void Replay::updateGUI()
{
#ifdef USE_MYGUI
if (outOfMemory)
{
txt->setCaption(_L("Out of Memory"));
pr->setProgressPosition(0);
} else
{
wchar_t tmp[128] = L"";
unsigned long t = curFrameTime;
UTFString format = _L("Position: %0.6f s, frame %i / %i");
swprintf(tmp, 128, format.asWStr_c_str(), ((float)t)/1000000.0f, curOffset, numFrames);
txt->setCaption(convertToMyGUIString(tmp, 128));
pr->setProgressPosition(abs(curOffset));
}
#endif // MYGUI
}
void NetworkStreamManager::sendStreams(Network *net, SWInetSocket *socket)
{
{
std::unique_lock<std::mutex> ss_lock(m_send_work_mutex);
m_send_work_cv.wait(ss_lock, [this]{ return send_start; });
send_start = false;
}
std::lock_guard<std::mutex> lock(m_stream_mutex);
std::map < int, std::map < unsigned int, Streamable *> >::iterator it;
for (it=streams.begin(); it!=streams.end(); it++)
{
std::map<unsigned int,Streamable *>::iterator it2;
for (it2=it->second.begin(); it2!=it->second.end(); it2++)
{
if (!it2->second) continue;
std::deque <Streamable::bufferedPacket_t> *packets = it2->second->getPacketQueue();
while (!packets->empty())
{
// remove oldest packet in queue
Streamable::bufferedPacket_t packet = packets->front();
int etype = net->sendMessageRaw(socket, packet.packetBuffer, packet.size);
if (etype)
{
wchar_t emsg[256];
UTFString tmp = _L("Error %i while sending data packet");
swprintf(emsg, 256, tmp.asWStr_c_str(), etype);
net->netFatalError(UTFString(emsg));
return;
}
packets->pop_front();
}
}
}
}
bool TruckHUD::update(float dt, Beam *truck, bool visible)
{
OverlayElement *overlayElement = 0;
// only update every 300 ms
if (visible)
{
updatetime -= dt;
if (updatetime <= 0.0f)
{
// update now, reset timer
updatetime = 0.3f;
} else
{
// don't update visuals, only count stats
visible = false;
}
}
if (visible)
{
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/Truckname");
overlayElement->setCaption(truck->getTruckName());
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/Truckauthor");
overlayElement->setCaption(_L("(no author information available)"));
std::vector<authorinfo_t> file_authors = truck->getAuthors();
if (!file_authors.empty())
{
String authors = "";
for (std::vector<authorinfo_t>::iterator it = file_authors.begin(); it != file_authors.end(); ++it)
{
authors += (*it).name + " ";
}
overlayElement->setCaption(_L("Authors: ") + authors);
}
checkOverflow(overlayElement);
std::vector<std::string> description = truck->getDescription();
for (unsigned int i=1; i < 3; i++)
{
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/DescriptionLine" + TOSTRING(i+1));
overlayElement->setCaption("");
if (i < description.size())
{
overlayElement->setCaption(ANSI_TO_UTF(description[i]));
}
checkOverflow(overlayElement);
}
beam_t *beam = truck->getBeams();
float average_deformation = 0.0f;
float beamstress = 0.0f;
float current_deformation = 0.0f;
float mass = truck->getTotalMass();
int beamCount = truck->getBeamCount();
int beambroken = 0;
int beamdeformed = 0;
for (int i=0; i < beamCount; i++, beam++)
{
if (beam->broken != 0)
{
beambroken++;
}
beamstress += beam->stress;
current_deformation = fabs(beam->L-beam->refL);
if (fabs(current_deformation) > 0.0001f && beam->type != BEAM_HYDRO && beam->type != BEAM_INVISIBLE_HYDRO)
{
beamdeformed++;
}
average_deformation += current_deformation;
}
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/BeamTotal");
overlayElement->setCaption(_L("beam count: ") + TOUTFSTRING(beamCount));
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/BeamBroken");
overlayElement->setCaption(_L("broken: ") + TOUTFSTRING(beambroken) + U(" (") + TOUTFSTRING(Round((float)beambroken / (float)beamCount, 2) * 100.0f) + U("%)"));
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/BeamHealth");
