public bool GetAxisSymbols(SymbolCollection curSymbols, string symbolname, out string x_axis, out string y_axis, out string x_axis_description, out string y_axis_description, out string z_axis_description)
{
bool retval = false;
x_axis = "";
y_axis = "";
x_axis_description = "x-axis";
y_axis_description = "y-axis";
z_axis_description = "z-axis";
int xid = GetSymbolAxisXID(curSymbols, symbolname);
y_axis_description = TranslateAxisID(xid);
int yid = GetSymbolAxisYID(curSymbols, symbolname);
x_axis_description = TranslateAxisID(yid);
/*
switch (symbolname)
{
case "MAFCal.WeightConstFuelMap":
x_axis = "MAFCal.n_EngineXSP";
y_axis = "MAFCal.p_InletGradYSP";
x_axis_description = "Engine speed (%)";
y_axis_description = "Inlet pressure (kPa)";
break;
}
if (y_axis != "") retval = true;*/
return retval;
}
public override void FindSVBL(byte[] allBytes, string filename, SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks)
{
if (!FindSVBLSequenceOne(allBytes, filename, newSymbols, newCodeBlocks))
{
if (!FindSVBLSequenceTwo(allBytes, filename, newSymbols, newCodeBlocks))
{
if (!FindSVBLSequenceThree(allBytes, filename, newSymbols, newCodeBlocks))
{
// set C300 map with length 1= SVBL
foreach (SymbolHelper sh in newSymbols)
{
if (sh.X_axis_ID == 0xC300)
{
Console.WriteLine(sh.Length);
if (sh.Length == 2)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "SVBL Boost limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.CodeBlock = DetermineCodeBlockByByAddress(sh.Flash_start_address, newCodeBlocks);
}
}
}
}
}
}
}
public override void FindSVBL(byte[] allBytes, string filename, SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks)
{
if (!FindSVBLSequenceOne(allBytes, filename, newSymbols, newCodeBlocks))
{
FindSVBLSequenceTwo(allBytes, filename, newSymbols, newCodeBlocks);
}
}
private bool DisableEGRMap(string filename, SymbolCollection symbols, bool autoUpdateChecksum)
{
bool retval = true;
int egrAddress = (int)Tools.Instance.GetSymbolAddressLike(Tools.Instance.m_symbols, "EGR");
if (egrAddress > 0)
{
foreach (SymbolHelper sh in Tools.Instance.m_symbols)
{
if (sh.Flash_start_address == egrAddress)
{
byte[] egrdata = Tools.Instance.readdatafromfile(filename, egrAddress, sh.Length, EDCFileType.EDC15P);
int newValue = 8500;
for (int rows = 0; rows < sh.X_axis_length; rows++)
{
for (int cols = 0; cols < sh.Y_axis_length; cols++)
{
byte b1 = (byte)((newValue & 0x00FF00) / 256);
byte b2 = (byte)(newValue & 0x0000FF);
egrdata[rows * sh.Y_axis_length * 2 + cols * 2] = b1;
egrdata[rows * sh.Y_axis_length * 2 + (cols * 2) + 1] = b2;
}
}
SaveAndSyncData(egrdata.Length, (int)sh.Flash_start_address, egrdata, filename, true, "Disabled EGR map", autoUpdateChecksum);
}
}
}
else retval = false;
return retval;
}
private bool CheckMajorMapsPresent(SymbolCollection newSymbols, EDCFileType type, out string _message)
{
_message = string.Empty;
if (type == EDCFileType.EDC15C || type == EDCFileType.EDC15M || type == EDCFileType.EDC16 || type == EDCFileType.EDC17) return false; ;
if (type == EDCFileType.EDC15P || type == EDCFileType.EDC15P6)
{
if (MapsWithNameMissing("Injector duration", newSymbols)) _message += "Injector duration maps missing" + Environment.NewLine;
if (MapsWithNameMissing("Inverse driver wish", newSymbols)) _message += "Inverse driver wish map missing" + Environment.NewLine;
}
if (type == EDCFileType.EDC15P || type == EDCFileType.EDC15P6 || type == EDCFileType.EDC15V)
{
if (MapsWithNameMissing("MAF correction", newSymbols)) _message += "MAF correction map missing" + Environment.NewLine;
if (MapsWithNameMissing("MAF linearization", newSymbols)) _message += "MAF linearization map missing" + Environment.NewLine;
if (MapsWithNameMissing("MAP linearization", newSymbols)) _message += "MAP linearization map missing" + Environment.NewLine;
if (MapsWithNameMissing("SOI limiter", newSymbols)) _message += "SOI limiter missing" + Environment.NewLine;
}
if (MapsWithNameMissing("Idle RPM", newSymbols)) _message += "Idle RPM map missing" + Environment.NewLine;
if (MapsWithNameMissing("EGR", newSymbols)) _message += "EGR maps missing" + Environment.NewLine;
if (MapsWithNameMissing("SVBL", newSymbols)) _message += "SVBL missing" + Environment.NewLine;
if (MapsWithNameMissing("Torque limiter", newSymbols)) _message += "Torque limiter missing" + Environment.NewLine;
if (MapsWithNameMissing("Smoke limiter", newSymbols)) _message += "Smoke limiter missing" + Environment.NewLine;
//if (MapsWithNameMissing("IQ by MAF limiter", newSymbols)) _message += "IQ by MAF limiter missing" + Environment.NewLine;
if (MapsWithNameMissing("Start of injection", newSymbols)) _message += "Start of injection maps missing" + Environment.NewLine;
if (MapsWithNameMissing("N75 duty cycle", newSymbols)) _message += "N75 duty cycle map missing" + Environment.NewLine;
if (MapsWithNameMissing("Boost target map", newSymbols)) _message += "Boost target map missing" + Environment.NewLine;
if (MapsWithNameMissing("Driver wish", newSymbols)) _message += "Driver wish map missing" + Environment.NewLine;
if (MapsWithNameMissing("Boost limit map", newSymbols)) _message += "Boost limit map missing" + Environment.NewLine;
if (_message == "") return true;
return false;
}
public override void FindSVBL(byte[] allBytes, string filename, SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks)
{
bool found = true;
int offset = 0;
while (found)
{
int SVBLAddress = Tools.Instance.findSequence(allBytes, offset, new byte[10] { 0xDF, 0x7A, 0x28, 0x00, 0x00, 0x00, 0x00, 0x00, 0xDF, 0x7A }, new byte[10] { 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 });
if (SVBLAddress > 0)
{
//Console.WriteLine("Alternative SVBL " + SVBLAddress.ToString("X8"));
SymbolHelper shsvbl = new SymbolHelper();
shsvbl.Category = "Detected maps";
shsvbl.Subcategory = "Limiters";
shsvbl.Flash_start_address = SVBLAddress - 2;
// if value = 0xC3 0x00 -> two more back
int[] testValue = Tools.Instance.readdatafromfileasint(filename, (int)shsvbl.Flash_start_address, 1, EDCFileType.EDC15C);
if (testValue[0] == 0xC300) shsvbl.Flash_start_address -= 2;
shsvbl.Varname = "SVBL Boost limiter [" + DetermineNumberByFlashBank(shsvbl.Flash_start_address, newCodeBlocks) + "]";
shsvbl.Length = 2;
shsvbl.CodeBlock = DetermineCodeBlockByByAddress(shsvbl.Flash_start_address, newCodeBlocks);
newSymbols.Add(shsvbl);
offset = SVBLAddress + 1;
}
else found = false;
}
}
private Int32 GetSymbolAxisXID(SymbolCollection curSymbolCollection, string symbolname)
{
foreach (SymbolHelper sh in curSymbolCollection)
{
if (sh.Varname == symbolname || sh.Userdescription == symbolname)
{
return(sh.X_axis_ID);
}
}
return(0);
}
private Int32 GetSymbolAxisXID(SymbolCollection curSymbolCollection, string symbolname)
{
foreach (SymbolHelper sh in curSymbolCollection)
{
if (sh.Varname == symbolname || sh.Userdescription == symbolname)
{
return sh.X_axis_ID;
}
}
return 0;
}
private bool CollectionContainsMapInSize(SymbolCollection newSymbols, int ysize, int xsize)
{
foreach (SymbolHelper sh in newSymbols)
{
if (sh.Y_axis_length == ysize && sh.X_axis_length == xsize)
{
return(true);
}
}
return(false);
}
public Int64 GetSymbolAddressLike(SymbolCollection curSymbolCollection, string symbolname)
{
foreach (SymbolHelper sh in curSymbolCollection)
{
if (sh.Varname.StartsWith(symbolname) || sh.Userdescription.StartsWith(symbolname))
{
return(sh.Flash_start_address);
}
}
return(0);
}
private bool MapsWithNameMissing(string varName, SymbolCollection newSymbols)
{
foreach (SymbolHelper sh in newSymbols)
{
if (sh.Varname.StartsWith(varName))
{
return(false);
}
}
return(true);
}
private void BuildAxisIDList(SymbolCollection newSymbols, List <AxisHelper> newAxisHelpers)
{
foreach (SymbolHelper sh in newSymbols)
{
if (!sh.Varname.StartsWith("2D") && !sh.Varname.StartsWith("3D"))
{
AddToAxisCollection(newAxisHelpers, sh.Y_axis_ID, sh.X_axis_descr, sh.XaxisUnits, sh.X_axis_correction, sh.X_axis_offset);
AddToAxisCollection(newAxisHelpers, sh.X_axis_ID, sh.Y_axis_descr, sh.YaxisUnits, sh.Y_axis_correction, sh.Y_axis_offset);
}
}
}
public void LoadDataFromFile(string filename, SymbolCollection symbols)
{
_fileName = filename;
_lastFilename = _fileName;
m_symbolcollection = symbols;
FileInfo fi = new FileInfo(filename);
m_currentfile_size = (int)fi.Length;
OpenFile(filename);
// ???
// CloseFile();
/*
* FileInfo fi = new FileInfo(filename);
* long numberoflines = fi.Length/16;
* StringBuilder sb = new StringBuilder();
* StringBuilder sbascii = new StringBuilder();
* using (BinaryReader br = new BinaryReader(new FileStream(filename, FileMode.Open)))
* {
* int current_address = 0;
* for (int lcount = 0; lcount < numberoflines; lcount++)
* {
* byte[] readbytes = br.ReadBytes(16);
* string line = current_address.ToString("X6") + " ";
* for (int bcount = 0; bcount < readbytes.Length; bcount++)
* {
* byte b = (byte)readbytes.GetValue(bcount);
* line += b.ToString("X2") + " ";
* }
* string line_ascii = string.Empty;
* for (int bcount = 0; bcount < readbytes.Length; bcount++)
* {
* byte b = (byte)readbytes.GetValue(bcount);
* if (b >= 0x20 && b <= 0x7f)
* {
* line_ascii += Convert.ToChar( b);
* }
* else
* {
* line_ascii += ".";
* }
* }
* sb.AppendLine(line);
* sbascii.AppendLine(line_ascii);
* current_address += 16;
* }
* }
* richTextBox1.Text = sb.ToString();
* richTextBox2.Text = sbascii.ToString();
*
* //MessageBox.Show(richTextBox1.Find("ox1_filt_coef").ToString());*/
}
public SelectSymbolEventArgs(int address, int length, string mapname, string filename, bool showdiffmap, SymbolCollection symColl, int symbolnumber1, int symbolnumber2, int codeblock1, int codeblock2)
{
this._address = address;
this._length = length;
this._mapname = mapname;
this._filename = filename;
this._showdiffmap = showdiffmap;
this._symbols = symColl;
this._symbolnumber1 = symbolnumber1;
this._symbolnumber2 = symbolnumber2;
this._codeBlock1 = codeblock1;
this._codeBlock2 = codeblock2;
}
private bool AddToSymbolCollection(SymbolCollection newSymbols, SymbolHelper newSymbol, List <CodeBlock> newCodeBlocks)
{
//if (newSymbol.Length >= 800) return false;
foreach (SymbolHelper sh in newSymbols)
{
if (sh.Flash_start_address == newSymbol.Flash_start_address)
{
// Console.WriteLine("Already in collection: " + sh.Flash_start_address.ToString("X8"));
return(false);
}
}
newSymbols.Add(newSymbol);
newSymbol.CodeBlock = DetermineCodeBlockByByAddress(newSymbol.Flash_start_address, newCodeBlocks);
return(true);
}
public bool TuneEDC15PFile(string filename, SymbolCollection symbols, int peakTorque, int peakHP, bool autoUpdateChecksum)
{
bool retval = true;
retval = TuneDriverWish(filename, symbols, peakTorque, peakHP, autoUpdateChecksum);
if (retval) retval = TuneTorqueLimiter(filename, symbols, peakTorque, peakHP, autoUpdateChecksum);
if (retval) retval = TuneSmokeLimiter(filename, symbols, peakTorque, peakHP, autoUpdateChecksum);
if (retval) retval = DisableEGRMap(filename, symbols, autoUpdateChecksum);
//Increase duration limiter?
//Increase turbo boost request
//Adjust N75 map?
//Increase boost limiter(s) (map + SVBL)
return false;
}
private bool TuneDriverWish(string filename, SymbolCollection symbols, int peakTorque, int peakHP, bool autoUpdateChecksum)
{
bool retval = true;
//Increase driverwish to peakIQ if it is not already (only the rightmost 2 columns)
int dwAddress = (int)Tools.Instance.GetSymbolAddressLike(Tools.Instance.m_symbols, "Driver wish");
if (dwAddress > 0)
{
foreach (SymbolHelper sh in Tools.Instance.m_symbols)
{
if (sh.Flash_start_address == dwAddress)
{
byte[] dwdata = Tools.Instance.readdatafromfile(filename, dwAddress, sh.Length, EDCFileType.EDC15P);
//Console.WriteLine(sh.Varname + " " + sh.Y_axis_length.ToString() + " " + sh.X_axis_length.ToString());
int[] rpms = Tools.Instance.readdatafromfileasint(filename, sh.X_axis_address, sh.X_axis_length, EDCFileType.EDC15P);
for (int rows = 0; rows < sh.X_axis_length; rows++)
{
// whats the rpm?
int rpm = rpms[rows];
int targetTorque = peakTorque;
int targetPower = Tools.Instance.TorqueToPower(targetTorque, rpm);
if (targetPower > peakHP)
{
targetTorque = Tools.Instance.PowerToTorque(peakHP, rpm);
}
int targetIQ = Tools.Instance.TorqueToIQ(targetTorque, rpm, 4);
// Console.WriteLine("Calculate for rpm: " + rpm.ToString() + " targetT: " + targetTorque.ToString() + " targetP: " + targetPower.ToString() + " targetIQ: " + targetIQ.ToString());
targetIQ *= 100;
byte b1 = (byte)((targetIQ & 0x00FF00) / 256);
byte b2 = (byte)(targetIQ & 0x0000FF);
dwdata[rows * sh.Y_axis_length * 2 + (sh.Y_axis_length * 2) - 2] = b1;
dwdata[rows * sh.Y_axis_length * 2 + (sh.Y_axis_length * 2) - 1] = b2;
dwdata[rows * sh.Y_axis_length * 2 + (sh.Y_axis_length * 2) - 4] = b1;
dwdata[rows * sh.Y_axis_length * 2 + (sh.Y_axis_length * 2) - 3] = b2;
}
SaveAndSyncData(dwdata.Length, (int)sh.Flash_start_address, dwdata, filename, true, "Tuned driver wish", autoUpdateChecksum);
}
}
}
else
{
retval = false;
}
return(retval);
}
public override SymbolCollection parseFile(string filename, out List <CodeBlock> newCodeBlocks, out List <AxisHelper> newAxisHelpers)
{
newCodeBlocks = new List <CodeBlock>();
SymbolCollection newSymbols = new SymbolCollection();
newAxisHelpers = new List <AxisHelper>();
// Bosch EDC17 style mapdetection LL LL AXIS AXIS MAPDATA
byte[] allBytes = File.ReadAllBytes(filename);
// EDC17 = ReverseEndian
allBytes = Tools.Instance.reverseEndian(allBytes);
for (int i = 0; i < allBytes.Length - 32; i += 2)
{
int len2Skip = CheckMap(i, allBytes, newSymbols, newCodeBlocks);
if ((len2Skip % 2) > 0)
{
if (len2Skip > 2)
{
len2Skip--;
}
else
{
len2Skip++;
}
}
//i += len2Skip;
//i += len2Skip - 2;
// For now we don't skip since we can have false alarm and thereby jumping over the start of the "real" map.
}
newSymbols.SortColumn = "Flash_start_address";
newSymbols.SortingOrder = GenericComparer.SortOrder.Ascending;
newSymbols.Sort();
NameKnownMaps(allBytes, newSymbols, newCodeBlocks);
FindSVBL(allBytes, filename, newSymbols, newCodeBlocks);
SymbolTranslator strans = new SymbolTranslator();
foreach (SymbolHelper sh in newSymbols)
{
sh.Description = strans.TranslateSymbolToHelpText(sh.Varname);
}
return(newSymbols);
}
private bool TuneDriverWish(string filename, SymbolCollection symbols, int peakTorque, int peakHP, bool autoUpdateChecksum)
{
bool retval = true;
//Increase driverwish to peakIQ if it is not already (only the rightmost 2 columns)
int dwAddress = (int)Tools.Instance.GetSymbolAddressLike(Tools.Instance.m_symbols, "Driver wish");
if (dwAddress > 0)
{
foreach (SymbolHelper sh in Tools.Instance.m_symbols)
{
if (sh.Flash_start_address == dwAddress)
{
byte[] dwdata = Tools.Instance.readdatafromfile(filename, dwAddress, sh.Length, EDCFileType.EDC15P);
//Console.WriteLine(sh.Varname + " " + sh.Y_axis_length.ToString() + " " + sh.X_axis_length.ToString());
int[] rpms = Tools.Instance.readdatafromfileasint(filename, sh.X_axis_address, sh.X_axis_length, EDCFileType.EDC15P);
for (int rows = 0; rows < sh.X_axis_length; rows++)
{
// whats the rpm?
