void des_curve_input()
{
string mdlnam, 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;
CValignFilData fildata = CValignFilData.Parse(fp1.ReadLine());
mdlnam = fildata.modnam;
strnam = fildata.stglbl;
telemno = fildata.elno;
teltype = fildata.eltype;
tstchn = fildata.chn1;
tendchn = fildata.chn2;
tIPX = fildata.hipx;
tIPY = fildata.hipy;
tT1 = fildata.t1;
tT2 = fildata.t2;
tR = fildata.rad;
tL = fildata.l;
txst = fildata.xs;
tyst = fildata.ys;
txed = fildata.xe;
tyed = fildata.ye;
tB1 = fildata.b1;
tB2 = fildata.b2;
tDEL = fildata.del;
tturn1 = fildata.turn;
if ((mdlnam == modstr) && (strnam == stgstr))
{
flag = 1; // final 13/09/01 DD
elemno = (short)telemno;
eltype = (short)teltype;
stchn = tstchn; endchn = tendchn; IPX = tIPX; IPY = tIPY;
T1 = tT1; T2 = tT2; R = tR; L = tL;
xst = txst; yst = tyst; xed = txed; yed = tyed;
B1 = tB1; B2 = tB2; DEL = tDEL;
turn1 = (short)tturn1;
}
else
{
flag = 0;
}
}
public static void SaveValign(string strWorkingDirPath)
{
StreamReader readerSrc = new StreamReader(Path.Combine(strWorkingDirPath, "VALIGN.TMP"));
List <CValignFilData> listTempValign = new List <CValignFilData>();
while (readerSrc.EndOfStream == false)
{
string strlineSrc = readerSrc.ReadLine();
CValignFilData filDataTemp = CValignFilData.Parse(strlineSrc);
if (filDataTemp != null)
{
listTempValign.Add(filDataTemp);
}
}
readerSrc.Close();
//If any data present in temp file
if (listTempValign.Count > 0)
{
string strValignFilePath = Path.Combine(strWorkingDirPath, "VALIGN.FIL");
CValignInfo[] infoarr = CValignUtil.ReadValigns(strValignFilePath);
StreamWriter writerDesti = new StreamWriter(strValignFilePath, false);
foreach (CValignInfo info in infoarr)
{
foreach (CValignFilData filData in info.DataList)
{
if (filData.modnam != listTempValign[0].modnam || filData.stglbl != listTempValign[0].stglbl)
{
writerDesti.WriteLine(filData.ToString());
}
}
}
//Now write the data from temp file
foreach (CValignFilData filData in listTempValign)
{
writerDesti.WriteLine(filData.ToString());
}
writerDesti.Close();
}
}
public static CValignInfo[] ReadValigns(string strValignFilePath)
{
List <CValignInfo> listvalign = new List <CValignInfo>();
if (File.Exists(strValignFilePath))
{
StreamReader readerSrc = new StreamReader(strValignFilePath);
string strLastModelName = "";
string strLastStringLabel = "";
CValignInfo valigninfo = null;
while (readerSrc.EndOfStream == false)
{
string strline = readerSrc.ReadLine();
CValignFilData fildata = CValignFilData.Parse(strline);
if (fildata != null)
{
if (strLastModelName != fildata.modnam || strLastStringLabel != fildata.stglbl)
{
valigninfo = new CValignInfo();
valigninfo.ModelName = fildata.modnam;
valigninfo.StringLabel = fildata.stglbl;
listvalign.Add(valigninfo);
strLastModelName = fildata.modnam;
strLastStringLabel = fildata.stglbl;
}
valigninfo.DataList.Add(fildata);
}
}
readerSrc.Close();
}
return(listvalign.ToArray());
}
void write_valign()
{
short elno, eltype, turn, gi;
double sc, ec, t1, t2, ipx, ipy, l1, l2, xs, ys, xe, ye, g1, g2, del;
elemnum = 0;
elno = 0;
eltype = 0;