float health = ((float)beambroken / (float)beamCount) * 10.0f + ((float)beamdeformed / (float)beamCount);
if (health < 1.0f)
{
overlayElement->setCaption(_L("health: ") + TOUTFSTRING(Round((1.0f - health) * 100.0f, 2)) + U("%"));
overlayElement->setColour(ColourValue(0.6f, 0.8f, 0.4f, 1.0f));
} else if (health >= 1.0f)
{
health = ((float)beambroken / (float)beamCount) * 3.0f;
health = std::min(health, 1.0f);
overlayElement->setCaption(_L("destruction: ") + TOUTFSTRING(Round(health * 100.0f, 2)) + U("%"));
overlayElement->setColour(ColourValue(0.8f, 0.4f, 0.4f, 1.0f));
}
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/BeamDeformed");
overlayElement->setCaption(_L("deformed: ") + TOUTFSTRING(beamdeformed) + U(" (") + TOUTFSTRING(Round((float)beamdeformed / (float)beamCount, 2) * 100.0f) + U("%)"));
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/AverageBeamDeformation");
overlayElement->setCaption(_L("average deformation: ") + TOUTFSTRING(Round((float)average_deformation / (float)beamCount, 4) * 100.0f));
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/AverageBeamStress");
wchar_t beamstressstr[256];
swprintf(beamstressstr, 256, L"%+08.0f", 1-(float)beamstress/(float)beamCount);
overlayElement->setCaption(_L("average stress: ") + UTFString(beamstressstr));
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/NodeCount");
int ncount = truck->getNodeCount();
int wcount = truck->getWheelNodeCount();
wchar_t nodecountstr[256];
swprintf(nodecountstr, 256, L"%d (wheels: %d)", ncount, wcount);
overlayElement->setCaption(_L("node count: ") + UTFString(nodecountstr));
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/TruckWeight");
wchar_t truckmassstr[256];
UTFString massstr = _L("current mass:");
swprintf(truckmassstr, 256, L"%ls %8.2f kg (%.2f tons)", massstr.asWStr_c_str(), mass, mass / 1000.0f);
overlayElement->setCaption(UTFString(truckmassstr));
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/Gees");
wchar_t geesstr[256];
Vector3 gees = truck->getGForces();
// apply deadzones ==> no flickering +/-
if (fabs(gees.y) < 0.01) gees.y = 0.0f;
if (fabs(gees.z) < 0.01) gees.z = 0.0f;
UTFString tmp = _L("Gees: Vertical %1.2fg // Saggital %1.2fg // Lateral %1.2fg");
swprintf(geesstr, 256, tmp.asWStr_c_str(), gees.x, gees.y, gees.z);
overlayElement->setCaption(UTFString(geesstr));
checkOverflow(overlayElement);
// max g-forces
if (truck->driveable == TRUCK || truck->driveable == AIRPLANE || truck->driveable == BOAT)
{
if (gees.x > maxPosVerG[truck->driveable])
maxPosVerG[truck->driveable] = gees.x;
if (gees.x < maxNegVerG[truck->driveable])
maxNegVerG[truck->driveable] = gees.x;
if (gees.y > maxPosSagG[truck->driveable])
maxPosSagG[truck->driveable] = gees.y;
if (gees.y < maxNegSagG[truck->driveable])
maxNegSagG[truck->driveable] = gees.y;
if (gees.z > maxPosLatG[truck->driveable])
maxPosLatG[truck->driveable] = gees.z;
if (gees.z < maxNegLatG[truck->driveable])
maxNegLatG[truck->driveable] = gees.z;
tmp = _L("maxG: V %1.2fg %1.2fg // S %1.2fg %1.2fg // L %1.2fg %1.2fg");
swprintf(geesstr, 256, tmp.asWStr_c_str(),
maxPosVerG[truck->driveable],
maxNegVerG[truck->driveable],
maxPosSagG[truck->driveable],
maxNegSagG[truck->driveable],
maxPosLatG[truck->driveable],
maxNegLatG[truck->driveable]
);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/Gees2");
overlayElement->setCaption(UTFString(geesstr));
checkOverflow(overlayElement);
}
}
Vector3 hdir = Vector3::ZERO;
if (truck->cameranodepos[0] >= 0 && truck->cameranodepos[0] < MAX_NODES)
{
hdir = (truck->nodes[truck->cameranodepos[0]].RelPosition - truck->nodes[truck->cameranodedir[0]].RelPosition).normalisedCopy();
}
float g_along_hdir = hdir.dotProduct(truck->ffforce / 10000.0f);
// always update these statistics, also if not visible!
