void designed_curve_input()
{
findflag = 0;
while (fp1SR.EndOfStream == false)
{
CHalignFilData fildata = CHalignFilData.Parse(fp1SR.ReadLine());
if (fildata == null)
{
continue;
}
modnam = fildata.sMod;
strnam = fildata.sString;
elno = (short)fildata.iSlno;
eltype = fildata.iEltype;
stchn = fildata.dStartchn;
endchn = fildata.dEndchn;
IPX = fildata.dHipx;
IPY = fildata.dHipy;
T1 = fildata.dT1;
T2 = fildata.dT2;
R = fildata.dRadius;
L = fildata.dEllength;
xst = fildata.dStartx;
yst = fildata.dStarty;
xed = fildata.dEndx;
yed = fildata.dEndy;
B1 = fildata.dB1;
B2 = fildata.dB2;
DEL = fildata.dDeviation;
turn = fildata.iTurn;
if (stchn == last_stchn && endchn == last_endchn)
{
findflag = 0;
break;
}
if ((modnam == model) && (strnam == stglbl))
{
findflag = 1;
break;
}
}
if (findflag != 0)
{
initiate_param();
start_param();
if (eltype == 1)
{
SL = L; L = 0; LC = 0; M = 0;
}
else if (eltype == 2) /*L = L;*/ SL {
public static CHIPInfo[] ReadHaligns(string strHalignFilePath)
{
List <CHIPInfo> listhips = new List <CHIPInfo>();
if (File.Exists(strHalignFilePath))
{
StreamReader readerSrc = new StreamReader(strHalignFilePath);
string strLastModelName = "";
string strLastStringLabel = "";
CHIPInfo hipinfo = null;
while (readerSrc.EndOfStream == false)
{
string strline = readerSrc.ReadLine();
CHalignFilData fildata = CHalignFilData.Parse(strline);
if (fildata != null)
{
if (strLastModelName != fildata.sMod || strLastStringLabel != fildata.sString)
{
hipinfo = new CHIPInfo();
hipinfo.ModelName = fildata.sMod;
hipinfo.StringLabel = fildata.sString;
listhips.Add(hipinfo);
strLastModelName = fildata.sMod;
strLastStringLabel = fildata.sString;
}
hipinfo.DataList.Add(fildata);
}
//string[] arrStr = strline.Split(new char[] { '\t' });
//if (arrStr.Length == 20)
//{
// if (strLastModelName != arrStr[0] || strLastStringLabel != arrStr[1])
// {
// hipinfo = new CHIPInfo();
// hipinfo.ModelName = arrStr[0];
// hipinfo.StringLabel = arrStr[1];
// listhips.Add(hipinfo);
// strLastModelName = arrStr[0];
// strLastStringLabel = arrStr[1];
// }
// hipinfo.DataList.Add(CHalignFilData.Parse(strline));
//}
}
readerSrc.Close();
}
return(listhips.ToArray());
}
/// <summary>
/// This function copied from CHalignDxCode::save_halign()
/// </summary>
/// <param name="strWorkingDirPath"></param>
public static void SaveHalign(string strWorkingDirPath)
{
StreamReader readerSrc = new StreamReader(Path.Combine(strWorkingDirPath, "halign.tmp"));
List <CHalignFilData> listTempHalign = new List <CHalignFilData>();
while (readerSrc.EndOfStream == false)
{
string strlineSrc = readerSrc.ReadLine();
CHalignFilData filDataTemp = CHalignFilData.Parse(strlineSrc);
if (filDataTemp != null)
{
listTempHalign.Add(filDataTemp);
}
}
readerSrc.Close();
//If any data present in temp file
if (listTempHalign.Count > 0)
{
string strHalignFilFilePath = Path.Combine(strWorkingDirPath, "HALIGN.FIL");
CHIPInfo[] infoarr = CHalignHipUtil.ReadHaligns(strHalignFilFilePath);
StreamWriter writerDesti = new StreamWriter(strHalignFilFilePath, false);
foreach (CHIPInfo info in infoarr)
{
foreach (CHalignFilData filData in info.DataList)
{
