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dashboard.cpp
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#include <dashboard.h>
#include <QStringList>
#include <QDebug>
#include <QVector>
#include "math.h"
////
QVector<int>averageSpeed(0);
QVector<int>averageRPM(0);
QVector<qreal>averageexanaloginput7(0);
int avgspeed;
int avgrpm;
qreal avgexanaloginput7;
qreal R2 = 1430; // R2 is always Fixed ( Two resistors in line 1100 + 330 Ohms
qreal R3 = 100; // R2 is always Fixed ( Two resistors in line 1100 + 330 Ohms
qreal R4 = 1000; // R2 is always Fixed ( Two resistors in line 1100 + 330 Ohms
qreal AN0R3 = 0;
qreal AN1R3 = 0;
qreal AN2R3 = 0;
qreal AN0R4 = 0;
qreal AN1R4 = 0;
qreal AN2R4 = 0;
qreal Rtotalexan0; // Resistance of all internal Resistors of the EX Board for AN0
qreal Rtotalexan1; // Resistance of all internal Resistors of the EX Board for AN1
qreal Rtotalexan2; // Resistance of all internal Resistors of the EX Board for AN2
qreal AN00;
qreal AN05;
qreal AN10;
qreal AN15;
qreal AN20;
qreal AN25;
qreal AN30;
qreal AN35;
qreal AN40;
qreal AN45;
qreal AN50;
qreal AN55;
qreal AN60;
qreal AN65;
qreal AN70;
qreal AN75;
qreal AN80;
qreal AN85;
qreal AN90;
qreal AN95;
qreal AN100;
qreal AN105;
// Ex Board Analog
qreal EXAN00;
qreal EXAN05;
qreal EXAN10;
qreal EXAN15;
qreal EXAN20;
qreal EXAN25;
qreal EXAN30;
qreal EXAN35;
qreal EXAN40;
qreal EXAN45;
qreal EXAN50;
qreal EXAN55;
qreal EXAN60;
qreal EXAN65;
qreal EXAN70;
qreal EXAN75;
qreal ResistanceEXAN0;
qreal ResistanceEXAN1;
qreal ResistanceEXAN2;
int EXsteinhart0; //Flag to use Steinhart/hart for Analog input 0
int EXsteinhart1; //Flag to use Steinhart/hart for Analog input 1
int EXsteinhart2; //Flag to use Steinhart/hart for Analog input 2
qreal lamdamultiplicator = 1;
int brightness;
DashBoard::DashBoard(QObject *parent)
: QObject(parent)
, m_Odo(0)
, m_Trip(0)
, m_rpm(0)
, m_Intakepress(0)
, m_PressureV(0)
, m_ThrottleV(0)
, m_Primaryinp(0)
, m_Fuelc(0)
, m_Leadingign(0)
, m_Trailingign(0)
, m_Fueltemp(0)
, m_Moilp(0)
, m_Boosttp(0)
, m_Boostwg(0)
, m_Watertemp(0)
, m_Intaketemp(0)
, m_Knock(0)
, m_BatteryV(0)
, m_speed(0)
, m_Iscvduty(0)
, m_O2volt(0)
, m_na1(0)
, m_Secinjpulse(0)
, m_na2(0)
, m_InjDuty(0)
, m_InjDuty2(0)
, m_InjAngle(0)
, m_EngLoad(0)
, m_MAF1V(0)
, m_MAF2V(0)
, m_injms(0)
, m_Inj(0)
, m_Ign(0)
, m_Dwell(0)
, m_BoostPres(0)
, m_BoostPreskpa(0)
, m_BoostDuty(0)
, m_MAFactivity(0)
, m_O2volt_2(0)
, m_Cyl1_O2_Corr(0)
, m_Cyl2_O2_Corr(0)
, m_Cyl3_O2_Corr(0)
, m_Cyl4_O2_Corr(0)
, m_Cyl5_O2_Corr(0)
, m_Cyl6_O2_Corr(0)
, m_Cyl7_O2_Corr(0)
, m_Cyl8_O2_Corr(0)