int rpm = rpms[rows];
int targetTorque = peakTorque;
int targetPower = Tools.Instance.TorqueToPower(targetTorque, rpm);
if (targetPower > peakHP) targetTorque = Tools.Instance.PowerToTorque(peakHP, rpm);
int targetIQ = Tools.Instance.TorqueToIQ(targetTorque, rpm, 4);
// Console.WriteLine("Calculate for rpm: " + rpm.ToString() + " targetT: " + targetTorque.ToString() + " targetP: " + targetPower.ToString() + " targetIQ: " + targetIQ.ToString());
targetIQ *= 100;
byte b1 = (byte)((targetIQ & 0x00FF00) / 256);
byte b2 = (byte)(targetIQ & 0x0000FF);
dwdata[rows * sh.Y_axis_length * 2 + (sh.Y_axis_length * 2) - 2] = b1;
dwdata[rows * sh.Y_axis_length * 2 + (sh.Y_axis_length * 2) - 1] = b2;
dwdata[rows * sh.Y_axis_length * 2 + (sh.Y_axis_length * 2) - 4] = b1;
dwdata[rows * sh.Y_axis_length * 2 + (sh.Y_axis_length * 2) - 3] = b2;
}
SaveAndSyncData(dwdata.Length, (int)sh.Flash_start_address, dwdata, filename, true, "Tuned driver wish", autoUpdateChecksum);
}
}
}
else retval = false;
return retval;
}
public override void FindSVBL(byte[] allBytes, string filename, SymbolCollection newSymbols, List <CodeBlock> newCodeBlocks)
{
bool found = true;
int offset = 0;
while (found)
{
int SVBLAddress = Tools.Instance.findSequence(allBytes, offset, new byte[10] {
0xDF, 0x7A, 0x28, 0x00, 0x00, 0x00, 0x00, 0x00, 0xDF, 0x7A
}, new byte[10] {
1, 1, 1, 1, 1, 1, 1, 1, 1, 1
});
if (SVBLAddress > 0)
{
//Console.WriteLine("Alternative SVBL " + SVBLAddress.ToString("X8"));
SymbolHelper shsvbl = new SymbolHelper();
shsvbl.Category = "Detected maps";
shsvbl.Subcategory = "Limiters";
shsvbl.Flash_start_address = SVBLAddress - 2;
// if value = 0xC3 0x00 -> two more back
int[] testValue = Tools.Instance.readdatafromfileasint(filename, (int)shsvbl.Flash_start_address, 1, EDCFileType.EDC15M);
if (testValue[0] == 0xC300)
{
shsvbl.Flash_start_address -= 2;
}
shsvbl.Varname = "SVBL Boost limiter [" + DetermineNumberByFlashBank(shsvbl.Flash_start_address, newCodeBlocks) + "]";
shsvbl.Length = 2;
shsvbl.CodeBlock = DetermineCodeBlockByByAddress(shsvbl.Flash_start_address, newCodeBlocks);
newSymbols.Add(shsvbl);
offset = SVBLAddress + 1;
}
else
{
found = false;
}
}
}
public override SymbolCollection parseFile(string filename, out List <CodeBlock> newCodeBlocks, out List <AxisHelper> newAxisHelpers)
{
newCodeBlocks = new List <CodeBlock>();
SymbolCollection newSymbols = new SymbolCollection();
newAxisHelpers = new List <AxisHelper>();
// Bosch EDC16 style mapdetection LL LL AXIS AXIS MAPDATA
byte[] allBytes = File.ReadAllBytes(filename);
for (int i = 0; i < allBytes.Length - 32; i += 2)
{
int len2Skip = CheckMap(i, allBytes, newSymbols, newCodeBlocks);
if ((len2Skip % 2) > 0)
{
if (len2Skip > 2)
{
len2Skip--;
}
else
{
len2Skip++;
}
}
i += len2Skip;
}
newSymbols.SortColumn = "Flash_start_address";
newSymbols.SortingOrder = GenericComparer.SortOrder.Ascending;
newSymbols.Sort();
NameKnownMaps(allBytes, newSymbols, newCodeBlocks);
FindSVBL(allBytes, filename, newSymbols, newCodeBlocks);
SymbolTranslator strans = new SymbolTranslator();
foreach (SymbolHelper sh in newSymbols)
{
sh.Description = strans.TranslateSymbolToHelpText(sh.Varname);
}
return(newSymbols);
}
private bool TuneTorqueLimiter(string filename, SymbolCollection symbols, int peakTorque, int peakHP, bool autoUpdateChecksum)
{
bool retval = true;
//Increase driverwish to peakIQ if it is not already (only the rightmost 2 columns)
int tlAddress = (int)Tools.Instance.GetSymbolAddressLike(Tools.Instance.m_symbols, "Torque limiter");
if (tlAddress > 0)
{
foreach (SymbolHelper sh in Tools.Instance.m_symbols)
{
if (sh.Flash_start_address == tlAddress)
{
byte[] tldata = Tools.Instance.readdatafromfile(filename, tlAddress, sh.Length, EDCFileType.EDC15P);
// Console.WriteLine(sh.Varname + " " + sh.Y_axis_length.ToString() + " " + sh.X_axis_length.ToString());
int[] rpms = Tools.Instance.readdatafromfileasint(filename, sh.Y_axis_address, sh.Y_axis_length, EDCFileType.EDC15P);
for (int rows = 0; rows < sh.X_axis_length; rows++)
{
for (int cols = 0; cols < sh.Y_axis_length; cols++)
{
// whats the rpm?
int rpm = rpms[cols];
int targetTorque = peakTorque;
int targetPower = Tools.Instance.TorqueToPower(targetTorque, rpm);
if (targetPower > peakHP)
{
targetTorque = Tools.Instance.PowerToTorque(peakHP, rpm);
}
int targetIQ = Tools.Instance.TorqueToIQ(targetTorque, rpm, 4);
int maxIQ = targetIQ;
if (rpm < 550)
{
maxIQ = 0;
}
if (rpm > 5000)
{
maxIQ = 0;
}
if (cols == 0)
{
maxIQ = 0;
}
if (cols == sh.Y_axis_length - 1)
{
maxIQ = 0;
}
if (rpm >= 550 && rpm < 1000)
{
maxIQ = 30;
}
if (rpm >= 1000 && rpm < 1250)
{
maxIQ = 45;
}
if (rpm >= 1250 && rpm < 1500)
{
maxIQ = 55;
}
if (rpm >= 1500 && rpm < 1750)
{
maxIQ = 60;
}
if (rpm >= 1750 && rpm < 1900)
{
maxIQ = 65;
}
if (targetIQ > maxIQ)
{
targetIQ = maxIQ;
}
//Console.WriteLine("Calculate for rpm: " + rpm.ToString() + " targetT: " + targetTorque.ToString() + " targetP: " + targetPower.ToString() + " targetIQ: " + targetIQ.ToString());
targetIQ *= 100;
byte b1 = (byte)((targetIQ & 0x00FF00) / 256);
byte b2 = (byte)(targetIQ & 0x0000FF);
tldata[rows * sh.Y_axis_length * 2 + cols * 2] = b1;
tldata[rows * sh.Y_axis_length * 2 + (cols * 2) + 1] = b2;
}
}
SaveAndSyncData(tldata.Length, (int)sh.Flash_start_address, tldata, filename, true, "Tuned torque limiter", autoUpdateChecksum);
}
}
}
else
{
retval = false;
}
return(retval);
}
private int GetMapNameCountForCodeBlock(string varName, int codeBlock, SymbolCollection newSymbols, bool debug)
{
int count = 0;
if (debug) Console.WriteLine("Check " + varName + " " + codeBlock);
foreach (SymbolHelper sh in newSymbols)
{
if (debug)
{
if (!sh.Varname.StartsWith("2D") && !sh.Varname.StartsWith("3D"))
{
Console.WriteLine(sh.Varname + " " + sh.CodeBlock);
}
}
if (sh.Varname.StartsWith(varName) && sh.CodeBlock == codeBlock)
{
if (debug) Console.WriteLine("Found " + sh.Varname + " " + sh.CodeBlock);
count++;
}
}
count++;
return count;
}
private bool TuneSmokeLimiter(string filename, SymbolCollection symbols, int peakTorque, int peakHP, bool autoUpdateChecksum)
{
bool retval = true;
int peakIQ = peakTorque/6;
//Smokelimit is when AFR = 1:17, but should decrease to 1:25 on low airmass?
// full load would allow 1:15.5 or 1:16
//
// x = rpm
int slAddress = (int)Tools.Instance.GetSymbolAddressLike(Tools.Instance.m_symbols, "Smoke limiter");
if (slAddress > 0)
{
foreach (SymbolHelper sh in Tools.Instance.m_symbols)
{
if (sh.Flash_start_address == slAddress)
{
byte[] sldata = Tools.Instance.readdatafromfile(filename, slAddress, sh.Length, EDCFileType.EDC15P);
//Console.WriteLine(sh.Varname + " " + sh.Y_axis_length.ToString() + " " + sh.X_axis_length.ToString());
int[] rpms = Tools.Instance.readdatafromfileasint(filename, sh.X_axis_address, sh.X_axis_length, EDCFileType.EDC15P);
int maxSupportedAirflow = peakIQ * 17;
// range from 300 mg - maxSupportedAirflow
int airFlowStep = (maxSupportedAirflow - 300) / sh.Y_axis_length;
int[] airFlowAxis = new int[sh.Y_axis_length];
for (int i = 0; i < airFlowAxis.Length; i++)
{
airFlowAxis[i] = (300 + (i * airFlowStep)) * 10;
}
// save axis
byte[] barr = new byte[airFlowAxis.Length * 2];
int bCount = 0;
for (int i = 0; i < airFlowAxis.Length; i++)
{
int iVal = (int)airFlowAxis.GetValue(i);
byte b1 = (byte)((iVal & 0x00FF00) / 256);
byte b2 = (byte)(iVal & 0x0000FF);
barr[bCount++] = b1;
barr[bCount++] = b2;
}
Tools.Instance.savedatatobinary(sh.Y_axis_address, barr.Length, barr, filename, true, "Tuned smoke limiter axis", EDCFileType.EDC15P);
// check for other symbols with the same length and the same END address
foreach (SymbolHelper shaxis in Tools.Instance.m_symbols)
{
if (shaxis.X_axis_address != sh.X_axis_address)
{
if ((shaxis.X_axis_address & 0x0FFFF) == (sh.X_axis_address & 0x0FFFF))
{
if (shaxis.X_axis_length * 2 == barr.Length)
{
Tools.Instance.savedatatobinary(sh.X_axis_address, barr.Length, barr, filename, true, "Tuned smoke limiter axis", EDCFileType.EDC15P);
}
}
}
else if (shaxis.Y_axis_address != sh.Y_axis_address)
{
if ((shaxis.Y_axis_address & 0x0FFFF) == (sh.Y_axis_address & 0x0FFFF))
{
if (shaxis.Y_axis_length * 2 == barr.Length)
{
Tools.Instance.savedatatobinary(shaxis.Y_axis_address, barr.Length, barr, filename, true, "Tuned smoke limiter axis", EDCFileType.EDC15P);
}
}
}
}
if(autoUpdateChecksum) Tools.Instance.UpdateChecksum(filename, false);
// end of save axis
int[] airmasses = Tools.Instance.readdatafromfileasint(filename, sh.Y_axis_address, sh.Y_axis_length, EDCFileType.EDC15P);
for (int rows = 0; rows < sh.X_axis_length; rows++)
{
for (int cols = 0; cols < sh.Y_axis_length; cols++)
{
// whats the rpm?
int rpm = rpms[rows];
// what is the airmass
int airmass = airmasses[cols];
// we should simply limit to 1:17 for all rpm ranges
int newIQ = airmass / 170;
int targetTorque = peakTorque;
int targetPower = Tools.Instance.TorqueToPower(targetTorque, rpm);
if (targetPower > peakHP)
{
targetTorque = Tools.Instance.PowerToTorque(peakHP, rpm);
targetPower = Tools.Instance.TorqueToPower(targetTorque, rpm);
}
int targetIQ = Tools.Instance.TorqueToIQ(targetTorque, rpm, 4);
if (newIQ > targetIQ) newIQ = targetIQ;
//Console.WriteLine("Calculate for rpm: " + rpm.ToString() + " targetT: " + targetTorque.ToString() + " targetP: " + targetPower.ToString() + " targetIQ: " + targetIQ.ToString());
newIQ *= 100;
byte b1 = (byte)((newIQ & 0x00FF00) / 256);
byte b2 = (byte)(newIQ & 0x0000FF);
sldata[rows * sh.Y_axis_length * 2 + cols * 2] = b1;
sldata[rows * sh.Y_axis_length * 2 + (cols * 2) + 1] = b2;
}
}
SaveAndSyncData(sldata.Length, (int)sh.Flash_start_address, sldata, filename, true, "Tuned smoke limiter", autoUpdateChecksum);
}
}
}
else retval = false;
return retval;
}
public override void FindSVBL(byte[] allBytes, string filename, SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks)
{
bool found = true;
int offset = 0;
while (found)
{
int SVBLAddress = Tools.Instance.findSequence(allBytes, offset, new byte[10] { 0xDF, 0x7A, 0x28, 0x00, 0x00, 0x00, 0x00, 0x00, 0xDF, 0x7A }, new byte[10] { 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 });
///int SVBLAddress = Tools.Instance.findSequence(allBytes, offset, new byte[16] { 0xD2, 0x00, 0xFC, 0x03, 0x00, 0x00, 0x00, 0x00, 0x04, 0x00, 0xFF, 0xFF, 0xFF, 0xC3, 0x00, 0x00 }, new byte[16] { 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 1, 1, 1 });
if (SVBLAddress > 0)
{
//Console.WriteLine("Alternative SVBL " + SVBLAddress.ToString("X8"));
SymbolHelper shsvbl = new SymbolHelper();
shsvbl.Category = "Detected maps";
shsvbl.Subcategory = "Limiters";
shsvbl.Flash_start_address = SVBLAddress - 2;
//shsvbl.Flash_start_address = SVBLAddress + 16;
// if value = 0xC3 0x00 -> two more back
int[] testValue = Tools.Instance.readdatafromfileasint(filename, (int)shsvbl.Flash_start_address, 1, EDCFileType.EDC15P6);
if (testValue[0] == 0xC300) shsvbl.Flash_start_address -= 2;
shsvbl.Varname = "SVBL Boost limiter [" + DetermineNumberByFlashBank(shsvbl.Flash_start_address, newCodeBlocks) +"]";
shsvbl.Length = 2;
shsvbl.CodeBlock = DetermineCodeBlockByByAddress(shsvbl.Flash_start_address, newCodeBlocks);
newSymbols.Add(shsvbl);
int MAPMAFSwitch = Tools.Instance.findSequence(allBytes, SVBLAddress - 0x100, new byte[8] { 0x41, 0x02, 0xFF, 0xFF, 0x00, 0x01, 0x01, 0x00 }, new byte[8] { 1, 1, 0, 0, 1, 1, 1, 1 });
if (MAPMAFSwitch > 0)
{
MAPMAFSwitch += 2;
SymbolHelper mapmafsh = new SymbolHelper();
//mapmafsh.BitMask = 0x0101;
mapmafsh.Category = "Detected maps";
mapmafsh.Subcategory = "Switches";
mapmafsh.Flash_start_address = MAPMAFSwitch;
mapmafsh.Varname = "MAP/MAF switch (0 = MAF, 257/0x101 = MAP)" + DetermineNumberByFlashBank(shsvbl.Flash_start_address, newCodeBlocks);
mapmafsh.Length = 2;
mapmafsh.CodeBlock = DetermineCodeBlockByByAddress(mapmafsh.Flash_start_address, newCodeBlocks);
newSymbols.Add(mapmafsh);
Console.WriteLine("Found MAP MAF switch @ " + MAPMAFSwitch.ToString("X8"));
}
offset = SVBLAddress + 1;
}
else found = false;
}
}
public override void NameKnownMaps(byte[] allBytes, SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks)
{
SymbolAxesTranslator st = new SymbolAxesTranslator();
foreach (SymbolHelper sh in newSymbols)
{
//sh.X_axis_descr = st.TranslateAxisID(sh.X_axis_ID);
// sh.Y_axis_descr = st.TranslateAxisID(sh.Y_axis_ID);
if (sh.Length == 700) // 25*14
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Launch control map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Y_axis_correction = 0.156250;
sh.Correction = 0.01;
sh.X_axis_descr = "Engine speed (rpm)";
sh.Y_axis_descr = "Vehicle speed (kph)";
sh.Z_axis_descr = "Output percentage";
sh.YaxisUnits = "km/h";
sh.XaxisUnits = "rpm";
}
if (sh.Length == 570)
{
if (((sh.X_axis_ID / 256) & 0xF0) == 0xC0 && ((sh.Y_axis_ID / 256) & 0xF0) == 0xE0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Injector duration", sh.CodeBlock, newSymbols, false);
injDurCount--;
sh.Varname = "Injector duration " + injDurCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Y_axis_correction = 0.01;
sh.Correction = 0.023437;
sh.X_axis_descr = "Engine speed (rpm)";
//sh.Y_axis_descr = "Airflow mg/stroke";
sh.Y_axis_descr = "Requested Quantity mg/stroke";
sh.Z_axis_descr = "Duration (crankshaft degrees)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mg/st";
}
else if (((sh.X_axis_ID / 256) & 0xF0) == 0xC1 && ((sh.Y_axis_ID / 256) & 0xF0) == 0xE0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Injector duration", sh.CodeBlock, newSymbols, false);
injDurCount--;
sh.Varname = "Injector duration " + injDurCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Y_axis_correction = 0.01;
sh.Correction = 0.023437;
sh.X_axis_descr = "Engine speed (rpm)";
//sh.Y_axis_descr = "Airflow mg/stroke";
sh.Y_axis_descr = "Requested Quantity mg/stroke";
sh.Z_axis_descr = "Duration (crankshaft degrees)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mg/st";
}
}
else if (sh.Length == 480)
{
if (sh.X_axis_ID / 256 == 0xC5 && sh.Y_axis_ID / 256 == 0xEC)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Injector duration", sh.CodeBlock, newSymbols, false);
injDurCount--;
//IAT, ECT or Fuel temp?
double tempRange = GetTemperatureDurRange(injDurCount - 1);
sh.Varname = "Injector duration " + injDurCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Y_axis_correction = 0.01;
sh.Correction = 0.023437;
sh.X_axis_descr = "Engine speed (rpm)";
//sh.Y_axis_descr = "Airflow mg/stroke";
sh.Y_axis_descr = "Requested Quantity mg/stroke";
sh.Z_axis_descr = "Duration (crankshaft degrees)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mg/st";
}
}
else if (sh.Length == 448)
{
if (sh.MapSelector.NumRepeats == 10)
{
// SOI maps detected
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Start of injection (SOI)", sh.CodeBlock, newSymbols, false);
//IAT, ECT or Fuel temp?
double tempRange = GetTemperatureSOIRange(sh.MapSelector, injDurCount - 1);
//Console.WriteLine("Temperature switch for SOI " + injDurCount.ToString() + " " + tempRange.ToString());
//sh.Varname = "Start of injection (SOI) " + injDurCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Varname = "Start of injection (SOI) " + tempRange.ToString() + " °C [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = -0.023437;
sh.Offset = 78;
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.X_axis_correction = 0.01; // TODODONE : Check for x or y
sh.XaxisUnits = "mg/st";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Z_axis_descr = "Start position (degrees BTDC)";
}
}
else if (sh.Length == 416)
{
string strAddrTest = sh.Flash_start_address.ToString("X8");
if (sh.X_axis_ID / 256 == 0xF9 && sh.Y_axis_ID / 256 == 0xDA)
{
// this is IQ by MAF limiter!
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Smoke limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "Airflow mg/stroke";
sh.Correction = 0.01;
sh.X_axis_correction = 0.1;
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xEC && sh.Y_axis_ID / 256 == 0xDA)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
// if x axis = upto 3000 -> MAP limit, not MAF limit
if (GetMaxAxisValue(allBytes, sh, MapViewerEx.AxisIdent.Y_Axis) < 4000)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "IQ by MAP limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") +" " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = 0.01;
sh.X_axis_descr = "Boost pressure";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mbar";
}
else
{
int iqMAFLimCount = GetMapNameCountForCodeBlock("IQ by MAF limiter", sh.CodeBlock, newSymbols, false);
sh.Varname = "IQ by MAF limiter " + iqMAFLimCount.ToString() + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
//sh.Varname = "IQ by MAF limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Correction = 0.01;
sh.X_axis_correction = 0.1;
sh.XaxisUnits = "mg/st";
sh.X_axis_descr = "Airflow mg/stroke";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
}
}
else if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC3)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
int iqMAFLimCount = GetMapNameCountForCodeBlock("IQ by MAF limiter", sh.CodeBlock, newSymbols, false);
sh.Varname = "IQ by MAF limiter " + iqMAFLimCount.ToString() + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
//sh.Varname = "IQ by MAF limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Correction = 0.01;
sh.X_axis_correction = 0.1;
sh.XaxisUnits = "mg/st";
sh.X_axis_descr = "Airflow mg/stroke";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
}
else if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID == 0xDDDC)
{
// SOI
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Start of injection (SOI)", sh.CodeBlock, newSymbols, false);
//IAT, ECT or Fuel temp?
double tempRange = GetTemperatureSOIRange(sh.MapSelector, injDurCount - 1);
sh.Varname = "Start of injection (SOI) " + tempRange.ToString() + " °C [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = -0.023437;
sh.Offset = 78;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.X_axis_correction = 0.01; // TODODONE : Check for x or y
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xDD)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
sh.Varname = "N75 duty cycle [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Duty cycle %";
sh.Correction = -0.01;
sh.Offset = 100;
//sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (strAddrTest.EndsWith("116"))
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
int egrCount = GetMapNameCountForCodeBlock("EGR", sh.CodeBlock, newSymbols, false);
sh.Varname = "EGR " + egrCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.1;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Mass Air Flow (mg/stroke)";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if ((sh.X_axis_ID / 256 == 0xE0) && (sh.Y_axis_ID / 256 == 0xDE))
{
// x axis should start with 0!
if (allBytes[sh.Y_axis_address] == 0 && allBytes[sh.Y_axis_address + 1] == 0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
int egrCount = GetMapNameCountForCodeBlock("EGR", sh.CodeBlock, newSymbols, false);
sh.Varname = "EGR " + egrCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.1;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Mass Air Flow (mg/stroke)";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
else if (sh.X_axis_ID / 256 == 0xEA && sh.Y_axis_ID / 256 == 0xE9)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Start of injection (SOI)", sh.CodeBlock, newSymbols, false);
//IAT, ECT or Fuel temp?
