[cooja] plugins/skins: Adapted DGRM and UDGM visualizer skins to show
adequate information for multi-selections
This commit is contained in:
Enrico Joerns
parent
ac61c45950
commit
e69b08f5fd
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@ -83,66 +83,70 @@ public class DGRMVisualizerSkin implements VisualizerSkin {
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public void paintBeforeMotes(Graphics g) {
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public void paintBeforeMotes(Graphics g) {
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Set<Mote> selectedMotes = visualizer.getSelectedMotes();
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Set<Mote> selectedMotes = visualizer.getSelectedMotes();
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if (simulation == null
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if (simulation == null || selectedMotes == null) {
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|| selectedMotes == null
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|| selectedMotes.isEmpty()) {
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return;
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return;
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}
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}
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final Mote selectedMote = visualizer.getSelectedMotes().iterator().next();
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for (final Mote selectedMote : selectedMotes) {
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if (selectedMote.getInterfaces().getRadio() == null) {
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if (selectedMote.getInterfaces().getRadio() == null) {
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return;
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}
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/* Paint transmission and interference range for selected mote */
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Position motePos = selectedMote.getInterfaces().getPosition();
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Point pixelCoord = visualizer.transformPositionToPixel(motePos);
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int x = pixelCoord.x;
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int y = pixelCoord.y;
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Radio selectedRadio = selectedMote.getInterfaces().getRadio();
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FontMetrics fm = g.getFontMetrics();
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g.setColor(Color.BLACK);
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DirectedGraphMedium radioMedium = (DirectedGraphMedium) simulation.getRadioMedium();
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/* Print transmission success probabilities */
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DestinationRadio[] dests = radioMedium.getPotentialDestinations(selectedRadio);
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if (dests == null || dests.length == 0) {
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String msg = "No edges";
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int msgWidth = fm.stringWidth(msg);
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g.setColor(Color.BLACK);
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g.drawString(msg, x - msgWidth/2, y + 2*Visualizer.MOTE_RADIUS + 3);
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return;
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}
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String msg = dests.length + " edges";
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int msgWidth = fm.stringWidth(msg);
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g.setColor(Color.BLACK);
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g.drawString(msg, x - msgWidth/2, y + 2*Visualizer.MOTE_RADIUS + 3);
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for (DestinationRadio r: dests) {
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double prob = ((DGRMDestinationRadio)r).ratio;
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double rssi = ((DGRMDestinationRadio)r).signal;
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double pos_rssi = rssi + 100;
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int lqi = ((DGRMDestinationRadio)r).lqi;
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float red = (float)(1 - prob*pos_rssi/90*lqi/100);
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if(red > 1) red = 1;
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if(red < 0) red = 0;
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float green = (float)(prob*pos_rssi/90*lqi/100);
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if(green > 1) green = 1;
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if(green < 0) green = 0;
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if (prob == 0.0d) {
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continue;
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continue;
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}
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}
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msg = String.format("%1.1f%%", 100.0*prob);
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Position pos = r.radio.getPosition();
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/* Paint transmission and interference range for selected mote */
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Point pixel = visualizer.transformPositionToPixel(pos);
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Position motePos = selectedMote.getInterfaces().getPosition();
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msgWidth = fm.stringWidth(msg);
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g.setColor(new Color(red, green, 0.0f));
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Point pixelCoord = visualizer.transformPositionToPixel(motePos);
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g.drawString("LQI: " + lqi + " RSSI: " + rssi,(x + pixel.x)/2,(y + pixel.y)/2);
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int x = pixelCoord.x;
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g.drawLine(x, y, pixel.x, pixel.y);
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int y = pixelCoord.y;
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Radio selectedRadio = selectedMote.getInterfaces().getRadio();
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FontMetrics fm = g.getFontMetrics();
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g.setColor(Color.BLACK);
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g.setColor(Color.BLACK);
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g.drawString(msg, pixel.x - msgWidth/2, pixel.y + 2*Visualizer.MOTE_RADIUS + 3);
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DirectedGraphMedium radioMedium = (DirectedGraphMedium) simulation.getRadioMedium();
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/* Print transmission success probabilities */
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DestinationRadio[] dests = radioMedium.getPotentialDestinations(selectedRadio);
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if (dests == null || dests.length == 0) {
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String msg = "No edges";
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int msgWidth = fm.stringWidth(msg);
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g.setColor(Color.BLACK);