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentRPM");
overlayElement->setCaption("");
UTFString rpmsstr = _L("current RPM:");
if (truck->driveable == TRUCK && truck->engine)
{
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentRPM");
overlayElement->setCaption(rpmsstr + U(" ") + TOUTFSTRING(Round(truck->engine->getRPM())) + U(" / ") + TOUTFSTRING(Round(truck->engine->getMaxRPM())));
} else if (truck->driveable == AIRPLANE)
{
for (int i=0; i < 8; i++)
{
if (truck->aeroengines[i])
{
rpmsstr = rpmsstr + U(" / ") + TOUTFSTRING(Round(truck->aeroengines[i]->getRPM()));
}
}
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentRPM");
overlayElement->setCaption(UTFString(rpmsstr));
}
checkOverflow(overlayElement);
UTFString cspeedstr = _L("current Speed:") + U(" ");
UTFString mspeedstr = _L("max Speed:") + U(" ");
UTFString altitudestr = _L("Altitude:") + U(" ");
if (truck->driveable == TRUCK)
{
maxVelos[truck->driveable] = std::max(maxVelos[truck->driveable], truck->WheelSpeed);
minVelos[truck->driveable] = std::min(truck->WheelSpeed, minVelos[truck->driveable]);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentVelocity");
float velocityKMH = truck->WheelSpeed* 3.6f;
float velocityMPH = truck->WheelSpeed * 2.23693629f;
// apply a deadzone ==> no flickering +/-
if (fabs(truck->WheelSpeed) < 1.0f)
{
velocityKMH = velocityMPH = 0.0f;
}
overlayElement->setCaption(cspeedstr + TOUTFSTRING(Round(velocityKMH)) + U(" km/h (") + TOUTFSTRING(Round(velocityMPH)) + U(" mph)"));
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/MaxVelocity");
float velocityMaxKMH = maxVelos[truck->driveable] * 3.6f;
float velocityMinKMH = minVelos[truck->driveable] * 3.6f;
float velocityMaxMPH = maxVelos[truck->driveable] * 2.23693629f;
float velocityMinMPH = minVelos[truck->driveable] * 2.23693629f;
overlayElement->setCaption(mspeedstr + TOUTFSTRING(Round(velocityMaxKMH)) + U("km/h (") + TOUTFSTRING(Round(velocityMaxMPH)) + U("mph)") + U(", min: ") + TOUTFSTRING(Round(velocityMinKMH)) + U("km/h (") + TOUTFSTRING(Round(velocityMinMPH)) + U("mph)"));
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/AverageVelocity");
overlayElement->setCaption("");
} else if (truck->driveable == AIRPLANE || truck->driveable == BOAT)
{
float velocity = truck->nodes[0].Velocity.length();
if (truck->cameranodepos[0] >= 0 && truck->cameranodedir[0] && truck->driveable == BOAT)
{
hdir = (truck->nodes[truck->cameranodepos[0]].RelPosition - truck->nodes[truck->cameranodedir[0]].RelPosition).normalisedCopy();
velocity = hdir.dotProduct(truck->nodes[truck->cameranodepos[0]].Velocity);
}
maxVelos[truck->driveable] = std::max(maxVelos[truck->driveable], velocity);
minVelos[truck->driveable] = std::min(velocity, minVelos[truck->driveable]);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentVelocity");
float velocityKN = velocity * 1.94384449f;
// apply a deadzone ==> no flickering +/-
if (fabs(velocity) < 1.0f)
{
velocityKN = 0.0f;
}
overlayElement->setCaption(cspeedstr + TOUTFSTRING(Round(velocityKN)) + U(" kn"));
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/MaxVelocity");
float velocityMaxKN = maxVelos[truck->driveable] * 1.94384449f;
float velocityMinKN = minVelos[truck->driveable] * 1.94384449f;