//Boost
, m_pim(0)
//Aux Inputs
, m_auxcalc1(0.00)
, m_auxcalc2(0.00)
, m_auxcalc3(0.00)
, m_auxcalc4(0.00)
// Sensor Info FD3S
, m_sens1(0.00)
, m_sens2(0.00)
, m_sens3(0.00)
, m_sens4(0.00)
, m_sens5(0.00)
, m_sens6(0.00)
, m_sens7(0.00)
, m_sens8(0.00)
//Flag Strings
, m_FlagString1 ("F-1")
, m_FlagString2 ("F-2")
, m_FlagString3 ("F-3")
, m_FlagString4 ("F-4")
, m_FlagString5 ("F-5")
, m_FlagString6 ("F-6")
, m_FlagString7 ("F-7")
, m_FlagString8 ("F-8")
, m_FlagString9 ("F-9")
, m_FlagString10 ("F10")
, m_FlagString11 ("F11")
, m_FlagString12 ("F12")
, m_FlagString13 ("F13")
, m_FlagString14 ("F14")
, m_FlagString15 ("F15")
, m_FlagString16 ("F16")
//Sensor Srings
, m_SensorString1 ("SEN1")
, m_SensorString2 ("SEN2")
, m_SensorString3 ("SEN3")
, m_SensorString4 ("SEN4")
, m_SensorString5 ("SEN5")
, m_SensorString6 ("SEN6")
, m_SensorString7 ("SEN7")
, m_SensorString8 ("SEN8")
//Bit Flags for Sensors
, m_Flag1(0)
, m_Flag2(0)
, m_Flag3(0)
, m_Flag4(0)
, m_Flag5(0)
, m_Flag6(0)
, m_Flag7(0)
, m_Flag8(0)
, m_Flag9(0)
, m_Flag10(0)
, m_Flag11(0)
, m_Flag12(0)
, m_Flag13(0)
, m_Flag14(0)
, m_Flag15(0)
, m_Flag16(0)
, m_Flag17(0)
, m_Flag18(0)
, m_Flag19(0)
, m_Flag20(0)
, m_Flag21(0)
, m_Flag22(0)
, m_Flag23(0)
, m_Flag24(0)
, m_Flag25(0)
//Adaptronic extra
, m_MAP(0)
, m_MAP2(0)
, m_PANVAC(0)
, m_AUXT(0)
, m_AFR(0)
, m_AFRLEFTBANKTARGET(0)
, m_AFRRIGHTBANKTARGET(0)
//
, m_AFRLEFTBANKACTUAL(0)
, m_AFRRIGHTBANKACTUAL(0)
, m_BOOSTOFFSET(0)
, m_REVLIM3STEP(0)
, m_REVLIM2STEP(0)
, m_REVLIMGIGHSIDE(0)
, m_REVLIMBOURNOUT(0)
, m_LEFTBANKO2CORR(0)
, m_RIGHTBANKO2CORR(0)
, m_TRACTIONCTRLOFFSET(0)
, m_DRIVESHAFTOFFSET(0)
, m_TCCOMMAND(0)
, m_FSLCOMMAND(0)
, m_FSLINDEX(0)
, m_AFRcyl1(0)
, m_AFRcyl2(0)
, m_AFRcyl3(0)
, m_AFRcyl4(0)
, m_AFRcyl5(0)
, m_AFRcyl6(0)
, m_AFRcyl7(0)
, m_AFRcyl8(0)
, m_TPS(0)
, m_IdleValue(0)
, m_MVSS(0)
, m_SVSS(0)
, m_Inj1(0)
, m_Inj2(0)
, m_Inj3(0)
, m_Inj4(0)
, m_Ign1(0)
, m_Ign2(0)
, m_Ign3(0)
, m_Ign4(0)
, m_TRIM(0)
, m_LAMBDA(0)
, m_LAMBDATarget(0)
, m_FuelPress(0)
, m_GearOilPress(0)
//GPS Strings
, m_gpsTime ("0")
, m_gpsAltitude (0)
, m_gpsLatitude (0)
, m_gpsLongitude (0)
, m_gpsSpeed (0)
, m_gpsVisibleSatelites (0)
, m_gpsFIXtype ("no connection")
, m_gpsbaering (0)
//units
, m_units("unit")
, m_speedunits("unit")
, m_pressureunits("unit")
//Sensors
, m_accelx(0)
, m_accely(0)
, m_accelz(0)
, m_gyrox(0)
, m_gyroy(0)
, m_gyroz(0)
, m_compass(0)
, m_ambitemp(0)
, m_ambipress(0)
// ,m_TimeoutStat("----")
// ,m_RecvData("----")
//calculations
, m_Gear(0)
, m_Gearoffset(0)
, m_GearCalculation(0)
