private void btnTuneBinary_ItemClick(object sender, ItemClickEventArgs e)
{
if (ValidateFile())
{
// read tuned marker to see if binary has been tuned before
T7FileHeader fh = new T7FileHeader();
fh.init(m_currentfile, m_appSettings.AutoFixFooter);
PartNumberConverter pnc = new PartNumberConverter();
ECUInformation ecuinfo = pnc.GetECUInfo(fh.getPartNumber().Trim(), "");
//<GS-05102010> Need to validate the type of binary file loaded (which engine type and turbo type, A/M transmission)
// and base the initially targeted torque and power figures on that
frmTuningWizard tunWiz = new frmTuningWizard();
string msg = "Partnumber not recognized, tuning will continue anyway, please verify settings afterwards";
//msg += Environment.NewLine + " desired airmass " + maxairmass.ToString() + " mg/c and peak torque " + peaktorque.ToString() + " Nm";
if (ecuinfo.Valid)
{
msg = "Partnumber " + fh.getPartNumber() + ", carmodel " + ecuinfo.Carmodel.ToString() + ", engine " + ecuinfo.Enginetype.ToString();
//msg += Environment.NewLine + " desired airmass " + maxairmass.ToString() + " mg/c and peak torque " + peaktorque.ToString() + " Nm";
}
tunWiz.ExtraInfo = msg;
if (ecuinfo.Stage1torque != 0)
{
tunWiz.PeakTorque = Convert.ToInt32(ecuinfo.Stage1torque);
}
if (tunWiz.ShowDialog() == DialogResult.OK)
{
int desiredHP = tunWiz.DesiredHP;
bool carRunsE85 = tunWiz.CarRunsE85;
// convert HP to torque and airmass
//int torque = PowerToTorque(desiredHP, 6000);
//int peaktorque = (110 * torque) / 100;
int peaktorque = tunWiz.PeakTorque;
int maxairmass = TorqueToAirmass(peaktorque, carRunsE85);
// give user a warning if airmass/c > 1300 mg/c
if (maxairmass > 1300)
{
frmInfoBox info = new frmInfoBox("Your maximum requested airmass exceeds 1300 mg/c [" + maxairmass.ToString() + " mg/c]. Please make sure all your other maps will support this airflow!");
}
TuneToStageNew(1, maxairmass, peaktorque, desiredHP, ecuinfo.Enginetype, carRunsE85);
TuningReport tuningrep = new TuningReport();
tuningrep.DataSource = resumeTuning;
tuningrep.CreateReport();
tuningrep.ShowPreview(defaultLookAndFeel1.LookAndFeel);
}
// start window to ask user for desired horses (depending on E85 usage?)
/*frmTuneBinary frmTune = new frmTuneBinary();
if (ecuinfo.Stage1torque != 0)
{
frmTune.PeakTorque = Convert.ToInt32(ecuinfo.Stage1torque);
}
if (frmTune.ShowDialog() == DialogResult.OK)
{
int desiredHP = frmTune.DesiredHP;
bool carRunsE85 = frmTune.CarRunsE85;
// convert HP to torque and airmass
//int torque = PowerToTorque(desiredHP, 6000);
//int peaktorque = (110 * torque) / 100;
int peaktorque = frmTune.PeakTorque;
int maxairmass = TorqueToAirmass(peaktorque, carRunsE85);
// give user a warning if airmass/c > 1300 mg/c
if (maxairmass > 1300)
{
MessageBox.Show("Your maximum requested airmass exceeds 1300 mg/c [" + maxairmass.ToString() + " mg/c]. Please make sure all your other maps will support this airflow!", "Warning!", MessageBoxButtons.OK);
}
string msg = "Partnumber not recognized, tuning will continue anyway, please verify settings afterwards";
msg += Environment.NewLine + " desired airmass " + maxairmass.ToString() + " mg/c and peak torque " + peaktorque.ToString() + " Nm";
if (ecuinfo.Valid)
{