overlayElement->setCaption(mspeedstr + TOUTFSTRING(Round(maxVelos[truck->driveable])) + U(" kn, min: ") + TOUTFSTRING(Round(minVelos[truck->driveable])) + U(" kn"));
checkOverflow(overlayElement);
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/AverageVelocity");
overlayElement->setCaption("");
if (truck->driveable == AIRPLANE)
{
float altitude = truck->nodes[0].AbsPosition.y * 1.1811f;
overlayElement->setCaption(altitudestr + TOUTFSTRING(Round(altitude)) + U(" m"));
checkOverflow(overlayElement);
}
} else if (truck->driveable == MACHINE)
{
OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/MaxVelocity")->setCaption("");
OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentVelocity")->setCaption("");
OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/AverageVelocity")->setCaption("");
}
OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/TimeStats")->setCaption("");
if (visible)
{
// update commands
// clear them first
for (int i=1; i <= COMMANDS_VISIBLE; i++)
{
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/Command" + TOSTRING(i));
overlayElement->setCaption("");
}
int filledCommands = 0;
for (int i=1; i < MAX_COMMANDS && filledCommands < COMMANDS_VISIBLE; i += 2)
{
if(truck->commandkey[i].beams.empty() || truck->commandkey[i].description == "hide") continue;
filledCommands++;
char commandID[256] = {};
String keyStr = "";
sprintf(commandID, "COMMANDS_%02d", i);
int eventID = RoR::Application::GetInputEngine()->resolveEventName(String(commandID));
String keya = RoR::Application::GetInputEngine()->getEventCommand(eventID);
sprintf(commandID, "COMMANDS_%02d", i+1);
eventID = RoR::Application::GetInputEngine()->resolveEventName(String(commandID));
String keyb = RoR::Application::GetInputEngine()->getEventCommand(eventID);
// cut off expl
if (keya.size() > 6 && keya.substr(0,5) == "EXPL+") keya = keya.substr(5);
if (keyb.size() > 6 && keyb.substr(0,5) == "EXPL+") keyb = keyb.substr(5);
keyStr = keya + "/" + keyb;
overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/Command" + TOSTRING(filledCommands));
if (truck->commandkey[i].description.empty())
{
overlayElement->setCaption(keyStr + ": " + _L("unknown function"));
} else
{
overlayElement->setCaption(keyStr + ": " + truck->commandkey[i].description);
}
checkOverflow(overlayElement);
}
// hide command section title if no commands
overlayElement = overlayElement = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CommandsTitleLabel");
overlayElement->setCaption("");
if (filledCommands > 0)
{
// TODO: Fix the position of this overlay element
//overlayElement->setCaption(_L("Commands:"));
checkOverflow(overlayElement);
}
}
return true;
}
bool TruckHUD::update(float dt, Beam *truck, SceneManager *mSceneMgr, Camera* mCamera, RenderWindow* mWindow, bool visible)
{
OverlayElement *descl = 0;
//only update every 300 ms
if(visible)
{
updatetime -= dt;
if(updatetime <= 0)
{
// update now, reset timer
updatetime = 0.3;
} else
// dont update visuals, only count stats
visible = false;
}
if(visible)
{
OverlayElement* oTruckname = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/Truckname");
oTruckname->setCaption(truck->getTruckName());
checkOverflow(oTruckname);
OverlayElement* oTruckauthor = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/Truckauthor");
std::vector<authorinfo_t> file_authors = truck->getAuthors();