, m_Power(0)
, m_Torque(0)
, m_AccelTimer(0)
, m_Weight(0)
//Official Pi screen present screen
, m_screen(0)
, m_accelpedpos(0)
, m_airtempensor2(0)
, m_antilaglauchswitch(0)
, m_antilaglaunchon(0)
, m_auxrevlimitswitch(0)
, m_avfueleconomy(0)
, m_battlight(0)
, m_boostcontrol(0)
, m_brakepress(0)
, m_clutchswitchstate(0)
, m_coolantpress(0)
, m_decelcut(0)
, m_diffoiltemp(0)
, m_distancetoempty(0)
, m_egt1(0)
, m_egt2(0)
, m_egt3(0)
, m_egt4(0)
, m_egt5(0)
, m_egt6(0)
, m_egt7(0)
, m_egt8(0)
, m_egt9(0)
, m_egt10(0)
, m_egt11(0)
, m_egt12(0)
, m_excamangle1(0)
, m_excamangle2(0)
, m_flatshiftstate(0)
, m_fuelclevel(0)
, m_fuelcomposition(0)
, m_fuelconsrate(0)
, m_fuelcutperc(0)
, m_fuelflowdiff(0)
, m_fuelflowret(0)
, m_fueltrimlongtbank1(0)
, m_fuelflow(0)
, m_fueltrimlongtbank2(0)
, m_fueltrimshorttbank1(0)
, m_fueltrimshorttbank2(0)
, m_gearswitch(0)
, m_handbrake(0)
, m_highbeam(0)
, m_lowBeam(0)
, m_tractionControl(0)
, m_homeccounter(0)
, m_incamangle1(0)
, m_incamangle2(0)
, m_knocklevlogged1(0)
, m_knocklevlogged2(0)
, m_knockretardbank1(0)
, m_knockretardbank2(0)
, m_lambda2(0)
, m_lambda3(0)
, m_lambda4(0)
, m_launchcontolfuelenrich(0)
, m_launchctrolignretard(0)
, m_leftindicator(0)
, m_limpmode(0)
, m_mil(0)
, m_missccount(0)
, m_nosactive(0)
, m_nospress(0)
, m_nosswitch(0)
, m_oilpres(0)
, m_oiltemp(0)
, m_rallyantilagswitch(0)
, m_rightindicator(0)
, m_targetbstlelkpa(0)
, m_timeddutyout1(0)
, m_timeddutyout2(0)
, m_timeddutyoutputactive(0)
, m_torqueredcutactive(0)
, m_torqueredlevelactive(0)
, m_transientthroactive(0)
, m_transoiltemp(0)
, m_triggerccounter(0)
, m_triggersrsinceasthome(0)
, m_turborpm(0)
, m_turborpm2(0)
, m_wastegatepress(0)
, m_wheeldiff(0)
, m_wheelslip(0)
, m_wheelspdftleft(0)
, m_wheelspdftright(0)
, m_wheelspdrearleft(0)
, m_wheelspdrearright(0)
, m_speedpercent(1)
, m_maxRPM(8000)
, m_rpmStage1(3000)
, m_rpmStage2(4000)
, m_rpmStage3(6000)
, m_rpmStage4(7000)
, m_waterwarn(999)
, m_rpmwarn(9999)
, m_knockwarn(999)
, m_boostwarn(999)
, m_smoothrpm(0)
, m_smoothspeed(0)
, m_smoothexAnalogInput7(0)
, m_gearcalc1(0)
, m_gearcalc2(0)
, m_gearcalc3(0)
, m_gearcalc4(0)
, m_gearcalc5(0)
, m_gearcalc6(0)
, m_gearcalcactivation(0)
, m_ecu(0)
, m_Error("")
, m_autogear("")
, m_ExternalSpeed(0)
//laptimer
, m_currentLap(0)
, m_laptime("00:00.000")
, m_Lastlaptime("00:00.000")
, m_bestlaptime("00:00.000")
, m_draggable(0)
, m_wifi()
, m_Analog0(0)
, m_Analog1(0)
, m_Analog2(0)
, m_Analog3(0)
, m_Analog4(0)
, m_Analog5(0)
, m_Analog6(0)
, m_Analog7(0)
, m_Analog8(0)
, m_Analog9(0)
, m_Analog10(0)