msg = "Partnumber " + fh.getPartNumber() + ", carmodel " + ecuinfo.Carmodel.ToString() + ", engine " + ecuinfo.Enginetype.ToString();
msg += Environment.NewLine + " desired airmass " + maxairmass.ToString() + " mg/c and peak torque " + peaktorque.ToString() + " Nm";
}
PSTaskDialog.cTaskDialog.ForceEmulationMode = false;
PSTaskDialog.cTaskDialog.EmulatedFormWidth = 600;
PSTaskDialog.cTaskDialog.UseToolWindowOnXP = false;
PSTaskDialog.cTaskDialog.VerificationChecked = true;
PSTaskDialog.cTaskDialog.ShowTaskDialogBox("Tune me up™ wizard", "This wizard will tune your binary.", "Several maps will be altered" + Environment.NewLine + msg, "Happy driving!!!\nDilemma © 2009", "The author does not take responsibility for any damage done to your car or other objects in any form!", "Show me a summary after tuning", "", "Yes, tune me up!|No thanks!", eTaskDialogButtons.None, eSysIcons.Information, eSysIcons.Warning);
switch (PSTaskDialog.cTaskDialog.CommandButtonResult)
{
case 0:
// tune to stage x
// must use fixed maps, scaled to be good for the current airmass (e.g. pedalrequest map)
TuneToStageNew(1, maxairmass, peaktorque, desiredHP, ecuinfo.Enginetype, carRunsE85);
break;
case 1:
// cancel
break;
}
if (PSTaskDialog.cTaskDialog.VerificationChecked && PSTaskDialog.cTaskDialog.CommandButtonResult != 1)
{
TuningReport tuningrep = new TuningReport();
tuningrep.DataSource = resumeTuning;
tuningrep.CreateReport();
tuningrep.ShowPreview(defaultLookAndFeel1.LookAndFeel);
}
}*/
}
}
private void Information_firmwareInformation_ItemClick(object sender, ItemClickEventArgs e)
{
// show firmware information screen!
bool _correctFooter = m_appSettings.AutoFixFooter;
frmFirmwareInformation frminfo = new frmFirmwareInformation();
if (m_currentfile != null)
{
if (File.Exists(m_currentfile))
{
T7FileHeader t7InfoHeader = new T7FileHeader();
t7InfoHeader.init(m_currentfile, m_appSettings.AutoFixFooter);
string swVersion = t7InfoHeader.getSoftwareVersion();
PartNumberConverter pnc = new PartNumberConverter();
ECUInformation ecuinfo = pnc.GetECUInfo(t7InfoHeader.getPartNumber().Trim(), "");
frminfo.SIDDate = t7InfoHeader.getSIDDate();
if (ecuinfo.Valid)
{
frminfo.OriginalCarType = ecuinfo.Carmodel.ToString();
frminfo.OriginalEngineType = ecuinfo.Enginetype.ToString();
}
if (swVersion.Trim() == "EU0AF01C.55P" || swVersion.Trim() == "EU0AF01C.46T" || swVersion.Trim().StartsWith("ET02U01C") || swVersion.Trim() == "ET03F01C.46S")
{
// additional requirements for the bytes in that location
// http://www.trionictuning.com/forum/viewtopic.php?f=17&t=109&p=8569#p8537
// set these options correct
if (swVersion.Trim().StartsWith("EU0AF01C") || swVersion.Trim() == "ET03F01C.46S")
{
if ((CheckBytesInFile(m_currentfile, 0x4968E, 0, 2) || (CheckBytesInFile(m_currentfile, 0x4968E, 0x00, 1) && CheckBytesInFile(m_currentfile, 0x4968F, 0x80, 1))) &&
(CheckBytesInFile(m_currentfile, 0x496B4, 0, 2) || (CheckBytesInFile(m_currentfile, 0x496B4, 0x00, 1) && CheckBytesInFile(m_currentfile, 0x496B5, 0x80, 1))) &&
(CheckBytesInFile(m_currentfile, 0x49760, 0, 2) || (CheckBytesInFile(m_currentfile, 0x49760, 0x00, 1) && CheckBytesInFile(m_currentfile, 0x49761, 0x80, 1))))
{
frminfo.EnableSIDAdvancedOptions(true);