if(file_authors.size() > 0)
{
String author_string = String("");
for(unsigned int i=0;i<file_authors.size();i++)
author_string += file_authors[i].name + String(" ");
oTruckauthor->setCaption(_L("Authors: ") + author_string);
} else
{
oTruckauthor->setCaption(_L("(no author information available)"));
}
checkOverflow(oTruckauthor);
std::vector<std::string> desc = truck->getDescription();
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/DescriptionLine1");
if(desc.size() > 0)
descl->setCaption(ANSI_TO_UTF(desc[0]));
else
descl->setCaption("");
checkOverflow(descl);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/DescriptionLine2");
if(desc.size() > 1)
descl->setCaption(ANSI_TO_UTF(desc[1]));
else
descl->setCaption("");
checkOverflow(descl);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/DescriptionLine3");
if(desc.size() > 2)
descl->setCaption(ANSI_TO_UTF(desc[2]));
else
descl->setCaption("");
checkOverflow(descl);
int beamCount = truck->getBeamCount();
beam_t *beam = truck->getBeams();
int beambroken = 0;
float beamstress = 0;
int beamdeformed = 0;
float average_deformation = 0;
float current_deformation = 0;
float mass = truck->getTotalMass();
for(int i=0; i<beamCount; i++, beam++)
{
if(beam->broken != 0)
beambroken++;
beamstress += beam->stress;
current_deformation = fabs(beam->L-beam->refL);
if (fabs(current_deformation) > 0.0001f && beam->type != BEAM_HYDRO && beam->type != BEAM_INVISIBLE_HYDRO) beamdeformed++;
average_deformation += current_deformation;
}
wchar_t beamcountstr[256];
swprintf(beamcountstr, 256, L"%d", beamCount);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/BeamTotal");
descl->setCaption(_L("beam count: ") + UTFString(beamcountstr));
checkOverflow(descl);
wchar_t beambrokenstr[256];
swprintf(beambrokenstr, 256, L"%0.2f", ((float)beambroken/(float)beamCount)*100);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/BeamBroken");
descl->setCaption(_L("broken: ") + TOUTFSTRING(beambroken) + U(" (") + UTFString(beambrokenstr) + U("%)"));
checkOverflow(descl);
wchar_t beamhealthstr[256];
float health = ((float)beambroken/(float)beamCount) * 10 + ((float)beamdeformed/(float)beamCount);
if(health<1)
{
swprintf(beamhealthstr, 256, L"%0.2f", (1-health)*100);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/BeamHealth");
descl->setCaption(_L("health: ") + UTFString(beamhealthstr) + U("%"));
checkOverflow(descl);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/BeamHealth");
descl->setColour(ColourValue(0.6,0.8,0.4,1));
checkOverflow(descl);
}else if(health>1)
{
health = ((float)beambroken/(float)beamCount) * 3;
if(health>1)
health=1;
swprintf(beamhealthstr, 256, L"%0.2f", (health)*100);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/BeamHealth");
descl->setCaption(_L("destruction: ") + UTFString(beamhealthstr) + U("%"));
checkOverflow(descl);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/BeamHealth");
descl->setColour(ColourValue(0.8,0.4,0.4,1));
checkOverflow(descl);
}
wchar_t beamdeformedstr[256];
swprintf(beamdeformedstr, 256, L"%0.2f", ((float)beamdeformed/(float)beamCount)*100);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/BeamDeformed");
descl->setCaption(_L("deformed: ") + TOUTFSTRING(beamdeformed) + U(" (") + UTFString(beamdeformedstr) + U("%)"));
