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ACTag.cpp
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#include "pch.h"
#include "ACTag.h"
using namespace EuroScopePlugIn;
void CACTag::DrawFPACTag(CDC *dc, CRadarScreen *rad, CRadarTarget *rt, CFlightPlan *fp, unordered_map<string, POINT> *tOffset)
{
POINT p{0, 0};
int tagOffsetX = 0;
int tagOffsetY = 0;
// Initiate the default tag location, if no location is set already or find it in the map
if (tOffset->find(fp->GetCallsign()) == tOffset->end())
{
POINT pTag{20, -20};
tOffset->insert(pair<string, POINT>(fp->GetCallsign(), pTag));
tagOffsetX = pTag.x;
tagOffsetY = pTag.y;
}
else
{
POINT pTag = tOffset->find(fp->GetCallsign())->second;
tagOffsetX = pTag.x;
tagOffsetY = pTag.y;
}
// save context
int sDC = dc->SaveDC();
dc->SelectObject(CFontHelper::Euroscope14);
// Find position of aircraft
if (rt->IsValid())
{
p = rad->ConvertCoordFromPositionToPixel(rt->GetPosition().GetPosition());
}
else
{
if (fp->IsValid())
{
p = rad->ConvertCoordFromPositionToPixel(fp->GetFPTrackPosition().GetPosition());
}
}
// Tag formatting
RECT tagCallsign;
tagCallsign.left = p.x + tagOffsetX;
tagCallsign.top = p.y + tagOffsetY;
RECT tagAltitude;
tagAltitude.left = p.x + tagOffsetX;
tagAltitude.top = p.y + tagOffsetY + 10;
RECT tagGS;
tagGS.left = p.x + tagOffsetX + 40;
tagGS.top = p.y + tagOffsetY + 10;
if (fp->IsValid())
{
dc->SetTextColor(C_PPS_ORANGE); // FP Track in orange colour
POINT p = rad->ConvertCoordFromPositionToPixel(fp->GetFPTrackPosition().GetPosition());
// Parse the CS and Wt Symbol
string cs = fp->GetCallsign();
string wtSymbol = "";
if (fp->GetFlightPlanData().GetAircraftWtc() == 'H')
{
wtSymbol = "+";
}
if (fp->GetFlightPlanData().GetAircraftWtc() == 'L')
{
wtSymbol = "-";
}
cs = cs + wtSymbol;
fp->GetClearedAltitude();
// Draw the text for the tag
dc->DrawText(cs.c_str(), &tagCallsign, DT_LEFT | DT_CALCRECT);
dc->DrawText(cs.c_str(), &tagCallsign, DT_LEFT);
dc->DrawText(to_string(fp->GetFinalAltitude() / 100).c_str(), &tagAltitude, DT_LEFT | DT_CALCRECT);
dc->DrawText(to_string(fp->GetFinalAltitude() / 100).c_str(), &tagAltitude, DT_LEFT);
// Add the screen obects, TAG_FP_AREA first so that the others go on top;
rad->AddScreenObject(TAG_ITEM_FP_CS, fp->GetCallsign(), tagCallsign, TRUE, fp->GetCallsign());
rad->AddScreenObject(TAG_ITEM_FP_FINAL_ALTITUDE, fp->GetCallsign(), tagAltitude, TRUE, "ALT");
}
// restore context
dc->RestoreDC(sDC);
}
// Draws tag for Radar Targets
void CACTag::DrawRTACTag(CDC *dc, CRadarScreen *rad, CRadarTarget *rt, CFlightPlan *fp, unordered_map<string, POINT> *tOffset)
{
POINT p{0, 0};
p = rad->ConvertCoordFromPositionToPixel(rt->GetPosition().GetPosition());
int tagOffsetX = 0;
int tagOffsetY = 0;
bool blinking = FALSE;
if (strcmp(fp->GetHandoffTargetControllerId(), rad->GetPlugIn()->ControllerMyself().GetPositionId()) == 0 && rad->GetPlugIn()->ControllerMyself().IsController())
{
blinking = TRUE;
}
if (rt->GetPosition().GetTransponderI())
{
blinking = TRUE;
}
if (CSiTRadar::hoAcceptedTime.find(fp->GetCallsign()) != CSiTRadar::hoAcceptedTime.end())
{
blinking = TRUE;
}
// Destination airport highlighting
auto itr = std::find(begin(CSiTRadar::menuState.destICAO), end(CSiTRadar::menuState.destICAO), fp->GetFlightPlanData().GetDestination());
bool isDest = false;
if (itr != end(CSiTRadar::menuState.destICAO) && strcmp(fp->GetFlightPlanData().GetDestination(), "") != 0)
{
if (CSiTRadar::menuState.destArptOn[distance(CSiTRadar::menuState.destICAO, itr)])
{
HPEN targetPen = CreatePen(PS_SOLID, 1, C_WHITE);
dc->SelectObject(targetPen);
dc->SelectStockObject(HOLLOW_BRUSH);
dc->Ellipse(p.x - 7, p.y - 6, p.x + 8, p.y + 8);
isDest = true;
DeleteObject(targetPen);
}
}
// Line 0 Items
string ssr = rt->GetPosition().GetSquawk();
// Line 1 Items
string cs = fp->GetCallsign();
string wtSymbol = " ";