if (filData.sMod != listTempHalign[0].sMod || filData.sString != listTempHalign[0].sString)
{
writerDesti.WriteLine(filData.ToString());
}
}
}
//Now write the data from temp file
foreach (CHalignFilData filData in listTempHalign)
{
writerDesti.WriteLine(filData.ToString());
}
writerDesti.Close();
}
}
public void Funcmain(string argv1)
{
path = argv1;
//err_code = 9; /* no error */
V = 130.0;
read_input();
pathfile = Path.Combine(path, "DETAILS2.TMP");
fp2 = new BinaryWriter(new FileStream(pathfile, FileMode.Create), Encoding.Default);
if (rotn != 0.0)
{
textstring = "DRG not by 'Draw String', use 'Minor option(s) 1103 / 1104'...";
error_msg();
return;
}
pathfile = Path.Combine(path, "HALIGN.TMP");
if (File.Exists(pathfile) == false)
{
pathfile = Path.Combine(path, "HALIGN.FIL");
}
if (File.Exists(pathfile) == false)
{
textstring = "File %s not found..." + pathfile;
error_msg();
return;
}
fp1SR = new StreamReader(pathfile);
//index = false;
elcount = 0;
int telemno = 0;
HIPchainage = 0.0;
string mdlnam, strnam; // Sandipan 25082008 Kolkata
while (fp1SR.EndOfStream == false)
{
Ls1 = 0.0; Ls2 = 0.0;
CHalignFilData fildata = CHalignFilData.Parse(fp1SR.ReadLine());
mdlnam = fildata.sMod;
strnam = fildata.sString;
telemno = fildata.iSlno;
eltype = fildata.iEltype;
stchn = fildata.dStartchn;
endchn = fildata.dEndchn;
IPX = fildata.dHipx;
IPY = fildata.dHipy;
T1 = fildata.dT1;
T2 = fildata.dT2;
R = fildata.dRadius;
L = fildata.dEllength;
xst = fildata.dStartx;
yst = fildata.dStarty;
xed = fildata.dEndx;
yed = fildata.dEndy;
B1 = fildata.dB1;
B2 = fildata.dB2;
DEL = fildata.dDeviation;
turn1 = fildata.iTurn;
if ((telemno > 0) && (mdlnam == modstr) && (strnam == stgstr))
{
finchn = endchn;
}
}
fp1SR.Close();
fp1SR = new StreamReader(pathfile);
while (fp1SR.EndOfStream == false)
{
init_param();
des_curve_input();
if (flag == 0)
{
continue;
}
if ((stchn == last_stchn) && (endchn == last_endchn))
{
break;
}
//if(start_index == 0)
//{
// XST = xst;
// YST = yst;
// start_index = 1;
//}
draw_hips();
//index = true;
if (endchn == finchn)
{
break;
}
} // end while(fp1SR.EndOfStream)
end_HIP();
fp1.Close();
fp1SR.Close();
fp2.Close();
}
void des_curve_input()
{
string mdlnam;
string strnam;
int telemno = 0, teltype = 0;
double tstchn = 0.0, tendchn = 0.0, tIPX = 0.0, tIPY = 0.0;
double tT1 = 0.0, tT2 = 0.0, tR = 0.0, tL = 0.0;
double txst = 0.0, tyst = 0.0, txed = 0.0, tyed = 0.0;
double tB1 = 0.0, tB2 = 0.0, tDEL = 0.0;
int tturn1 = 0;
Ls1 = 0.0; Ls2 = 0.0;
while (true)
{
string strLine = fp1SR.ReadLine();
if (strLine == null)
{
break;
}
CHalignFilData fildata = CHalignFilData.Parse(strLine);
mdlnam = fildata.sMod;
strnam = fildata.sString;
telemno = fildata.iSlno;
teltype = fildata.iEltype;
tstchn = fildata.dStartchn;
tendchn = fildata.dEndchn;
tIPX = fildata.dHipx;
tIPY = fildata.dHipy;
tT1 = fildata.dT1;
tT2 = fildata.dT2;
tR = fildata.dRadius;
tL = fildata.dEllength;
txst = fildata.dStartx;
tyst = fildata.dStarty;
txed = fildata.dEndx;
tyed = fildata.dEndy;
tB1 = fildata.dB1;
tB2 = fildata.dB2;
tDEL = fildata.dDeviation;
tturn1 = fildata.iTurn;
if (lasteltype == teltype && last_endchn == tendchn)
{