checkOverflow(descl);
wchar_t beamavdeformedstr[256];
swprintf(beamavdeformedstr, 256, L"%0.4f", ((float)average_deformation/(float)beamCount));
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/AverageBeamDeformation");
descl->setCaption(_L("average deformation: ") + UTFString(beamavdeformedstr));
checkOverflow(descl);
wchar_t beamstressstr[256];
swprintf(beamstressstr, 256, L"%+08.0f", 1-(float)beamstress/(float)beamCount);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/AverageBeamStress");
descl->setCaption(_L("average stress: ") + UTFString(beamstressstr));
checkOverflow(descl);
int nodeCount = truck->getNodeCount();
int wcount = truck->getWheelNodeCount();
wchar_t nodecountstr[256];
swprintf(nodecountstr, 256, L"%d (wheels: %d)", nodeCount, wcount);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/NodeCount");
descl->setCaption(_L("node count: ") + UTFString(nodecountstr));
checkOverflow(descl);
wchar_t truckmassstr[256];
UTFString massstr = _L("current mass:");
swprintf(truckmassstr, 256, L"%ls %8.2f kg (%.2f tons)", massstr.asWStr_c_str(), mass, mass/1000);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/TruckWeight");
descl->setCaption(UTFString(truckmassstr));
checkOverflow(descl);
wchar_t geesstr[256];
Vector3 gees = truck->getGForces();
UTFString tmp = _L("Gees: Vertical %1.2fg // Saggital %1.2fg // Lateral %1.2fg");
swprintf(geesstr, 256, tmp.asWStr_c_str(), gees.x, gees.y, gees.z);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/Gees");
descl->setCaption(UTFString(geesstr));
checkOverflow(descl);
//maxGees
if(truck->driveable == TRUCK || truck->driveable == AIRPLANE || truck->driveable == BOAT)
{
if(gees.x > maxPosVerG[truck->driveable])
maxPosVerG[truck->driveable] = gees.x;
if(gees.x < maxNegVerG[truck->driveable])
maxNegVerG[truck->driveable] = gees.x;
if(gees.y > maxPosSagG[truck->driveable])
maxPosSagG[truck->driveable] = gees.y;
if(gees.y < maxNegSagG[truck->driveable])
maxNegSagG[truck->driveable] = gees.y;
if(gees.z > maxPosLatG[truck->driveable])
maxPosLatG[truck->driveable] = gees.z;
if(gees.z < maxNegLatG[truck->driveable])
maxNegLatG[truck->driveable] = gees.z;
tmp = _L("maxG: V %1.2fg %1.2fg // S %1.2fg %1.2fg // L %1.2fg %1.2fg");
swprintf(geesstr, 256, tmp.asWStr_c_str(),
maxPosVerG[truck->driveable],
maxNegVerG[truck->driveable],
maxPosSagG[truck->driveable],
maxNegSagG[truck->driveable],
maxPosLatG[truck->driveable],
maxNegLatG[truck->driveable]
);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/Gees2");
descl->setCaption(UTFString(geesstr));
checkOverflow(descl);
}
}
Vector3 hdir = Vector3::ZERO;
if(truck->cameranodepos[0]>=0)
hdir = truck->nodes[truck->cameranodepos[0]].RelPosition-truck->nodes[truck->cameranodedir[0]].RelPosition;
hdir.normalise();
float g_along_hdir=hdir.dotProduct(truck->ffforce/10000.0);
//LOG("ffforce: " + TOSTRING(truck->ffforce.x) + ", " + TOSTRING(truck->ffforce.y) + ", " + TOSTRING(truck->ffforce.z) + " / direction: " + TOSTRING(hdir.x) + ", " + TOSTRING(hdir.y) + ", " + TOSTRING(hdir.z));
// TODO: FIX THIS!
//char rpmstring[256];
//sprintf(rpmstring, "current GForces: %2.2f", g_along_hdir);
//OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentRPM")->setCaption(rpmstring);
// always update these statistics, also if not visible!