if (rad->GetPlugIn()->FlightPlanSelect(cs.c_str()).GetFlightPlanData().GetAircraftWtc() == 'H')
{
wtSymbol = "+";
}
if (rad->GetPlugIn()->FlightPlanSelect(cs.c_str()).GetFlightPlanData().GetAircraftWtc() == 'L')
{
wtSymbol = "-";
}
if (rad->GetPlugIn()->FlightPlanSelect(cs.c_str()).GetFlightPlanData().GetAircraftWtc() == 'J')
{
wtSymbol = "$";
}
if (string(rad->GetPlugIn()->FlightPlanSelect(cs.c_str()).GetFlightPlanData().GetAircraftFPType()) == "B752" ||
string(rad->GetPlugIn()->FlightPlanSelect(cs.c_str()).GetFlightPlanData().GetAircraftFPType()) == "B753") {
wtSymbol = "/";
}
cs = cs + wtSymbol;
char commTypeChar = tolower(fp->GetControllerAssignedData().GetCommunicationType());
if (commTypeChar == '\0')
{
commTypeChar = tolower(fp->GetFlightPlanData().GetCommunicationType());
}
string commType = "";
if (commTypeChar != 'v')
{
commType = "/";
commType += commTypeChar;
}
string sfi = fp->GetControllerAssignedData().GetScratchPadString();
// Line 2 Items
string altThreeDigit;
if (rt->GetPosition().GetPressureAltitude() > rad->GetPlugIn()->GetTransitionAltitude())
{
altThreeDigit = to_string((rt->GetPosition().GetFlightLevel() + 50) / 100); // +50 to force rounding up
}
else
{
altThreeDigit = to_string((rt->GetPosition().GetPressureAltitude() + 50) / 100);
}
if (altThreeDigit.size() <= 3)
{
altThreeDigit.insert(altThreeDigit.begin(), 3 - altThreeDigit.size(), '0');
}
string vmi;
if (rt->GetVerticalSpeed() > 400)
{
vmi = "^";
}
if (rt->GetVerticalSpeed() < -400)
{
vmi = "|";
}; // up arrow "??!" = downarrow
string vmr = to_string(abs(rt->GetVerticalSpeed() / 200));
if (vmr.size() <= 2)
{
vmr.insert(vmr.begin(), 2 - vmr.size(), '0');
}
string clrdAlt = to_string(fp->GetControllerAssignedData().GetClearedAltitude() / 100);
if (clrdAlt.size() <= 3)
{
clrdAlt.insert(clrdAlt.begin(), 3 - clrdAlt.size(), '0');
}
if (fp->GetControllerAssignedData().GetClearedAltitude() == 0)
{
clrdAlt = "clr";
}
if (fp->GetControllerAssignedData().GetClearedAltitude() == 1)
{
clrdAlt = "APR";
}
if (fp->GetControllerAssignedData().GetClearedAltitude() == 2)
{
clrdAlt = "APR";
}
string fpAlt = to_string(fp->GetFlightPlanData().GetFinalAltitude() / 100);
if (fpAlt.size() <= 3)
{
fpAlt.insert(fpAlt.begin(), 3 - fpAlt.size(), '0');
}
if (fp->GetFlightPlanData().GetFinalAltitude() == 0)
{
fpAlt = "fld";
}
string handoffCJS = fp->GetHandoffTargetControllerId();
if (strcmp(fp->GetHandoffTargetControllerId(), rad->GetPlugIn()->ControllerMyself().GetPositionId()) == 0)
{
handoffCJS = fp->GetTrackingControllerId();
}
string groundSpeed = to_string((rt->GetPosition().GetReportedGS() + 5) / 10);
string setSpeed = to_string(fp->GetControllerAssignedData().GetAssignedSpeed());
string setMach = to_string(fp->GetControllerAssignedData().GetAssignedMach());
string adsbMach = to_string(fp->GetFlightPlanData().PerformanceGetMach(rt->GetPosition().GetFlightLevel(), 0));
// Line 3 Items
string acType = fp->GetFlightPlanData().GetAircraftFPType();
string destination = fp->GetFlightPlanData().GetDestination();
CPosition dest;
rad->GetPlugIn()->SelectActiveSectorfile();
for (CSectorElement sectorElement = rad->GetPlugIn()->SectorFileElementSelectFirst(SECTOR_ELEMENT_AIRPORT); sectorElement.IsValid();
sectorElement = rad->GetPlugIn()->SectorFileElementSelectNext(sectorElement, SECTOR_ELEMENT_AIRPORT))
{
if (!strcmp(sectorElement.GetName(), destination.c_str()))
{
sectorElement.GetPosition(&dest, 0);
}
}
string destinationDist, destinationTime;
double distnm;
// if the destination airport is not in the sector file, have to use Euroscope's FP calculated distance and not a direct distance
if (dest.m_Latitude == 0.0 && dest.m_Longitude == 0.0)
{
distnm = fp->GetDistanceToDestination();
destinationDist = to_string((int)distnm);
}
// otherwise, the display should be direct distance which can be more accurate calculated if in the SCT file.