if (/*CheckBytesInFile(m_currentfile, 0x495FA, 0, 2) &&*/ CheckBytesInFile(m_currentfile, 0x4968E, 0, 2) && CheckBytesInFile(m_currentfile, 0x496B4, 0, 2))
{
frminfo.SIDDisableStartScreen = true;
}
else
{
frminfo.SIDDisableStartScreen = false;
}
if (CheckBytesInFile(m_currentfile, 0x49760, 0, 2)) // should be 0x49760 in stead of 0x4975E
{
frminfo.SIDDisableAdaptionMessages = true;
}
else
{
frminfo.SIDDisableAdaptionMessages = false;
}
/*
* Remove startup screen:
change to 00 00 instead of 00 80
000495FA // not needed!!! <GS-11042011>
0004968E
000496B4
Remove adaptation messages:
Change 0x49760 to 00 00 instead of 00 80
*/
}
else
{
frminfo.EnableSIDAdvancedOptions(false);
}
}
else
{
if ((CheckBytesInFile(m_currentfile, 0x46F4D, 0, 1) || CheckBytesInFile(m_currentfile, 0x46F4D, 0x80, 1)) &&
(CheckBytesInFile(m_currentfile, 0x4701F, 0, 1) || CheckBytesInFile(m_currentfile, 0x4701F, 0x80, 1)))
{
frminfo.EnableSIDAdvancedOptions(true);
//Disable startscreen, change 0x00046F4D to 00 in stead of 80
if (CheckBytesInFile(m_currentfile, 0x46F4D, 0, 1))
{
frminfo.SIDDisableStartScreen = true;
}
else
{
frminfo.SIDDisableStartScreen = false;
}
//Remove the adaption messages, change 0x0004701F to 00 in stead of 80
if (CheckBytesInFile(m_currentfile, 0x4701F, 0, 1))
{
frminfo.SIDDisableAdaptionMessages = true;
}
else
{
frminfo.SIDDisableAdaptionMessages = false;
}
}
else
{
frminfo.EnableSIDAdvancedOptions(false);
}
}
}
else
{
frminfo.EnableSIDAdvancedOptions(false);
}
// Pavel Angelov created this modification.
// Disable effect of the emission limitation function.
if (swVersion.Trim().StartsWith("EU0AF01C"))
{
if (CheckBytesInFile(m_currentfile, 0x13837, 0x03, 1))
{
frminfo.EmissionLimitation = true;
frminfo.EnableEmissionLimitation(true);
}
else if (CheckBytesInFile(m_currentfile, 0x13837, 0x02, 1))
{
frminfo.EmissionLimitation = false;
frminfo.EnableEmissionLimitation(true);
}
else
{
frminfo.EnableEmissionLimitation(false);
}
}
else
{
frminfo.EnableEmissionLimitation(false);
}
frminfo.SoftwareID = t7InfoHeader.getSoftwareVersion();
frminfo.ChassisID = t7InfoHeader.getChassisID();
frminfo.EngineType = t7InfoHeader.getCarDescription();
frminfo.Partnumber = t7InfoHeader.getPartNumber();
frminfo.ImmoID = t7InfoHeader.getImmobilizerID();
frminfo.SoftwareIsOpen = IsBinaryFileOpen();
frminfo.BioPowerSoftware = IsBinaryBiopower();
frminfo.BioPowerEnabled = IsBioPowerEnabled();
frminfo.CompressedSymboltable = IsBinaryPackedVersion(m_currentfile);
frminfo.MissingSymbolTable = IsBinaryMissingSymbolTable();
if (frminfo.MissingSymbolTable) frminfo.BioPowerSoftware = true; // only missing in biopower software
frminfo.ChecksumEnabled = HasBinaryChecksumEnabled();
frminfo.TorqueLimitersEnabled = HasBinaryTorqueLimiterEnabled();
if (!HasBinaryTorqueLimiters()) frminfo.TorqueLimitersPresent = false;
//if (!frminfo.MissingSymbolTable)
{
frminfo.OBDIIPresent = HasBinaryOBDIIMaps();
if (!frminfo.OBDIIPresent)
{
frminfo.OBDIIEnabled = false;
}
else
{
frminfo.OBDIIEnabled = HasBinaryOBDIIEnabled();
}
}
if (HasBinaryOBDIIMaps())
{
frminfo.OBDIIEnabled = HasBinaryOBDIIEnabled();
}
frminfo.SecondLambdaEnabled = HasBinarySecondLambdaEnabled();