, m_AnalogCalc0()
, m_AnalogCalc1()
, m_AnalogCalc2()
, m_AnalogCalc3()
, m_AnalogCalc4()
, m_AnalogCalc5()
, m_AnalogCalc6()
, m_AnalogCalc7()
, m_AnalogCalc8()
, m_AnalogCalc9()
, m_AnalogCalc10()
, m_EXAnalogCalc0()
, m_EXAnalogCalc1()
, m_EXAnalogCalc2()
, m_EXAnalogCalc3()
, m_EXAnalogCalc4()
, m_EXAnalogCalc5()
, m_EXAnalogCalc6()
, m_EXAnalogCalc7()
, m_Lambdamultiply()
, m_Userchannel1()
, m_Userchannel2()
, m_Userchannel3()
, m_Userchannel4()
, m_Userchannel5()
, m_Userchannel6()
, m_Userchannel7()
, m_Userchannel8()
, m_Userchannel9()
, m_Userchannel10()
, m_Userchannel11()
, m_Userchannel12()
, m_FuelLevel()
, m_SteeringWheelAngle()
, m_Brightness()
, m_Visibledashes(1)
, m_oilpressurelamp()
, m_overtempalarm()
, m_alternatorfail()
, m_AuxTemp1()
//Quartermiletimer
, m_sixtyfoottime()
, m_sixtyfootspeed()
, m_threehundredthirtyfoottime()
, m_threehundredthirtyfootspeed()
, m_eightmiletime()
, m_eightmilespeed()
, m_quartermiletime()
, m_quartermilespeed()
, m_thousandfoottime()
, m_thousandfootspeed()
, m_zerotohundredt()
, m_hundredtotwohundredtime()
, m_twohundredtothreehundredtime()
, m_reactiontime()
, m_IGBTPhaseATemp()
, m_IGBTPhaseBTemp()
, m_IGBTPhaseCTemp()
, m_GateDriverTemp()
, m_ControlBoardTemp()
, m_RtdTemp1()
, m_RtdTemp2()
, m_RtdTemp3()
, m_RtdTemp4()
, m_RtdTemp5()
, m_EMotorTemperature()
, m_TorqueShudder()
, m_DigInput1FowardSw()
, m_DigInput2ReverseSw()
, m_DigInput3BrakeSw()
, m_DigInput4RegenDisableSw()
, m_DigInput5IgnSw()
, m_DigInput6StartSw()
, m_DigInput7Bool()
, m_DigInput8Bool()
, m_EMotorAngle()
, m_EMotorSpeed()
, m_ElectricalOutFreq()
, m_DeltaResolverFiltered()
, m_PhaseACurrent()
, m_PhaseBCurrent()
, m_PhaseCCurrent()
, m_DCBusCurrent()
, m_DCBusVoltage()
, m_OutputVoltage()
, m_VABvdVoltage()
, m_VBCvqVoltage()
, m_TirepresLF()
, m_TirepresRF()
, m_TirepresRR()
, m_TirepresLR()
, m_TiretempLF()
, m_TiretempRF()
, m_TiretempRR()
, m_TiretempLR()
, m_DigitalInput1()
, m_DigitalInput2()
, m_DigitalInput3()
, m_DigitalInput4()
, m_DigitalInput5()
, m_DigitalInput6()
, m_DigitalInput7()
//
, m_igncut()
, m_undrivenavgspeed()
, m_drivenavgspeed()
, m_dsettargetslip()
, m_tractionctlpowerlimit()
, m_knockallpeak()
, m_knockcorr()
, m_knocklastcyl()
, m_totalfueltrim()
, m_totaligncomp()
, m_egthighest()
, m_cputempecu()
, m_errorcodecount()
, m_lostsynccount()
, m_egtdiff()
, m_activeboosttable()
, m_activetunetable()
, m_CalibrationSelect()
{
}
// Odometer
void DashBoard::setOdo(const qreal &Odo)
{
if (m_Odo == Odo)
return;
m_Odo = Odo;
emit odoChanged(Odo);
}
// Tripmeter
void DashBoard::setTrip(const qreal &Trip)