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g.drawString(msg, x - msgWidth / 2, y + 2 * Visualizer.MOTE_RADIUS + 3);
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continue;
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}
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String msg = dests.length + " edges";
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int msgWidth = fm.stringWidth(msg);
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g.setColor(Color.BLACK);
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g.drawString(msg, x - msgWidth / 2, y + 2 * Visualizer.MOTE_RADIUS + 3);
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/* Draw LQI/RSSI edges */
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for (DestinationRadio r : dests) {
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double prob = ((DGRMDestinationRadio)r).ratio;
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double rssi = ((DGRMDestinationRadio)r).signal;
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double pos_rssi = rssi + 100;
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int lqi = ((DGRMDestinationRadio)r).lqi;
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float red = (float)(1 - prob*pos_rssi/90*lqi/100);
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if(red > 1) red = 1;
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if(red < 0) red = 0;
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float green = (float)(prob*pos_rssi/90*lqi/100);
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if(green > 1) green = 1;
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if(green < 0) green = 0;
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if (prob == 0.0d) {
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continue;
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}
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Position pos = r.radio.getPosition();
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Point pixel = visualizer.transformPositionToPixel(pos);
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g.setColor(new Color(red, green, 0.0f));
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g.drawString("LQI: " + lqi, (x + pixel.x) / 2, (y + pixel.y) / 2);
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g.drawString("RSSI: " + rssi, (x + pixel.x) / 2, (y + pixel.y) / 2 + g.getFontMetrics().getHeight());
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g.drawLine(x, y, pixel.x, pixel.y);
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/* Draw success ratio only if single mote selected */
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if (selectedMotes.size() == 1) {
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g.setColor(Color.BLACK);
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msg = String.format("%1.1f%%", 100.0 * prob);
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msgWidth = fm.stringWidth(msg);
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g.drawString(msg, pixel.x - msgWidth/2, pixel.y + 2*Visualizer.MOTE_RADIUS + 3);
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}
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}
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}
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}
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}
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}
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@ -34,7 +34,10 @@ import java.awt.BorderLayout;
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import java.awt.Color;
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import java.awt.Color;
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import java.awt.FontMetrics;
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import java.awt.FontMetrics;
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import java.awt.Graphics;
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import java.awt.Graphics;
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import java.awt.Graphics2D;
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import java.awt.Point;
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import java.awt.Point;
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import java.awt.geom.Area;
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import java.awt.geom.Ellipse2D;
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import java.beans.PropertyVetoException;
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import java.beans.PropertyVetoException;
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import java.util.Set;
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import java.util.Set;
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@ -269,104 +272,120 @@ public class UDGMVisualizerSkin implements VisualizerSkin {
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@Override
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@Override
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public void paintBeforeMotes(Graphics g) {
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public void paintBeforeMotes(Graphics g) {
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Set<Mote> selectedMotes = visualizer.getSelectedMotes();
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Set<Mote> selectedMotes = visualizer.getSelectedMotes();
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if (simulation == null
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if (simulation == null || selectedMotes == null) {
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|| selectedMotes == null
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|| selectedMotes.isEmpty()) {
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return;
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return;
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}
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}
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final Mote selectedMote = visualizer.getSelectedMotes().iterator().next();
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Area intRangeArea = new Area();
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if (selectedMote.getInterfaces().getRadio() == null) {
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Area intRangeMaxArea = new Area();
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return;
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Area trxRangeArea = new Area();
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Area trxRangeMaxArea = new Area();
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for (Mote selectedMote : selectedMotes) {
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if (selectedMote.getInterfaces().getRadio() == null) {
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continue;
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}
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/* Paint transmission and interference range for selected mote */
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Position motePos = selectedMote.getInterfaces().getPosition();
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Point pixelCoord = visualizer.transformPositionToPixel(motePos);
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int x = pixelCoord.x;
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int y = pixelCoord.y;
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// Fetch current output power indicator (scale with as percent)
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Radio selectedRadio = selectedMote.getInterfaces().getRadio();