if (!HasBinarySecondLambdaMap()) frminfo.SecondLambdaPresent = false;
if (!HasBinaryTipInOutParameters()) frminfo.FastThrottleResponsePresent = false;
else frminfo.FastThrottleResponsePresent = true;
frminfo.FastThrottleReponse = HasBinaryFastThrottleResponse();
frminfo.ExtraFastThrottleReponse = HasBinaryExtraFastThrottleResponse();
if (!HasBinaryTipInOutParameters())
{
frminfo.FastThrottleReponse = false;
frminfo.ExtraFastThrottleReponse = false;
}
if (!HasBinaryCatalystLightOffParameters()) frminfo.CatalystLightoffPresent = false;
else frminfo.CatalystLightoffPresent = true;
frminfo.CatalystLightOff = HasBinaryCatalystLightOffEnabled();
frminfo.ProgrammingDateTime = GetProgrammingDateTime();
if (!m_appSettings.WriteTimestampInBinary)
{
frminfo.DisableTimeStamping();
}
if (frminfo.ShowDialog() == DialogResult.OK)
{
if (t7InfoHeader.IsTISBinary(m_currentfile))
{
// user is trying to update a TIS file, ask for footer correction.
if ((frminfo.ImmoID != t7InfoHeader.getImmobilizerID()) || frminfo.ChassisID != t7InfoHeader.getChassisID())
{
if (!_correctFooter)
{
if (MessageBox.Show("It seems you are trying to update data in a TIS file, would you like T7Suite to correct the footer information?", "TIS file question", MessageBoxButtons.YesNo) == DialogResult.Yes)
{
//_correctFooter = true;
// create a backup file at this point
File.Copy(m_currentfile, Path.GetDirectoryName(m_currentfile) + "\\" + Path.GetFileNameWithoutExtension(m_currentfile) + DateTime.Now.ToString("yyyyMMddHHmmss") + ".binarybackup", true);
t7InfoHeader.init(m_currentfile, true);
}
}
}
}
t7InfoHeader.setImmobilizerID(frminfo.ImmoID);
t7InfoHeader.setSoftwareVersion(frminfo.SoftwareID);
t7InfoHeader.setCarDescription(frminfo.EngineType);
t7InfoHeader.setChassisID(frminfo.ChassisID);
t7InfoHeader.setSIDDate(frminfo.SIDDate);
if (GetProgrammingDateTime() != frminfo.ProgrammingDateTime)
{
SetProgrammingDateTime(frminfo.ProgrammingDateTime);
}
if (frminfo.SoftwareIsOpen)
{
SetBinaryFileOpen();
}
else
{
SetBinaryFileClosed();
}
if (frminfo.TorqueLimitersEnabled && !HasBinaryTorqueLimiterEnabled() && HasBinaryTorqueLimiters())
{
SetTorqueLimiterEnabled(true);
}
else if (!frminfo.TorqueLimitersEnabled && HasBinaryTorqueLimiterEnabled() && HasBinaryTorqueLimiters())
{
SetTorqueLimiterEnabled(false);
}
if (frminfo.OBDIIEnabled && !HasBinaryOBDIIEnabled())
{
SetOBDIIEnabled(true);
}
else if (!frminfo.OBDIIEnabled && HasBinaryOBDIIEnabled())
{
SetOBDIIEnabled(false);
}
if (frminfo.SecondLambdaEnabled && HasBinarySecondLambdaMap()/*&& !HasBinarySecondLambdaEnabled()*/)
{
SetSecondLambdaEnabled(true);
}
else if (!frminfo.SecondLambdaEnabled && HasBinarySecondLambdaMap() && HasBinarySecondLambdaEnabled())
{
SetSecondLambdaEnabled(false);
}
if (HasBinaryTipInOutParameters())
{
if (frminfo.FastThrottleReponse && !HasBinaryFastThrottleResponse())
{
SetFastThrottleResponse(true);
}
else if (!frminfo.FastThrottleReponse && HasBinaryFastThrottleResponse())
{
SetFastThrottleResponse(false);
}
if (frminfo.ExtraFastThrottleReponse && !HasBinaryExtraFastThrottleResponse())
{
SetExtraFastThrottleResponse(true);
}
else if (!frminfo.ExtraFastThrottleReponse && !frminfo.FastThrottleReponse && HasBinaryExtraFastThrottleResponse())
{