UTFString rpmsstr = _L("current RPM:");
if(truck->driveable == TRUCK && truck->engine)
{
wchar_t rpmstring[256];
UTFString rpmsstr = _L("current RPM:");
swprintf(rpmstring, 256, L"%ls %.0f / %.0f", rpmsstr.asWStr_c_str(), truck->engine->getRPM(), truck->engine->getMaxRPM()*1.25);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentRPM");
descl->setCaption(UTFString(rpmstring));
checkOverflow(descl);
} else if (truck->driveable == AIRPLANE)
{
wchar_t rpmstring[256];
if(truck->aeroengines[0] && truck->aeroengines[1] && truck->aeroengines[2] && truck->aeroengines[3])
swprintf(rpmstring, 256, L"%ls %.0f / %.0f / %.0f / %.0f", rpmsstr.asWStr_c_str(), truck->aeroengines[0]->getRPM(), truck->aeroengines[1]->getRPM(), truck->aeroengines[2]->getRPM(), truck->aeroengines[3]->getRPM());
else if(truck->aeroengines[0] && truck->aeroengines[1] && truck->aeroengines[2] && !truck->aeroengines[3])
swprintf(rpmstring, 256, L"%ls %.0f / %.0f / %.0f", rpmsstr.asWStr_c_str(), truck->aeroengines[0]->getRPM(), truck->aeroengines[1]->getRPM(), truck->aeroengines[2]->getRPM());
else if(truck->aeroengines[0] && truck->aeroengines[1] && !truck->aeroengines[2] && !truck->aeroengines[3])
swprintf(rpmstring, 256, L"%ls %.0f / %.0f", rpmsstr.asWStr_c_str(), truck->aeroengines[0]->getRPM(), truck->aeroengines[1]->getRPM());
else if(truck->aeroengines[0] && !truck->aeroengines[1] && !truck->aeroengines[2] && !truck->aeroengines[3])
swprintf(rpmstring, 256, L"%ls %.0f", rpmsstr.asWStr_c_str(), truck->aeroengines[0]->getRPM());
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentRPM");
descl->setCaption(UTFString(rpmstring));
checkOverflow(descl);
} else
{
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentRPM");
descl->setCaption("");
}
UTFString cspeedstr = _L("current Speed:");
UTFString maxspstr = _L("max Speed:");
if(truck->driveable == TRUCK)
{
wchar_t velostring[256];
float velocityKMH = (truck->WheelSpeed * 3.6);
if(velocityKMH > maxVelos[truck->driveable])
maxVelos[truck->driveable] = velocityKMH;
if(velocityKMH < minVelos[truck->driveable])
minVelos[truck->driveable] = velocityKMH;
// round values if zero ==> no flickering +/-
if (fabs(velocityKMH) < 1)
velocityKMH = 0;
float velocityMPH = velocityKMH / 1.609;
swprintf(velostring, 256, L"%ls %+.0f km/h (%+.0f mp/h)", cspeedstr.asWStr_c_str(), ceil(velocityKMH), ceil(velocityMPH));
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentVelocity");
descl->setCaption(UTFString(velostring));
checkOverflow(descl);
float velocityMaxMPH = maxVelos[truck->driveable] / 1.609;
float velocityMinMPH = minVelos[truck->driveable] / 1.609;
swprintf(velostring, 256, L"%ls %+.0fkmh/%+.0fmph, min: %+.0fkmh/%+.0fmph", maxspstr.asWStr_c_str(), ceil(maxVelos[truck->driveable]), ceil(velocityMaxMPH), ceil(minVelos[truck->driveable]), ceil(velocityMinMPH));
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/MaxVelocity");
descl->setCaption(UTFString(velostring));
checkOverflow(descl);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/AverageVelocity");
descl->setCaption("");
}
else if(truck->driveable == AIRPLANE)
{
wchar_t velostring[256];
float velocity = truck->nodes[0].Velocity.length()*1.9438;
if(velocity > maxVelos[truck->driveable])
maxVelos[truck->driveable] = velocity;
if(velocity < minVelos[truck->driveable])
minVelos[truck->driveable] = velocity;
// round values if zero ==> no flickering +/-
if (fabs(velocity) < 1)
velocity = 0;
swprintf(velostring, 256, L"%ls %+.0f kn", cspeedstr.asWStr_c_str(), ceil(velocity));
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentVelocity");
descl->setCaption(UTFString(velostring));