{
if (m_Trip == Trip)
return;
m_Trip = Trip;
emit tripChanged(Trip);
}
void DashBoard::setAnalogVal(const qreal &A00,const qreal &A05,const qreal &A10,const qreal &A15,const qreal &A20,const qreal &A25,const qreal &A30,const qreal &A35,const qreal &A40,const qreal &A45,const qreal &A50,const qreal &A55,const qreal &A60,const qreal &A65,const qreal &A70,const qreal &A75,const qreal &A80,const qreal &A85,const qreal &A90,const qreal &A95,const qreal &A100,const qreal &A105)
{
AN00 = A00;
AN05 = A05;
AN10 = A10;
AN15 = A15;
AN20 = A20;
AN25 = A25;
AN30 = A30;
AN35 = A35;
AN40 = A40;
AN45 = A45;
AN50 = A50;
AN55 = A55;
AN60 = A60;
AN65 = A65;
AN70 = A70;
AN75 = A75;
AN80 = A80;
AN85 = A85;
AN90 = A90;
AN95 = A95;
AN100 = A100;
AN105 = A105;
//qDebug()<< "AN75 " <<AN75;
}
void DashBoard::setEXAnalogVal(const qreal &EXA00,const qreal &EXA05,const qreal &EXA10,const qreal &EXA15,const qreal &EXA20,const qreal &EXA25,const qreal &EXA30,const qreal &EXA35,const qreal &EXA40,const qreal &EXA45,const qreal &EXA50,const qreal &EXA55,const qreal &EXA60,const qreal &EXA65,const qreal &EXA70,const qreal &EXA75, const int &steinhartcalc0on, const int &steinhartcalc1on, const int &steinhartcalc2on,const int &AN0R3VAL,const int &AN0R4VAL,const int &AN1R3VAL,const int &AN1R4VAL,const int &AN2R3VAL,const int &AN2R4VAL)
{
EXAN00 = EXA00;
EXAN05 = EXA05;
EXAN10 = EXA10;
EXAN15 = EXA15;
EXAN20 = EXA20;
EXAN25 = EXA25;
EXAN30 = EXA30;
EXAN35 = EXA35;
EXAN40 = EXA40;
EXAN45 = EXA45;
EXAN50 = EXA50;
EXAN55 = EXA55;
EXAN60 = EXA60;
EXAN65 = EXA65;
EXAN70 = EXA70;
EXAN75 = EXA75;
EXsteinhart0 = steinhartcalc0on;
EXsteinhart1 = steinhartcalc1on;
EXsteinhart2 = steinhartcalc2on;
// Calculating the Boad internal resistance of the Voltage divider
// EX Analog 0
if (AN0R3VAL !=0 && AN0R4VAL !=0)
{
Rtotalexan0 = 1/((1/R2)+(1/R3)+(1/R4));
}
if (AN0R3VAL ==0 && AN0R4VAL !=0)
{
Rtotalexan0 = (R2*R4)/(R2+R4);
}
if (AN0R3VAL !=0 && AN0R4VAL ==0)
{
Rtotalexan0 = (R2*R3)/(R2+R3);
}
if (AN0R3VAL ==0 && AN0R4VAL ==0)
{
Rtotalexan0 = R2;
}
// EX Analog 1
if (AN1R3VAL !=0 && AN1R4VAL !=0)
{
Rtotalexan1 = 1/((1/R2)+(1/R3)+(1/R4));
}
if (AN1R3VAL ==0 && AN1R4VAL !=0)
{
Rtotalexan1 = (R2*R4)/(R2+R4);
}
if (AN1R3VAL !=0 && AN1R4VAL ==0)
{
Rtotalexan1 = (R2*R3)/(R2+R3);
}
if (AN1R3VAL ==0 && AN1R4VAL ==0)
{
Rtotalexan1 = R2;
}
// EX Analog 2
if (AN2R3VAL !=0 && AN2R4VAL !=0)
{
Rtotalexan2 = 1/((1/R2)+(1/R3)+(1/R4));
}
if (AN2R3VAL ==0 && AN2R4VAL !=0)
{
Rtotalexan2 = (R2*R4)/(R2+R4);
}
if (AN2R3VAL !=0 && AN2R4VAL ==0)
{
Rtotalexan2 = (R2*R3)/(R2+R3);
}