SetExtraFastThrottleResponse(false);
}
else if (!frminfo.ExtraFastThrottleReponse && frminfo.FastThrottleReponse && HasBinaryExtraFastThrottleResponse())
{
SetActG2(false);
}
}
if (HasBinaryCatalystLightOffParameters())
{
if (frminfo.CatalystLightOff && !HasBinaryCatalystLightOffEnabled())
{
SetCatalystLightOff(true);
}
else if (!frminfo.CatalystLightOff && HasBinaryCatalystLightOffEnabled())
{
SetCatalystLightOff(false);
}
}
if (IsBinaryBiopower())
{
if (frminfo.BioPowerEnabled && !IsBioPowerEnabled())
{
SetBioPowerEnabled(true);
}
else if (!frminfo.BioPowerEnabled && IsBioPowerEnabled())
{
SetBioPowerEnabled(false);
}
}
t7InfoHeader.save(m_currentfile);
if (swVersion.Trim() == "EU0AF01C.55P" || swVersion.Trim() == "EU0AF01C.46T" || swVersion.Trim().StartsWith("ET02U01C") || swVersion.Trim() == "ET03F01C.46S")
{
if (swVersion.Trim().StartsWith("EU0AF01C") || swVersion.Trim() == "ET03F01C.46S")
{
if ((CheckBytesInFile(m_currentfile, 0x4968E, 0, 2) || (CheckBytesInFile(m_currentfile, 0x4968E, 0x00, 1) && CheckBytesInFile(m_currentfile, 0x4968F, 0x80, 1))) &&
(CheckBytesInFile(m_currentfile, 0x496B4, 0, 2) || (CheckBytesInFile(m_currentfile, 0x496B4, 0x00, 1) && CheckBytesInFile(m_currentfile, 0x496B5, 0x80, 1))) &&
(CheckBytesInFile(m_currentfile, 0x49760, 0, 2) || (CheckBytesInFile(m_currentfile, 0x49760, 0x00, 1) && CheckBytesInFile(m_currentfile, 0x49761, 0x80, 1))))
{
if (frminfo.SIDDisableStartScreen)
{
byte[] data2write = new byte[2];
data2write.SetValue((byte)0x00, 0);
data2write.SetValue((byte)0x00, 1);
//savedatatobinary(0x495FA, 2, data2write, m_currentfile, false);
savedatatobinary(0x4968E, 2, data2write, m_currentfile, false);
savedatatobinary(0x496B4, 2, data2write, m_currentfile, false);
}
else
{
byte[] data2write = new byte[2];
data2write.SetValue((byte)0x00, 0);
data2write.SetValue((byte)0x80, 1);
//savedatatobinary(0x495FA, 2, data2write, m_currentfile, false);
savedatatobinary(0x4968E, 2, data2write, m_currentfile, false);
savedatatobinary(0x496B4, 2, data2write, m_currentfile, false);
}
if (frminfo.SIDDisableAdaptionMessages)
{
byte[] data2write = new byte[2];
data2write.SetValue((byte)0x00, 0);
data2write.SetValue((byte)0x00, 1);
savedatatobinary(0x49760, 2, data2write, m_currentfile, false);
}
else
{
byte[] data2write = new byte[2];
data2write.SetValue((byte)0x00, 0);
data2write.SetValue((byte)0x80, 1);
savedatatobinary(0x49760, 2, data2write, m_currentfile, false);
}
}
}
else
{
if ((CheckBytesInFile(m_currentfile, 0x46F4D, 0, 1) || CheckBytesInFile(m_currentfile, 0x46F4D, 0x80, 1)) &&
(CheckBytesInFile(m_currentfile, 0x4701F, 0, 1) || CheckBytesInFile(m_currentfile, 0x4701F, 0x80, 1)))
{
//Disable startscreen, change 0x00046F4D to 00 in stead of 80
//Remove the adaption messages, change 0x0004701F to 00 in stead of 80
if (frminfo.SIDDisableStartScreen)
{
byte[] data2write = new byte[1];
data2write.SetValue((byte)0x00, 0);
savedatatobinary(0x46F4D, 1, data2write, m_currentfile, false);
}
else
{
byte[] data2write = new byte[1];
data2write.SetValue((byte)0x80, 0);
savedatatobinary(0x46F4D, 1, data2write, m_currentfile, false);
}
if (frminfo.SIDDisableAdaptionMessages)
{
byte[] data2write = new byte[1];
data2write.SetValue((byte)0x00, 0);