double tempRange = GetTemperatureSOIRange(sh.MapSelector, injDurCount - 1);
sh.Varname = "Start of injection (SOI) " + tempRange.ToString() + " °C [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = -0.023437;
sh.Offset = 78;
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.X_axis_correction = 0.01; // TODODONE : Check for x or y
sh.XaxisUnits = "mg/st";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Z_axis_descr = "Start position (degrees BTDC)";
}
else if (sh.X_axis_ID / 256 == 0xEA && sh.Y_axis_ID / 256 == 0xE8)
{
// EGR or N75
if (allBytes[sh.X_axis_address] == 0 && allBytes[sh.X_axis_address + 1] == 0)
{
// EGR
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
int egrCount = GetMapNameCountForCodeBlock("EGR", sh.CodeBlock, newSymbols, false);
sh.Varname = "EGR " + egrCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.1;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Mass Air Flow (mg/stroke)";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else
{
//N75
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
sh.Varname = "N75 duty cycle [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Duty cycle %";
sh.Correction = -0.01;
sh.Offset = 100;
//sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
/* else if ((sh.X_axis_ID / 256 == 0xEA) && (sh.Y_axis_ID / 256 == 0xE8))
{
// x axis should start with 0!
if (allBytes[sh.Y_axis_address] == 0 && allBytes[sh.Y_axis_address + 1] == 0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
int egrCount = GetMapNameCountForCodeBlock("EGR", sh.CodeBlock, newSymbols, false);
sh.Varname = "EGR " + egrCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.1;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Mass Air Flow (mg/stroke)";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}*/
}
else if (sh.Length == 390)
{
// 15x12 = inj dur limiter on R3 files
if (sh.X_axis_length == 13 && sh.Y_axis_length == 15)
{
//if (!MapContainsNegativeValues(allBytes, sh))
{
/*sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Injection duration limiter B [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = 0.023438;
sh.Y_axis_correction = 0.01;
sh.Y_axis_descr = "IQ (mg/stroke)";
sh.Z_axis_descr = "Max. degrees";
sh.X_axis_descr = "Engine speed (rpm)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mg/st";*/
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Injector duration", sh.CodeBlock, newSymbols, false);
injDurCount--;
sh.Varname = "Injector duration " + injDurCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Y_axis_correction = 0.01;
sh.Correction = 0.023437;
sh.X_axis_descr = "Engine speed (rpm)";
//sh.Y_axis_descr = "Airflow mg/stroke";
sh.Y_axis_descr = "Requested Quantity mg/stroke";
sh.Z_axis_descr = "Duration (crankshaft degrees)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mg/st";
}
}
}
else if (sh.Length == 384)
{
if (sh.X_axis_length == 12 && sh.Y_axis_length == 16)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Inverse driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Throttle position";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
//sh.Z_axis_descr = "Requested IQ (mg)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_length == 16 && sh.Y_axis_length == 12)
{
if ((sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xDC))
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Smoke limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "Airflow mg/stroke";
sh.Correction = 0.01;
sh.X_axis_correction = 0.1;
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if ((sh.X_axis_ID / 256 == 0xEC) && (sh.Y_axis_ID / 256 == 0xC0))
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
int egrCount = GetMapNameCountForCodeBlock("EGR", sh.CodeBlock, newSymbols, false);
sh.Varname = "EGR " + egrCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.1;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Mass Air Flow (mg/stroke)";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
}
else if (sh.Length == 360)
{
// 15x12 = inj dur limiter on R3 files
if (sh.X_axis_length == 12 && sh.Y_axis_length == 15)
{
//if (!MapContainsNegativeValues(allBytes, sh))
{
/*sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Injection duration limiter A [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = 0.023438;
sh.Y_axis_correction = 0.01;
sh.Y_axis_descr = "IQ (mg/stroke)";
sh.Z_axis_descr = "Max. degrees";
sh.X_axis_descr = "Engine speed (rpm)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mg/st";*/
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Injector duration", sh.CodeBlock, newSymbols, false);
injDurCount--;
sh.Varname = "Injector duration " + injDurCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Y_axis_correction = 0.01;
sh.Correction = 0.023437;
sh.X_axis_descr = "Engine speed (rpm)";
//sh.Y_axis_descr = "Airflow mg/stroke";
sh.Y_axis_descr = "Requested Quantity mg/stroke";
sh.Z_axis_descr = "Duration (crankshaft degrees)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mg/st";
}
}
}
else if (sh.Length == 352)
{
if (sh.X_axis_length == 16 && sh.Y_axis_length == 11)
{
if (sh.X_axis_ID / 256 == 0xEC && sh.Y_axis_ID / 256 == 0xC0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
int egrCount = GetMapNameCountForCodeBlock("EGR", sh.CodeBlock, newSymbols, false);
sh.Varname = "EGR " + egrCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.1;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Mass Air Flow (mg/stroke)";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xEC && sh.Y_axis_ID / 256 == 0xEA)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
sh.Varname = "N75 duty cycle [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Duty cycle %";
sh.Correction = -0.01;
sh.Offset = 100;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
}
else if (sh.Length == 320)
{
sh.Category = "Probable maps";
sh.Subcategory = "Turbo";
sh.Varname = "Boost map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "] " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC3)
{
sh.Category = "Detected maps";
sh.Varname = "Boost target map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Z_axis_descr = "Boost target (mbar)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xEA && sh.Y_axis_ID / 256 == 0xC0)
{
sh.Category = "Detected maps";
sh.Varname = "Boost target map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Z_axis_descr = "Boost target (mbar)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xDC)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "IQ by MAP limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") +" " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = 0.01;
sh.X_axis_descr = "Boost pressure";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mbar";
}
if (sh.X_axis_ID / 256 == 0xDA && sh.Y_axis_ID / 256 == 0xDA)
{
//sh.Category = "Detected maps";
//sh.Subcategory = "Limiters";
sh.Varname = "Boost map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "] " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.X_axis_descr = "CT (celcius)";
sh.X_axis_correction = 0.1;
sh.X_axis_offset = -273.1;
sh.XaxisUnits = "degrees";
}
//sh.Correction = 0.01;
//sh.Y_axis_correction = 0.01;
}
else if (sh.Length == 308)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
//sh.Varname = "Boost limiter (temperature) [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Varname = "SOI limiter (temperature) [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = -0.023437;
sh.Offset = 78;
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "IAT (celcius)"; //IAT, ECT or Fuel temp?
sh.X_axis_correction = 0.1;
sh.X_axis_offset = -273.1;
sh.Z_axis_descr = "SOI limit (degrees)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "IAT C";
}
else if (sh.Length == 280) // boost target can be 10x14 as well in Seat maps
{
if (sh.X_axis_ID / 256 == 0xEC && sh.Y_axis_ID / 256 == 0xC0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
sh.Varname = "Boost target map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "] " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Z_axis_descr = "Boost target (mbar)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
else if (sh.Length == 256)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
else if (sh.Length == 240)
{
if (sh.X_axis_length == 12 && sh.Y_axis_length == 10)
{
if (sh.X_axis_ID / 256 == 0xEC && sh.Y_axis_ID / 256 == 0xC0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
}
}
else if (sh.Length == 216)
{
if (sh.X_axis_length == 12 && sh.Y_axis_length == 9)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
}
else if (sh.Length == 200)
{
if (sh.X_axis_ID / 256 == 0xC2 && sh.Y_axis_ID / 256 == 0xE0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Boost limit map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
// sh.Correction = 0.01;
//sh.X_axis_correction = 0.01;
sh.Y_axis_descr = "Atmospheric pressure (mbar)";
sh.Z_axis_descr = "Maximum boost pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
else if (sh.X_axis_ID / 256 == 0xC0 && sh.Y_axis_ID / 256 == 0xEA)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Boost limit map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
// sh.Correction = 0.01;
//sh.X_axis_correction = 0.01;
sh.Y_axis_descr = "Atmospheric pressure (mbar)";
sh.Z_axis_descr = "Maximum boost pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
else if (sh.X_axis_ID / 256 == 0xC1 && sh.Y_axis_ID / 256 == 0xE0)
{
//if (!MapContainsNegativeValues(allBytes, sh))
if(GetMaxAxisValue(allBytes, sh, MapViewerEx.AxisIdent.X_Axis) > 5000)
{
/* sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Injection duration limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = 0.023438;
sh.Y_axis_correction = 0.01;
sh.Y_axis_descr = "IQ (mg/stroke)";
sh.Z_axis_descr = "Max. degrees";
sh.X_axis_descr = "Engine speed (rpm)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mg/st";*/
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Injector duration", sh.CodeBlock, newSymbols, false);
injDurCount--;
sh.Varname = "Injector duration " + injDurCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Y_axis_correction = 0.01;
sh.Correction = 0.023437;
sh.X_axis_descr = "Engine speed (rpm)";
//sh.Y_axis_descr = "Airflow mg/stroke";
sh.Y_axis_descr = "Requested Quantity mg/stroke";
sh.Z_axis_descr = "Duration (crankshaft degrees)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mg/st";
}
}
}
else if (sh.Length == 192)
{
if (sh.X_axis_ID / 256 == 0xEC && sh.Y_axis_ID / 256 == 0xC0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
}
else if (sh.Length == 180)
{
if (sh.X_axis_length == 9 && sh.Y_axis_length == 10)
{
if (sh.X_axis_ID / 256 == 0xEC && sh.Y_axis_ID / 256 == 0xC1)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int sIQCount = GetMapNameCountForCodeBlock("Start IQ ", sh.CodeBlock, newSymbols, false);
sh.Varname = "Start IQ (" + sIQCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_descr = "CT (celcius)";
sh.X_axis_correction = 0.1;
sh.X_axis_offset = -273.1;
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "degC";
}
else if (sh.X_axis_ID / 256 == 0xC0 && sh.Y_axis_ID / 256 == 0xEC)
{
// atm boost limit R3 file versions
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Boost limit map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
// sh.Correction = 0.01;
//sh.X_axis_correction = 0.01;
sh.Y_axis_descr = "Atmospheric pressure (mbar)";
sh.Z_axis_descr = "Maximum boost pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
else if (sh.X_axis_ID / 256 == 0xC1 && sh.Y_axis_ID / 256 == 0xE0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Injector duration", sh.CodeBlock, newSymbols, false);
injDurCount--;
//if (injDurCount < 1) injDurCount = 1;
sh.Varname = "Injector duration " + injDurCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Y_axis_correction = 0.01;
sh.Correction = 0.023437;
sh.X_axis_descr = "Engine speed (rpm)";
//sh.Y_axis_descr = "Airflow mg/stroke";
sh.Y_axis_descr = "Requested Quantity mg/stroke";
sh.Z_axis_descr = "Duration (crankshaft degrees)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mg/st";
}
}
}
else if (sh.Length == 162)
{
if (sh.X_axis_length == 9 && sh.Y_axis_length == 9)
{
if (sh.X_axis_ID / 256 == 0xEC && sh.Y_axis_ID / 256 == 0xC1)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int sIQCount = GetMapNameCountForCodeBlock("Start IQ ", sh.CodeBlock, newSymbols, false);
sh.Varname = "Start IQ (" + sIQCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_descr = "CT (celcius)";
sh.X_axis_correction = 0.1;
sh.X_axis_offset = -273.1;
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "degC";
}
}
}
else if (sh.Length == 144)
{
if (sh.X_axis_length == 9 && sh.Y_axis_length == 8)
{
if (sh.X_axis_ID / 256 == 0xEC && sh.Y_axis_ID / 256 == 0xC0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
sh.Varname = "Fuel correction [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
/*sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";*/
}
}
if (sh.X_axis_length == 8 && sh.Y_axis_length == 9)
{
if (sh.X_axis_ID / 256 == 0xEC && sh.Y_axis_ID / 256 == 0xC1)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int sIQCount = GetMapNameCountForCodeBlock("Start IQ ", sh.CodeBlock, newSymbols, false);
sh.Varname = "Start IQ (" + sIQCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.X_axis_descr = "CT (celcius)";
sh.X_axis_correction = 0.1;
sh.X_axis_offset = -273.1;
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Correction = 0.01;
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "degC";
}
}
}
else if (sh.Length == 128)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID == 0xC14a)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "MAF correction by temperature [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Limit";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "IAT (celcius)"; //IAT, ECT or Fuel temp?
sh.X_axis_correction = 0.1;
sh.X_axis_offset = -273.1;
sh.Correction = 0.01;
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "IAT C";
}
}
else if (sh.Length == 138) // R3 (1.4 TDi, three cylinder) has this
{
if (sh.X_axis_length == 3 && sh.Y_axis_length == 23)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Torque limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Atm. pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.Correction = 0.01;
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
}
else if (sh.Length == 132) // R3 (1.4 TDi, three cylinder) has this
{
if (sh.X_axis_length == 3 && sh.Y_axis_length == 22)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Torque limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Atm. pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.Correction = 0.01;
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
}
else if (sh.Length == 126)
{
if (sh.X_axis_length == 3 && sh.Y_axis_length == 21)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Torque limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Atm. pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
sh.Correction = 0.01;
}
}
else if (sh.Length == 120)
{
if (sh.X_axis_length == 3 && sh.Y_axis_length == 20)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Torque limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Atm. pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.Correction = 0.01;
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
}
else if (sh.Length == 64)
{
if (sh.X_axis_length == 32 && sh.Y_axis_length == 1)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "MAF linearization [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
}
}
else if (sh.Length == 4)
{
if (sh.X_axis_length == 2 && sh.Y_axis_length == 1)
{
//if (sh.X_axis_ID >= 0xEBA0 && sh.X_axis_ID <= 0xEBAF)
if (sh.X_axis_ID == 0xEBA2 || sh.X_axis_ID == 0xEBA4 || sh.X_axis_ID == 0xE9BC || sh.X_axis_ID == 0xE04A)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "MAP linearization [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
}
else if (sh.X_axis_ID / 256 == 0xC1) // idle RPM
{
if (IsValidTemperatureAxis(allBytes, sh, MapViewerEx.AxisIdent.X_Axis))
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
int lmCount = GetMapNameCountForCodeBlock("Idle RPM", sh.CodeBlock, newSymbols, false);
sh.Varname = "Idle RPM (" + lmCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Y_axis_descr = "Coolant temperature";
sh.Y_axis_correction = 0.1;
sh.Y_axis_offset = -273.1;
sh.Z_axis_descr = "Target engine speed";
sh.YaxisUnits = "°C";
}
}
}
}
}
}
private bool AddToSymbolCollection(SymbolCollection newSymbols, SymbolHelper newSymbol, List<CodeBlock> newCodeBlocks)
{
if (newSymbol.Length >= 800) return false;
foreach (SymbolHelper sh in newSymbols)
{
if (sh.Flash_start_address == newSymbol.Flash_start_address)
{
// Console.WriteLine("Already in collection: " + sh.Flash_start_address.ToString("X8"));
return false;
}
// not allowed to overlap
/* else if (newSymbol.Flash_start_address > sh.Flash_start_address && newSymbol.Flash_start_address < (sh.Flash_start_address + sh.Length))
{
Console.WriteLine("Overlapping map: " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_length.ToString() + " x " + sh.Y_axis_length.ToString());
Console.WriteLine("Overlapping new: " + newSymbol.Flash_start_address.ToString("X8") + " " + newSymbol.X_axis_length.ToString() + " x " + newSymbol.Y_axis_length.ToString());
return false;
}*/
}
newSymbols.Add(newSymbol);
newSymbol.CodeBlock = DetermineCodeBlockByByAddress(newSymbol.Flash_start_address, newCodeBlocks);
return true;
}
private bool CheckMajorMapsPresent(SymbolCollection newSymbols, EDCFileType type, out string _message)
{
_message = string.Empty;
if (type == EDCFileType.EDC15C || type == EDCFileType.EDC15M || type == EDCFileType.EDC16 || type == EDCFileType.EDC17)
{
return(false);
}
;
if (type == EDCFileType.EDC15P || type == EDCFileType.EDC15P6)
{
if (MapsWithNameMissing("Injector duration", newSymbols))
{
_message += "Injector duration maps missing" + Environment.NewLine;
}
if (MapsWithNameMissing("Inverse driver wish", newSymbols))
{
_message += "Inverse driver wish map missing" + Environment.NewLine;
}
}
if (type == EDCFileType.EDC15P || type == EDCFileType.EDC15P6 || type == EDCFileType.EDC15V)
{
if (MapsWithNameMissing("MAF correction", newSymbols))
{
_message += "MAF correction map missing" + Environment.NewLine;
}
if (MapsWithNameMissing("MAF linearization", newSymbols))
{
_message += "MAF linearization map missing" + Environment.NewLine;
}
if (MapsWithNameMissing("MAP linearization", newSymbols))
{
_message += "MAP linearization map missing" + Environment.NewLine;
}
if (MapsWithNameMissing("SOI limiter", newSymbols))
{
_message += "SOI limiter missing" + Environment.NewLine;
}
}
if (MapsWithNameMissing("Idle RPM", newSymbols))
{
_message += "Idle RPM map missing" + Environment.NewLine;
}
if (MapsWithNameMissing("EGR", newSymbols))
{
_message += "EGR maps missing" + Environment.NewLine;
}
if (MapsWithNameMissing("SVBL", newSymbols))
{
_message += "SVBL missing" + Environment.NewLine;
}
if (MapsWithNameMissing("Torque limiter", newSymbols))
{
_message += "Torque limiter missing" + Environment.NewLine;
}
if (MapsWithNameMissing("Smoke limiter", newSymbols))
{
_message += "Smoke limiter missing" + Environment.NewLine;
}
//if (MapsWithNameMissing("IQ by MAF limiter", newSymbols)) _message += "IQ by MAF limiter missing" + Environment.NewLine;
if (MapsWithNameMissing("Start of injection", newSymbols))
{
_message += "Start of injection maps missing" + Environment.NewLine;
}
if (MapsWithNameMissing("N75 duty cycle", newSymbols))
{
_message += "N75 duty cycle map missing" + Environment.NewLine;
}
if (MapsWithNameMissing("Boost target map", newSymbols))
{
_message += "Boost target map missing" + Environment.NewLine;
}
if (MapsWithNameMissing("Driver wish", newSymbols))
{
_message += "Driver wish map missing" + Environment.NewLine;
}
if (MapsWithNameMissing("Boost limit map", newSymbols))
{
_message += "Boost limit map missing" + Environment.NewLine;
}
if (_message == "")
{
return(true);
}
return(false);
}
private void LoadFiles()
{
loading = true;
simpleButton1.Text = "Cancel";
simpleButton2.Enabled = false;
SetProgressVisibility(true);
SetScanProgress("scanning...", 0);
Application.DoEvents();
ctrlAirmassResult airmassResult = new ctrlAirmassResult();
partNumberConverter pnc = new partNumberConverter();
List <ScannedFile> detectedFiles = new List <ScannedFile>();
int fileCounter = 0;
if (Directory.Exists(buttonEdit1.Text))
{
string[] files = Directory.GetFiles(buttonEdit1.Text, "*.*", SearchOption.AllDirectories);
foreach (string file in files)
{
fileCounter++;
int percentage = (fileCounter * 100) / files.Length;
SetScanProgress("importing...", percentage);
if (cancelLoad)
{
cancelLoad = false;
break;
}
FileInfo fi = new FileInfo(file);
this.Text = "Library builder - " + Path.GetFileNameWithoutExtension(file);
Application.DoEvents();
if (IsValidLength(fi.Length))
{
IEDCFileParser parser = Tools.Instance.GetParserForFile(file, false);
byte[] allBytes = File.ReadAllBytes(file);
string boschPartnumber = parser.ExtractBoschPartnumber(allBytes);
List <CodeBlock> newCodeBlocks = new List <CodeBlock>();
List <AxisHelper> newAxisHelpers = new List <AxisHelper>();
if (boschPartnumber != string.Empty)
{
//string additionalInfo = parser.ExtractInfo(allBytes);
SymbolCollection sc = parser.parseFile(file, out newCodeBlocks, out newAxisHelpers);
ECUInfo info = pnc.ConvertPartnumber(boschPartnumber, allBytes.Length);
ScannedFile newFile = new ScannedFile();
newFile.CarMake = info.CarMake;
newFile.CarType = info.CarType;
newFile.EcuType = info.EcuType;
newFile.EngineType = info.EngineType;
newFile.FuellingType = info.FuellingType;
newFile.FuelType = info.FuelType;
newFile.HP = info.HP;
newFile.PartNumber = info.PartNumber;
newFile.SoftwareID = info.SoftwareID;
newFile.TQ = info.TQ;
if (info.EcuType.Contains("EDC15P-6"))
{
newFile.Filetype = EDCFileType.EDC15P6;
}
else if (info.EcuType.Contains("EDC15P"))
{
newFile.Filetype = EDCFileType.EDC15P;
}
else if (info.EcuType.Contains("EDC15M"))
{
newFile.Filetype = EDCFileType.EDC15M;
}
else if (info.EcuType.Contains("EDC15V-5."))