else
{
distnm = rt->GetPosition().GetPosition().DistanceTo(dest);
destinationDist = to_string((int)distnm);
}
string est;
if (rt->GetGS() > 0)
{
struct tm gmt;
time_t t = std::time(0);
t += static_cast<time_t>(distnm * 3600 / rt->GetGS());
gmtime_s(&gmt, &t);
char timeStr[50];
strftime(timeStr, 50, "%R", &gmt);
est = timeStr;
}
if (isDest)
{
if (CSiTRadar::menuState.destDME && !CSiTRadar::menuState.destEST)
{
destination = destination + "-" + destinationDist;
}
else if (CSiTRadar::menuState.destEST && !CSiTRadar::menuState.destDME)
{
destination = destination + "-" + est;
}
else if (CSiTRadar::menuState.destEST && CSiTRadar::menuState.destDME)
{
destination = destination + "-" + destinationDist + "-" + est;
}
}
else
{
if (CSiTRadar::mAcData[rt->GetCallsign()].destLabelType == 1)
{
destination = destination + "-" + destinationDist;
}
if (CSiTRadar::mAcData[rt->GetCallsign()].destLabelType == 2)
{
destination = destination + "-" + est;
}
if (CSiTRadar::mAcData[rt->GetCallsign()].destLabelType == 3)
{
destination = destination + "-" + destinationDist + "-" + est;
}
}
// Initiate the default tag location, if no location is set already or find it in the map
if (tOffset->find(rt->GetCallsign()) == tOffset->end())
{
POINT pTag{20, -20};
tOffset->insert(pair<string, POINT>(rt->GetCallsign(), pTag));
tagOffsetX = pTag.x;
tagOffsetY = pTag.y;
}
else
{
POINT pTag = tOffset->find(rt->GetCallsign())->second;
tagOffsetX = pTag.x;
tagOffsetY = pTag.y;
}
POINT line0 = {p.x + tagOffsetX, p.y + tagOffsetY - 12};
POINT line1 = {p.x + tagOffsetX, p.y + tagOffsetY};
POINT line2 = {p.x + tagOffsetX, p.y + tagOffsetY + 11};
POINT line3 = {p.x + tagOffsetX, p.y + tagOffsetY + 22};
POINT line4 = {p.x + tagOffsetX, p.y + tagOffsetY + 33};
// save context
int sDC = dc->SaveDC();
dc->SelectObject(CFontHelper::Euroscope14);
RECT rline1; // bring scope out to allow connector to be drawn
if (CSiTRadar::mAcData[rt->GetCallsign()].tagType == 1 ||
(CSiTRadar::mAcData[fp->GetCallsign()].isADSB && CSiTRadar::mAcData[fp->GetCallsign()].tagType == 1))
{
// Tag formatting
RECT tagCallsign;
tagCallsign.left = p.x + tagOffsetX;
tagCallsign.top = p.y + tagOffsetY;
dc->SetTextColor(C_PPS_YELLOW);
if (blinking && CSiTRadar::halfSecTick)
{
dc->SetTextColor(C_WHITE);
}
// Line 1
rline1.top = line1.y;
rline1.left = line1.x;
rline1.bottom = line2.y;
if (CSiTRadar::menuState.bigACID) {
dc->SelectObject(CFontHelper::EuroscopeBold);
rline1.top -= 2;
}
if (CSiTRadar::mAcData[rt->GetCallsign()].isMedevac)
{
dc->SetTextColor(C_PPS_RED);
if (blinking && CSiTRadar::halfSecTick)
{
dc->SetTextColor(C_WHITE);
}
dc->SelectObject(CFontHelper::EuroscopeBold);
dc->DrawText("+", &rline1, DT_LEFT | DT_CALCRECT);
dc->DrawText("+", &rline1, DT_LEFT);
rline1.left = rline1.right;
rline1.right = rline1.left;
}
dc->SetTextColor(C_PPS_YELLOW);
if (CSiTRadar::menuState.bigACID) {
dc->SelectObject(CFontHelper::Euroscope16);
}
if (blinking && CSiTRadar::halfSecTick)
{
dc->SetTextColor(C_WHITE);