savedatatobinary(0x4701F, 1, data2write, m_currentfile, false);
}
else
{
byte[] data2write = new byte[1];
data2write.SetValue((byte)0x80, 0);
savedatatobinary(0x4701F, 1, data2write, m_currentfile, false);
}
}
}
}
// Disable effect of the emission limitation function.
if (swVersion.Trim().StartsWith("EU0AF01C"))
{
if (frminfo.EmissionLimitation)
{
byte[] data2write = new byte[1];
data2write.SetValue((byte)0x03, 0);
savedatatobinary(0x13837, 1, data2write, m_currentfile, false);
}
else
{
byte[] data2write = new byte[1];
data2write.SetValue((byte)0x02, 0);
savedatatobinary(0x13837, 1, data2write, m_currentfile, false);
}
}
UpdateChecksum(m_currentfile);
}
}
}
}
private void ctrlCompressorMap1_onRefreshData(object sender, EventArgs e)
{
if (sender is ctrlCompressorMap)
{
// refresh the entire airmass viewer for data in the binary might have changed
Calculate(m_currentfile, m_symbols);
if (gridControl1.DataSource != null)
{
TurboType tt = TurboType.TD0415T;
if (ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.T25_55 || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.T25_60 || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.GT17)
{
tt = TurboType.Stock;
}
else if (ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.TD04 || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.TD0416T)
{
tt = TurboType.TD0415T;
}
else if (ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.TD0418T || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.TD0419T)
{
tt = TurboType.TD0419T;
}
else if (ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.GT2871R || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.GT28RS)
{
tt = TurboType.GT28RS;
}
else if (ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.GT3071R86 || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.GT30R)
{
tt = TurboType.GT3071R;
}
else if (ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.GT40R || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.HX40W)
{
tt = TurboType.HX40w;
}
DataTable dt = (DataTable)gridControl1.DataSource;
double[] boost_req = new double[dt.Columns.Count];
/*PressureToTorque ptt = new PressureToTorque();
for (int i = 0; i < dt.Rows[0].ItemArray.Length; i++)
{
double o = Convert.ToDouble(dt.Rows[0].ItemArray.GetValue(i));
// we get the airmass from this.. now convert to boost pressure
double trq = AirmassToTorque(Convert.ToInt32(o), Convert.ToInt32(x_axisvalues.GetValue(i)), checkEdit7.Checked);
double val = ptt.CalculatePressureFromTorque(trq, tt);
boost_req.SetValue(val, i);
}*/
for (int i = 0; i < dt.Rows[0].ItemArray.Length; i++)
{
double o = Convert.ToDouble(dt.Rows[0].ItemArray.GetValue(i));
boost_req.SetValue(o, i);
}
ctrlCompressorMap1.Boost_request = boost_req;
// set rpm range
ctrlCompressorMap1.Rpm_points = x_axisvalues;
PartNumberConverter pnc = new PartNumberConverter();
//
/*T7FileHeader header = new T7FileHeader();
header.init(m_currentfile, false);
ECUInformation ecuinfo = pnc.GetECUInfo(header.getPartNumber().Trim(), "");
if (ecuinfo.Is2point3liter) ctrlCompressorMap1.Current_engineType = ctrlCompressorMap.EngineType.Liter23;
else ctrlCompressorMap1.Current_engineType = ctrlCompressorMap.EngineType.Liter2;*/
