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all triggers should be documented way nicer 

#2001
This commit is contained in:
rusefillc 2020-12-10 17:10:17 -05:00
parent dcef30d374
commit c0438be970
1 changed files with 21 additions and 9 deletions
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30
java_console/ui/src/main/java/com/rusefi/TriggerImage.java
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@ -150,13 +150,13 @@ public class TriggerImage {
topPanel.removeAll();
JPanel firstWheelControl = createWheelPanel(triggerWheelInfo.getFirstWheeTriggerSignals());
JPanel firstWheelControl = createWheelPanel(triggerWheelInfo.getFirstWheeTriggerSignals(), true);
topPanel.add(firstWheelControl);
topPanel.add(StartupFrame.createLogoLabel());
if (!triggerWheelInfo.waves.get(1).list.isEmpty()) {
JPanel secondWheelControl = createWheelPanel(triggerWheelInfo.getSecondWheeTriggerSignals());
JPanel secondWheelControl = createWheelPanel(triggerWheelInfo.getSecondWheeTriggerSignals(), false);
topPanel.add(secondWheelControl);
}
@ -212,7 +212,7 @@ public class TriggerImage {
}
@NotNull
private static JPanel createWheelPanel(List<TriggerSignal> wheel) {
private static JPanel createWheelPanel(List<TriggerSignal> wheel, boolean showTdc) {
JPanel clock = new JPanel() {
@Override
public void paint(Graphics g) {
@ -223,14 +223,24 @@ public class TriggerImage {
TriggerSignal current = wheel.get(i);
drawRadialLine(g, current.angle);
/**
* java arc API is
* * Angles are interpreted such that 0&nbsp;degrees
* * is at the 3'clock position.
* * A positive value indicates a counter-clockwise rotation
* * while a negative value indicates a clockwise rotation.
*
* we want zero to be at 12'clock position and clockwise rotation
*/
double nextAngle = i == wheel.size() - 1 ? 360 + wheel.get(0).angle : wheel.get(i + 1).angle;
int arcDuration = (int) (nextAngle - current.angle);
int arcStart = (int) arcToRusEFI(nextAngle);
if (current.state == 1) {
g.drawArc(WHEEL_BORDER, WHEEL_BORDER, WHEEL_DIAMETER, WHEEL_DIAMETER, (int) current.angle, arcDuration);
g.drawArc(WHEEL_BORDER, WHEEL_BORDER, WHEEL_DIAMETER, WHEEL_DIAMETER, arcStart, arcDuration);
} else {
int corner = WHEEL_BORDER + (WHEEL_DIAMETER - SMALL_DIAMETER) / 2;
g.drawArc(corner, corner, SMALL_DIAMETER, SMALL_DIAMETER, (int) current.angle, arcDuration);
g.drawArc(corner, corner, SMALL_DIAMETER, SMALL_DIAMETER, arcStart, arcDuration);
}
}
}
@ -244,17 +254,19 @@ public class TriggerImage {
return clock;
}
private static double arcToRusEFI(double angle) {
return (90 - angle);
}
private static void drawRadialLine(Graphics g, double angle) {
int center = WHEEL_BORDER + WHEEL_DIAMETER / 2;
// converting to 'drawArc' angle convention
angle = 90 + angle;
double radianAngle = Math.toRadians(angle);
int smallX = (int) (SMALL_DIAMETER / 2 * Math.sin(radianAngle));
int smallY = (int) (SMALL_DIAMETER / 2 * Math.cos(radianAngle));
int smallY =- (int) (SMALL_DIAMETER / 2 * Math.cos(radianAngle));
int largeX = (int) (WHEEL_DIAMETER / 2 * Math.sin(radianAngle));
int largeY = (int) (WHEEL_DIAMETER / 2 * Math.cos(radianAngle));
int largeY = -(int) (WHEEL_DIAMETER / 2 * Math.cos(radianAngle));
g.drawLine(center + smallX, center + smallY, center + largeX, center + largeY);
}