checkOverflow(descl);
swprintf(velostring, 256, L"%ls %+.0fkn, min: %+.0f kn", maxspstr.asWStr_c_str(), ceil(maxVelos[truck->driveable]), ceil(minVelos[truck->driveable]));
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/MaxVelocity");
descl->setCaption(UTFString(velostring));
checkOverflow(descl);
float alt = truck->nodes[0].AbsPosition.y*1.1811;
UTFString altstr = _L("Altitude:");
swprintf(velostring, 256, L"%ls %+.0f m", altstr.asWStr_c_str(), ceil(alt));
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/AverageVelocity");
descl->setCaption(velostring);
checkOverflow(descl);
}
else if(truck->driveable == BOAT)
{
wchar_t velostring[256];
Vector3 hdir=truck->nodes[truck->cameranodepos[0]].RelPosition-truck->nodes[truck->cameranodedir[0]].RelPosition;
hdir.normalise();
float velocity=hdir.dotProduct(truck->nodes[truck->cameranodepos[0]].Velocity)*1.9438;
if(velocity > maxVelos[truck->driveable])
maxVelos[truck->driveable] = velocity;
if(velocity < minVelos[truck->driveable])
minVelos[truck->driveable] = velocity;
swprintf(velostring, 256, L"%ls %+.0f kn", cspeedstr.asWStr_c_str(),ceil(velocity));
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentVelocity");
descl->setCaption(UTFString(velostring));
checkOverflow(descl);
swprintf(velostring, 256, L"%ls %+.0fkn, min: %+.0f kn", maxspstr.asWStr_c_str(),ceil(maxVelos[truck->driveable]), ceil(minVelos[truck->driveable]));
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/MaxVelocity");
descl->setCaption(UTFString(velostring));
checkOverflow(descl);
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/AverageVelocity");
descl->setCaption("");
}
else if(truck->driveable == MACHINE)
{
OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/MaxVelocity")->setCaption("");
OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CurrentVelocity")->setCaption("");
OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/AverageVelocity")->setCaption("");
}
OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/TimeStats")->setCaption("");
if(visible)
{
// update commands
//clear them first
for(int i=1;i<=COMMANDS_VISIBLE;i++)
{
char commandOverlayID[256];
sprintf(commandOverlayID, "tracks/TruckInfoBox/Command%d", i); // no wchar needed
descl = OverlayManager::getSingleton().getOverlayElement(commandOverlayID);
descl->setCaption(string(""));
}
int j = 0;
for(int i=1,j=0;i<MAX_COMMANDS && j<COMMANDS_VISIBLE;i+=2)
{
if (truck->commandkey[i].description.size() == 0)
continue;
j++;
char commandID[256];
String keyStr="";
sprintf(commandID, "COMMANDS_%02d", i);
int eventID = INPUTENGINE.resolveEventName(String(commandID));
String keya = INPUTENGINE.getEventCommand(eventID);
sprintf(commandID, "COMMANDS_%02d", i+1);
eventID = INPUTENGINE.resolveEventName(String(commandID));
String keyb = INPUTENGINE.getEventCommand(eventID);
//cut off expl
if(keya.size()>6 && keya.substr(0,5) == "EXPL+") keya = keya.substr(5);
if(keyb.size()>6 && keyb.substr(0,5) == "EXPL+") keyb = keyb.substr(5);
keyStr = keya + "/" + keyb;
char commandOverlayID[256];
sprintf(commandOverlayID, "tracks/TruckInfoBox/Command%d", j);
descl = OverlayManager::getSingleton().getOverlayElement(commandOverlayID);
descl->setCaption(keyStr + ": " + truck->commandkey[i].description);
checkOverflow(descl);
}
// hide command section title if no commands
if(j == 0)
{
OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CommandsTitleLabel")->setCaption("");
} else
{
descl = OverlayManager::getSingleton().getOverlayElement("tracks/TruckInfoBox/CommandsTitleLabel");
descl->setCaption(_L("Commands:"));
checkOverflow(descl);
}
}
return true;
}