//ctrlCompressorMap1.SetCompressorType(ctrlCompressorMap.CompressorMap.TD04); //TODO: always for now, later rewrite and add the GT17 map
ctrlCompressorMap1.Redraw();
}
}
}
private void LoadCompressorMapWithDetails()
{
// we should get the top line like for the chart
if (gridControl1.DataSource != null)
{
TurboType tt = TurboType.TD0415T;
if (ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.T25_55 || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.T25_60 || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.GT17)
{
tt = TurboType.Stock;
}
else if (ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.TD04 || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.TD0416T)
{
tt = TurboType.TD0415T;
}
else if (ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.TD0418T || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.TD0419T)
{
tt = TurboType.TD0419T;
}
else if (ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.GT2871R || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.GT28RS)
{
tt = TurboType.GT28RS;
}
else if (ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.GT3071R86 || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.GT30R)
{
tt = TurboType.GT3071R;
}
else if (ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.GT40R || ctrlCompressorMap1.Compressor == ctrlCompressorMap.CompressorMap.HX40W)
{
tt = TurboType.HX40w;
}
DataTable dt = (DataTable)gridControl1.DataSource;
double[] boost_req = new double[dt.Columns.Count];
/*PressureToTorque ptt = new PressureToTorque();
<GS-09032011> changed to airmass calculation
for (int i = 0; i < dt.Rows[0].ItemArray.Length; i++)
{
double o = Convert.ToDouble(dt.Rows[0].ItemArray.GetValue(i));
// we get the airmass from this.. now convert to boost pressure
double trq = AirmassToTorque(Convert.ToInt32(o), Convert.ToInt32(x_axisvalues.GetValue(i)), checkEdit7.Checked);
double val = ptt.CalculatePressureFromTorque(trq, tt );
boost_req.SetValue(val, i);
}*/
for (int i = 0; i < dt.Rows[0].ItemArray.Length; i++)
{
double o = Convert.ToDouble(dt.Rows[0].ItemArray.GetValue(i));
boost_req.SetValue(o, i);
}
ctrlCompressorMap1.Boost_request = boost_req;
// set rpm range
ctrlCompressorMap1.Rpm_points = x_axisvalues;
PartNumberConverter pnc = new PartNumberConverter();
//
T7FileHeader header = new T7FileHeader();
header.init(m_currentfile, false);
ECUInformation ecuinfo = pnc.GetECUInfo(header.getPartNumber().Trim(), "");
if (!ctrlCompressorMap1.IsInitiallyLoaded)
{
if (ecuinfo.Is2point3liter) ctrlCompressorMap1.Current_engineType = ctrlCompressorMap.EngineType.Liter23;
else ctrlCompressorMap1.Current_engineType = ctrlCompressorMap.EngineType.Liter2;
if (ecuinfo.Isaero) ctrlCompressorMap1.SetCompressorType(ctrlCompressorMap.CompressorMap.TD04);
else ctrlCompressorMap1.SetCompressorType(ctrlCompressorMap.CompressorMap.GT17);
}
ctrlCompressorMap1.IsInitiallyLoaded = true;
ctrlCompressorMap1.Redraw();
}
}
private void ConvertPartNumber()
{
PartNumberConverter pnc = new PartNumberConverter();
ECUInformation ecuinfo = pnc.GetECUInfo(buttonEdit1.Text, "");
lblCarModel.Text = "---";
lblEngineType.Text = "---";
lblPower.Text = "---";
lblTorque.Text = "---";
checkEdit1.Checked = false;
checkEdit2.Checked = false;