{
newFile.Filetype = EDCFileType.MSA15;
}
else if (info.EcuType.Contains("EDC15V"))
{
newFile.Filetype = EDCFileType.EDC15V;
}
else if (info.EcuType.Contains("EDC15C"))
{
newFile.Filetype = EDCFileType.EDC15C;
}
else if (info.EcuType.Contains("EDC16"))
{
newFile.Filetype = EDCFileType.EDC16;
}
else if (info.EcuType.Contains("EDC17"))
{
newFile.Filetype = EDCFileType.EDC17;
}
else if (info.EcuType.Contains("MSA15"))
{
newFile.Filetype = EDCFileType.MSA15;
}
else if (info.EcuType.Contains("MSA12"))
{
newFile.Filetype = EDCFileType.MSA12;
}
else if (info.EcuType.Contains("MSA11"))
{
newFile.Filetype = EDCFileType.MSA11;
}
else if (info.EcuType.Contains("MSA6"))
{
newFile.Filetype = EDCFileType.MSA6;
}
else if (boschPartnumber != string.Empty)
{
if (fi.Length == 1024 * 1024 * 2)
{
newFile.Filetype = EDCFileType.EDC17;
}
else if (boschPartnumber.StartsWith("EDC17"))
{
newFile.Filetype = EDCFileType.EDC17;
}
else
{
newFile.Filetype = EDCFileType.EDC15V;
}
}
else
{
newFile.Filetype = EDCFileType.EDC16; // default to EDC16???
}
newFile.Filename = file;
newFile.Filesize = (int)fi.Length;
ChecksumResultDetails crd = Tools.Instance.UpdateChecksum(file, true);
string chkType = string.Empty;
if (crd.TypeResult == ChecksumType.VAG_EDC15P_V41)
{
chkType = "VAG EDC15P V4.1";
}
else if (crd.TypeResult == ChecksumType.VAG_EDC15P_V41V2)
{
chkType = "VAG EDC15P V4.1v2";
}
else if (crd.TypeResult == ChecksumType.VAG_EDC15P_V41_2002)
{
chkType = "VAG EDC15P V4.1 2002+";
}
newFile.ChecksumType = chkType;
newFile.ChecksumResult = crd.CalculationResult.ToString();
newFile.NumberChecksums = crd.NumberChecksumsTotal;
newFile.NumberChecksumsFail = crd.NumberChecksumsFail;
newFile.NumberChecksumsOk = crd.NumberChecksumsOk;
newFile.NumberMapsDetected = sc.Count;
string _message = string.Empty;
newFile.MapsOk = CheckMajorMapsPresent(sc, newFile.Filetype, out _message);
newFile.Messages = _message;
foreach (SymbolHelper sh in sc)
{
if (!sh.Varname.StartsWith("3D") && !sh.Varname.StartsWith("2D"))
{
newFile.NumberMapsRecognized++;
}
}
try
{
airmassResult.Currentfile = file;
airmassResult.Symbols = sc;
airmassResult.Currentfile_size = (int)fi.Length;
string additionalInfo = parser.ExtractInfo(allBytes);
airmassResult.NumberCylinders = pnc.GetNumberOfCylinders(info.EngineType, additionalInfo);
airmassResult.ECUType = info.EcuType;
PerformanceResults pr = airmassResult.Calculate(file, sc);
newFile.RealHP = pr.Horsepower;
newFile.RealTQ = pr.Torque;
}
catch (Exception)
{
}
detectedFiles.Add(newFile);
}
else if (file.ToUpper().EndsWith(".BIN") || file.ToUpper().EndsWith(".ORI"))
{
Console.WriteLine("Missed " + file);
// add it as well
if (checkEdit1.Checked)
{
ScannedFile newFile = new ScannedFile();
newFile.CarMake = "";
newFile.CarType = "";
newFile.EcuType = "Unknown";
newFile.EngineType = "";
newFile.FuellingType = "";
newFile.FuelType = "";
newFile.HP = 0;
newFile.PartNumber = "";
newFile.SoftwareID = "";
newFile.TQ = 0;
newFile.Filetype = EDCFileType.Unknown;
newFile.Filename = file;
newFile.Filesize = (int)fi.Length;
newFile.ChecksumType = "";
newFile.ChecksumResult = "";
newFile.NumberChecksums = 0;
newFile.NumberChecksumsFail = 0;
newFile.NumberChecksumsOk = 0;
newFile.NumberMapsDetected = 0;
newFile.MapsOk = false;
newFile.Messages = "";
newFile.NumberMapsRecognized = 0;
detectedFiles.Add(newFile);
}
}
}
}
gridControl1.DataSource = detectedFiles;
}
loading = false;
SetScanProgress("done", 100);
SetProgressVisibility(false);
this.Text = "Library builder";
simpleButton1.Text = "Close";
simpleButton2.Enabled = true;
Application.DoEvents();
}
public override void NameKnownMaps(byte[] allBytes, SymbolCollection newSymbols, List <CodeBlock> newCodeBlocks)
{
SymbolAxesTranslator st = new SymbolAxesTranslator();
foreach (SymbolHelper sh in newSymbols)
{
// sh.X_axis_descr = st.TranslateAxisID(sh.X_axis_ID);
// sh.Y_axis_descr = st.TranslateAxisID(sh.Y_axis_ID);
if (sh.X_axis_length == 4 && sh.Y_axis_length == 20)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
//int lmCount = GetMapNameCountForCodeBlock("Torque limiter", sh.CodeBlock, newSymbols, false);
sh.Varname = "Torque limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
//sh.Y_axis_descr = "Atm. pressure (mbar)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Correction = 0.01;
sh.YaxisUnits = "rpm";
}
if (sh.X_axis_length == 4 && sh.Y_axis_length == 21)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
//int lmCount = GetMapNameCountForCodeBlock("Torque limiter", sh.CodeBlock, newSymbols, false);
sh.Varname = "Torque limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
//sh.Y_axis_descr = "Atm. pressure (mbar)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Correction = 0.01;
sh.YaxisUnits = "rpm";
}
else if (sh.X_axis_length == 3 && sh.Y_axis_length == 21)
{
if (!CollectionContainsMapInSize(newSymbols, 21, 4))
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
//int lmCount = GetMapNameCountForCodeBlock("Torque limiter", sh.CodeBlock, newSymbols, false);
sh.Varname = "Torque limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
//sh.Y_axis_descr = "Atm. pressure (mbar)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Correction = 0.01;
sh.YaxisUnits = "rpm";
}
}
else if (sh.X_axis_length == 16 && sh.Y_axis_length == 8)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
int dwCount = GetMapNameCountForCodeBlock("Driver wish ", sh.CodeBlock, newSymbols, false);
sh.Varname = "Driver wish (" + dwCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
else if (sh.X_axis_length == 15 && sh.Y_axis_length == 16)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "IQ to Torque conversion [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.1;
sh.X_axis_descr = "Torque";
sh.Z_axis_descr = "IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "Nm";
}
else if (sh.X_axis_length == 11 && sh.Y_axis_length == 10)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Boost limit map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
// sh.Correction = 0.01;
//sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Atmospheric pressure (mbar)";
sh.Z_axis_descr = "Maximum boost pressure (mbar)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mbar";
}
else if (sh.X_axis_length == 19 && sh.Y_axis_length == 15)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Injector duration", sh.CodeBlock, newSymbols, false);
sh.Varname = "Injector duration " + injDurCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]"; // " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Y_axis_correction = 0.01; // TODO: Check for x or y
sh.Correction = 0.023437;
sh.X_axis_descr = "Engine speed (rpm)";
//sh.Y_axis_descr = "Airflow mg/stroke";
sh.Y_axis_descr = "Requested Quantity mg/stroke";
sh.Z_axis_descr = "Duration (crankshaft degrees)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mg/st";
}
else if (sh.X_axis_length == 16 && sh.Y_axis_length == 12)
{
//int xmax = GetMaxAxisValue(allBytes, sh, MapViewerEx.AxisIdent.X_Axis);
//int ymax = GetMaxAxisValue(allBytes, sh, MapViewerEx.AxisIdent.Y_Axis);
//Console.WriteLine(xmax.ToString() + " " + ymax.ToString() + " " + sh.Flash_start_address.ToString("X8"));
if (GetMaxAxisValue(allBytes, sh, MapViewerEx.AxisIdent.Y_Axis) < 4000)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Smoke limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "Manifold pressure (mbar)";
sh.Correction = 0.01;
//sh.X_axis_correction = 0.1; // TODO: Check for x or y
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mbar";
}
}
else if (sh.X_axis_length == 16 && sh.Y_axis_length == 14)
{
// SOI
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Start of injection (SOI)", sh.CodeBlock, newSymbols, false);
//Console.WriteLine("Temperature switch for SOI " + injDurCount.ToString() + " " + tempRange.ToString());
//sh.Varname = "Start of injection (SOI) " + injDurCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Varname = "Start of injection (SOI) " + injDurCount.ToString() + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = 0.023437;
//sh.Offset = 78;
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.X_axis_correction = 0.01; // TODODONE : Check for x or y
sh.XaxisUnits = "mg/st";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Z_axis_descr = "Start position (degrees BTDC)";
}
}
}
private bool TuneSmokeLimiter(string filename, SymbolCollection symbols, int peakTorque, int peakHP, bool autoUpdateChecksum)
{
bool retval = true;
int peakIQ = peakTorque / 6;
//Smokelimit is when AFR = 1:17, but should decrease to 1:25 on low airmass?
// full load would allow 1:15.5 or 1:16
//
// x = rpm
int slAddress = (int)Tools.Instance.GetSymbolAddressLike(Tools.Instance.m_symbols, "Smoke limiter");
if (slAddress > 0)
{
foreach (SymbolHelper sh in Tools.Instance.m_symbols)
{
if (sh.Flash_start_address == slAddress)
{
byte[] sldata = Tools.Instance.readdatafromfile(filename, slAddress, sh.Length, EDCFileType.EDC15P);
//Console.WriteLine(sh.Varname + " " + sh.Y_axis_length.ToString() + " " + sh.X_axis_length.ToString());
int[] rpms = Tools.Instance.readdatafromfileasint(filename, sh.X_axis_address, sh.X_axis_length, EDCFileType.EDC15P);
int maxSupportedAirflow = peakIQ * 17;
// range from 300 mg - maxSupportedAirflow
int airFlowStep = (maxSupportedAirflow - 300) / sh.Y_axis_length;
int[] airFlowAxis = new int[sh.Y_axis_length];
for (int i = 0; i < airFlowAxis.Length; i++)
{
airFlowAxis[i] = (300 + (i * airFlowStep)) * 10;
}
// save axis
byte[] barr = new byte[airFlowAxis.Length * 2];
int bCount = 0;
for (int i = 0; i < airFlowAxis.Length; i++)
{
int iVal = (int)airFlowAxis.GetValue(i);
byte b1 = (byte)((iVal & 0x00FF00) / 256);
byte b2 = (byte)(iVal & 0x0000FF);
barr[bCount++] = b1;
barr[bCount++] = b2;
}
Tools.Instance.savedatatobinary(sh.Y_axis_address, barr.Length, barr, filename, true, "Tuned smoke limiter axis", EDCFileType.EDC15P);
// check for other symbols with the same length and the same END address
foreach (SymbolHelper shaxis in Tools.Instance.m_symbols)
{
if (shaxis.X_axis_address != sh.X_axis_address)
{
if ((shaxis.X_axis_address & 0x0FFFF) == (sh.X_axis_address & 0x0FFFF))
{
if (shaxis.X_axis_length * 2 == barr.Length)
{
Tools.Instance.savedatatobinary(sh.X_axis_address, barr.Length, barr, filename, true, "Tuned smoke limiter axis", EDCFileType.EDC15P);
}
}
}
else if (shaxis.Y_axis_address != sh.Y_axis_address)
{
if ((shaxis.Y_axis_address & 0x0FFFF) == (sh.Y_axis_address & 0x0FFFF))
{
if (shaxis.Y_axis_length * 2 == barr.Length)
{
Tools.Instance.savedatatobinary(shaxis.Y_axis_address, barr.Length, barr, filename, true, "Tuned smoke limiter axis", EDCFileType.EDC15P);
}
}
}
}
if (autoUpdateChecksum)
{
Tools.Instance.UpdateChecksum(filename, false);
}
// end of save axis
int[] airmasses = Tools.Instance.readdatafromfileasint(filename, sh.Y_axis_address, sh.Y_axis_length, EDCFileType.EDC15P);
for (int rows = 0; rows < sh.X_axis_length; rows++)
{
for (int cols = 0; cols < sh.Y_axis_length; cols++)
{
// whats the rpm?
int rpm = rpms[rows];
// what is the airmass
int airmass = airmasses[cols];
// we should simply limit to 1:17 for all rpm ranges
int newIQ = airmass / 170;
int targetTorque = peakTorque;
int targetPower = Tools.Instance.TorqueToPower(targetTorque, rpm);
if (targetPower > peakHP)
{
targetTorque = Tools.Instance.PowerToTorque(peakHP, rpm);
targetPower = Tools.Instance.TorqueToPower(targetTorque, rpm);
}
int targetIQ = Tools.Instance.TorqueToIQ(targetTorque, rpm, 4);
if (newIQ > targetIQ)
{
newIQ = targetIQ;
}
//Console.WriteLine("Calculate for rpm: " + rpm.ToString() + " targetT: " + targetTorque.ToString() + " targetP: " + targetPower.ToString() + " targetIQ: " + targetIQ.ToString());
newIQ *= 100;
byte b1 = (byte)((newIQ & 0x00FF00) / 256);
byte b2 = (byte)(newIQ & 0x0000FF);
sldata[rows * sh.Y_axis_length * 2 + cols * 2] = b1;
sldata[rows * sh.Y_axis_length * 2 + (cols * 2) + 1] = b2;
}
}
SaveAndSyncData(sldata.Length, (int)sh.Flash_start_address, sldata, filename, true, "Tuned smoke limiter", autoUpdateChecksum);
}
}
}
else
{
retval = false;
}
return(retval);
}
private void VerifyCodeBlocks(byte[] allBytes, SymbolCollection newSymbols, List <CodeBlock> newCodeBlocks)
{
//000001=automatic,000002=manual,000003=4wd ????
