double getAcPhase() {
return acPhase;
}
public void setAcPhase(double _acPhase) {
acPhase = _acPhase;
}
public double getAcNoiseAmplitude() {
return acNoiseAmplitude;
}
public void setAcNoiseAmplitude(double _acNoiseAmplitude) {
acNoiseAmplitude = _acNoiseAmplitude;
}
public String getDelay() {
return delay;
}
public void setDelay(String _delay) {
delay = _delay;
}
public String getUnit0() {
return unit0;
}
public void setUnit0(String _unit0) {
unit0 = _unit0;
}
}
src/main/java/ui/eln/sca_eln/ELNComponentIndependentVoltageSource.java
+ 67
− 15
View file @ 7f423066
...@@ -197,7 +197,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna ...@@ -197,7 +197,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false) || (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true) || (fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)) { || (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)) {
rotateTop(g); rotateBottomFlip(g);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y); g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y+height+sh1); g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y+height+sh1);
} }
...@@ -205,7 +205,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna ...@@ -205,7 +205,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna
|| (fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true) || (fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true) || (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)) { || (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)) {
rotateBottom(g); rotateTopFlip(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y); g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y+height+sh0); g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y+height+sh0);
} }
...@@ -256,7 +256,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna ...@@ -256,7 +256,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false) || (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true) || (fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)) { || (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)) {
rotateRight(g); rotateRightFlip(g);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x - sw0, g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x - sw0,
y + height / 2 + height / 4 + sh0); y + height / 2 + height / 4 + sh0);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x + width, g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x + width,
...@@ -266,7 +266,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna ...@@ -266,7 +266,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna
|| (fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true) || (fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true) || (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)) { || (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)) {
rotateLeft(g); rotateLeftFlip(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x - sw1, g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x - sw1,
y + height / 2 + height / 4 + sh1); y + height / 2 + height / 4 + sh1);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x + width, g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x + width,
...@@ -317,7 +317,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna ...@@ -317,7 +317,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false) || (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true) || (fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)) { || (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)) {
rotateBottom(g); rotateTopFlip(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y); g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y+height+sh0); g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y+height+sh0);
} }
...@@ -325,7 +325,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna ...@@ -325,7 +325,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna
|| (fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true) || (fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true) || (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)) { || (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)) {
rotateTop(g); rotateBottomFlip(g);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y); g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x+width/2+width/2, y);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y+height+sh1); g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x+width/2+width/2, y+height+sh1);
} }
...@@ -376,7 +376,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna ...@@ -376,7 +376,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false) || (fv_0_2 == false && fv_1_3 == true && fh_0_2 == false && fh_1_3 == false)
|| (fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true) || (fv_0_2 == true && fv_1_3 == false && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)) { || (fv_0_2 == true && fv_1_3 == true && fh_0_2 == false && fh_1_3 == true)) {
rotateLeft(g); rotateLeftFlip(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x - sw1, g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x - sw1,
y + height / 2 + height / 4 + sh1); y + height / 2 + height / 4 + sh1);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x + width, g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x + width,
...@@ -386,7 +386,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna ...@@ -386,7 +386,7 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna
|| (fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true) || (fv_0_2 == false && fv_1_3 == false && fh_0_2 == false && fh_1_3 == true)
|| (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true) || (fv_0_2 == false && fv_1_3 == true && fh_0_2 == true && fh_1_3 == true)
|| (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)) { || (fv_0_2 == true && fv_1_3 == true && fh_0_2 == true && fh_1_3 == false)) {
rotateRight(g); rotateRightFlip(g);
g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x - sw0, g.drawString(((ELNConnectingPoint) connectingPoint[1]).getName(), x - sw0,