}
// SFI mode changes the ASEL aircraft ACID to white
if (CSiTRadar::menuState.SFIMode &&
strcmp(fp->GetCallsign(), CSiTRadar::m_pRadScr->GetPlugIn()->FlightPlanSelectASEL().GetCallsign()) == 0)
{
dc->SetTextColor(C_WHITE);
}
dc->DrawText(cs.c_str(), &rline1, DT_LEFT | DT_CALCRECT);
dc->DrawText(cs.c_str(), &rline1, DT_LEFT);
rad->AddScreenObject(TAG_ITEM_TYPE_CALLSIGN, fp->GetCallsign(), rline1, TRUE, fp->GetCallsign());
rline1.left = rline1.right;
if (CSiTRadar::menuState.SFIMode &&
strcmp(fp->GetCallsign(), CSiTRadar::m_pRadScr->GetPlugIn()->FlightPlanSelectASEL().GetCallsign()) == 0)
{
dc->SetTextColor(C_PPS_YELLOW);
}
if (sfi.size() > 1 && sfi.find(" ", 2) != sfi.npos && sfi.find(" ", 2) < 3 && sfi.at(0) == ' ')
{
dc->DrawText(sfi.substr(1, 1).c_str(), &rline1, DT_LEFT | DT_CALCRECT);
dc->DrawText(sfi.substr(1, 1).c_str(), &rline1, DT_LEFT);
}
else if (sfi.size() < 3 && sfi.size() != 0)
{
dc->DrawText(sfi.substr(1, 1).c_str(), &rline1, DT_LEFT | DT_CALCRECT);
dc->DrawText(sfi.substr(1, 1).c_str(), &rline1, DT_LEFT);
}
else if (sfi.size() == 0)
{
// just draw a blank space character if no SFI; this leavs a clickspot
dc->DrawText(" ", &rline1, DT_LEFT | DT_CALCRECT);
dc->DrawText(" ", &rline1, DT_LEFT);
}
rad->AddScreenObject(CTR_DATA_TYPE_SCRATCH_PAD_STRING, rt->GetCallsign(), rline1, TRUE, rt->GetCallsign());
rline1.left = rline1.right;
// Show Communication Type if not Voice
if (commType.size() > 0)
{
dc->DrawText(commType.c_str(), &rline1, DT_LEFT | DT_CALCRECT);
dc->DrawText(commType.c_str(), &rline1, DT_LEFT);
}
rad->AddScreenObject(TAG_ITEM_TYPE_COMMUNICATION_TYPE, rt->GetCallsign(), rline1, TRUE, rt->GetCallsign());
// add some padding for the SFI + long callsigns
if (sfi.size() == 0)
{
CSiTRadar::mAcData[rt->GetCallsign()].tagWidth = rline1.right - tagCallsign.left + 12;
}
else
{
CSiTRadar::mAcData[rt->GetCallsign()].tagWidth = rline1.right - tagCallsign.left + 6;
}
dc->SelectObject(CFontHelper::Euroscope14);
// Line 2
RECT rline2;
rline2.top = line2.y;
rline2.left = line2.x;
rline2.bottom = line3.y;
dc->DrawText(altThreeDigit.c_str(), &rline2, DT_LEFT | DT_CALCRECT);
dc->DrawText(altThreeDigit.c_str(), &rline2, DT_LEFT);
rad->AddScreenObject(TAG_ITEM_TYPE_ALTITUDE, rt->GetCallsign(), rline2, TRUE, "");
if (abs(rt->GetVerticalSpeed()) > 400)
{
rline2.left = rline2.right;
dc->DrawText(vmi.c_str(), &rline2, DT_LEFT | DT_CALCRECT);
dc->DrawText(vmi.c_str(), &rline2, DT_LEFT);
rline2.left = rline2.right;
dc->DrawText(vmr.c_str(), &rline2, DT_LEFT | DT_CALCRECT);
dc->DrawText(vmr.c_str(), &rline2, DT_LEFT);
}
rline2.left = rline2.right + 8;
double alt;
if (rt->GetPosition().GetPressureAltitude() > rad->GetPlugIn()->GetTransitionAltitude())
{
alt = rt->GetPosition().GetFlightLevel(); // +50 to force rounding up
}
else
{
alt = rt->GetPosition().GetPressureAltitude();
}
if (
// altitude differential
(abs(alt - fp->GetControllerAssignedData().GetClearedAltitude()) > 200 &&
fp->GetControllerAssignedData().GetClearedAltitude() != 0)