if (AN2R3VAL ==0 && AN2R4VAL ==0)
{
Rtotalexan2 = R2;
}
/*
qDebug() <<"///////////////////////////////////////////////////////////// :" ;
qDebug() <<AN0R3VAL<<AN0R4VAL<<AN1R3VAL<<AN1R4VAL<<AN2R3VAL<<AN2R4VAL ;
qDebug() <<"RTotal AN0 :" <<Rtotalexan0 ;
qDebug() <<"RTotal AN1 :" <<Rtotalexan1 ;
qDebug() <<"RTotal AN2 :" <<Rtotalexan2 ;
qDebug() <<"///////////////////////////////////////////////////////////// :" ;
*/
}
void DashBoard::setSteinhartcalc(const qreal &T01,const qreal &T02,const qreal &T03,const qreal &R01,const qreal &R02,const qreal &R03,const qreal &T11,const qreal &T12,const qreal &T13,const qreal &R11,const qreal &R12,const qreal &R13,const qreal &T21,const qreal &T22,const qreal &T23,const qreal &R21,const qreal &R22,const qreal &R23)
{
//qDebug() <<"Values :" <<T01 << R01 << T02 <<R02 <<T03 << R03 << T11 << R11 << T12 <<R12 <<T13 << R13 << T21 << R21 << T22 <<R22 <<T23 << R23;
//EX Analog 0 Calculation
long double L01 = log(R01); //Logrythm of Resistance 1
long double L02 = log(R02); //Logrythm of Resistance 2
long double L03 = log(R03); //Logrythm of Resistance 3
//Convert Temperature from CELCIUS to Kelvin and get factor
long double Y01 = 1/(T01+273.15);
long double Y02 = 1/(T02+273.15);
long double Y03 = 1/(T03+273.15);
//Coefficent of L and Y
long double V02 = (Y02-Y01)/(L02-L01);
long double V03 = (Y03-Y01)/(L03-L01);
//Coefficent Calculations
C0 = ((V03 - V02)/(L03-L02))*(pow((L01+L02+L02),-1));
B0 = (V03-C0*(pow(L01,2)+L01*L02+pow(L02,2)));
A0 = Y01 -(B0+pow(L01,2)*C0)*L01;
//EX Analog 1 Calculation
long double L11 = log(R11); //Logrythm of Resistance 1
long double L12 = log(R12); //Logrythm of Resistance 2
long double L13 = log(R13); //Logrythm of Resistance 3
//Convert Temperature from CELCIUS to Kelvin and get factor
long double Y11 = 1/(T11+273.15);
long double Y12 = 1/(T12+273.15);
long double Y13 = 1/(T13+273.15);
//Coefficent of L and Y
long double V12 = (Y12-Y11)/(L12-L11);
long double V13 = (Y13-Y11)/(L13-L11);
//Coefficent Calculations
C1 = ((V13 - V12)/(L13-L12))*(pow((L11+L12+L12),-1));
B1 = (V13-C1*(pow(L11,2)+L11*L12+pow(L12,2)));
A1 = Y11 -(B1+pow(L11,2)*C1)*L11;
//EX Analog 2 Calculation
long double L21 = log(R21); //Logrythm of Resistance 1
long double L22 = log(R22); //Logrythm of Resistance 2
long double L23 = log(R23); //Logrythm of Resistance 3
//Convert Temperature from CELCIUS to Kelvin and get factor
long double Y21 = 1/(T21+273.15);
long double Y22 = 1/(T22+273.15);
long double Y23 = 1/(T23+273.15);
//Coefficent of L and Y
long double V22 = (Y22-Y21)/(L22-L21);
long double V23 = (Y23-Y21)/(L23-L21);
