void UpdateFixedLine() {
if ((mIdx == 0) || (mIdx == (size_t) getFinalWaypoint())) {
UpdateSymLine();
} else {
StartupStore(_T("..Cup Task : LINE Turnpoint is only supported for Start or Finish%s"), NEWLINE);
mA1 = 90.0;
UpdateFixedSector();
}
}
void UpdateToStartSector() {
if (mIdx > 0) {
const WAYPOINT *CurrPt = TaskWayPoint(mIdx);
const WAYPOINT *StartPt = TaskWayPoint(0);
// bearing to prev
DistanceBearing(CurrPt->Latitude, CurrPt->Longitude,
StartPt->Latitude, StartPt->Longitude, NULL, &mA12);
UpdateFixedSector();
}
}
void UpdateToPrevSector() {
if (ValidTaskPoint(mIdx - 1)) {
const WAYPOINT *CurrPt = TaskWayPoint(mIdx);
const WAYPOINT *PrevPt = TaskWayPoint(mIdx - 1);
// bearing to prev
DistanceBearing(CurrPt->Latitude, CurrPt->Longitude,
PrevPt->Latitude, PrevPt->Longitude, NULL, &mA12);
UpdateFixedSector();
}
}
void UpdateToNextSector() {
if (ValidTaskPoint(mIdx + 1)) {
const WAYPOINT *CurrPt = TaskWayPoint(mIdx);
const WAYPOINT *NextPt = TaskWayPoint(mIdx + 1);
// bearing to next
DistanceBearing(CurrPt->Latitude, CurrPt->Longitude,
NextPt->Latitude, NextPt->Longitude, NULL, &mA12);
UpdateFixedSector();
}
}
void UpdateSymSector() {
if (mIdx == 0) {
UpdateToNextSector();
} else if (mIdx == ((size_t) getFinalWaypoint())) {
UpdateToPrevSector();
} else {
const WAYPOINT *CurrPt = TaskWayPoint(mIdx);
const WAYPOINT *PrevPt = TaskWayPoint(mIdx - 1);
const WAYPOINT *NextPt = TaskWayPoint(mIdx + 1);
double InB = 0;
double OutB = 0;
// bearing to prev
DistanceBearing(CurrPt->Latitude, CurrPt->Longitude,
PrevPt->Latitude, PrevPt->Longitude, NULL, &InB);
// bearing to next
DistanceBearing(CurrPt->Latitude, CurrPt->Longitude,
NextPt->Latitude, NextPt->Longitude, NULL, &OutB);
mA12 = BiSector(InB, OutB);
UpdateFixedSector();
}
}
void UpdateTask() {
if (mA1 == 180.0) {
if (mIdx == 0) {
StartLine = 0;
StartRadius = mR1;
} else if (mIdx == (size_t) getFinalWaypoint()) {
FinishLine = 0;
FinishRadius = mR1;
} else {
Task[mIdx].AATType = CIRCLE;
Task[mIdx].AATCircleRadius = mR1;
}
} else {
switch (mType) {
case 0: // - Fixed value,
if (mLine) {
StartupStore(_T("..Cup Task : \"Fixed\" LINE Turnpoint is not supported%s"), NEWLINE);
UpdateFixedLine();
} else {
UpdateFixedSector();
}
break;
case 1: // - Symmetrical,
if (mLine) {
StartupStore(_T("..Cup Task : \"Symmetrical\" LINE Turnpoint is not supported%s"), NEWLINE);
UpdateSymLine();
} else {
UpdateSymSector();
}
break;
case 2: // - To next point,
if (mLine) {
if (mIdx > 0) {
StartupStore(_T("..Cup Task : \"To next point\" LINE Turnpoint is not supported%s"), NEWLINE);
}
UpdateToNextLine();
} else {
UpdateToNextSector();
}
break;
case 3: // - To previous point,
if (mLine) {
if (mIdx < (size_t) getFinalWaypoint()) {
StartupStore(_T("..Cup Task : \"To previous point\" LINE Turnpoint is not supported%s"), NEWLINE);
}
UpdateToPrevLine();
} else {
UpdateToPrevSector();
}
break;
case 4: // - To start point
if (mLine) {
StartupStore(_T("..Cup Task : \"To start point\" LINE Turnpoint is not supported%s"), NEWLINE);
UpdateToStartLine();
} else {
UpdateToStartSector();
}
break;
}
}
}