// or extended altitudes toggled on
|| (CSiTRadar::menuState.extAltToggle && CSiTRadar::mAcData[rt->GetCallsign()].extAlt))
{
dc->SetTextColor(C_PPS_ORANGE);
if (blinking && CSiTRadar::halfSecTick)
{
dc->SetTextColor(C_WHITE);
}
dc->DrawText(("C" + clrdAlt).c_str(), &rline2, DT_LEFT | DT_CALCRECT);
dc->DrawText(("C" + clrdAlt).c_str(), &rline2, DT_LEFT);
dc->SetTextColor(C_PPS_YELLOW);
rline2.left = rline2.right + 8;
}
if (CSiTRadar::menuState.extAltToggle && CSiTRadar::mAcData[rt->GetCallsign()].extAlt)
{
dc->SetTextColor(C_PPS_ORANGE);
if (blinking && CSiTRadar::halfSecTick)
{
dc->SetTextColor(C_WHITE);
}
dc->DrawText(("F" + fpAlt).c_str(), &rline2, DT_LEFT | DT_CALCRECT);
dc->DrawText(("F" + fpAlt).c_str(), &rline2, DT_LEFT);
dc->SetTextColor(C_PPS_YELLOW);
rline2.left = rline2.right + 8;
}
dc->SetTextColor(RGB(255, 234, 46));
if (blinking && CSiTRadar::halfSecTick)
{
dc->SetTextColor(C_WHITE);
}
dc->DrawText(handoffCJS.c_str(), &rline2, DT_LEFT | DT_CALCRECT);
dc->DrawText((handoffCJS).c_str(), &rline2, DT_LEFT);
rline2.left = rline2.right + 8;
if (rline2.left < p.x + tagOffsetX + 38)
{
rline2.left = p.x + tagOffsetX + 38;
}
dc->SetTextColor(C_PPS_YELLOW);
if (blinking && CSiTRadar::halfSecTick)
{
dc->SetTextColor(C_WHITE);
}
dc->DrawText(to_string(rt->GetPosition().GetReportedGS() / 10).c_str(), &rline2, DT_LEFT | DT_CALCRECT);
dc->DrawText(to_string(rt->GetPosition().GetReportedGS() / 10).c_str(), &rline2, DT_LEFT);
rad->AddScreenObject(TAG_ITEM_TYPE_GROUND_SPEED_WITH_N, fp->GetCallsign(), rline2, TRUE, "");
rline2.left = rline2.right + 8;
dc->SetTextColor(C_PPS_ORANGE);
if (blinking && CSiTRadar::halfSecTick)
{
dc->SetTextColor(C_WHITE);
}
if (rt->GetPosition().GetRadarFlags() == 4 && rt->GetPosition().GetRadarFlags() != 2 && rt->GetPosition().GetFlightLevel() >= 28000)
{
if (fp->GetControllerAssignedData().GetAssignedSpeed() != 0)
{
setSpeed = setSpeed.insert(0, "A");
dc->DrawText(setSpeed.c_str(), &rline2, DT_LEFT | DT_CALCRECT);
dc->DrawText(setSpeed.c_str(), &rline2, DT_LEFT);
rline2.left = rline2.right + 8;
rad->AddScreenObject(TAG_ITEM_TYPE_ASSIGNED_HEADING, fp->GetCallsign(), rline2, TRUE, "");
}
else if (fp->GetControllerAssignedData().GetAssignedMach() != 0)
{
setMach = setMach.insert(0, "A.");
dc->DrawText(setMach.c_str(), &rline2, DT_LEFT | DT_CALCRECT);
dc->DrawText(setMach.c_str(), &rline2, DT_LEFT);
rline2.left = rline2.right + 8;
rad->AddScreenObject(TAG_ITEM_TYPE_ASSIGNED_HEADING, fp->GetCallsign(), rline2, TRUE, "");
}
else
{
adsbMach = adsbMach.insert(0, "M.");
dc->DrawText(adsbMach.c_str(), &rline2, DT_LEFT | DT_CALCRECT);
dc->DrawText(adsbMach.c_str(), &rline2, DT_LEFT);
rline2.left = rline2.right + 8;
rad->AddScreenObject(TAG_ITEM_TYPE_ASSIGNED_HEADING, fp->GetCallsign(), rline2, TRUE, "");
}
}
else
{
if (fp->GetControllerAssignedData().GetAssignedSpeed() != 0)
{
setSpeed = setSpeed.insert(0, "A");
dc->DrawText(setSpeed.c_str(), &rline2, DT_LEFT | DT_CALCRECT);
