@Override
public void setLayers(Layers parent) {
// ok, we've been pasted. just double check that our children know who is
// the boss
Enumeration<Editable> numer = getSegments().elements();
while (numer.hasMoreElements()) {
Editable editable = (Editable) numer.nextElement();
PlanningSegment seg = (PlanningSegment) editable;
seg.setWrapper(this);
}
}
@Override
double getMinuteDelta(PlanningSegment seg) {
// how far will we travel in time?
double metresPerSec = seg.getSpeed().getValueIn(WorldSpeed.M_sec);
double metresPerMin = metresPerSec * 60d;
double distanceM = metresPerSec * getSecsTravelled(seg);
WorldDistance wd = new WorldDistance(distanceM, WorldDistance.METRES);
seg.setDistanceSilent(new WorldDistance(wd.getValueIn(WorldDistance.NM), WorldDistance.NM));
return metresPerMin;
}
@Override
protected double getSecsTravelled(PlanningSegment seg) {
// how long does it take to travel this distance?
double secsTaken =
seg.getDistance().getValueIn(WorldDistance.METRES)
/ seg.getSpeed().getValueIn(WorldSpeed.M_sec);
// sort out the leg length
seg.setDurationSilent(new Duration(secsTaken, Duration.SECONDS));
return secsTaken;
}
public void recalculate() {
Enumeration<Editable> numer = getSegments().elements();
WorldLocation thisOrigin = getOrigin();
HiResDate thisDate = getStartDate();
while (numer.hasMoreElements()) {
Editable editable = (Editable) numer.nextElement();
PlanningSegment seg = (PlanningSegment) editable;
PlanningCalc theCalc = null;
int model = seg.getCalculation();
switch (model) {
case PlanningLegCalcModelPropertyEditor.RANGE_SPEED:
theCalc = new FromRangeSpeed();
break;
case PlanningLegCalcModelPropertyEditor.RANGE_TIME:
theCalc = new FromRangeTime();
break;
case PlanningLegCalcModelPropertyEditor.SPEED_TIME:
theCalc = new FromSpeedTime();
break;
}
// see if this is the closing segment
if (seg instanceof ClosingSegment) {
// what's the range and bearing back to the origin
WorldVector offset = getOrigin().subtract(thisOrigin);
// and store it.
seg.setSpeedSilent(new WorldSpeed(12, WorldSpeed.Kts));
seg.setDistanceSilent(new WorldDistance(offset.getRange(), WorldDistance.DEGS));
seg.setCourseSilent(MWC.Algorithms.Conversions.Rads2Degs(offset.getBearing()));
seg.setDepthSilent(new WorldDistance(offset.getDepth(), WorldDistance.METRES));
}
theCalc.construct(seg, thisOrigin, thisDate);
// did we generate anything?
if (seg.size() > 0) {
// ok, now update the date/location
thisOrigin = seg.last().getBounds().getCentre();
thisDate = seg.endDTG();
}
}
// ok, sort out the symbol & label freq
HiResDate symFreq = this.getSymbolFrequency();
HiResDate labelFreq = this.getLabelFrequency();
this.setSymbolFrequency(new HiResDate(0));
this.setLabelFrequency(new HiResDate(0));
// and restore them
setSymbolFrequency(symFreq);
setLabelFrequency(labelFreq);
}
@Override
public void findNearestHotSpotIn(
Point cursorPos,
WorldLocation cursorLoc,
ComponentConstruct currentNearest,
Layer parentLayer) {
// initialise thisDist, since we're going to be over-writing it
WorldDistance thisDist = new WorldDistance(0, WorldDistance.DEGS);
Enumeration<Editable> numer = getSegments().elements();
while (numer.hasMoreElements()) {
final PlanningSegment thisSeg = (PlanningSegment) numer.nextElement();
if (thisSeg.getVisible()) {
// produce a location for the end
FixWrapper endFix = (FixWrapper) thisSeg.last();
if (endFix != null) {
// how far away is it?
thisDist = endFix.getLocation().rangeFrom(cursorLoc, thisDist);
final WorldLocation fixLocation =
new WorldLocation(endFix.getLocation()) {
private static final long serialVersionUID = 1L;
@Override
public void addToMe(WorldVector delta) {
super.addToMe(delta);
// so, what's the bearing back to the leg start?