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double moteInterferenceRange
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= radioMedium.INTERFERENCE_RANGE
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* ((double) selectedRadio.getCurrentOutputPowerIndicator()
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/ (double) selectedRadio.getOutputPowerIndicatorMax());
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double moteTransmissionRange
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= radioMedium.TRANSMITTING_RANGE
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* ((double) selectedRadio.getCurrentOutputPowerIndicator()
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/ (double) selectedRadio.getOutputPowerIndicatorMax());
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Point translatedZero = visualizer.transformPositionToPixel(0.0, 0.0, 0.0);
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Point translatedInterference
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= visualizer.transformPositionToPixel(moteInterferenceRange, moteInterferenceRange, 0.0);
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Point translatedTransmission
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= visualizer.transformPositionToPixel(moteTransmissionRange, moteTransmissionRange, 0.0);
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Point translatedInterferenceMax
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= visualizer.transformPositionToPixel(radioMedium.INTERFERENCE_RANGE, radioMedium.INTERFERENCE_RANGE, 0.0);
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Point translatedTransmissionMax
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= visualizer.transformPositionToPixel(radioMedium.TRANSMITTING_RANGE, radioMedium.TRANSMITTING_RANGE, 0.0);
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translatedInterference.x = Math.abs(translatedInterference.x - translatedZero.x);
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translatedInterference.y = Math.abs(translatedInterference.y - translatedZero.y);
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translatedTransmission.x = Math.abs(translatedTransmission.x - translatedZero.x);
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translatedTransmission.y = Math.abs(translatedTransmission.y - translatedZero.y);
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translatedInterferenceMax.x = Math.abs(translatedInterferenceMax.x - translatedZero.x);
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translatedInterferenceMax.y = Math.abs(translatedInterferenceMax.y - translatedZero.y);
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translatedTransmissionMax.x = Math.abs(translatedTransmissionMax.x - translatedZero.x);
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translatedTransmissionMax.y = Math.abs(translatedTransmissionMax.y - translatedZero.y);
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/* Interference range */
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intRangeArea.add(new Area(new Ellipse2D.Double(
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x - translatedInterference.x,
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y - translatedInterference.y,
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2 * translatedInterference.x,
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2 * translatedInterference.y)));
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/* Interference range (MAX) */
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trxRangeArea.add(new Area(new Ellipse2D.Double(
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x - translatedTransmission.x,
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y - translatedTransmission.y,
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2 * translatedTransmission.x,
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2 * translatedTransmission.y)));
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intRangeMaxArea.add(new Area(new Ellipse2D.Double(
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x - translatedInterferenceMax.x,
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y - translatedInterferenceMax.y,
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2 * translatedInterferenceMax.x,
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2 * translatedInterferenceMax.y)));
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/* Transmission range (MAX) */
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trxRangeMaxArea.add(new Area(new Ellipse2D.Double(
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x - translatedTransmissionMax.x,
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y - translatedTransmissionMax.y,
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2 * translatedTransmissionMax.x,
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2 * translatedTransmissionMax.y)));
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}
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}
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/* Paint transmission and interference range for selected mote */
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Graphics2D g2d = (Graphics2D) g;
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Position motePos = selectedMote.getInterfaces().getPosition();
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Point pixelCoord = visualizer.transformPositionToPixel(motePos);
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g2d.setColor(COLOR_INT);
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int x = pixelCoord.x;
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g2d.fill(intRangeArea);
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int y = pixelCoord.y;
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// Fetch current output power indicator (scale with as percent)
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Radio selectedRadio = selectedMote.getInterfaces().getRadio();
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double moteInterferenceRange =
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radioMedium.INTERFERENCE_RANGE
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* ((double) selectedRadio.getCurrentOutputPowerIndicator()
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/ (double) selectedRadio.getOutputPowerIndicatorMax());
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double moteTransmissionRange =
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radioMedium.TRANSMITTING_RANGE
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* ((double) selectedRadio.getCurrentOutputPowerIndicator()
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/ (double) selectedRadio.getOutputPowerIndicatorMax());
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Point translatedZero = visualizer.transformPositionToPixel(0.0, 0.0, 0.0);
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Point translatedInterference =
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visualizer.transformPositionToPixel(moteInterferenceRange, moteInterferenceRange, 0.0);
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Point translatedTransmission =
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visualizer.transformPositionToPixel(moteTransmissionRange, moteTransmissionRange, 0.0);
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Point translatedInterferenceMax =
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visualizer.transformPositionToPixel(radioMedium.INTERFERENCE_RANGE, radioMedium.INTERFERENCE_RANGE, 0.0);