dc->DrawText(setSpeed.c_str(), &rline2, DT_LEFT);
rline2.left = rline2.right + 8;
rad->AddScreenObject(TAG_ITEM_TYPE_ASSIGNED_HEADING, fp->GetCallsign(), rline2, TRUE, "");
}
if (fp->GetControllerAssignedData().GetAssignedMach() != 0)
{
setMach = setMach.insert(0, "A.");
dc->DrawText(setMach.c_str(), &rline2, DT_LEFT | DT_CALCRECT);
dc->DrawText(setMach.c_str(), &rline2, DT_LEFT);
rline2.left = rline2.right + 8;
rad->AddScreenObject(TAG_ITEM_TYPE_ASSIGNED_HEADING, fp->GetCallsign(), rline2, TRUE, "");
}
}
// Line 3
dc->SetTextColor(C_PPS_YELLOW);
if (blinking && CSiTRadar::halfSecTick)
{
dc->SetTextColor(C_WHITE);
}
RECT rline3;
rline3.top = line3.y;
rline3.left = line3.x;
rline3.bottom = line4.y;
dc->DrawText(acType.c_str(), &rline3, DT_LEFT | DT_CALCRECT);
dc->DrawText(acType.c_str(), &rline3, DT_LEFT);
rad->AddScreenObject(TAG_ITEM_TYPE_PLANE_TYPE, rt->GetCallsign(), rline3, TRUE, "");
rline3.left = rline3.right + 10;
if (isDest)
{
dc->SetTextColor(C_WHITE);
}
dc->DrawText(destination.c_str(), &rline3, DT_LEFT | DT_CALCRECT);
dc->DrawText(destination.c_str(), &rline3, DT_LEFT);
rad->AddScreenObject(TAG_ITEM_TYPE_DESTINATION, rt->GetCallsign(), rline3, TRUE, "");
if (isDest)
{
dc->SetTextColor(C_PPS_YELLOW);
}
// Line 4
RECT rline4;
rline4.top = line4.y;
rline4.left = line4.x;
if (sfi.size() > 2)
{
if (sfi.find(" ") != sfi.npos && sfi.find(" ") == 0)
{
sfi = sfi.substr(sfi.find(" ") + 1);
// Find the second space: " N REMARKS" -> "REMARKS"
if (sfi.find(" ") != sfi.npos && sfi.find(" ") == 1)
{ // allows for spaces in remarks i.e. "NEW PILOT"
sfi = sfi.substr(sfi.find(" ") + 1);
}
}
dc->DrawText(sfi.c_str(), &rline4, DT_LEFT | DT_CALCRECT);
dc->DrawText(sfi.c_str(), &rline4, DT_LEFT);
rad->AddScreenObject(CTR_DATA_TYPE_SCRATCH_PAD_STRING, rt->GetCallsign(), rline4, TRUE, rt->GetCallsign());
}
}
// Draw Connector
int doglegX = 0;
int doglegY = 0;
if (CSiTRadar::mAcData[rt->GetCallsign()].tagType == 1 ||
CSiTRadar::mAcData[rt->GetCallsign()].tagType == 2)
{
POINT connector{0, 0};
int tagOffsetX = 0;
int tagOffsetY = 0;
// get the tag off set from the TagOffset<map>
POINT pTag = tOffset->find(rt->GetCallsign())->second;
tagOffsetX = pTag.x;
tagOffsetY = pTag.y;
bool blinking = FALSE;
if (fp->GetHandoffTargetControllerId() == rad->GetPlugIn()->ControllerMyself().GetPositionId() && strcmp(fp->GetHandoffTargetControllerId(), "") != 0)
{
blinking = TRUE;
}
if (rt->GetPosition().GetTransponderI())
{
blinking = TRUE;
}
if (rt->IsValid())
{
p = rad->ConvertCoordFromPositionToPixel(rt->GetPosition().GetPosition());
}
// determine if the tag is to the left or the right of the PPS
if (pTag.x >= 0)
{
connector.x = (int)p.x + tagOffsetX - 3;
};
if (pTag.x < 0)
{
connector.x = rline1.right + 3;
}
connector.y = p.y + tagOffsetY + 7;
// the connector is only drawn at 30, 45 or 60 degrees, set the theta to the nearest appropriate angle
// get the angle between the line between the PPS and connector and horizontal
// if vertical (don't divide by 0!)
