void
RenderObservationZone::parms_sector(const SectorZone& oz)
{
parms_oz(oz);
p_start = m_proj.LonLat2Screen(oz.get_SectorStart());
p_end = m_proj.LonLat2Screen(oz.get_SectorEnd());
}
static void
Visit(WritableDataNode &node, const SectorZone &data)
{
node.SetAttribute(_T("type"), _T("Sector"));
node.SetAttribute(_T("radius"), data.GetRadius());
node.SetAttribute(_T("start_radial"), data.GetStartRadial());
node.SetAttribute(_T("end_radial"), data.GetEndRadial());
}
void
Serialiser::Visit(const SectorZone& data)
{
m_node.set_attribute(_T("type"), _T("Sector"));
m_node.set_attribute(_T("radius"), data.getRadius());
m_node.set_attribute(_T("start_radial"), data.getStartRadial());
m_node.set_attribute(_T("end_radial"), data.getEndRadial());
}
void
RenderObservationZone::Visit(const SectorZone& oz)
{
parms_sector(oz);
if (draw_style(!m_past)) {
draw_segment(oz.getStartRadial(), oz.getEndRadial());
draw_two_lines();
}
m_buffer.mix_copy();
}
ObservationZonePoint*
Serialiser::deserialise_oz(const Waypoint& wp, const bool is_turnpoint)
{
tstring type;
if (!m_node.get_attribute(_T("type"),type)) {
assert(1);
return NULL;
}
if (_tcscmp(type.c_str(), _T("Line")) == 0) {
LineSectorZone *ls = new LineSectorZone(wp.Location);
fixed length;
if (m_node.get_attribute(_T("length"), length)) {
ls->setLength(length);
}
return ls;
} else if (_tcscmp(type.c_str(), _T("Cylinder")) == 0) {
CylinderZone *ls = new CylinderZone(wp.Location);
fixed radius;
if (m_node.get_attribute(_T("radius"), radius)) {
ls->setRadius(radius);
}
return ls;
} else if (_tcscmp(type.c_str(), _T("Sector")) == 0) {
SectorZone *ls = new SectorZone(wp.Location);
fixed radius;
Angle start, end;
if (m_node.get_attribute(_T("radius"), radius)) {
ls->setRadius(radius);
}
if (m_node.get_attribute(_T("start_radial"), start)) {
ls->setStartRadial(start);
}
if (m_node.get_attribute(_T("end_radial"), end)) {
ls->setEndRadial(end);
}
return ls;
} else if (_tcscmp(type.c_str(), _T("FAISector")) == 0) {
return new FAISectorZone(wp.Location, is_turnpoint);
} else if (_tcscmp(type.c_str(), _T("Keyhole")) == 0) {
return new KeyholeZone(wp.Location);
} else if (_tcscmp(type.c_str(), _T("BGAFixedCourse")) == 0) {
return new BGAFixedCourseZone(wp.Location);
} else if (_tcscmp(type.c_str(), _T("BGAEnhancedOption")) == 0) {
return new BGAEnhancedOptionZone(wp.Location);
}
assert(1);
return NULL;
}
void
Visit(const SectorZone& oz)
{
hide_all();
WndFrame* wp = ((WndFrame *)wf->FindByName(_T("frmOZSector")));
if (wp)
wp->show();
LoadFormProperty(*wf, _T("prpOZSectorRadius"),
ugDistance, oz.getRadius());
LoadFormProperty(*wf, _T("prpOZSectorStartRadial"),
oz.getStartRadial().value_degrees());
LoadFormProperty(*wf, _T("prpOZSectorFinishRadial"),
oz.getEndRadial().value_degrees());
WndProperty* wap = (WndProperty*)wf->FindByName(_T("prpOZSectorInnerRadius"));
if (wap) {
wap->hide();
}
}
void
Visit(SectorZone& oz)
{
fixed radius =
Units::ToSysDistance(GetFormValueFixed(*wf, _T("prpOZSectorRadius")));
if (fabs(radius - oz.getRadius()) > fixed(49)) {