Tools.Instance.m_codeBlock5ID = 0;
Tools.Instance.m_codeBlock6ID = 0;
Tools.Instance.m_codeBlock7ID = 0;
bool found = true;
int offset = 0;
int defaultCodeBlockLength = 0x10000;
int currentCodeBlockLength = 0;
int prevCodeBlockStart = 0;
while (found)
{
int CodeBlockAddress = Tools.Instance.findSequence(allBytes, offset, new byte[11] {
0xC1, 0x02, 0x00, 0x68, 0x00, 0x25, 0x03, 0x00, 0x00, 0x10, 0x27
}, new byte[11] {
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1
});
if (CodeBlockAddress > 0)
{
CodeBlock newcodeblock = new CodeBlock();
newcodeblock.StartAddress = CodeBlockAddress - 1;
if (prevCodeBlockStart == 0)
{
prevCodeBlockStart = newcodeblock.StartAddress;
}
else if (currentCodeBlockLength == 0)
{
currentCodeBlockLength = newcodeblock.StartAddress - prevCodeBlockStart;
if (currentCodeBlockLength > 0x10000)
{
currentCodeBlockLength = 0x10000;
}
}
// find the next occurence of the checksum
newCodeBlocks.Add(newcodeblock);
offset = CodeBlockAddress + 1;
}
else
{
found = false;
}
}
foreach (CodeBlock cb in newCodeBlocks)
{
if (currentCodeBlockLength != 0)
{
cb.EndAddress = cb.StartAddress + currentCodeBlockLength - 1;
}
else
{
cb.EndAddress = cb.StartAddress + defaultCodeBlockLength - 1;
}
}
foreach (CodeBlock cb in newCodeBlocks)
{
int autoSequenceIndex = Tools.Instance.findSequence(allBytes, cb.StartAddress, new byte[7] {
0x45, 0x44, 0x43, 0x20, 0x20, 0x41, 0x47
}, new byte[7] {
1, 1, 1, 1, 1, 1, 1
});
int manualSequenceIndex = Tools.Instance.findSequence(allBytes, cb.StartAddress, new byte[7] {
0x45, 0x44, 0x43, 0x20, 0x20, 0x53, 0x47
}, new byte[7] {
1, 1, 1, 1, 1, 1, 1
});
if (autoSequenceIndex < cb.EndAddress && autoSequenceIndex >= cb.StartAddress)
{
cb.BlockGearboxType = GearboxType.Automatic;
}
if (manualSequenceIndex < cb.EndAddress && manualSequenceIndex >= cb.StartAddress)
{
cb.BlockGearboxType = GearboxType.Manual;
}
}
if (Tools.Instance.m_currentfilelength >= 0x80000)
{
Tools.Instance.m_codeBlock5ID = CheckCodeBlock(0x50000, allBytes, newSymbols, newCodeBlocks); //manual specific
Tools.Instance.m_codeBlock6ID = CheckCodeBlock(0x60000, allBytes, newSymbols, newCodeBlocks); //automatic specific
Tools.Instance.m_codeBlock7ID = CheckCodeBlock(0x70000, allBytes, newSymbols, newCodeBlocks); //quattro specific
}
}
public frmSymbolSelect(SymbolCollection symbols)
{
m_symbols = symbols;
InitializeComponent();
}
public override SymbolCollection parseFile(string filename, out List<CodeBlock> newCodeBlocks, out List<AxisHelper> newAxisHelpers)
{
newCodeBlocks = new List<CodeBlock>();
SymbolCollection newSymbols = new SymbolCollection();
newAxisHelpers = new List<AxisHelper>();
byte[] allBytes = File.ReadAllBytes(filename);
string boschnumber = ExtractBoschPartnumber(allBytes);
string softwareNumber = ExtractSoftwareNumber(allBytes);
partNumberConverter pnc = new partNumberConverter();
VerifyCodeBlocks(allBytes, newSymbols, newCodeBlocks);
for (int t = 0; t < allBytes.Length - 1; t+=2)
{
int len2skip = 0;
if (CheckMap(t, allBytes, newSymbols, newCodeBlocks, out len2skip))
{
if (len2skip > 2) len2skip -= 2; // make sure we don't miss maps
if ((len2skip % 2) > 0) len2skip -= 1;
if (len2skip < 0) len2skip = 0;
t += len2skip;
}
}
newSymbols.SortColumn = "Flash_start_address";
newSymbols.SortingOrder = GenericComparer.SortOrder.Ascending;
newSymbols.Sort();
NameKnownMaps(allBytes, newSymbols, newCodeBlocks);
BuildAxisIDList(newSymbols, newAxisHelpers);
MatchAxis(newSymbols, newAxisHelpers);
RemoveNonSymbols(newSymbols, newCodeBlocks);
FindSVBL(allBytes, filename, newSymbols, newCodeBlocks);
SymbolTranslator strans = new SymbolTranslator();
foreach (SymbolHelper sh in newSymbols)
{
sh.Description = strans.TranslateSymbolToHelpText(sh.Varname);
}
// check for must have maps... if there are maps missing, report it
return newSymbols;
}
abstract public void NameKnownMaps(byte[] allBytes, SymbolCollection newSymbols, List <CodeBlock> newCodeBlocks);
// we need to check AHEAD for selector maps
// if these are present we may be facing a complex map structure
// which we need to handle in a special way (selectors always have data like 00 01 00 02 00 03 00 04 etc)
private bool CheckMap(int t, byte[] allBytes, SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks, out int len2Skip)
{
bool mapFound = false;
bool retval = false;
bool _dontGenMaps = false;
len2Skip = 0;
List<MapSelector> mapSelectors = new List<MapSelector>();
if (t < allBytes.Length - 0x100)
{
if (CheckAxisCount(t, allBytes, out mapSelectors) > 3)
{
// check for selectors as well, and count them in the process
Console.WriteLine("Offset " + t.ToString("X8") + " has more than 3 consecutive axis");
/*foreach (MapSelector ms in mapSelectors)
{
Console.WriteLine("selector: " + ms.StartAddress.ToString("X8") + " " + ms.MapLength.ToString() + " " + ms.NumRepeats.ToString());
}*/
_dontGenMaps = true;
}
int xaxisid = (Convert.ToInt32(allBytes[t + 1]) * 256) + Convert.ToInt32(allBytes[t]);
if (isAxisID(xaxisid))
{
int xaxislen = (Convert.ToInt32(allBytes[t + 3]) * 256) + Convert.ToInt32(allBytes[t + 2]);
// Console.WriteLine("Valid XID: " + xaxisid.ToString("X4") + " @" + t.ToString("X8") + " len: " + xaxislen.ToString("X2"));
if (isValidLength(xaxislen, xaxisid))
{
//Console.WriteLine("Valid XID: " + xaxisid.ToString("X4") + " @" + t.ToString("X8") + " len: " + xaxislen.ToString("X2"));
// misschien is er nog een as
int yaxisid = (Convert.ToInt32(allBytes[t + 5 + (xaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 4 + (xaxislen * 2)]);
int yaxislen = (Convert.ToInt32(allBytes[t + 7 + (xaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 6 + (xaxislen * 2)]);
if (isAxisID(yaxisid) && isValidLength(yaxislen, yaxisid))
{
// 3d map
int zaxisid = (Convert.ToInt32(allBytes[t + 9 + (xaxislen * 2) + (yaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 8 + (xaxislen * 2) + (yaxislen * 2)]);
//Console.WriteLine("Valid YID: " + yaxisid.ToString("X4") + " @" + t.ToString("X8") + " len: " + yaxislen.ToString("X2"));
//Console.WriteLine(t.ToString("X8") + " XID: " + xaxisid.ToString("X4") + " XLEN: " + xaxislen.ToString("X2") + " YID: " + yaxisid.ToString("X4") + " YLEN: " + yaxislen.ToString("X2"));
SymbolHelper newSymbol = new SymbolHelper();
newSymbol.X_axis_length = xaxislen;
newSymbol.Y_axis_length = yaxislen;
newSymbol.X_axis_ID = xaxisid;
newSymbol.Y_axis_ID = yaxisid;
newSymbol.X_axis_address = t + 4;
newSymbol.Y_axis_address = t + 8 + (xaxislen * 2);
newSymbol.Length = xaxislen * yaxislen * 2;
newSymbol.Flash_start_address = t + 8 + (xaxislen * 2) + (yaxislen * 2);
if (isAxisID(zaxisid))
{
int zaxislen = (Convert.ToInt32(allBytes[t + 11 + (xaxislen * 2) + (yaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 10 + (xaxislen * 2) + (yaxislen * 2)]);
int zaxisaddress = t + 12 + (xaxislen * 2) + (yaxislen * 2);
if (isValidLength(zaxislen, zaxisid))
{
// newSymbol.Flash_start_address += 0x10; // dan altijd 16 erbij
int len2skip = (4 + zaxislen * 2);
if (len2skip < 16) len2skip = 16; // at least 16 bytes
newSymbol.Flash_start_address += len2skip;
len2Skip += (xaxislen * 2) + (yaxislen * 2) + zaxislen * 2;
if (!_dontGenMaps)
{
// this has something to do with repeating several times with the same axis set
Console.WriteLine("Added " + len2skip.ToString() + " because of z axis " + newSymbol.Flash_start_address.ToString("X8"));
// maybe there are multiple maps between the end of the map and the start of the next axis
int nextMapAddress = findNextMap(allBytes, (int)(newSymbol.Flash_start_address + newSymbol.Length), newSymbol.Length * 10);
if (nextMapAddress > 0)
{
// is it divisable by the maplength
if (((nextMapAddress - newSymbol.Flash_start_address) % newSymbol.Length) == 0)
{
int numberOfrepeats = (int)(nextMapAddress - newSymbol.Flash_start_address) / newSymbol.Length;
numberOfrepeats = zaxislen;
if (numberOfrepeats > 1)
{
MapSelector ms = new MapSelector();
ms.NumRepeats = numberOfrepeats;
ms.MapLength = newSymbol.Length;
ms.StartAddress = zaxisaddress;
ms.XAxisAddress = newSymbol.X_axis_address;
ms.YAxisAddress = newSymbol.Y_axis_address;
ms.XAxisLen = newSymbol.X_axis_length;
ms.YAxisLen = newSymbol.Y_axis_length;
ms.MapData = new int[zaxislen];
int boffset = 0;
for (int ia = 0; ia < zaxislen; ia++)
{
int axisValue = Convert.ToInt32(allBytes[zaxisaddress + boffset]) + Convert.ToInt32(allBytes[zaxisaddress + boffset + 1]) * 256;
ms.MapData.SetValue(axisValue, ia);
boffset += 2;
}
ms.MapIndexes = new int[zaxislen];
for (int ia = 0; ia < zaxislen; ia++)
{
int axisValue = Convert.ToInt32(allBytes[zaxisaddress + boffset]) + Convert.ToInt32(allBytes[zaxisaddress + boffset + 1]) * 256;
ms.MapIndexes.SetValue(axisValue, ia);
boffset += 2;
}
// numberOfrepeats--;
//int idx = 0;
for (int maprepeat = 0; maprepeat < numberOfrepeats; maprepeat++)
{
// idx ++;
SymbolHelper newGenSym = new SymbolHelper();
newGenSym.X_axis_length = newSymbol.X_axis_length;
newGenSym.Y_axis_length = newSymbol.Y_axis_length;
newGenSym.X_axis_ID = newSymbol.X_axis_ID;
newGenSym.Y_axis_ID = newSymbol.Y_axis_ID;
newGenSym.X_axis_address = newSymbol.X_axis_address;
newGenSym.Y_axis_address = newSymbol.Y_axis_address;
newGenSym.Flash_start_address = newSymbol.Flash_start_address + maprepeat * newSymbol.Length;
newGenSym.Length = newSymbol.Length;
newGenSym.Varname = "3D GEN " + newGenSym.Flash_start_address.ToString("X8") + " " + xaxisid.ToString("X4") + " " + yaxisid.ToString("X4");
newGenSym.MapSelector = ms;
// attach a mapselector to these maps
// only add it if the map is not empty
// otherwise we will cause confusion among users
if (maprepeat > 0)
{
try
{
if (ms.MapIndexes[maprepeat] > 0)
{
retval = AddToSymbolCollection(newSymbols, newGenSym, newCodeBlocks);
if (retval)
{
mapFound = true;
//GUIDO len2Skip += (xaxislen * 2) + (yaxislen * 2) + newGenSym.Length;
t += (xaxislen * 2) + (yaxislen * 2) + newGenSym.Length;
}
}
}
catch (Exception)
{
}
}
else
{
retval = AddToSymbolCollection(newSymbols, newGenSym, newCodeBlocks);
if (retval)
{
mapFound = true;
//GUIDO len2Skip += (xaxislen * 2) + (yaxislen * 2) + newGenSym.Length;
t += (xaxislen * 2) + (yaxislen * 2) + newGenSym.Length;
}
}
}
}
//Console.WriteLine("Indeed!");
// the first one will be added anyway.. add the second to the last
}
}
}
else
{
int maxisid = (Convert.ToInt32(allBytes[t + 13 + (xaxislen * 2) + (yaxislen * 2) + (zaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 12 + (xaxislen * 2) + (yaxislen * 2) + zaxislen * 2]);
int maxislen = (Convert.ToInt32(allBytes[t + 15 + (xaxislen * 2) + (yaxislen * 2) + (zaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 14 + (xaxislen * 2) + (yaxislen * 2) + zaxislen * 2]);
//maxislen *= 2;
int maxisaddress = t + 16 + (xaxislen * 2) + (yaxislen * 2);
if (isAxisID(maxisid))
{
newSymbol.Flash_start_address += (maxislen * 2) + 4;
}
// special situation, handle selectors
Console.WriteLine("Map start address = " + newSymbol.Flash_start_address.ToString("X8"));
long lastFlashAddress = newSymbol.Flash_start_address;
foreach (MapSelector ms in mapSelectors)
{
// check the memory size between the start of the map and the
// start of the map selector
long memsize = ms.StartAddress - lastFlashAddress;
memsize /= 2; // in words
int mapsize = Convert.ToInt32(memsize) / ms.NumRepeats;
if ((xaxislen * yaxislen) == mapsize)
{
//Console.WriteLine("selector: " + ms.StartAddress.ToString("X8") + " " + ms.MapLength.ToString() + " " + ms.NumRepeats.ToString());
//Console.WriteLine("memsize = " + memsize.ToString() + " mapsize " + mapsize.ToString());
//Console.WriteLine("starting at address: " + lastFlashAddress.ToString("X8"));
// first axis set
for (int i = 0; i < ms.NumRepeats; i++)
{
SymbolHelper shGen2 = new SymbolHelper();
shGen2.MapSelector = ms;
shGen2.X_axis_length = newSymbol.X_axis_length;
shGen2.Y_axis_length = newSymbol.Y_axis_length;
shGen2.X_axis_ID = newSymbol.X_axis_ID;
shGen2.Y_axis_ID = newSymbol.Y_axis_ID;
shGen2.X_axis_address = newSymbol.X_axis_address;
shGen2.Y_axis_address = newSymbol.Y_axis_address;
shGen2.Length = mapsize * 2;
//shGen2.Category = "Generated";
long address = lastFlashAddress;
shGen2.Flash_start_address = address;
//shGen2.Correction = 0.023437; // TEST
//shGen2.Varname = "Generated* " + shGen2.Flash_start_address.ToString("X8") + " " + ms.StartAddress.ToString("X8") + " " + ms.NumRepeats.ToString() + " " + i.ToString();
shGen2.Varname = "3D " + shGen2.Flash_start_address.ToString("X8") + " " + shGen2.X_axis_ID.ToString("X4") + " " + shGen2.Y_axis_ID.ToString("X4");
retval = AddToSymbolCollection(newSymbols, shGen2, newCodeBlocks);
if (retval)
{
mapFound = true;
//GUIDO len2Skip += (xaxislen * 2) + (yaxislen * 2) + shGen2.Length;
t += (xaxislen * 2) + (yaxislen * 2) + shGen2.Length;
}
lastFlashAddress = address + mapsize * 2;
// Console.WriteLine("Set last address to " + lastFlashAddress.ToString("X8"));
}
lastFlashAddress += ms.NumRepeats * 4 + 4;
}
else if ((zaxislen * maxislen) == mapsize)
{
// second axis set
for (int i = 0; i < ms.NumRepeats; i++)
{
SymbolHelper shGen2 = new SymbolHelper();
shGen2.MapSelector = ms;
shGen2.X_axis_length = maxislen;
shGen2.Y_axis_length = zaxislen;
shGen2.X_axis_ID = maxisid;
shGen2.Y_axis_ID = zaxisid;
shGen2.X_axis_address = maxisaddress;
shGen2.Y_axis_address = zaxisaddress;
shGen2.Length = mapsize * 2;
//shGen2.Category = "Generated";
long address = lastFlashAddress;
shGen2.Flash_start_address = address;
//shGen2.Varname = "Generated** " + shGen2.Flash_start_address.ToString("X8");
shGen2.Varname = "3D " + shGen2.Flash_start_address.ToString("X8") + " " + shGen2.X_axis_ID.ToString("X4") + " " + shGen2.Y_axis_ID.ToString("X4");
retval = AddToSymbolCollection(newSymbols, shGen2, newCodeBlocks);
if (retval)
{
mapFound = true;
//GUIDO len2Skip += (xaxislen * 2) + (yaxislen * 2) + shGen2.Length;
t += (xaxislen * 2) + (yaxislen * 2) + shGen2.Length;
}
lastFlashAddress = address + mapsize * 2;
//Console.WriteLine("Set last address 2 to " + lastFlashAddress.ToString("X8"));
}
lastFlashAddress += ms.NumRepeats * 4 + 4;
}
//if(ms.NumRepeats
}
}
}
}
newSymbol.Varname = "3D " + newSymbol.Flash_start_address.ToString("X8") + " " + xaxisid.ToString("X4") + " " + yaxisid.ToString("X4");
//GUIDO len2Skip = (xaxislen * 2) + (yaxislen * 2) + newSymbol.Length;
retval = AddToSymbolCollection(newSymbols, newSymbol, newCodeBlocks);
if (retval)
{
mapFound = true;
//GUIDO len2Skip += (xaxislen * 2) + (yaxislen * 2) + newSymbol.Length;
t += (xaxislen * 2) + (yaxislen * 2) + newSymbol.Length;
}
}
else
{
if (yaxisid > 0xC000 && yaxisid < 0xF000 && yaxislen <= 32) Console.WriteLine("Unknown map id: " + yaxisid.ToString("X4") + " len " + yaxislen.ToString("X4") + " at address " + t.ToString("X8"));
SymbolHelper newSymbol = new SymbolHelper();
newSymbol.X_axis_length = xaxislen;
newSymbol.X_axis_ID = xaxisid;
newSymbol.X_axis_address = t + 4;
newSymbol.Length = xaxislen * 2;
newSymbol.Flash_start_address = t + 4 + (xaxislen * 2);
newSymbol.Varname = "2D " + newSymbol.Flash_start_address.ToString("X8") + " " + xaxisid.ToString("X4");
newSymbol.CodeBlock = DetermineCodeBlockByByAddress(newSymbol.Flash_start_address, newCodeBlocks);
retval = AddToSymbolCollection(newSymbols, newSymbol, newCodeBlocks);
if (retval)
{
mapFound = true;
//GUIDO len2Skip += (xaxislen * 2);
t += (xaxislen * 2);
}
// 2d map
}
}
}
}
return mapFound;
}
private void VerifyCodeBlocks(byte[] allBytes, SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks)
{
//000001=automatic,000002=manual,000003=4wd ????
Tools.Instance.m_codeBlock5ID = 0;
Tools.Instance.m_codeBlock6ID = 0;
Tools.Instance.m_codeBlock7ID = 0;
bool found = true;
int offset = 0;
int defaultCodeBlockLength = 0x10000;
int currentCodeBlockLength = 0;
int prevCodeBlockStart = 0;
while (found)
{
int CodeBlockAddress = Tools.Instance.findSequence(allBytes, offset, new byte[11] { 0xC1, 0x02, 0x00, 0x68, 0x00, 0x25, 0x03, 0x00, 0x00, 0x10, 0x27 }, new byte[11] { 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 });
if (CodeBlockAddress > 0)
{
CodeBlock newcodeblock = new CodeBlock();
newcodeblock.StartAddress = CodeBlockAddress - 1;
if (prevCodeBlockStart == 0) prevCodeBlockStart = newcodeblock.StartAddress;
else if (currentCodeBlockLength == 0)
{
currentCodeBlockLength = newcodeblock.StartAddress - prevCodeBlockStart;
if (currentCodeBlockLength > 0x10000) currentCodeBlockLength = 0x10000;
}
// find the next occurence of the checksum
newCodeBlocks.Add(newcodeblock);
offset = CodeBlockAddress + 1;
}
else found = false;
}
foreach (CodeBlock cb in newCodeBlocks)
{
if (currentCodeBlockLength != 0) cb.EndAddress = cb.StartAddress + currentCodeBlockLength - 1;
else cb.EndAddress = cb.StartAddress + defaultCodeBlockLength - 1;
}
foreach (CodeBlock cb in newCodeBlocks)
{
int autoSequenceIndex = Tools.Instance.findSequence(allBytes, cb.StartAddress, new byte[7] { 0x45, 0x44, 0x43, 0x20, 0x20, 0x41, 0x47 }, new byte[7] { 1, 1, 1, 1, 1, 1, 1 });
int manualSequenceIndex = Tools.Instance.findSequence(allBytes, cb.StartAddress, new byte[7] { 0x45, 0x44, 0x43, 0x20, 0x20, 0x53, 0x47 }, new byte[7] { 1, 1, 1, 1, 1, 1, 1 });
if (autoSequenceIndex < cb.EndAddress && autoSequenceIndex >= cb.StartAddress) cb.BlockGearboxType = GearboxType.Automatic;
if (manualSequenceIndex < cb.EndAddress && manualSequenceIndex >= cb.StartAddress) cb.BlockGearboxType = GearboxType.Manual;
}
if (Tools.Instance.m_currentfilelength >= 0x80000)
{
Tools.Instance.m_codeBlock5ID = CheckCodeBlock(0x50000, allBytes, newSymbols, newCodeBlocks); //manual specific
Tools.Instance.m_codeBlock6ID = CheckCodeBlock(0x60000, allBytes, newSymbols, newCodeBlocks); //automatic specific
Tools.Instance.m_codeBlock7ID = CheckCodeBlock(0x70000, allBytes, newSymbols, newCodeBlocks); //quattro specific
}
}
private void RemoveNonSymbols(SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks)
{
if (newCodeBlocks.Count > 0)
{
foreach (SymbolHelper sh in newSymbols)
{
if (sh.CodeBlock == 0 && (sh.Varname.StartsWith("2D") || sh.Varname.StartsWith("3D")))
{
sh.Subcategory = "Zero codeblock stuff";
}
}
}
}
public override SymbolCollection parseFile(string filename, out List<CodeBlock> newCodeBlocks, out List<AxisHelper> newAxisHelpers)
{
newCodeBlocks = new List<CodeBlock>();
SymbolCollection newSymbols = new SymbolCollection();
newAxisHelpers = new List<AxisHelper>();
byte[] allBytes = File.ReadAllBytes(filename);
string boschnumber = ExtractBoschPartnumber(allBytes);
string softwareNumber = ExtractSoftwareNumber(allBytes);
string additionalInfo = ExtractInfo(allBytes);
string partnumber = ExtractPartnumber(allBytes);
partNumberConverter pnc = new partNumberConverter();
ECUInfo info = pnc.ConvertPartnumber(boschnumber, allBytes.Length);
// check if V6 2.5 TDI/R4 1.9 TDI/R3 1.4 TDi
int nrCylinders = pnc.GetNumberOfCylinders(info.EngineType, additionalInfo);
// we can detect maps depending on ECUType/EngineType/nrCylinders/Filesize etc
VerifyCodeBlocks(allBytes, newSymbols, newCodeBlocks);
for (int t = 0; t < allBytes.Length - 1; t += 2)
{
int len2skip = 0;
if (CheckMap(t, allBytes, newSymbols, newCodeBlocks, out len2skip))
{
if (len2skip > 2) len2skip -= 2; // make sure we don't miss maps
if ((len2skip % 2) > 0) len2skip -= 1;
if (len2skip < 0) len2skip = 0;
// t += len2skip;
// Console.WriteLine("map detected: " + t.ToString("X8"));
}
}
newSymbols.SortColumn = "Flash_start_address";
newSymbols.SortingOrder = GenericComparer.SortOrder.Ascending;
newSymbols.Sort();
NameKnownMaps(allBytes, newSymbols, newCodeBlocks);
BuildAxisIDList(newSymbols, newAxisHelpers);
MatchAxis(newSymbols, newAxisHelpers);
FindSVBL(allBytes, filename, newSymbols, newCodeBlocks);
SymbolTranslator strans = new SymbolTranslator();
foreach (SymbolHelper sh in newSymbols)
{
sh.Description = strans.TranslateSymbolToHelpText(sh.Varname);
}
// check for must have maps... if there are maps missing, report it
return newSymbols;
}
public override void NameKnownMaps(byte[] allBytes, SymbolCollection newSymbols, List <CodeBlock> newCodeBlocks)
{
SymbolAxesTranslator st = new SymbolAxesTranslator();
foreach (SymbolHelper sh in newSymbols)
{
if (Tools.Instance.m_carMake == CarMakes.BMW)
{
//Console.WriteLine("Flash startadress: " + sh.Flash_start_address);
// Look in X-axis for RPM
int maxX = 0;
int minX = 0;
int maxY = 0;
int minY = 0;
if (sh.Is1D)
{
maxX = (sh.Currentdata[2 + sh.X_axis_length * 2 - 2]) * 256 +
(sh.Currentdata[2 + sh.X_axis_length * 2 - 1]);
minX = maxX;/* (sh.Currentdata[2]) * 256 + (sh.Currentdata[3]); */
}
else
{
maxX = (sh.Currentdata[4 + sh.X_axis_length * 2 - 2]) * 256 +
(sh.Currentdata[4 + sh.X_axis_length * 2 - 1]);
minX = (sh.Currentdata[4]) * 256 + (sh.Currentdata[5]);
}
//Console.WriteLine("" + sh.Flash_start_address + sh.Y_axis_offset);
// Check max value in Y for 9200 -> RPM
if (sh.Is1D)
{
maxY = (sh.Currentdata[2 + sh.X_axis_length * 2 + sh.Y_axis_length * 2 - 2]) * 256 +
(sh.Currentdata[2 + sh.X_axis_length * 2 + sh.Y_axis_length * 2 - 1]);
minY = (sh.Currentdata[2 + sh.X_axis_length * 2]) * 256 +
(sh.Currentdata[2 + sh.X_axis_length * 2 + 1]);
}
else
{
maxY = (sh.Currentdata[4 + sh.X_axis_length * 2 + sh.Y_axis_length * 2 - 2]) * 256 +
(sh.Currentdata[4 + sh.X_axis_length * 2 + sh.Y_axis_length * 2 - 1]);
minY = (sh.Currentdata[4 + sh.X_axis_length * 2]) * 256 +
(sh.Currentdata[4 + sh.X_axis_length * 2 + 1]);
}
//Console.WriteLine("MinX=" + minX + ", maxX=" + maxX);
//Console.WriteLine("MinY=" + minY + ", maxY=" + maxY);
/*
* if((maxX == 10000 && minX == 1400) || // 750->5000rpm
* (maxX == 10000 && minX == 1000) || // 500->5000rpm
* (maxX == 9200)) { // ->4600rpm
* //sh.Category = "Partly detected maps";
* //sh.Subcategory = "RPM";
* sh.Y_axis_correction = 0.5;
* sh.YaxisUnits = "rpm";
* sh.Y_axis_descr = "rpm";
* }
*/
// Temp-related X-axis
if ((minX >= 1731 && maxX <= 3931) &&
((minX - 31) % 50 == 0 ||
(maxX - 31) % 50 == 0
))
{
sh.X_axis_correction = 0.1;
sh.X_axis_offset = -273.1;
//sh.Correction = 0.1;
sh.Category = "Partly detected maps - temp";
sh.X_axis_descr = "Temperature";
sh.XaxisUnits = "C";
}
if ((sh.X_axis_length == 16 || sh.X_axis_length == 17) && sh.Y_axis_length == 40)
{
//Injection time
sh.Category = "Detected maps";
sh.Subcategory = "Injection timing";
sh.Varname = "Injection time [" + sh.Flash_start_address.ToString("X8") + "]";
sh.X_axis_correction = 0.01;
sh.XaxisUnits = "mm3/inj";
sh.X_axis_descr = "mm3/inj";
sh.Z_axis_descr = "time";
sh.Correction = 0.4;
sh.Y_axis_correction = 0.1;
sh.YaxisUnits = "bar";
sh.Y_axis_descr = "bar";
}
if (sh.X_axis_length == 16 && sh.Y_axis_length == 16 && (maxY == 7000 || maxY == 7500) && minY == 0)
{
// Todo! Check steps in X and/or Y to further isolate maps!