double theta = 30;
double phi = 0;
POINT leaderOrigin = p;
int PPSAreaRad = 9;
if (connector.x - p.x != 0)
{
double x = abs(connector.x - p.x); // use absolute value since coord system is upside down
double y = abs(p.y - connector.y); // also cast as double for atan
phi = atan(y / x);
// logic for if phi is a certain value; unit circle! (with fudge factor)
if (phi >= 0 && phi < PI / 6)
{
theta = 30;
}
else if (phi >= PI / 6 && phi < PI / 4)
{
theta = 45;
}
else if (phi >= PI / 4 && phi < PI / 3)
{
theta = 60;
}
theta = theta * PI / 180; // to radians
doglegY = p.y + tagOffsetY + 7; // small padding to line it up with the middle of the first line
// Calculate the x position of the intersection point (probably there is a more efficient way, but the atan drove me crazy
doglegX = (int)(p.x + ((double)(p.y - (double)connector.y) / tan(theta))); // quad 1
leaderOrigin.y = (int)(p.y - (PPSAreaRad)*sin(theta));
leaderOrigin.x = (int)(p.x + (PPSAreaRad)*cos(theta));
if (connector.x < p.x)
{
doglegX = (int)(p.x - ((double)(p.y - (double)connector.y) / tan(theta)));
leaderOrigin.y = (int)(p.y - (PPSAreaRad)*sin(theta));
leaderOrigin.x = (int)(p.x - (PPSAreaRad)*cos(theta));
} // quadrant 2
if (connector.y > p.y && connector.x > p.x)
{
doglegX = (int)(p.x - ((double)(p.y - (double)connector.y) / tan(theta)));
leaderOrigin.y = (int)(p.y + (PPSAreaRad)*sin(theta));
leaderOrigin.x = (int)(p.x + (PPSAreaRad)*cos(theta));
}
// Quadrant 3
if (connector.y > p.y && connector.x < p.x)
{
doglegX = (int)(p.x + ((double)(p.y - (double)connector.y) / tan(theta)));
leaderOrigin.y = (int)(p.y + (PPSAreaRad)*sin(theta));
leaderOrigin.x = (int)(p.x - (PPSAreaRad)*cos(theta));
}
if (phi >= PI / 3)
{
doglegX = p.x;
if (doglegY < p.y)
{
leaderOrigin.x = p.x;
leaderOrigin.y = p.y - PPSAreaRad;
}
else
{
leaderOrigin.x = p.x;
leaderOrigin.y = p.y + PPSAreaRad;
}
} // same as directly above or below
}
else
{
doglegX = p.x; // if directly on top or below
doglegY = p.y + tagOffsetY + 7;
if (doglegY < p.y)
{
leaderOrigin.x = p.x;
leaderOrigin.y = p.y - PPSAreaRad;
}
else
{
leaderOrigin.x = p.x;
leaderOrigin.y = p.y + PPSAreaRad;
}
}
if ((int)doglegY == p.y)
{
//doglegX = p.x + tagOffsetX;
if (tagOffsetX > 0)
{
leaderOrigin.x = p.x + PPSAreaRad;
leaderOrigin.y = p.y;
doglegX = leaderOrigin.x;
}
else
{
leaderOrigin.x = p.x - PPSAreaRad;
leaderOrigin.y = p.y;
doglegX = leaderOrigin.x;
}
}
// draw extension if tag is to the left of the PPS
if (rline1.right < (int)doglegX)
{
HPEN targetPen;
COLORREF conColor = C_PPS_YELLOW;
if (CSiTRadar::halfSecTick == TRUE && blinking)
{
conColor = C_WHITE;
}
targetPen = CreatePen(PS_SOLID, 1, conColor);
dc->SelectObject(targetPen);
dc->MoveTo(rline1.right + 5, rline1.top + 7);
if (CSiTRadar::menuState.bigACID) {
dc->MoveTo(rline1.right + 5, rline1.top + 9);
}
dc->LineTo((int)doglegX, (int)doglegY);
DeleteObject(targetPen);
}
// Draw the angled line and draw the horizontal line
HPEN targetPen;
COLORREF conColor = C_PPS_YELLOW;
if (CSiTRadar::halfSecTick == TRUE && blinking)
{
conColor = C_WHITE;
}
targetPen = CreatePen(PS_SOLID, 1, conColor);
dc->SelectObject(targetPen);
dc->SelectStockObject(NULL_BRUSH);
dc->MoveTo(leaderOrigin.x, leaderOrigin.y);
dc->LineTo((int)doglegX, (int)doglegY); // line to the dogleg
dc->LineTo(connector.x, (int)p.y + tagOffsetY + 7); // line to the connector point
// ADSB circle
if (CSiTRadar::mAcData[rt->GetCallsign()].isADSB)
{
dc->Ellipse((int)doglegX - 3, (int)doglegY - 3, (int)doglegX + 4, (int)doglegY + 4);
}
DeleteObject(targetPen);
}
// Draw Connector Ends
// BRAVO TAGS