checkEdit4.Checked = false;
checkEdit5.Checked = false;
if (ecuinfo.Valid)
{
lblCarModel.Text = ecuinfo.Carmodel.ToString();
lblEngineType.Text = ecuinfo.Enginetype.ToString();
lblPower.Text = ecuinfo.Bhp.ToString() + " bhp";
//lblStageI.Text = ecuinfo.Stage1boost.ToString() + " bar";
//lblStageII.Text = ecuinfo.Stage2boost.ToString() + " bar";
//lblStageIII.Text = ecuinfo.Stage3boost.ToString() + " bar";
if (ecuinfo.Is2point3liter)
{
checkEdit1.Checked = false;
checkEdit2.Checked = true;
}
else
{
checkEdit1.Checked = true;
checkEdit2.Checked = false;
}
if (ecuinfo.Isturbo) checkEdit4.Checked = true;
if (ecuinfo.Isfpt)
{
checkEdit5.Checked = true;
checkEdit4.Checked = true;
}
if (ecuinfo.Isaero)
{
checkEdit4.Checked = true;
checkEdit5.Checked = true;
}
lblTorque.Text = ecuinfo.Torque.ToString() + " Nm";
if (System.IO.File.Exists(Path.Combine(Application.StartupPath, "Binaries\\" + buttonEdit1.Text + ".BIN")))
{
simpleButton2.Enabled = true;
simpleButton3.Enabled = true;
simpleButton4.Enabled = true;
}
else
{
simpleButton2.Enabled = false;
simpleButton3.Enabled = false;
simpleButton4.Enabled = false;
}
}
else
{
MessageBox.Show("The entered partnumber was not recognized by T7Suite");
}
}
private void LoadCompressorMapWithDetails()
{
// we should get the top line like for the chart
if (gridControl1.DataSource != null)
{
DataTable dt = (DataTable)gridControl1.DataSource;
double[] boost_req = new double[dt.Columns.Count];
/*PressureToTorque ptt = new PressureToTorque();
for (int i = 0; i < dt.Rows[0].ItemArray.Length; i++)
{
double o = Convert.ToDouble(dt.Rows[0].ItemArray.GetValue(i));
// we get the airmass from this.. now convert to boost pressure
double trq = AirmassToTorque(Convert.ToInt32(o), Convert.ToInt32(x_axisvalues.GetValue(i)), checkEdit7.Checked);
double val = ptt.CalculatePressureFromTorque(trq, TurboType.TD0415T);
boost_req.SetValue(val, i);
}*/
for (int i = 0; i < dt.Rows[0].ItemArray.Length; i++)
{
double o = Convert.ToDouble(dt.Rows[0].ItemArray.GetValue(i));
boost_req.SetValue(o, i);
}
ctrlCompressorMap1.Boost_request = boost_req;
// set rpm range
ctrlCompressorMap1.Rpm_points = x_axisvalues;
PartNumberConverter pnc = new PartNumberConverter();
//
T7FileHeader header = new T7FileHeader();
header.init(m_currentfile, false);
ECUInformation ecuinfo = pnc.GetECUInfo(header.getPartNumber().Trim(), "");
if (ecuinfo.Is2point3liter) ctrlCompressorMap1.Current_engineType = ctrlCompressorMap.EngineType.Liter23;
else ctrlCompressorMap1.Current_engineType = ctrlCompressorMap.EngineType.Liter2;
//ctrlCompressorMap1.SetCompressorType(ctrlCompressorMap.CompressorMap.TD04); //TODO: always for now, later rewrite and add the GT17 map
ctrlCompressorMap1.Redraw();
}
}
private void AddPartNumber(string part, string my)
{
PartNumberConverter pnc = new PartNumberConverter();
ECUInformation ecuinfo = new ECUInformation();
ecuinfo = pnc.GetECUInfo(part, "");
dt.Rows.Add(ecuinfo.Carmodel.ToString(), ecuinfo.Enginetype.ToString(), part, ecuinfo.Turbomodel.ToString(), ecuinfo.Isturbo.ToString(), ecuinfo.Bhp.ToString(), ecuinfo.Torque.ToString(), ecuinfo.Softwareversion, ecuinfo.EmissionVariant.ToString().Replace('_', ' ').Replace("x", " ").Replace("None", ""), my);
}