oz.setRadius(radius);
task_modified = true;
}
fixed start_radial = GetFormValueFixed(*wf, _T("prpOZSectorStartRadial"));
if (start_radial != oz.getStartRadial().value_degrees()) {
oz.setStartRadial(Angle::degrees(start_radial));
task_modified = true;
}
fixed finish_radial = GetFormValueFixed(*wf, _T("prpOZSectorFinishRadial"));
if (finish_radial != oz.getEndRadial().value_degrees()) {
oz.setEndRadial(Angle::degrees(finish_radial));
task_modified = true;
}
}
ObservationZonePoint*
Deserialiser::DeserialiseOZ(const Waypoint &wp, bool is_turnpoint)
{
const TCHAR *type = node.GetAttribute(_T("type"));
if (type == nullptr)
return nullptr;
if (StringIsEqual(type, _T("Line"))) {
LineSectorZone *ls = new LineSectorZone(wp.location);
fixed length;
if (node.GetAttribute(_T("length"), length) && positive(length))
ls->SetLength(length);
return ls;
} else if (StringIsEqual(type, _T("Cylinder"))) {
CylinderZone *ls = new CylinderZone(wp.location);
fixed radius;
if (node.GetAttribute(_T("radius"), radius) && positive(radius))
ls->SetRadius(radius);
return ls;
} else if (StringIsEqual(type, _T("MatCylinder"))) {
return CylinderZone::CreateMatCylinderZone(wp.location);
} else if (StringIsEqual(type, _T("Sector"))) {
fixed radius, inner_radius;
Angle start, end;
SectorZone *ls;
if (node.GetAttribute(_T("inner_radius"), inner_radius)) {
AnnularSectorZone *als = new AnnularSectorZone(wp.location);
als->SetInnerRadius(inner_radius);
ls = als;
} else
ls = new SectorZone(wp.location);
if (node.GetAttribute(_T("radius"), radius) && positive(radius))
ls->SetRadius(radius);
if (node.GetAttribute(_T("start_radial"), start))
ls->SetStartRadial(start);
if (node.GetAttribute(_T("end_radial"), end))
ls->SetEndRadial(end);
return ls;
} else if (StringIsEqual(type, _T("FAISector")))
return SymmetricSectorZone::CreateFAISectorZone(wp.location, is_turnpoint);
else if (StringIsEqual(type, _T("SymmetricQuadrant"))) {
fixed radius = fixed(10000);
node.GetAttribute(_T("radius"), radius);
return new SymmetricSectorZone(wp.location, radius);
} else if (StringIsEqual(type, _T("Keyhole")))
return KeyholeZone::CreateDAeCKeyholeZone(wp.location);
else if (StringIsEqual(type, _T("CustomKeyhole"))) {
fixed radius = fixed(10000), inner_radius = fixed(500);
Angle angle = Angle::QuarterCircle();
node.GetAttribute(_T("radius"), radius);
node.GetAttribute(_T("inner_radius"), inner_radius);
node.GetAttribute(_T("angle"), angle);
KeyholeZone *keyhole =
KeyholeZone::CreateCustomKeyholeZone(wp.location, radius, angle);
keyhole->SetInnerRadius(inner_radius);
return keyhole;
} else if (StringIsEqual(type, _T("BGAStartSector")))
return KeyholeZone::CreateBGAStartSectorZone(wp.location);
else if (StringIsEqual(type, _T("BGAFixedCourse")))
return KeyholeZone::CreateBGAFixedCourseZone(wp.location);
else if (StringIsEqual(type, _T("BGAEnhancedOption")))
return KeyholeZone::CreateBGAEnhancedOptionZone(wp.location);
assert(1);
return nullptr;
}
void
Visit(const SectorZone& oz)
{
ozUserSize = oz.getRadius();
}