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Point translatedTransmissionMax =
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visualizer.transformPositionToPixel(radioMedium.TRANSMITTING_RANGE, radioMedium.TRANSMITTING_RANGE, 0.0);
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translatedInterference.x = Math.abs(translatedInterference.x - translatedZero.x);
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translatedInterference.y = Math.abs(translatedInterference.y - translatedZero.y);
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translatedTransmission.x = Math.abs(translatedTransmission.x - translatedZero.x);
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translatedTransmission.y = Math.abs(translatedTransmission.y - translatedZero.y);
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translatedInterferenceMax.x = Math.abs(translatedInterferenceMax.x - translatedZero.x);
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translatedInterferenceMax.y = Math.abs(translatedInterferenceMax.y - translatedZero.y);
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translatedTransmissionMax.x = Math.abs(translatedTransmissionMax.x - translatedZero.x);
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translatedTransmissionMax.y = Math.abs(translatedTransmissionMax.y - translatedZero.y);
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/* Interference range */
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g.setColor(COLOR_INT);
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g.fillOval(
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x - translatedInterference.x,
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y - translatedInterference.y,
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2 * translatedInterference.x,
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2 * translatedInterference.y);
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/* Transmission range */
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g.setColor(COLOR_TX);
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g.fillOval(
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x - translatedTransmission.x,
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y - translatedTransmission.y,
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2 * translatedTransmission.x,
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2 * translatedTransmission.y);
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/* Interference range (MAX) */
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g.setColor(Color.GRAY);
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g.setColor(Color.GRAY);
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g.drawOval(
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g2d.draw(intRangeMaxArea);
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x - translatedInterferenceMax.x,
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y - translatedInterferenceMax.y,
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2 * translatedInterferenceMax.x,
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2 * translatedInterferenceMax.y);
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/* Transmission range (MAX) */
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g.drawOval(
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x - translatedTransmissionMax.x,
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y - translatedTransmissionMax.y,
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2 * translatedTransmissionMax.x,
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2 * translatedTransmissionMax.y);
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g.setColor(COLOR_TX);
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g2d.fill(trxRangeArea);
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g.setColor(Color.GRAY);
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g2d.draw(trxRangeMaxArea);
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FontMetrics fm = g.getFontMetrics();
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FontMetrics fm = g.getFontMetrics();
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g.setColor(Color.BLACK);
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g.setColor(Color.BLACK);
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/* Print transmission success probabilities */
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/* Print transmission success probabilities only if single mote is selected */
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for (Mote m: simulation.getMotes()) {
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if (selectedMotes.size() == 1) {
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if (m == selectedMote) {
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Mote selectedMote = selectedMotes.toArray(new Mote[0])[0];
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continue;
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Radio selectedRadio = selectedMote.getInterfaces().getRadio();
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}
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for (Mote m: simulation.getMotes()) {
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double prob =
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if (m == selectedMote) {
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((UDGM) simulation.getRadioMedium()).getSuccessProbability(selectedRadio, m.getInterfaces().getRadio());
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continue;
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if (prob == 0.0d) {
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}
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continue;
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double prob =
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}
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((UDGM) simulation.getRadioMedium()).getSuccessProbability(selectedRadio, m.getInterfaces().getRadio());
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String msg = (((int)(1000*prob))/10.0) + "%";
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if (prob == 0.0d) {
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Position pos = m.getInterfaces().getPosition();
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continue;
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Point pixel = visualizer.transformPositionToPixel(pos);
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}
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int msgWidth = fm.stringWidth(msg);
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String msg = (((int)(1000*prob))/10.0) + "%";
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g.drawString(msg, pixel.x - msgWidth/2, pixel.y + 2*Visualizer.MOTE_RADIUS + 3);
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Position pos = m.getInterfaces().getPosition();
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Point pixel = visualizer.transformPositionToPixel(pos);
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int msgWidth = fm.stringWidth(msg);
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g.drawString(msg, pixel.x - msgWidth/2, pixel.y + 2*Visualizer.MOTE_RADIUS + 3);
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}
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}
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}
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}
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}
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