//Coefficent Calculations
C2 = ((V23 - V22)/(L23-L22))*(pow((L21+L22+L22),-1));
B2 = (V23-C2*(pow(L21,2)+L22*L22+pow(L22,2)));
A2 = Y21 -(B2+pow(L21,2)*C2)*L21;
//
}
// Advanced Info FD3S
void DashBoard::setrpm(const qreal &rpm)
{
if (m_rpm == rpm)
return;
m_rpm = rpm;
//Smoothing
if (m_smoothrpm >0)
{
averageRPM.removeFirst();
averageRPM.append(m_rpm);
avgrpm = 0;
for (int i = 0; i <= m_smoothrpm-1; i++){avgrpm+= averageRPM[i];}
m_rpm = avgrpm/m_smoothrpm;
}
emit rpmChanged(rpm);
}
void DashBoard::setIntakepress(const qreal &Intakepress)
{
if (m_Intakepress == Intakepress)
return;
if (m_pressureunits == "metric")
{m_Intakepress = Intakepress;}
if (m_pressureunits == "imperial")
{m_Intakepress = Intakepress * 0.145038;}
emit intakepressChanged(Intakepress);
return;
}
void DashBoard::setPressureV(const qreal &PressureV)
{
if (m_PressureV == PressureV)
return;
m_PressureV = PressureV;
emit pressureVChanged(PressureV);
}
void DashBoard::setThrottleV(const qreal &ThrottleV)
{
if (m_ThrottleV == ThrottleV)
return;
m_ThrottleV= ThrottleV;
emit throttleVChanged(ThrottleV);
}
void DashBoard::setPrimaryinp(const qreal &Primaryinp)
{
if (m_Primaryinp == Primaryinp)
return;
m_Primaryinp= Primaryinp;
emit primaryinpChanged(Primaryinp);
}
void DashBoard::setFuelc(const qreal &Fuelc)
{
if (m_Fuelc == Fuelc)
return;
m_Fuelc= Fuelc;
emit fuelcChanged(Fuelc);
}
void DashBoard::setLeadingign(const qreal &Leadingign)
{
if (m_Leadingign == Leadingign)
return;
m_Leadingign= Leadingign;
emit leadingignChanged(Leadingign);
}
void DashBoard::setTrailingign(const qreal &Trailingign)
{
if (m_Trailingign == Trailingign)
return;
m_Trailingign= Trailingign;
emit trailingignChanged(Trailingign);
}
void DashBoard::setFueltemp(const qreal &Fueltemp)
{
if (m_Fueltemp == Fueltemp)
return;
if (m_units == "metric")
{m_Fueltemp = Fueltemp;}
if (m_units == "imperial")
{m_Fueltemp = Fueltemp * 1.8 + 32;}
emit fueltempChanged(Fueltemp);
}
void DashBoard::setMoilp(const qreal &Moilp)
{
if (m_Moilp == Moilp)
return;
m_Moilp = Moilp;
emit moilpChanged(Moilp);
}
void DashBoard::setBoosttp(const qreal &Boosttp)
{
if (m_Boosttp == Boosttp)
return;
m_Boosttp = Boosttp;
emit boosttpChanged(Boosttp);
}
void DashBoard::setBoostwg(const qreal &Boostwg)
{
if (m_Boostwg == Boostwg)
return;
m_Boostwg = Boostwg;
emit boostwgChanged(Boostwg);
}
void DashBoard::setWatertemp(const qreal &Watertemp)
{
if (m_Watertemp == Watertemp)
return;
if (m_units == "metric")
{m_Watertemp = Watertemp;}
if (m_units == "imperial")
{m_Watertemp = Watertemp * 1.8 + 32;}
emit watertempChanged(Watertemp);