// Injection timing
sh.Category = "Detected maps";
sh.Subcategory = "Injection timing";
sh.Varname = "Injection timing map [" + sh.Flash_start_address.ToString("X8") + "]";
sh.X_axis_correction = 0.01;
sh.XaxisUnits = "mm3/cyc";
sh.X_axis_descr = "mm3/cyc";
sh.Z_axis_descr = "Injection timing";
sh.Correction = 0.021969;
}
if ((sh.X_axis_length == 14 && sh.Y_axis_length == 8))
{ //|| // 14x8
//(sh.X_axis_length == 8 && sh.Y_axis_length == 1 ) ) { // 8x1(0) torquelimiter
sh.Category = "Detected maps";
sh.Subcategory = "Torque";
sh.Varname = "Pedal request map [" + sh.Flash_start_address.ToString("X8") + "]";
sh.X_axis_correction = 0.01220703125;
sh.X_axis_descr = "Percent";
sh.Y_axis_correction = 0.5;
sh.Y_axis_descr = "RPM";
sh.Z_axis_descr = "Torque (Nm)";
sh.XaxisUnits = "%";
sh.Correction = 0.1;
}
if (sh.X_axis_length == 8 && sh.Y_axis_length == 10 &&
(maxY % 2 == 1 || minY % 2 == 1))
{ // 8x10 and odd data
sh.Category = "Detected maps";
sh.Subcategory = "Torque";
sh.Varname = "Torque limit given temp [" + sh.Flash_start_address.ToString("X8") + "]";
sh.Y_axis_correction = 0.5;
sh.Y_axis_descr = "RPM";
sh.X_axis_correction = 0.1;
sh.X_axis_offset = -273.1;
sh.Correction = 0.1;
sh.X_axis_descr = "Temperature";
sh.Z_axis_descr = "Torque (Nm)";
sh.XaxisUnits = "C";
}
if (sh.X_axis_length == 21 && sh.Y_axis_length == 3)
{ // 21x3, only one exist in BMW-files
sh.Category = "Detected maps";
sh.Subcategory = "Torque";
sh.Varname = "Torque limit for speed [" + sh.Flash_start_address.ToString("X8") + "]";
sh.Y_axis_correction = 0.5;
sh.Y_axis_descr = "RPM";
sh.X_axis_correction = 1;
sh.Correction = 0.1;
sh.X_axis_descr = "#";
sh.Z_axis_descr = "Torque (Nm)";
sh.XaxisUnits = "#";
}
/* // These addresses are only valid for one specific boschnumber.... Needs to be more general
* if(sh.Flash_start_address == 0x75200 ||
* sh.Flash_start_address == 0x75444 ||
* sh.Flash_start_address == 0x75688) {
* sh.Varname = "Fuel quantity injected [" + sh.Flash_start_address.ToString("X8") + "]";
* sh.Category = "Detected maps";
* sh.Subcategory = "Injected Fuel";
* sh.Y_axis_correction = 0.5;
* sh.YaxisUnits = "RPM";
* sh.Y_axis_descr = "rpm";
* sh.X_axis_correction = 0.1;
* sh.XaxisUnits = "Nm";
* sh.X_axis_descr = "Nm";
* sh.Z_axis_descr = "Fuel injected quantity f(RPM,Trq)";
* sh.Correction = 0.01;
* }
*
* if(sh.Flash_start_address == 0x52036) {
* sh.Varname = "Gas quantity recirculation [" + sh.Flash_start_address.ToString("X8") + "]";
* sh.Category = "Detected maps";
* sh.Subcategory = "Air control";
*
* sh.Y_axis_correction = 0.5;
* sh.YaxisUnits = "RPM";
* sh.Y_axis_descr = "rpm";
*
* sh.X_axis_correction = 0.01;
* sh.XaxisUnits = "mm3/hub";
* sh.X_axis_descr = "mm3";
* sh.Z_axis_descr = "Gas quantity";
*
* sh.Correction = 0.1;
* }
* if(sh.Flash_start_address == 0x6EFE4) {
* sh.Varname = "Limiter of turbo f(APS)[" + sh.Flash_start_address.ToString("X8") + "]";
* sh.Category = "Detected maps";
* sh.Subcategory = "Turbo";
*
* sh.Y_axis_correction = 0.5;
* sh.YaxisUnits = "RPM";
* sh.Y_axis_descr = "rpm";
*
* sh.X_axis_correction = 1;
* sh.XaxisUnits = "hPa";
* sh.X_axis_descr = "hPa";
* sh.Z_axis_descr = "Pressure";
*
* sh.Correction = 1;
* }
*/
}
}
}
private void BuildAxisIDList(SymbolCollection newSymbols, List<AxisHelper> newAxisHelpers)
{
foreach (SymbolHelper sh in newSymbols)
{
if (!sh.Varname.StartsWith("2D") && !sh.Varname.StartsWith("3D"))
{
AddToAxisCollection(newAxisHelpers, sh.Y_axis_ID, sh.X_axis_descr, sh.XaxisUnits, sh.X_axis_correction, sh.X_axis_offset);
AddToAxisCollection(newAxisHelpers, sh.X_axis_ID, sh.Y_axis_descr, sh.YaxisUnits, sh.Y_axis_correction, sh.Y_axis_offset);
}
}
}
private bool TuneTorqueLimiter(string filename, SymbolCollection symbols, int peakTorque, int peakHP, bool autoUpdateChecksum)
{
bool retval = true;
//Increase driverwish to peakIQ if it is not already (only the rightmost 2 columns)
int tlAddress = (int)Tools.Instance.GetSymbolAddressLike(Tools.Instance.m_symbols, "Torque limiter");
if (tlAddress > 0)
{
foreach (SymbolHelper sh in Tools.Instance.m_symbols)
{
if (sh.Flash_start_address == tlAddress)
{
byte[] tldata = Tools.Instance.readdatafromfile(filename, tlAddress, sh.Length, EDCFileType.EDC15P);
// Console.WriteLine(sh.Varname + " " + sh.Y_axis_length.ToString() + " " + sh.X_axis_length.ToString());
int[] rpms = Tools.Instance.readdatafromfileasint(filename, sh.Y_axis_address, sh.Y_axis_length, EDCFileType.EDC15P);
for (int rows = 0; rows < sh.X_axis_length; rows++)
{
for (int cols = 0; cols < sh.Y_axis_length; cols++)
{
// whats the rpm?
int rpm = rpms[cols];
int targetTorque = peakTorque;
int targetPower = Tools.Instance.TorqueToPower(targetTorque, rpm);
if (targetPower > peakHP) targetTorque = Tools.Instance.PowerToTorque(peakHP, rpm);
int targetIQ = Tools.Instance.TorqueToIQ(targetTorque, rpm, 4);
int maxIQ = targetIQ;
if (rpm < 550) maxIQ = 0;
if (rpm > 5000) maxIQ = 0;
if (cols == 0) maxIQ = 0;
if (cols == sh.Y_axis_length - 1) maxIQ = 0;
if (rpm >= 550 && rpm < 1000) maxIQ = 30;
if (rpm >= 1000 && rpm < 1250) maxIQ = 45;
if (rpm >= 1250 && rpm < 1500) maxIQ = 55;
if (rpm >= 1500 && rpm < 1750) maxIQ = 60;
if (rpm >= 1750 && rpm < 1900) maxIQ = 65;
if (targetIQ > maxIQ) targetIQ = maxIQ;
//Console.WriteLine("Calculate for rpm: " + rpm.ToString() + " targetT: " + targetTorque.ToString() + " targetP: " + targetPower.ToString() + " targetIQ: " + targetIQ.ToString());
targetIQ *= 100;
byte b1 = (byte)((targetIQ & 0x00FF00) / 256);
byte b2 = (byte)(targetIQ & 0x0000FF);
tldata[rows * sh.Y_axis_length * 2 + cols * 2] = b1;
tldata[rows * sh.Y_axis_length * 2 + (cols * 2) + 1] = b2;
}
}
SaveAndSyncData(tldata.Length, (int)sh.Flash_start_address, tldata, filename, true, "Tuned torque limiter", autoUpdateChecksum);
}
}
}
else retval = false;
return retval;
}
// we need to check AHEAD for selector maps
// if these are present we may be facing a complex map structure
// which we need to handle in a special way (selectors always have data like 00 01 00 02 00 03 00 04 etc)
private bool CheckMap(int t, byte[] allBytes, SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks, out int len2Skip)
{
len2Skip = 0;
bool retval = false;
bool mapFound = false;
bool _dontGenMaps = false;
List<MapSelector> mapSelectors = new List<MapSelector>();
if (t < allBytes.Length - 0x100)
{
if (CheckAxisCount(t, allBytes, out mapSelectors) > 3)
{
// check for selectors as well, and count them in the process
Console.WriteLine("Offset " + t.ToString("X8") + " has more than 3 consecutive axis");
/*foreach (MapSelector ms in mapSelectors)
{
Console.WriteLine("selector: " + ms.StartAddress.ToString("X8") + " " + ms.MapLength.ToString() + " " + ms.NumRepeats.ToString());
}*/
_dontGenMaps = true;
}
int xaxisid = (Convert.ToInt32(allBytes[t + 1]) * 256) + Convert.ToInt32(allBytes[t]);
if (isAxisID(xaxisid))
{
int xaxislen = (Convert.ToInt32(allBytes[t + 3]) * 256) + Convert.ToInt32(allBytes[t + 2]);
// Console.WriteLine("Valid XID: " + xaxisid.ToString("X4") + " @" + t.ToString("X8") + " len: " + xaxislen.ToString("X2"));
if (isValidLength(xaxislen, xaxisid))
{
//Console.WriteLine("Valid XID: " + xaxisid.ToString("X4") + " @" + t.ToString("X8") + " len: " + xaxislen.ToString("X2"));
// misschien is er nog een as
int yaxisid = (Convert.ToInt32(allBytes[t + 5 + (xaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 4 + (xaxislen * 2)]);
int yaxislen = (Convert.ToInt32(allBytes[t + 7 + (xaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 6 + (xaxislen * 2)]);
if (isAxisID(yaxisid) && isValidLength(yaxislen, yaxisid))
{
// 3d map
int zaxisid = (Convert.ToInt32(allBytes[t + 9 + (xaxislen * 2) + (yaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 8 + (xaxislen * 2) + (yaxislen * 2)]);
//Console.WriteLine("Valid YID: " + yaxisid.ToString("X4") + " @" + t.ToString("X8") + " len: " + yaxislen.ToString("X2"));
//Console.WriteLine(t.ToString("X8") + " XID: " + xaxisid.ToString("X4") + " XLEN: " + xaxislen.ToString("X2") + " YID: " + yaxisid.ToString("X4") + " YLEN: " + yaxislen.ToString("X2"));
SymbolHelper newSymbol = new SymbolHelper();
newSymbol.X_axis_length = xaxislen;
newSymbol.Y_axis_length = yaxislen;
newSymbol.X_axis_ID = xaxisid;
newSymbol.Y_axis_ID = yaxisid;
newSymbol.X_axis_address = t + 4;
newSymbol.Y_axis_address = t + 8 + (xaxislen * 2);
newSymbol.Length = xaxislen * yaxislen * 2;
newSymbol.Flash_start_address = t + 8 + (xaxislen * 2) + (yaxislen * 2);
if (isAxisID(zaxisid))
{
int zaxislen = (Convert.ToInt32(allBytes[t + 11 + (xaxislen * 2) + (yaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 10 + (xaxislen * 2) + (yaxislen * 2)]);
int zaxisaddress = t + 12 + (xaxislen * 2) + (yaxislen * 2);
if (isValidLength(zaxislen, zaxisid))
{
// newSymbol.Flash_start_address += 0x10; // dan altijd 16 erbij
int len2skip = (4 + zaxislen * 2);
if (len2skip < 16) len2skip = 16; // at least 16 bytes
newSymbol.Flash_start_address += len2skip;
if (!_dontGenMaps)
{
// this has something to do with repeating several times with the same axis set
Console.WriteLine("Added " + len2skip.ToString() + " because of z axis " + newSymbol.Flash_start_address.ToString("X8"));
}
else
{
int maxisid = (Convert.ToInt32(allBytes[t + 13 + (xaxislen * 2) + (yaxislen * 2) + (zaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 12 + (xaxislen * 2) + (yaxislen * 2) + zaxislen * 2]);
int maxislen = (Convert.ToInt32(allBytes[t + 15 + (xaxislen * 2) + (yaxislen * 2) + (zaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 14 + (xaxislen * 2) + (yaxislen * 2) + zaxislen * 2]);
//maxislen *= 2;
int maxisaddress = t + 16 + (xaxislen * 2) + (yaxislen * 2);
if (isAxisID(maxisid))
{
newSymbol.Flash_start_address += (maxislen * 2) + 4;
}
// special situation, handle selectors
Console.WriteLine("Map start address = " + newSymbol.Flash_start_address.ToString("X8"));
long lastFlashAddress = newSymbol.Flash_start_address;
foreach (MapSelector ms in mapSelectors)
{
if (ms.NumRepeats > 0)
{
// check the memory size between the start of the map and the
// start of the map selector
long memsize = ms.StartAddress - lastFlashAddress;
memsize /= 2; // in words
int mapsize = Convert.ToInt32(memsize) / ms.NumRepeats;
//Console.WriteLine("selector: " + ms.StartAddress.ToString("X8") + " " + ms.MapLength.ToString() + " " + ms.NumRepeats.ToString());
//Console.WriteLine("memsize = " + memsize.ToString() + " mapsize " + mapsize.ToString());
//Console.WriteLine("starting at address: " + lastFlashAddress.ToString("X8"));
if ((xaxislen * yaxislen) == mapsize)
{
// first axis set
for (int i = 0; i < ms.NumRepeats; i++)
{
SymbolHelper shGen2 = new SymbolHelper();
shGen2.MapSelector = ms;
shGen2.X_axis_length = newSymbol.X_axis_length;
shGen2.Y_axis_length = newSymbol.Y_axis_length;
shGen2.X_axis_ID = newSymbol.X_axis_ID;
shGen2.Y_axis_ID = newSymbol.Y_axis_ID;
shGen2.X_axis_address = newSymbol.X_axis_address;
shGen2.Y_axis_address = newSymbol.Y_axis_address;
shGen2.Length = mapsize * 2;
//shGen2.Category = "Generated";
long address = lastFlashAddress;
shGen2.Flash_start_address = address;
//shGen2.Correction = 0.023437; // TEST
//shGen2.Varname = "Generated* " + shGen2.Flash_start_address.ToString("X8") + " " + ms.StartAddress.ToString("X8") + " " + ms.NumRepeats.ToString() + " " + i.ToString();
shGen2.Varname = "3D " + shGen2.Flash_start_address.ToString("X8") + " " + shGen2.X_axis_ID.ToString("X4") + " " + shGen2.Y_axis_ID.ToString("X4");
retval = AddToSymbolCollection(newSymbols, shGen2, newCodeBlocks);
if (retval)
{
mapFound = true;
len2Skip += (xaxislen * 2) + (yaxislen * 2) + shGen2.Length;
t += (xaxislen * 2) + (yaxislen * 2) + shGen2.Length;
}
lastFlashAddress = address + mapsize * 2;
// Console.WriteLine("Set last address to " + lastFlashAddress.ToString("X8"));
}
lastFlashAddress += ms.NumRepeats * 4 + 4;
}
else if ((zaxislen * maxislen) == mapsize)
{
// second axis set
for (int i = 0; i < ms.NumRepeats; i++)
{
SymbolHelper shGen2 = new SymbolHelper();
shGen2.MapSelector = ms;
shGen2.X_axis_length = maxislen;
shGen2.Y_axis_length = zaxislen;
shGen2.X_axis_ID = maxisid;
shGen2.Y_axis_ID = zaxisid;
shGen2.X_axis_address = maxisaddress;
shGen2.Y_axis_address = zaxisaddress;
shGen2.Length = mapsize * 2;
//shGen2.Category = "Generated";
long address = lastFlashAddress;
shGen2.Flash_start_address = address;
//shGen2.Varname = "Generated** " + shGen2.Flash_start_address.ToString("X8");
shGen2.Varname = "3D " + shGen2.Flash_start_address.ToString("X8") + " " + shGen2.X_axis_ID.ToString("X4") + " " + shGen2.Y_axis_ID.ToString("X4");
retval = AddToSymbolCollection(newSymbols, shGen2, newCodeBlocks);
if (retval)
{
mapFound = true;
len2Skip += (xaxislen * 2) + (yaxislen * 2) + shGen2.Length;
t += (xaxislen * 2) + (yaxislen * 2) + shGen2.Length;
}
lastFlashAddress = address + mapsize * 2;
//Console.WriteLine("Set last address 2 to " + lastFlashAddress.ToString("X8"));
}
lastFlashAddress += ms.NumRepeats * 4 + 4;
}
}
//if(ms.NumRepeats
}
}
}
}
newSymbol.Varname = "3D " + newSymbol.Flash_start_address.ToString("X8") + " " + xaxisid.ToString("X4") + " " + yaxisid.ToString("X4");
retval = AddToSymbolCollection(newSymbols, newSymbol, newCodeBlocks);
if (retval)
{
mapFound = true;
len2Skip += (xaxislen * 2) + (yaxislen * 2) + newSymbol.Length;
t += (xaxislen * 2) + (yaxislen * 2) + newSymbol.Length;
}
}
else
{
if (yaxisid > 0xC000 && yaxisid < 0xF000 && yaxislen <= 32) Console.WriteLine("Unknown map id: " + yaxisid.ToString("X4") + " len " + yaxislen.ToString("X4") + " at address " + t.ToString("X8"));
SymbolHelper newSymbol = new SymbolHelper();
newSymbol.X_axis_length = xaxislen;
newSymbol.X_axis_ID = xaxisid;
newSymbol.X_axis_address = t + 4;
newSymbol.Length = xaxislen * 2;
newSymbol.Flash_start_address = t + 4 + (xaxislen * 2);
newSymbol.Varname = "2D " + newSymbol.Flash_start_address.ToString("X8") + " " + xaxisid.ToString("X4");
//newSymbols.Add(newSymbol);
newSymbol.CodeBlock = DetermineCodeBlockByByAddress(newSymbol.Flash_start_address, newCodeBlocks);
retval = AddToSymbolCollection(newSymbols, newSymbol, newCodeBlocks);
if (retval)
{
mapFound = true;
len2Skip += (xaxislen * 2);
t += (xaxislen * 2);
}
// 2d map
}
}
}
}
return mapFound;
}
public frmSymbolSelect(SymbolCollection symbols)
{
m_symbols = symbols;
InitializeComponent();
}
// EDC17 Little<->Bigendian compared to EDC16
private int CheckMap(int t, byte[] allBytes, SymbolCollection newSymbols, List <CodeBlock> newCodeBlocks)
{
int retval = 0;
// read LL LL
int len1 = Convert.ToInt32(allBytes[t]) * 256 + Convert.ToInt32(allBytes[t + 1]);
int len2 = Convert.ToInt32(allBytes[t + 2]) * 256 + Convert.ToInt32(allBytes[t + 3]);
if (len1 == 1 && len2 == 1)
{
return(retval);
}
// BMW uses up to 40(0x28) for one axis.