double newBearing = super.bearingFrom(thisSeg.first().getBounds().getCentre());
newBearing = MWC.Algorithms.Conversions.Rads2Degs(newBearing);
// limit the bearing to the nearest 5 deg marker
int m = ((int) newBearing / 10);
newBearing = m * 10d;
// trim it to being positive
if (newBearing < 0) newBearing += 360;
thisSeg.setCourse(newBearing);
}
};
// try range
currentNearest.checkMe(this, thisDist, null, parentLayer, fixLocation);
}
}
}
}
@Override
double getMinuteDelta(PlanningSegment seg) {
// home long to travel along it (secs)
double travelSecs = seg.getDuration().getValueIn(Duration.SECONDS);
double metresPerSec = seg.getDistance().getValueIn(WorldDistance.METRES) / travelSecs;
double metresPerMin = metresPerSec * 60d;
// update the speed, so it makes sense in the fix
WorldSpeed speedMtrs = new WorldSpeed(metresPerSec, WorldSpeed.M_sec);
WorldSpeed speedKTs = new WorldSpeed(speedMtrs.getValueIn(WorldSpeed.Kts), WorldSpeed.Kts);
seg.setSpeedSilent(speedKTs);
return metresPerMin;
}
@Override
public void add(Editable point) {
if (point instanceof PlanningSegment) {
// hey, is this a closing segment?
if (point instanceof ClosingSegment) {
// do we already have one?
if (this.getSegments().last() instanceof ClosingSegment) {
// skip....
_toolParent.logError(ToolParent.WARNING, "Already have closing segment", null);
}
}
// take a copy of the name, to stop it getting manmgled
String name = point.getName();
super.add(point);
if (point.getName() != name) ((PlanningSegment) point).setName(name);
// better do a recalc, aswell
recalculate();
} else {
throw new RuntimeException("can't add this type to a composite track wrapper");
}
}
void construct(PlanningSegment seg, WorldLocation origin, HiResDate date) {
// check we have some data
if (date == null || origin == null) return;
double timeTravelledMillis = getSecsTravelled(seg) * 1000;
// ditch the existing items
seg.removeAllElements();
// ok build for this segment
double courseDegs = seg.getCourse();
double courseRads = MWC.Algorithms.Conversions.Degs2Rads(courseDegs);
long timeMillis = date.getDate().getTime();
final long timeStepMillis;
final long ONE_MIN = 60 * 1000;
final long ONE_HOUR = 60 * ONE_MIN;
final long ONE_DAY = 24 * ONE_HOUR;
// use a time step appropriate to how long we're generating the track for
if (timeTravelledMillis <= 4 * ONE_HOUR) timeStepMillis = ONE_MIN;
else if (timeTravelledMillis <= 12 * ONE_HOUR) timeStepMillis = 10 * ONE_MIN;
else if (timeTravelledMillis <= 2 * ONE_DAY) timeStepMillis = 30 * ONE_MIN;
else timeStepMillis = ONE_HOUR;
// now work out how far he will have travelled in a time step
double distPerMinute = getMinuteDelta(seg);
double distPerStep = distPerMinute * (timeStepMillis / ONE_MIN);
WorldVector vec =
new WorldVector(courseRads, new WorldDistance(distPerStep, WorldDistance.METRES), null);
for (long tNow = timeMillis;
tNow <= timeMillis + timeTravelledMillis;
tNow += timeStepMillis) {
HiResDate thisDtg = new HiResDate(tNow);
// ok, do this fix
Fix thisF =
new Fix(thisDtg, origin, courseRads, seg.getSpeed().getValueIn(WorldSpeed.ft_sec) / 3);
// override the depth
thisF.getLocation().setDepth(seg.getDepth().getValueIn(WorldDistance.METRES));
FixWrapper fw = new FixWrapper(thisF);
fw.setColor(seg.getColor());
// and store it
seg.add(fw);
// reset the name, we're not going to use a human generated one
fw.resetName();
// produce a new position
origin = origin.add(vec);
}
}
@FireExtended
public void appendReverse() {
// ok, get the legs
SegmentList list = super.getSegments();
ArrayList<PlanningSegment> holder = new ArrayList<PlanningSegment>();
Enumeration<Editable> iterator = list.elements();
while (iterator.hasMoreElements()) {
// put this element at the start
holder.add(0, (PlanningSegment) iterator.nextElement());
}
// now run the legs back in reverse
Iterator<PlanningSegment> iter2 = holder.iterator();
while (iter2.hasNext()) {
PlanningSegment pl = iter2.next();
try {
PlanningSegment pl2 = (PlanningSegment) pl.clone();
// now reverse it
double newCourse = pl2.getCourse() + 180d;
if (newCourse > 360) newCourse -= 360;
pl2.setCourse(newCourse);
// show the name as reversed
pl2.setName(pl2.getName() + "(R)");
// ok, now add it
this.add(pl2);
} catch (CloneNotSupportedException e) {
e.printStackTrace();
}
}
// ok, better throw in a recalculate
this.recalculate();
}
@Override
protected double getSecsTravelled(PlanningSegment seg) {
return seg.getDuration().getValueIn(Duration.SECONDS);
}
@Override
double getMinuteDelta(PlanningSegment seg) {
// find out how far it travels
double distPerMinute = seg.getSpeed().getValueIn(WorldSpeed.M_sec) * 60d;
return distPerMinute;
}