}
void DashBoard::setIntaketemp(const qreal &Intaketemp)
{
if (m_units == "metric")
{ m_Intaketemp = Intaketemp;}
if (m_units == "imperial")
{m_Intaketemp = Intaketemp * 1.8 + 32;}
emit intaketempChanged(Intaketemp);
}
void DashBoard::setKnock(const qreal &Knock)
{
if (m_Knock == Knock)
return;
m_Knock = Knock;
emit knockChanged(Knock);
}
void DashBoard::setBatteryV(const qreal &BatteryV)
{
if (m_BatteryV == BatteryV)
return;
m_BatteryV = BatteryV;
emit batteryVChanged(BatteryV);
}
void DashBoard::setSpeed(const qreal &speed)
{
//qDebug()<< "SPEED" << m_speed;
if (m_speed == speed)
return;
if (m_speedunits == "metric")
{m_speed = qRound(speed * m_speedpercent);}
if (m_speedunits == "imperial")
{m_speed = qRound((speed * 0.621371) * m_speedpercent);}
if (m_smoothspeed != 0)
{
averageSpeed.removeFirst();
averageSpeed.append(m_speed);
//qDebug() << "Vector Speed " << averageSpeed;
avgspeed = 0;
for (int i = 0; i <= m_smoothspeed-1; i++){avgspeed+= averageSpeed[i];}
m_speed = avgspeed/m_smoothspeed;
// qDebug() << "Average Speed " << m_speed;
}
if (m_ExternalSpeed == 0){
emit speedChanged(m_speed);
}
}
void DashBoard::setIscvduty(const qreal &Iscvduty)
{
if (m_Iscvduty == Iscvduty)
return;
m_Iscvduty = Iscvduty;
emit iscvdutyChanged(Iscvduty);
}
void DashBoard::setO2volt(const qreal &O2volt)
{
if (m_O2volt == O2volt)
return;
m_O2volt = O2volt;
emit o2voltChanged(O2volt);
}
void DashBoard::setCyl1_O2_Corr(const qreal &Cyl1_O2_Corr)
{
if (m_Cyl1_O2_Corr == Cyl1_O2_Corr)
return;
m_Cyl1_O2_Corr = Cyl1_O2_Corr;
emit Cyl1_O2_CorrChanged(Cyl1_O2_Corr);
}
void DashBoard::setCyl2_O2_Corr(const qreal &Cyl2_O2_Corr)
{
if (m_Cyl2_O2_Corr == Cyl2_O2_Corr)
return;
m_Cyl2_O2_Corr = Cyl2_O2_Corr;
emit Cyl2_O2_CorrChanged(Cyl2_O2_Corr);
}
void DashBoard::setCyl3_O2_Corr(const qreal &Cyl3_O2_Corr)
{
if (m_Cyl3_O2_Corr == Cyl3_O2_Corr)
return;
m_Cyl3_O2_Corr = Cyl3_O2_Corr;
emit Cyl3_O2_CorrChanged(Cyl3_O2_Corr);
}
void DashBoard::setCyl4_O2_Corr(const qreal &Cyl4_O2_Corr)
{
if (m_Cyl4_O2_Corr == Cyl4_O2_Corr)
return;
m_Cyl4_O2_Corr = Cyl4_O2_Corr;
emit Cyl4_O2_CorrChanged(Cyl4_O2_Corr);
}
void DashBoard::setCyl5_O2_Corr(const qreal &Cyl5_O2_Corr)
{
if (m_Cyl5_O2_Corr == Cyl5_O2_Corr)
return;
m_Cyl5_O2_Corr = Cyl5_O2_Corr;
emit Cyl5_O2_CorrChanged(Cyl5_O2_Corr);
}
void DashBoard::setCyl6_O2_Corr(const qreal &Cyl6_O2_Corr)
{
if (m_Cyl6_O2_Corr == Cyl6_O2_Corr)
return;
m_Cyl6_O2_Corr = Cyl6_O2_Corr;
emit Cyl6_O2_CorrChanged(Cyl6_O2_Corr);
}
void DashBoard::setCyl7_O2_Corr(const qreal &Cyl7_O2_Corr)
{
if (m_Cyl7_O2_Corr == Cyl7_O2_Corr)
return;