break;
}
if ((telemno > 0) && (mdlnam == modstr) && (strnam == stgstr))
{
flag = 1; // final 13/09/01 DD
elemno = (short)telemno;
eltype = (short)teltype;
stchn = tstchn;
endchn = tendchn;
//if(telemno==1)
if (eltype == 1)
{
xst = txst;
yst = tyst;
Xc = txst;
Yc = tyst;
startchn = tstchn;
HIPchainage = tstchn;
B1 = tB1;
B2 = tB2;
}
if (eltype == 2)
{
Ls1 = tL;
Brg1 = tB1;
}
else if (eltype == 3)
{
Lc = tL;
elcount++;
IPX = tIPX;
IPY = tIPY;
T1 = tT1;
T2 = tT2;
R = tR;
L = tL;
xed = txed;
yed = tyed;
B1 = tB1;
B2 = tB2;
DEL = tDEL;
turn1 = (short)tturn1;
HIPchainage += Math.Sqrt((Xc - IPX) * (Xc - IPX) + (Yc - IPY) * (Yc - IPY));
Xc = IPX;
Yc = IPY;
}
if (eltype == 4)
{
Ls2 = tL;
Brg2 = tB2;
}
if (start_index == 0)
{
XST = xst;
YST = yst;
start_index = 1;
}
if (tIPX == 0.0 && tIPY == 0.0)
{
xed = txed;
yed = tyed;
break;
}
else
{
if (eltype == 1 && (lasteltype == 3 || lasteltype == 4))
{
xed = txed;
yed = tyed;
break;
}
}
}
else
{
flag = 0;
}
lasteltype = teltype;
last_stchn = stchn;
last_endchn = endchn;
last_eltype = eltype;
}
}
/// <summary>
/// Unreachable code segment
/// </summary>
private void save_halign()
{
double last_chn1 = 0.0;
double last_chn2 = 0.0;
string last_mod = "NULL";
string last_stg = "NULL";
string strhalignPath = Path.Combine(this.m_strWorkingDirPath, "halign.tmp");
if (File.Exists(strhalignPath) == false)
{
throw new Exception("Failed to open file : " + strhalignPath);
}
StreamReader readerfp2 = new StreamReader(strhalignPath);
StreamWriter writerfp3 = new StreamWriter(Path.Combine(this.m_strWorkingDirPath, "HALIGN.FIL"), true);
while (readerfp2.EndOfStream == false)
{
//int iIndex = 0;
string strValTSV = readerfp2.ReadLine();
CHalignFilData FilDataObj = CHalignFilData.Parse(strValTSV);
//string[] Values = strValTSV.Split(new char[] { '\t' });
modnam = FilDataObj.sMod;
stglbl = FilDataObj.sString;
if (last_mod.CompareTo(modnam) == 0 && last_stg.CompareTo(stglbl) == 0)
{
break;
}
elno = (short)FilDataObj.iSlno;
eltype = FilDataObj.iEltype;
chn1 = FilDataObj.dStartchn;
chn2 = FilDataObj.dEndchn;
hipx = FilDataObj.dHipx;
hipy = FilDataObj.dHipy;
t1 = FilDataObj.dT1;
t2 = FilDataObj.dT2;
rad = FilDataObj.dRadius;
l = FilDataObj.dEllength;
xs = FilDataObj.dStartx;
ys = FilDataObj.dStarty;
xe = FilDataObj.dEndx;
ye = FilDataObj.dEndy;
b1 = FilDataObj.dB1;
b2 = FilDataObj.dB2;
del = FilDataObj.dDeviation;
turn = FilDataObj.iTurn;
del = b2 - b1;
if (del < 0)
{
del = del + 360;
}
if (del > 360)
{
del = del - 360;
}
FilDataObj.sMod = modnam;
FilDataObj.sString = stglbl;
FilDataObj.iSlno = elno;
FilDataObj.iEltype = eltype;
FilDataObj.dStartchn = chn1;
FilDataObj.dEndchn = chn2;
FilDataObj.dHipx = hipx;
FilDataObj.dHipy = hipy;
FilDataObj.dT1 = t1;
FilDataObj.dT2 = t2;
FilDataObj.dRadius = rad;
FilDataObj.dEllength = l;
FilDataObj.dStartx = xs;
FilDataObj.dStarty = ys;
FilDataObj.dEndx = xe;
FilDataObj.dEndy = ye;
FilDataObj.dB1 = b1;
FilDataObj.dB2 = b2;
FilDataObj.dDeviation = del;
FilDataObj.iTurn = turn;
writerfp3.WriteLine(FilDataObj.ToString());
last_chn1 = chn1;
last_chn2 = chn2;
last_mod = modnam;
last_stg = stglbl;
}
readerfp2.Close();
writerfp3.Close();
}