if ((len1 <= 64 && len2 <= 64) && (len1 > 0 && len2 >= 0))
{
//Console.WriteLine("---New map-- t=" + t.ToString("X"));
bool ok = true;
int startX = t + 2; // For 0D-arrays
if (len2 > 0)
{
startX += 2; // For 2D and 3D-arrays
}
for (int dX = startX; dX <= startX + len1 * 2 - 4; dX += 2)
{
int b1 = Convert.ToInt32(allBytes[dX]) * 256 + Convert.ToInt32(allBytes[dX + 1]);
int b2 = Convert.ToInt32(allBytes[dX + 2]) * 256 + Convert.ToInt32(allBytes[dX + 3]);
if (b1 >= b2)
{
ok = false;
break;
}
}
//Console.WriteLine("-----");
if (len2 > 0)
{
for (int dY = startX + len1 * 2; dY <= startX + len1 * 2 + len2 * 2 - 4; dY += 2)
{
int b1 = Convert.ToInt32(allBytes[dY]) * 256 + Convert.ToInt32(allBytes[dY + 1]);
int b2 = Convert.ToInt32(allBytes[dY + 2]) * 256 + Convert.ToInt32(allBytes[dY + 3]);
if (b1 >= b2)
{
ok = false;
break;
}
}
}
if (ok)
{
//Console.WriteLine("--------------");
//for(int i=t; i<t+len1*len2*2;i++)
// Console.Write(allBytes[t].ToString("X2"));
//Console.WriteLine("----end----");
SymbolHelper sh = new SymbolHelper();
sh.X_axis_length = len1;
if (len2 == 0)
{
sh.X_axis_address = t + 2;
sh.Y_axis_address = t + 2;
sh.Y_axis_length = 1;
sh.Flash_start_address = t + 2 + len1 * 2;
sh.Varname = "1D " + sh.Flash_start_address.ToString("X8");
sh.Is1D = true;
}
else
{
sh.X_axis_address = t + 4;
sh.Y_axis_length = len2;
sh.Y_axis_address = sh.X_axis_address + sh.X_axis_length * 2;
sh.Flash_start_address = sh.Y_axis_address + sh.Y_axis_length * 2;
if (sh.X_axis_length > 1 && sh.Y_axis_length > 1)
{
sh.Varname = "3D " + sh.Flash_start_address.ToString("X8");
sh.Is3D = true;
}
else
{
sh.Varname = "2D " + sh.Flash_start_address.ToString("X8");
sh.Is2D = true;
}
}
sh.Length = sh.X_axis_length * sh.Y_axis_length * 2;
//sh.Varname = sh.Flash_start_address.ToString("X8");
int length = (len1 + len2) * 2 + sh.Length + 4;
sh.Currentdata = new byte[length];
Array.Copy(allBytes, t, sh.Currentdata, 0, length);
AddToSymbolCollection(newSymbols, sh, newCodeBlocks);
retval = (len1 + len2) * 2 + sh.Length;
}
}
return(retval);
}
private void MatchAxis(SymbolCollection newSymbols, List<AxisHelper> newAxisHelpers)
{
foreach (SymbolHelper sh in newSymbols)
{
if (!sh.YaxisAssigned)
{
foreach (AxisHelper ah in newAxisHelpers)
{
if (sh.X_axis_ID == ah.AxisID)
{
sh.Y_axis_descr = ah.Description;
sh.YaxisUnits = ah.Units;
sh.Y_axis_offset = ah.Offset;
sh.Y_axis_correction = ah.Correction;
break;
}
}
}
if (!sh.XaxisAssigned)
{
foreach (AxisHelper ah in newAxisHelpers)
{
if (sh.Y_axis_ID == ah.AxisID)
{
sh.X_axis_descr = ah.Description;
sh.XaxisUnits = ah.Units;
sh.X_axis_offset = ah.Offset;
sh.X_axis_correction = ah.Correction;
break;
}
}
}
}
}
// we need to check AHEAD for selector maps
// if these are present we may be facing a complex map structure
// which we need to handle in a special way (selectors always have data like 00 01 00 02 00 03 00 04 etc)
private bool CheckMap(int t, byte[] allBytes, SymbolCollection newSymbols, List <CodeBlock> newCodeBlocks, out int len2Skip)
{
len2Skip = 0;
bool retval = false;
bool mapFound = false;
bool _dontGenMaps = false;
List <MapSelector> mapSelectors = new List <MapSelector>();
if (t < allBytes.Length - 0x100)
{
if (CheckAxisCount(t, allBytes, out mapSelectors) > 3)
{
// check for selectors as well, and count them in the process
Console.WriteLine("Offset " + t.ToString("X8") + " has more than 3 consecutive axis");
/*foreach (MapSelector ms in mapSelectors)
* {
* Console.WriteLine("selector: " + ms.StartAddress.ToString("X8") + " " + ms.MapLength.ToString() + " " + ms.NumRepeats.ToString());
* }*/
_dontGenMaps = true;
}
int xaxisid = (Convert.ToInt32(allBytes[t + 1]) * 256) + Convert.ToInt32(allBytes[t]);
if (isAxisID(xaxisid))
{
int xaxislen = (Convert.ToInt32(allBytes[t + 3]) * 256) + Convert.ToInt32(allBytes[t + 2]);
// Console.WriteLine("Valid XID: " + xaxisid.ToString("X4") + " @" + t.ToString("X8") + " len: " + xaxislen.ToString("X2"));
if (isValidLength(xaxislen, xaxisid))
{
//Console.WriteLine("Valid XID: " + xaxisid.ToString("X4") + " @" + t.ToString("X8") + " len: " + xaxislen.ToString("X2"));
// misschien is er nog een as
int yaxisid = (Convert.ToInt32(allBytes[t + 5 + (xaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 4 + (xaxislen * 2)]);
int yaxislen = (Convert.ToInt32(allBytes[t + 7 + (xaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 6 + (xaxislen * 2)]);
if (isAxisID(yaxisid) && isValidLength(yaxislen, yaxisid))
{
// 3d map
int zaxisid = (Convert.ToInt32(allBytes[t + 9 + (xaxislen * 2) + (yaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 8 + (xaxislen * 2) + (yaxislen * 2)]);
//Console.WriteLine("Valid YID: " + yaxisid.ToString("X4") + " @" + t.ToString("X8") + " len: " + yaxislen.ToString("X2"));
//Console.WriteLine(t.ToString("X8") + " XID: " + xaxisid.ToString("X4") + " XLEN: " + xaxislen.ToString("X2") + " YID: " + yaxisid.ToString("X4") + " YLEN: " + yaxislen.ToString("X2"));
SymbolHelper newSymbol = new SymbolHelper();
newSymbol.X_axis_length = xaxislen;
newSymbol.Y_axis_length = yaxislen;
newSymbol.X_axis_ID = xaxisid;
newSymbol.Y_axis_ID = yaxisid;
newSymbol.X_axis_address = t + 4;
newSymbol.Y_axis_address = t + 8 + (xaxislen * 2);
newSymbol.Length = xaxislen * yaxislen * 2;
newSymbol.Flash_start_address = t + 8 + (xaxislen * 2) + (yaxislen * 2);
if (isAxisID(zaxisid))
{
int zaxislen = (Convert.ToInt32(allBytes[t + 11 + (xaxislen * 2) + (yaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 10 + (xaxislen * 2) + (yaxislen * 2)]);
int zaxisaddress = t + 12 + (xaxislen * 2) + (yaxislen * 2);
if (isValidLength(zaxislen, zaxisid))
{
// newSymbol.Flash_start_address += 0x10; // dan altijd 16 erbij
int len2skip = (4 + zaxislen * 2);
if (len2skip < 16)
{
len2skip = 16; // at least 16 bytes
}
newSymbol.Flash_start_address += len2skip;
if (!_dontGenMaps)
{
// this has something to do with repeating several times with the same axis set
Console.WriteLine("Added " + len2skip.ToString() + " because of z axis " + newSymbol.Flash_start_address.ToString("X8"));
}
else
{
int maxisid = (Convert.ToInt32(allBytes[t + 13 + (xaxislen * 2) + (yaxislen * 2) + (zaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 12 + (xaxislen * 2) + (yaxislen * 2) + zaxislen * 2]);
int maxislen = (Convert.ToInt32(allBytes[t + 15 + (xaxislen * 2) + (yaxislen * 2) + (zaxislen * 2)]) * 256) + Convert.ToInt32(allBytes[t + 14 + (xaxislen * 2) + (yaxislen * 2) + zaxislen * 2]);
//maxislen *= 2;
int maxisaddress = t + 16 + (xaxislen * 2) + (yaxislen * 2);
if (isAxisID(maxisid))
{
newSymbol.Flash_start_address += (maxislen * 2) + 4;
}
// special situation, handle selectors
Console.WriteLine("Map start address = " + newSymbol.Flash_start_address.ToString("X8"));
long lastFlashAddress = newSymbol.Flash_start_address;
foreach (MapSelector ms in mapSelectors)
{
// check the memory size between the start of the map and the
// start of the map selector
long memsize = ms.StartAddress - lastFlashAddress;
memsize /= 2; // in words
if (ms.NumRepeats > 0)
{
int mapsize = Convert.ToInt32(memsize) / ms.NumRepeats;
//Console.WriteLine("selector: " + ms.StartAddress.ToString("X8") + " " + ms.MapLength.ToString() + " " + ms.NumRepeats.ToString());
//Console.WriteLine("memsize = " + memsize.ToString() + " mapsize " + mapsize.ToString());
//Console.WriteLine("starting at address: " + lastFlashAddress.ToString("X8"));
if ((xaxislen * yaxislen) == mapsize)
{
// first axis set
for (int i = 0; i < ms.NumRepeats; i++)
{
SymbolHelper shGen2 = new SymbolHelper();
shGen2.MapSelector = ms;
shGen2.X_axis_length = newSymbol.X_axis_length;
shGen2.Y_axis_length = newSymbol.Y_axis_length;
shGen2.X_axis_ID = newSymbol.X_axis_ID;
shGen2.Y_axis_ID = newSymbol.Y_axis_ID;
shGen2.X_axis_address = newSymbol.X_axis_address;
shGen2.Y_axis_address = newSymbol.Y_axis_address;
shGen2.Length = mapsize * 2;
//shGen2.Category = "Generated";
long address = lastFlashAddress;
shGen2.Flash_start_address = address;
//shGen2.Correction = 0.023437; // TEST
//shGen2.Varname = "Generated* " + shGen2.Flash_start_address.ToString("X8") + " " + ms.StartAddress.ToString("X8") + " " + ms.NumRepeats.ToString() + " " + i.ToString();
shGen2.Varname = "3D " + shGen2.Flash_start_address.ToString("X8") + " " + shGen2.X_axis_ID.ToString("X4") + " " + shGen2.Y_axis_ID.ToString("X4");
retval = AddToSymbolCollection(newSymbols, shGen2, newCodeBlocks);
if (retval)
{
mapFound = true;
len2Skip += (xaxislen * 2) + (yaxislen * 2) + shGen2.Length;
t += (xaxislen * 2) + (yaxislen * 2) + shGen2.Length;
}
lastFlashAddress = address + mapsize * 2;
// Console.WriteLine("Set last address to " + lastFlashAddress.ToString("X8"));
}
lastFlashAddress += ms.NumRepeats * 4 + 4;
}
else if ((zaxislen * maxislen) == mapsize)
{
// second axis set
for (int i = 0; i < ms.NumRepeats; i++)
{
SymbolHelper shGen2 = new SymbolHelper();
shGen2.MapSelector = ms;
shGen2.X_axis_length = maxislen;
shGen2.Y_axis_length = zaxislen;
shGen2.X_axis_ID = maxisid;
shGen2.Y_axis_ID = zaxisid;
shGen2.X_axis_address = maxisaddress;
shGen2.Y_axis_address = zaxisaddress;
shGen2.Length = mapsize * 2;
//shGen2.Category = "Generated";
long address = lastFlashAddress;
shGen2.Flash_start_address = address;
//shGen2.Varname = "Generated** " + shGen2.Flash_start_address.ToString("X8");
shGen2.Varname = "3D " + shGen2.Flash_start_address.ToString("X8") + " " + shGen2.X_axis_ID.ToString("X4") + " " + shGen2.Y_axis_ID.ToString("X4");
retval = AddToSymbolCollection(newSymbols, shGen2, newCodeBlocks);
if (retval)
{
mapFound = true;
len2Skip += (xaxislen * 2) + (yaxislen * 2) + shGen2.Length;
t += (xaxislen * 2) + (yaxislen * 2) + shGen2.Length;
}
lastFlashAddress = address + mapsize * 2;
//Console.WriteLine("Set last address 2 to " + lastFlashAddress.ToString("X8"));
}
lastFlashAddress += ms.NumRepeats * 4 + 4;
}
}
//if(ms.NumRepeats
}
}
}
}
newSymbol.Varname = "3D " + newSymbol.Flash_start_address.ToString("X8") + " " + xaxisid.ToString("X4") + " " + yaxisid.ToString("X4");
retval = AddToSymbolCollection(newSymbols, newSymbol, newCodeBlocks);
if (retval)
{
mapFound = true;
len2Skip += (xaxislen * 2) + (yaxislen * 2) + newSymbol.Length;
t += (xaxislen * 2) + (yaxislen * 2) + newSymbol.Length;
}
}
else
{
if (yaxisid > 0xC000 && yaxisid < 0xF000 && yaxislen <= 32)
{
Console.WriteLine("Unknown map id: " + yaxisid.ToString("X4") + " len " + yaxislen.ToString("X4") + " at address " + t.ToString("X8"));
}
SymbolHelper newSymbol = new SymbolHelper();
newSymbol.X_axis_length = xaxislen;
newSymbol.X_axis_ID = xaxisid;
newSymbol.X_axis_address = t + 4;
newSymbol.Length = xaxislen * 2;
newSymbol.Flash_start_address = t + 4 + (xaxislen * 2);
newSymbol.Varname = "2D " + newSymbol.Flash_start_address.ToString("X8") + " " + xaxisid.ToString("X4");
//newSymbols.Add(newSymbol);
newSymbol.CodeBlock = DetermineCodeBlockByByAddress(newSymbol.Flash_start_address, newCodeBlocks);
retval = AddToSymbolCollection(newSymbols, newSymbol, newCodeBlocks);
if (retval)
{
mapFound = true;
len2Skip += (xaxislen * 2);
t += (xaxislen * 2);
}
// 2d map
}
}
}
}
return(retval);
}
public override void NameKnownMaps(byte[] allBytes, SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks)
{
SymbolAxesTranslator st = new SymbolAxesTranslator();
foreach (SymbolHelper sh in newSymbols)
{
//sh.X_axis_descr = st.TranslateAxisID(sh.X_axis_ID);
//sh.Y_axis_descr = st.TranslateAxisID(sh.Y_axis_ID);
if (sh.Length == 544)
{
if (sh.X_axis_length == 16 && sh.Y_axis_length == 17)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC2)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
sh.Varname = "N146 Pump voltage map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
//sh.Correction = 0.001221001; // ?1.221001
//Todo: N146 correction factor EDC15C
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Pump voltage (V)";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
}
else if (sh.Length == 468)
{
if (sh.X_axis_length == 13 && sh.Y_axis_length == 18)
{
if (sh.X_axis_ID / 256 == 0xDC && sh.Y_axis_ID / 256 == 0xC0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Inverse driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Throttle position";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
//sh.Z_axis_descr = "Requested IQ (mg)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
}
else if (sh.Length == 416)
{
if (sh.X_axis_length == 0x10 && sh.Y_axis_length == 0x0d)
{
if (sh.X_axis_ID / 256 == 0xF9 && sh.Y_axis_ID / 256 == 0xDB)
{
// this is IQ by MAF limiter!
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Smoke limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "Airflow mg/stroke";
sh.Correction = 0.01;
sh.X_axis_correction = 0.1;
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xF9 && sh.Y_axis_ID / 256 == 0xDA)
{
// this is IQ by MAF limiter!
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Smoke limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "Airflow mg/stroke";
sh.Correction = 0.01;
sh.X_axis_correction = 0.1;
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xDC && sh.Y_axis_ID / 256 == 0xDA)
{
// this is IQ by MAF limiter!