if (CSiTRadar::mAcData[rt->GetCallsign()].tagType == 0 && rt->GetPosition().GetRadarFlags() != 1)
{
RECT bline0{};
RECT bline1{};
RECT bline2{};
RECT bline3{};
dc->SetTextColor(C_PPS_YELLOW);
bline1.top = p.y - 7;
bline1.left = p.x + 10;
dc->DrawText(altThreeDigit.c_str(), &bline1, DT_LEFT | DT_CALCRECT);
dc->DrawText(altThreeDigit.c_str(), &bline1, DT_LEFT);
rad->AddScreenObject(TAG_ITEM_TYPE_ALTITUDE, rt->GetCallsign(), bline1, TRUE, "BRAVO ALT");
if (abs(rt->GetVerticalSpeed()) > 400)
{
bline1.left = bline1.right;
dc->DrawText(vmi.c_str(), &bline1, DT_LEFT | DT_CALCRECT);
dc->DrawText(vmi.c_str(), &bline1, DT_LEFT);
bline1.left = bline1.right;
dc->DrawText(vmr.c_str(), &bline1, DT_LEFT | DT_CALCRECT);
dc->DrawText(vmr.c_str(), &bline1, DT_LEFT);
}
bline1.left = bline1.right + 5;
bline3.top = bline1.bottom - 2;
bline3.left = p.x + 38;
if (isDest)
{
dc->SetTextColor(C_WHITE);
dc->DrawText(destination.c_str(), &bline3, DT_LEFT | DT_CALCRECT);
dc->DrawText(destination.c_str(), &bline3, DT_LEFT);
rad->AddScreenObject(TAG_ITEM_TYPE_DESTINATION, rt->GetCallsign(), bline3, TRUE, "");
dc->SetTextColor(C_PPS_YELLOW);
}
}
// Uncorrelated
if (CSiTRadar::mAcData[rt->GetCallsign()].tagType == 3 && rt->GetPosition().GetRadarFlags() != 1)
{
dc->SetTextColor(C_PPS_YELLOW);
RECT uline0{};
RECT uline1{};
RECT uline2{};
RECT uline3{};
uline0.top = p.y - 19;
uline0.left = p.x + 10;
if (CSiTRadar::halfSecTick && CSiTRadar::mAcData[rt->GetCallsign()].multipleDiscrete)
{
ssr = "";
}
dc->DrawText(ssr.c_str(), &uline0, DT_LEFT | DT_CALCRECT);
dc->DrawText(ssr.c_str(), &uline0, DT_LEFT);
rad->AddScreenObject(TAG_ITEM_TYPE_SQUAWK, rt->GetCallsign(), uline0, TRUE, "");
uline1.top = p.y - 7;
uline1.left = p.x + 10;
dc->DrawText(altThreeDigit.c_str(), &uline1, DT_LEFT | DT_CALCRECT);
dc->DrawText(altThreeDigit.c_str(), &uline1, DT_LEFT);
rad->AddScreenObject(TAG_ITEM_TYPE_ALTITUDE, rt->GetCallsign(), uline1, TRUE, "Uncorr ALT");
if (abs(rt->GetVerticalSpeed()) > 400)
{
uline1.left = uline1.right;
dc->DrawText(vmi.c_str(), &uline1, DT_LEFT | DT_CALCRECT);
dc->DrawText(vmi.c_str(), &uline1, DT_LEFT);
uline1.left = uline1.right;
dc->DrawText(vmr.c_str(), &uline1, DT_LEFT | DT_CALCRECT);
dc->DrawText(vmr.c_str(), &uline1, DT_LEFT);
}
uline1.left = uline1.right + 5;
}
// restore context
dc->RestoreDC(sDC);
}
void CACTag::DrawNARDSTag(CDC *dc, CRadarScreen *rad, CRadarTarget *rt, CFlightPlan *fp, unordered_map<string, POINT> *tOffset)
{
POINT p{0, 0};
p = rad->ConvertCoordFromPositionToPixel(rt->GetPosition().GetPosition());
int tagOffsetX = 0;
int tagOffsetY = 0;
bool blinking = FALSE;
if (strcmp(fp->GetHandoffTargetControllerId(), rad->GetPlugIn()->ControllerMyself().GetPositionId()) == 0)
{
blinking = TRUE;
}
if (rt->GetPosition().GetTransponderI())
{
blinking = TRUE;
}
if (CSiTRadar::hoAcceptedTime.find(rt->GetCallsign()) != CSiTRadar::hoAcceptedTime.end())
{
blinking = TRUE;
}
// Line 0 Items
string ssr = rt->GetPosition().GetSquawk();
// Line 1 Items
string cs = rt->GetCallsign();
string wtSymbol = "";
if (rad->GetPlugIn()->FlightPlanSelect(cs.c_str()).GetFlightPlanData().GetAircraftWtc() == 'H')
{
wtSymbol = "+";
}
if (rad->GetPlugIn()->FlightPlanSelect(cs.c_str()).GetFlightPlanData().GetAircraftWtc() == 'L')
{
wtSymbol = "-";
}
cs = cs + wtSymbol;
char commTypeChar = tolower(fp->GetControllerAssignedData().GetCommunicationType());
if (commTypeChar == '\0')
{
commTypeChar = tolower(fp->GetFlightPlanData().GetCommunicationType());
}
string commType = "";
if (commTypeChar != 'v')
{
commType = "/";
commType += commTypeChar;