y + height / 2 + height / 4 + sh0); y + height / 2 + height / 4 + sh0);
g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x + width, g.drawString(((ELNConnectingPoint) connectingPoint[0]).getName(), x + width,
...@@ -420,6 +420,19 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna ...@@ -420,6 +420,19 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna
g.drawOval(x, y+height/4, width, height/2); g.drawOval(x, y+height/4, width, height/2);
} }
private void rotateTopFlip(Graphics g) {
int [] ptx0 = {x+width/2, x+width/2};
int [] pty0 = {y, y+height};
g.drawPolygon(ptx0, pty0, 2);
int [] ptx1 = {x+width/2+width/4, x+width/2+width/4+width/8, x+width/2+width/4+width/8, x+width/2+width/4+width/8, x+width/2+width/4+width/8, x+width};
int [] pty1 = {y+3*height/4+height/8, y+3*height/4+height/8, y+3*height/4+height/8+width/8, y+3*height/4+height/8+width/8, y+3*height/4+height/8, y+3*height/4+height/8};
g.drawPolygon(ptx1, pty1, 6);
int [] ptx2 = {x+width/2+width/4, x+width};
int [] pty2 = {y+height/8, y+height/8};
g.drawPolygon(ptx2, pty2, 2);
g.drawOval(x, y+height/4, width, height/2);
}
private void rotateBottom(Graphics g) { private void rotateBottom(Graphics g) {
int [] ptx0 = {x+width/2, x+width/2}; int [] ptx0 = {x+width/2, x+width/2};
int [] pty0 = {y, y+height}; int [] pty0 = {y, y+height};
...@@ -433,32 +446,71 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna ...@@ -433,32 +446,71 @@ public class ELNComponentIndependentVoltageSource extends TGCScalableWithInterna
g.drawOval(x, y+height/4, width, height/2); g.drawOval(x, y+height/4, width, height/2);
} }
private void rotateBottomFlip(Graphics g) {
int [] ptx0 = {x+width/2, x+width/2};
int [] pty0 = {y, y+height};
g.drawPolygon(ptx0, pty0, 2);
int [] ptx1 = {x+width/2+width/4, x+width/2+width/4+width/8, x+width/2+width/4+width/8, x+width/2+width/4+width/8, x+width/2+width/4+width/8, x+width};
int [] pty1 = {y+height/8, y+height/8, y+height/8+width/8, y+height/8-width/8, y+height/8, y+height/8};
g.drawPolygon(ptx1, pty1, 6);
int [] ptx2 = {x+width/2+width/4, x+width};
int [] pty2 = {y+3*height/4+height/8, y+3*height/4+height/8};
g.drawPolygon(ptx2, pty2, 2);
g.drawOval(x, y+height/4, width, height/2);
}
private void rotateRight(Graphics g) { private void rotateRight(Graphics g) {
int [] ptx0 = {x, x+width}; int [] ptx0 = {x, x+width};
int [] pty0 = {y+height/2, y+height/2}; int [] pty0 = {y+height/2, y+height/2};
g.drawPolygon(ptx0, pty0, 2); g.drawPolygon(ptx0, pty0, 2);
int [] ptx1 = {x+width/4-width/8, x+width/4-width/8, x+width/4-width/8-height/8, x+width/4-width/8+height/8, x+width/4-width/8, x+width/4-width/8}; int [] ptx1 = {x+width-width/8, x+width-width/8, x+width-width/8-height/8, x+width-width/8+height/8, x+width-width/8, x+width-width/8};
int [] pty1 = {y+height/2-height/4, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y}; int [] pty1 = {y+height/2+height/4, y+height/2+height/4+height/8, y+height/2+height/4+height/8, y+height/2+height/4+height/8, y+height/2+height/4+height/8, y+height};
g.drawPolygon(ptx1, pty1, 6); g.drawPolygon(ptx1, pty1, 6);
int [] ptx2 = {x+3*width/4+width/8, x+3*width/4+width/8}; int [] ptx2 = {x+width/8, x+width/8};
int [] pty2 = {y+height/2-height/4, y}; int [] pty2 = {y+height/2+height/4, y+height};
g.drawPolygon(ptx2, pty2, 2); g.drawPolygon(ptx2, pty2, 2);
g.drawOval(x+width/4, y, width/2, height); g.drawOval(x+width/4, y, width/2, height);
} }
private void rotateLeft(Graphics g) { private void rotateRightFlip(Graphics g) {
int [] ptx0 = {x, x+width}; int [] ptx0 = {x, x+width};
int [] pty0 = {y+height/2, y+height/2};
g.drawPolygon(ptx0, pty0, 2);
int [] ptx1 = {x+width-width/8, x+width-width/8, x+width-width/8-height/8, x+width-width/8+height/8, x+width-width/8, x+width-width/8};
int [] pty1 = {y+height/4, y+height/4+height/8, y+height/4+height/8, y+height/4+height/8, y+height/4+height/8, y};
g.drawPolygon(ptx1, pty1, 6);
int [] ptx2 = {x+width/8, x+width/8};
int [] pty2 = {y+height/4, y};
g.drawPolygon(ptx2, pty2, 2);
g.drawOval(x+width/4, y, width/2, height);
}
private void rotateLeft(Graphics g) {
int [] ptx0 = {x, x+width};
int [] pty0 = {y+height/2, y+height/2}; int [] pty0 = {y+height/2, y+height/2};
g.drawPolygon(ptx0, pty0, 2); g.drawPolygon(ptx0, pty0, 2);
int [] ptx1 = {x+width-width/8, x+width-width/8, x+width-width/8-height/8, x+width-width/8+height/8, x+width-width/8, x+width-width/8}; int [] ptx1 = {x+width/4-width/8, x+width/4-width/8, x+width/4-width/8-height/8, x+width/4-width/8+height/8, x+width/4-width/8, x+width/4-width/8};
int [] pty1 = {y+height/2-height/4, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y}; int [] pty1 = {y+height/2-height/4, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y+height/2-height/4-height/8, y};
g.drawPolygon(ptx1, pty1, 6); g.drawPolygon(ptx1, pty1, 6);
int [] ptx2 = {x+width/8, x+width/8}; int [] ptx2 = {x+3*width/4+width/8, x+3*width/4+width/8};
int [] pty2 = {y+height/2-height/4, y}; int [] pty2 = {y+height/2-height/4, y};
g.drawPolygon(ptx2, pty2, 2); g.drawPolygon(ptx2, pty2, 2);
g.drawOval(x+width/4, y, width/2, height); g.drawOval(x+width/4, y, width/2, height);
} }
private void rotateLeftFlip(Graphics g) {
int [] ptx0 = {x, x+width};
int [] pty0 = {y+height/2, y+height/2};
g.drawPolygon(ptx0, pty0, 2);
int [] ptx1 = {x+width/4-width/8, x+width/4-width/8, x+width/4-width/8-height/8, x+width/4-width/8+height/8, x+width/4-width/8, x+width/4-width/8};
int [] pty1 = {y+height/2+height/4, y+height/2+height/4+height/8, y+height/2+height/4+height/8, y+height/2+height/4+height/8, y+height/2+height/4+height/8, y+height};
g.drawPolygon(ptx1, pty1, 6);
int [] ptx2 = {x+3*width/4+width/8, x+3*width/4+width/8};
int [] pty2 = {y+height/2+height/4, y+height};
g.drawPolygon(ptx2, pty2, 2);
g.drawOval(x+width/4, y, width/2, height);
}
public TGComponent isOnOnlyMe(int _x, int _y) { public TGComponent isOnOnlyMe(int _x, int _y) {
if (GraphicLib.isInRectangle(_x, _y, x, y, width, height)) { if (GraphicLib.isInRectangle(_x, _y, x, y, width, height)) {
return this; return this;
......
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