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Smoke limiter II [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "Airflow mg/stroke";
sh.Correction = 0.01;
sh.X_axis_correction = 0.1;
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xDD && sh.Y_axis_ID / 256 == 0xDA)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
sh.Varname = "N75 duty cycle [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Duty cycle %";
sh.Correction = -0.01;
sh.Offset = 100;
//sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID == 0xE08A && sh.Y_axis_ID == 0xDDD8)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
sh.Varname = "N75 duty cycle [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Duty cycle %";
sh.Correction = -0.01;
sh.Offset = 100;
//sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xDC && sh.Y_axis_ID / 256 == 0xEA)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
sh.Varname = "N75 duty cycle [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Duty cycle %";
sh.Correction = -0.01;
sh.Offset = 100;
//sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xDE)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Start of injection (N108 SOI)", sh.CodeBlock, newSymbols, false);
sh.Varname = "Start of injection (N108 SOI) " + injDurCount.ToString() + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.X_axis_correction = 0.01; // TODODONE : Check for x or y
sh.XaxisUnits = "mg/st";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Correction = 0.023437;
//sh.Offset = 78;
sh.Z_axis_descr = "Start position (degrees BTDC)";
}
}
}
if (sh.Length == 384)
{
if (sh.X_axis_ID / 256 == 0xDD && sh.Y_axis_ID / 256 == 0xC0)
{
// inv driver wish
if (sh.X_axis_length == 12 && sh.Y_axis_length == 16)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Inverse driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Throttle position";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
//sh.Z_axis_descr = "Requested IQ (mg)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC1)
{
// inv driver wish
if (sh.X_axis_length == 12 && sh.Y_axis_length == 16)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Inverse driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Throttle position";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
//sh.Z_axis_descr = "Requested IQ (mg)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xDC)
{
// smoke limiter
if (sh.X_axis_length == 16 && sh.Y_axis_length == 12)
{
int smCount = GetMapNameCountForCodeBlock("Smoke limiter", sh.CodeBlock, newSymbols, false);
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Smoke limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "Airflow mg/stroke";
sh.Correction = 0.01;
sh.X_axis_correction = 0.1;
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
}
if (sh.Length == 320) // 16*10
{
if (sh.X_axis_ID / 256 == 0xDD && sh.Y_axis_ID / 256 == 0xC0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
int tbCount = GetMapNameCountForCodeBlock("Boost target map", sh.CodeBlock, newSymbols, false);
sh.Varname = "Boost target map (" + tbCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
//Console.WriteLine("***** " + sh.Varname + " " + sh.Flash_start_address.ToString("X8"));
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Z_axis_descr = "Boost target (mbar)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xDC && sh.Y_axis_ID == 0xC0BA)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
else if (sh.X_axis_ID / 256 == 0xDC && sh.Y_axis_ID == 0xC036)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
int tbCount = GetMapNameCountForCodeBlock("Boost target map", sh.CodeBlock, newSymbols, false);
sh.Varname = "Boost target map (" + tbCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Z_axis_descr = "Boost target (mbar)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC3)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
int tbCount = GetMapNameCountForCodeBlock("Boost target map", sh.CodeBlock, newSymbols, false);
sh.Varname = "Boost target map (" + tbCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Z_axis_descr = "Boost target (mbar)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
if (sh.Length == 312)
{
if (sh.X_axis_length == 13 && sh.Y_axis_length == 12)
{
if (sh.X_axis_ID / 256 == 0xDC && sh.Y_axis_ID / 256 == 0xD7)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Start of injection (N108 SOI)", sh.CodeBlock, newSymbols, false);
sh.Varname = "Start of injection (N108 SOI) " + injDurCount.ToString() + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = 0.023437;
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.X_axis_correction = 0.01; // TODODONE : Check for x or y
sh.XaxisUnits = "mg/st";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Z_axis_descr = "Start position (degrees BTDC)";
}
}
}
else if (sh.Length == 256) // 8*16
{
/*if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC1)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}*/
if (sh.X_axis_ID / 256 == 0xDD && sh.Y_axis_ID / 256 == 0xC0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
}
else if (sh.Length == 200)
{
if (sh.X_axis_ID / 256 == 0xC0 && sh.Y_axis_ID / 256 == 0xDD)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Boost limit map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
// sh.Correction = 0.01;
//sh.X_axis_correction = 0.01;
sh.Y_axis_descr = "Atmospheric pressure (mbar)";
sh.Z_axis_descr = "Maximum boost pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
else if (sh.X_axis_ID / 256 == 0xC0 && sh.Y_axis_ID / 256 == 0xDC)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Boost limit map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
// sh.Correction = 0.01;
//sh.X_axis_correction = 0.01;
sh.Y_axis_descr = "Atmospheric pressure (mbar)";
sh.Z_axis_descr = "Maximum boost pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
else if (sh.X_axis_ID == 0xC2BE && sh.Y_axis_ID == 0xE08A)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Boost limit map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
// sh.Correction = 0.01;
//sh.X_axis_correction = 0.01;
sh.Y_axis_descr = "Atmospheric pressure (mbar)";
sh.Z_axis_descr = "Maximum boost pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
}
else if (sh.Length == 192) // 8*12
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC1)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
}
else if (sh.Length == 182) // 7*13
{
if (sh.X_axis_ID / 256 == 0xDC && sh.Y_axis_ID / 256 == 0xC0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
}
else if (sh.Length == 150)
{
if (sh.X_axis_length == 3 && sh.Y_axis_length == 25)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Torque limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Atm. pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.Correction = 0.01;
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
}
else if (sh.Length == 114)
{
if (sh.X_axis_length == 3 && sh.Y_axis_length == 19)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Torque limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Atm. pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.Correction = 0.01;
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
}
}
}
private void VerifyCodeBlocks(byte[] allBytes, SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks)
{
//000001=automatic,000002=manual,000003=4wd ????
Tools.Instance.m_codeBlock5ID = 0;
Tools.Instance.m_codeBlock6ID = 0;
Tools.Instance.m_codeBlock7ID = 0;
bool found = true;
int offset = 0;
int defaultCodeBlockLength = 0x10000;
int currentCodeBlockLength = 0;
int prevCodeBlockStart = 0;
while (found)
{
int CodeBlockAddress = Tools.Instance.findSequence(allBytes, offset, new byte[16] { 0x14, 0x00, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF }, new byte[16] { 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 });
if (CodeBlockAddress > 0)
{
CodeBlock newcodeblock = new CodeBlock();
newcodeblock.StartAddress = CodeBlockAddress +128;
if (prevCodeBlockStart == 0) prevCodeBlockStart = newcodeblock.StartAddress;
else if (currentCodeBlockLength == 0)
{
currentCodeBlockLength = newcodeblock.StartAddress - prevCodeBlockStart;
if (currentCodeBlockLength > 0x10000) currentCodeBlockLength = 0x10000;
}
// find the next occurence of the checksum
newCodeBlocks.Add(newcodeblock);
offset = CodeBlockAddress + 128;
}
else found = false;
}
foreach (CodeBlock cb in newCodeBlocks)
{
if (currentCodeBlockLength != 0) cb.EndAddress = cb.StartAddress + currentCodeBlockLength - 1;
else cb.EndAddress = cb.StartAddress + defaultCodeBlockLength - 1;
}
foreach (CodeBlock cb in newCodeBlocks)
{
CheckCodeBlock(cb.StartAddress, allBytes, newSymbols, newCodeBlocks);
}
}
private bool AddToSymbolCollection(SymbolCollection newSymbols, SymbolHelper newSymbol, List<CodeBlock> newCodeBlocks)
{
if (newSymbol.Length >= 800) return false;
foreach (SymbolHelper sh in newSymbols)
{
if (sh.Flash_start_address == newSymbol.Flash_start_address)
{
// Console.WriteLine("Already in collection: " + sh.Flash_start_address.ToString("X8"));
return false;
}
}
newSymbols.Add(newSymbol);
newSymbol.CodeBlock = DetermineCodeBlockByByAddress(newSymbol.Flash_start_address, newCodeBlocks);
return true;
}
public override SymbolCollection parseFile(string filename, out List<CodeBlock> newCodeBlocks, out List<AxisHelper> newAxisHelpers)
{
newCodeBlocks = new List<CodeBlock>();
SymbolCollection newSymbols = new SymbolCollection();
newAxisHelpers = new List<AxisHelper>();
byte[] allBytes = File.ReadAllBytes(filename);
string boschnumber = ExtractBoschPartnumber(allBytes);
string softwareNumber = ExtractSoftwareNumber(allBytes);
partNumberConverter pnc = new partNumberConverter();
VerifyCodeBlocks(allBytes, newSymbols, newCodeBlocks);
for (int t = 0; t < allBytes.Length - 1; t++)
{
CheckMap(t, allBytes, newSymbols, newCodeBlocks);
}
newSymbols.SortColumn = "Flash_start_address";
newSymbols.SortingOrder = GenericComparer.SortOrder.Ascending;
newSymbols.Sort();
NameKnownMaps(allBytes, newSymbols, newCodeBlocks);
FindSVBL(allBytes, filename, newSymbols, newCodeBlocks);
FindMAPMAFSwitch(allBytes, filename, newSymbols, newCodeBlocks);
SymbolTranslator strans = new SymbolTranslator();
foreach (SymbolHelper sh in newSymbols)
{
sh.Description = strans.TranslateSymbolToHelpText(sh.Varname);
}
// check for must have maps... if there are maps missing, report it
return newSymbols;
}
private int CheckCodeBlock(int offset, byte[] allBytes, SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks)
{
int codeBlockID = 0;
try
{
int endOfTable = Convert.ToInt32(allBytes[offset + 0x01000]) + Convert.ToInt32(allBytes[offset + 0x01001]) * 256 + offset;
int codeBlockAddress = Convert.ToInt32(allBytes[offset + 0x01002]) + Convert.ToInt32(allBytes[offset + 0x01003]) * 256 + offset;
if (endOfTable == offset + 0xC3C3) return 0;
codeBlockID = Convert.ToInt32(allBytes[codeBlockAddress]) + Convert.ToInt32(allBytes[codeBlockAddress + 1]) * 256;
foreach (CodeBlock cb in newCodeBlocks)
{
if (cb.StartAddress <= codeBlockAddress && cb.EndAddress >= codeBlockAddress)
{
cb.CodeID = codeBlockID;
cb.AddressID = codeBlockAddress;
}
}
}
catch (Exception)
{
}
return codeBlockID;
}
public override void NameKnownMaps(byte[] allBytes, SymbolCollection newSymbols, List <CodeBlock> newCodeBlocks)
{
SymbolAxesTranslator st = new SymbolAxesTranslator();
foreach (SymbolHelper sh in newSymbols)
{
// sh.X_axis_descr = st.TranslateAxisID(sh.X_axis_ID);
// sh.Y_axis_descr = st.TranslateAxisID(sh.Y_axis_ID);
if (sh.Length == 450)
{
if (sh.X_axis_length == 15 && sh.Y_axis_length == 15)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xFC)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Start of injection (SOI)", sh.CodeBlock, newSymbols, false);
double tempRange = 0; // GetTemperatureSOIRange(sh.MapSelector, injDurCount - 1);
sh.Varname = "Start of injection (SOI) " + tempRange.ToString() + " °C [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]"; // " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.X_axis_correction = 0.01; // TODODONE : Check for x or y
sh.XaxisUnits = "mg/st";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Correction = 0.023437;
sh.Z_axis_descr = "Start position (degrees BTDC)";
}
}
}
//12x13 E0 DD = EGR
if (sh.Length == 312)
{
if (sh.X_axis_length == 13 && sh.Y_axis_length == 12)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xDD)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
int egrCount = GetMapNameCountForCodeBlock("EGR", sh.CodeBlock, newSymbols, false);
sh.Varname = "EGR " + egrCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.1;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Mass Air Flow (mg/stroke)";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
}
else if (sh.Length == 208)
{
if (sh.X_axis_length == 13 && sh.Y_axis_length == 8)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC1)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
}
}
else if (sh.Length == 182) // 7*13
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC1)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
}
else if (sh.Length == 176)
{
if (sh.X_axis_length == 11 && sh.Y_axis_length == 8)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC2)
{
int smCount = GetMapNameCountForCodeBlock("Smoke limiter", sh.CodeBlock, newSymbols, false);
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Smoke limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "Airflow mg/stroke";
sh.Correction = 0.01;
sh.X_axis_correction = 0.1;
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
}
else if (sh.Length == 40)
{
if (sh.X_axis_length == 20 && sh.Y_axis_length == 1)
{
if (sh.X_axis_ID / 256 == 0xE0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
int lmCount = GetMapNameCountForCodeBlock("Torque limiter", sh.CodeBlock, newSymbols, false);
sh.Varname = "Torque limiter (" + lmCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
//sh.Y_axis_descr = "Atm. pressure (mbar)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Correction = 0.01;
sh.YaxisUnits = "rpm";
}
}
}
}
}
abstract public void FindSVBL(byte[] allBytes, string filename, SymbolCollection newSymbols, List <CodeBlock> newCodeBlocks);
public override void NameKnownMaps(byte[] allBytes, SymbolCollection newSymbols, List<CodeBlock> newCodeBlocks)
{
//N146 Pump Voltage map:
SymbolAxesTranslator st = new SymbolAxesTranslator();
foreach (SymbolHelper sh in newSymbols)
{
// sh.X_axis_descr = st.TranslateAxisID(sh.X_axis_ID);
// sh.Y_axis_descr = st.TranslateAxisID(sh.Y_axis_ID);
if (sh.Length == 544)
{
if (sh.X_axis_length == 16 && sh.Y_axis_length == 17)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC2)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
sh.Varname = "N146 Pump voltage map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
//sh.Correction = 0.001221001; // ?1.221001
//Todo: N146 correction factor for MSA6
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Pump voltage (V)";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
}
if (sh.Length == 448)
{
if (sh.X_axis_length == 16 && sh.Y_axis_length == 14)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC2)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
sh.Varname = "N146 Pump voltage map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
//sh.Correction = 0.001221001; // ?1.221001
//Todo: N146 correction factor for MSA6
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Pump voltage (V)";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
}
//12x13 E0 DD = EGR
if (sh.Length == 416)
{
if (sh.X_axis_length == 16 && sh.Y_axis_length == 13)
{
if (sh.X_axis_ID == 0xE08A && sh.Y_axis_ID == 0xDDD8)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
sh.Varname = "N75 duty cycle [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Duty cycle %";
sh.Correction = -0.01;
sh.Offset = 100;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID == 0xE08A && sh.Y_axis_ID == 0xDD30)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
int egrCount = GetMapNameCountForCodeBlock("EGR", sh.CodeBlock, newSymbols, false);
sh.Varname = "EGR " + egrCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.1;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Mass Air Flow (mg/stroke)";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID == 0xE08A && sh.Y_axis_ID == 0xDEDC)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Start of injection (N108 SOI)", sh.CodeBlock, newSymbols, false);
sh.Varname = "Start of injection (N108 SOI) " + injDurCount.ToString() + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = 0.023437;
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.X_axis_correction = 0.01; // TODODONE : Check for x or y
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xDE)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
int egrCount = GetMapNameCountForCodeBlock("EGR", sh.CodeBlock, newSymbols, false);
sh.Varname = "EGR " + egrCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.1;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Mass Air Flow (mg/stroke)";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xDD)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int injDurCount = GetMapNameCountForCodeBlock("Start of injection (N108 SOI)", sh.CodeBlock, newSymbols, false);
sh.Varname = "Start of injection (N108 SOI) " + injDurCount.ToString() + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = 0.023437;
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.X_axis_correction = 0.01; // TODODONE : Check for x or y
sh.XaxisUnits = "mg/st";
sh.Z_axis_descr = "Start position (degrees BTDC)";
}
else if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xDC)
{
// IQ by MAP
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "IQ by MAP limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") +" " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.Correction = 0.01;
sh.X_axis_descr = "Boost pressure";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mbar";
}
}
}
else if (sh.Length == 384)
{
if (sh.X_axis_length == 12 && sh.Y_axis_length == 16)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC2)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Inverse driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.Z_axis_descr = "Throttle position";
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
//sh.Z_axis_descr = "Requested IQ (mg)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
else if (sh.X_axis_length == 16 && sh.Y_axis_length == 12)
{
int smCount = GetMapNameCountForCodeBlock("Smoke limiter", sh.CodeBlock, newSymbols, false);
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Smoke limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "Airflow mg/stroke";
sh.Correction = 0.01;
sh.X_axis_correction = 0.1;
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
else if (sh.Length == 320)
{
if (sh.X_axis_length == 16 && sh.Y_axis_length == 10)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xDC)
{
int smCount = GetMapNameCountForCodeBlock("Smoke limiter", sh.CodeBlock, newSymbols, false);
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Smoke limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "Airflow mg/stroke";
sh.Correction = 0.01;
sh.X_axis_correction = 0.1;
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC3)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
int boostTargetCount = GetMapNameCountForCodeBlock("Boost target map", sh.CodeBlock, newSymbols, false);
sh.Varname = "Boost target map (" + boostTargetCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Z_axis_descr = "Boost target (mbar)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC2)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
int boostTargetCount = GetMapNameCountForCodeBlock("Boost target map", sh.CodeBlock, newSymbols, false);
sh.Varname = "Boost target map (" + boostTargetCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Z_axis_descr = "Boost target (mbar)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xDD)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
sh.Varname = "IQ to airmass [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Required airmass";
sh.Correction = 0.1;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID == 0xE08A && sh.Y_axis_ID == 0xDEDC)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
sh.Varname = "IQ to airmass [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Required airmass";
sh.Correction = 0.1;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
else if (sh.X_axis_ID == 0xE08A && sh.Y_axis_ID == 0xC2D0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Turbo";
int boostTargetCount = GetMapNameCountForCodeBlock("Boost target map", sh.CodeBlock, newSymbols, false);
sh.Varname = "Boost target map (" + boostTargetCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "IQ (mg/stroke)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Z_axis_descr = "Boost target (mbar)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "mg/st";
}
}
}
else if (sh.Length == 256)
{
if (sh.X_axis_length == 16 && sh.Y_axis_length == 8)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC2)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC1)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
}
}
else if (sh.Length == 200)
{
if (sh.X_axis_ID / 256 == 0xC2 && sh.Y_axis_ID / 256 == 0xE0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Boost limit map [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";// " + sh.Flash_start_address.ToString("X8") + " " + sh.X_axis_ID.ToString("X4") + " " + sh.Y_axis_ID.ToString("X4");
// sh.Correction = 0.01;
//sh.X_axis_correction = 0.01;
sh.Y_axis_descr = "Atmospheric pressure (mbar)";
sh.Z_axis_descr = "Maximum boost pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
}
else if (sh.Length == 192)
{
if (sh.X_axis_length == 12 && sh.Y_axis_length == 8)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC2)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC1)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
}
}
else if (sh.Length == 182) // 7*13
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC1)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "Driver wish [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_correction = 0.01;
sh.X_axis_descr = "Throttle position";
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "TPS %";
}
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC2)
{
if (IsValidTemperatureAxis(allBytes, sh, MapViewerEx.AxisIdent.Y_Axis))
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
//sh.Varname = "Boost limiter (temperature) [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Varname = "SOI limiter (temperature) [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.023437;
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "Temperature"; //IAT, ECT or Fuel temp?
sh.X_axis_correction = 0.1;
sh.X_axis_offset = -273.1;
sh.Z_axis_descr = "SOI limit (degrees)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "°C";
}
}
}
else if (sh.Length == 144)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID / 256 == 0xC0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Fuel";
int sIQCount = GetMapNameCountForCodeBlock("Start IQ ", sh.CodeBlock, newSymbols, false);
sh.Varname = "Start IQ (" + sIQCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Correction = 0.01;
sh.X_axis_descr = "CT (celcius)";
sh.X_axis_correction = 0.1;
sh.X_axis_offset = -273.1;
sh.Z_axis_descr = "Requested IQ (mg)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "degC";
}
}
else if (sh.Length == 128)
{
if (sh.X_axis_ID / 256 == 0xE0 && sh.Y_axis_ID == 0xC002)
{
// check for valid axis data on temp data
if (IsValidTemperatureAxis(allBytes, sh, MapViewerEx.AxisIdent.Y_Axis))
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
int maflimTempCount = GetMapNameCountForCodeBlock("MAF correction by temperature", sh.CodeBlock, newSymbols, false);
maflimTempCount--;
sh.Varname = "MAF correction by temperature " + maflimTempCount.ToString("D2") + " [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Limit";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.X_axis_descr = "Intake air temperature"; //IAT, ECT or Fuel temp?
sh.X_axis_correction = 0.1;
sh.X_axis_offset = -273.1;
sh.Correction = 0.01;
sh.YaxisUnits = "rpm";
sh.XaxisUnits = "°C";
}
}
}
else if (sh.Length == 64)
{
if (sh.X_axis_length == 32 && sh.Y_axis_length == 1)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "MAF linearization [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
}
}
else if (sh.Length == 114)
{
if (sh.X_axis_length == 3 && sh.Y_axis_length == 19)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
sh.Varname = "Torque limiter [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
sh.Y_axis_descr = "Atm. pressure (mbar)";
sh.X_axis_descr = "Engine speed (rpm)";
sh.Correction = 0.01;
sh.XaxisUnits = "rpm";
sh.YaxisUnits = "mbar";
}
}
else if (sh.Length == 38)
{
if (sh.X_axis_length == 19 && sh.Y_axis_length == 1)
{
if (sh.X_axis_ID / 256 == 0xE0)
{
sh.Category = "Detected maps";
sh.Subcategory = "Limiters";
int lmCount = GetMapNameCountForCodeBlock("Torque limiter", sh.CodeBlock, newSymbols, false);
sh.Varname = "Torque limiter (" + lmCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Z_axis_descr = "Maximum IQ (mg)";
//sh.Y_axis_descr = "Atm. pressure (mbar)";
sh.Y_axis_descr = "Engine speed (rpm)";
sh.Correction = 0.01;
sh.YaxisUnits = "rpm";
}
}
}
else if (sh.Length == 4)
{
if (sh.X_axis_length == 2 && sh.Y_axis_length == 1)
{
//if (sh.X_axis_ID >= 0xEBA0 && sh.X_axis_ID <= 0xEBAF)
if (sh.X_axis_ID == 0xDF4A)
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
sh.Varname = "MAP linearization [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
}
}
if (sh.X_axis_length == 2 && sh.Y_axis_length == 1)
{
if (sh.X_axis_ID == 0xC002) // idle RPM
{
sh.Category = "Detected maps";
sh.Subcategory = "Misc";
int lmCount = GetMapNameCountForCodeBlock("Idle RPM", sh.CodeBlock, newSymbols, false);
sh.Varname = "Idle RPM (" + lmCount.ToString() + ") [" + DetermineNumberByFlashBank(sh.Flash_start_address, newCodeBlocks) + "]";
sh.Y_axis_descr = "Coolant temperature";
sh.Y_axis_correction = 0.1;
sh.Y_axis_offset = -273.1;
sh.Z_axis_descr = "Target engine speed";
sh.YaxisUnits = "°C";
}
}
}
}
}