turn = 0;
vcl1[0] = 0.0;
vcl2[0] = 0.0;
vcl1[vips - 1] = 0.0;
vcl2[vips - 1] = 0.0;
for (gi = 2; gi < vips; gi++)
{
elno++;
eltype = 1;
sc = vip[gi - 2] + vcl2[gi - 2];
ec = vip[gi - 1] - vcl1[gi - 1];
ipx = vip[gi - 1];
ipy = level[gi - 1];
t1 = vcl1[gi - 1];
t2 = vcl2[gi - 1];
l1 = (ec - sc) / 2.0; // only for straight grades
l2 = (ec - sc) / 2.0;
g1 = (level[gi - 1] - level[gi - 2]) / (vip[gi - 1] - vip[gi - 2]);
g2 = (level[gi] - level[gi - 1]) / (vip[gi] - vip[gi - 1]);
xs = sc;
ys = level[gi - 2] + g1 * vcl2[gi - 2];
xe = ec;
ye = level[gi - 1] + (vcl1[gi - 1]) * (-1.0 * g1);
del = (g2 - g1) * 100.0;
if (g1 >= 0 && g2 <= 0)
{
turn = 2;
}
else if (g1 <= 0 && g2 >= 0)
{
turn = 1;
}
else if (g1 >= 0 && g2 >= 0 && g1 > g2)
{
turn = 2;
}
else if (g1 >= 0 && g2 >= 0 && g1 < g2)
{
turn = 1;
}
else if (g1 <= 0 && g2 <= 0 && Math.Abs(g1) > Math.Abs(g2))
{
turn = 1;
}
else if (g1 <= 0 && g2 <= 0 && Math.Abs(g1) < Math.Abs(g2))
{
turn = 2;
}
elemnum++;
CValignFilData data = new CValignFilData();
data.modnam = modnam;
data.stglbl = stglbl;
data.elno = elemnum;
data.eltype = eltype;
data.chn1 = sc;
data.chn2 = ec;
data.hipx = ipx;
data.hipy = ipy;
data.t1 = t1;
data.t2 = t2;
data.rad = l1;
data.l = l2;
data.xs = xs;
data.ys = ys;
data.xe = xe;
data.ye = ye;
data.b1 = (g1 * 100);
data.b2 = (g2 * 100);
data.del = del;
data.turn = turn;
fp2.WriteLine(data.ToString());
//fprintf(fp2, "%s %s %d %d %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %d\n", modnam, stglbl, elemnum, eltype, sc, ec, ipx, ipy, t1, t2, l1, l2, xs, ys, xe, ye, g1 * 100, g2 * 100, del, turn);
// Vertical Curve element
elno++;
eltype = 3;
sc = vip[gi - 1] - vcl1[gi - 1];
ec = vip[gi - 1] + vcl2[gi - 1];
ipx = vip[gi - 1];
ipy = level[gi - 1];
t1 = vcl1[gi - 1];
t2 = vcl2[gi - 1];
if (vcl1[gi - 1] == 0.0)
{
l1 = vcl2[gi - 1] / 2.0;
l2 = vcl2[gi - 1] / 2.0;
}
else
{
l1 = vcl1[gi - 1];
l2 = vcl2[gi - 1];
}
g1 = (level[gi - 1] - level[gi - 2]) / (vip[gi - 1] - vip[gi - 2]);
g2 = (level[gi] - level[gi - 1]) / (vip[gi] - vip[gi - 1]);
xs = sc;
ys = level[gi - 1] + (0 - g1) * vcl1[gi - 1];
xe = ec;
ye = level[gi - 1] + g2 * vcl2[gi - 1];
del = (g2 - g1) * 100.0;
if (g1 >= 0 && g2 <= 0)
{
turn = 2;
}
else if (g1 <= 0 && g2 >= 0)
{
turn = 1;
}
else if (g1 >= 0 && g2 >= 0 && g1 > g2)
{
turn = 2;
}
else if (g1 >= 0 && g2 >= 0 && g1 < g2)
{
turn = 1;
}
else if (g1 <= 0 && g2 <= 0 && Math.Abs(g1) > Math.Abs(g2))
{
turn = 1;
}
else if (g1 <= 0 && g2 <= 0 && Math.Abs(g1) < Math.Abs(g2))
{
turn = 2;
}
elemnum++;
data = new CValignFilData();
data.modnam = modnam;
data.stglbl = stglbl;
data.elno = elemnum;
data.eltype = eltype;
data.chn1 = sc;
data.chn2 = ec;
data.hipx = ipx;
data.hipy = ipy;
data.t1 = t1;
data.t2 = t2;
data.rad = l1;
data.l = l2;
data.xs = xs;
data.ys = ys;
data.xe = xe;
data.ye = ye;
data.b1 = (g1 * 100);
data.b2 = (g2 * 100);
data.del = del;
data.turn = turn;
fp2.WriteLine(data.ToString());
//fprintf(fp2, "%s %s %d %d %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %d\n", modnam, stglbl, elemnum, eltype, sc, ec, ipx, ipy, t1, t2, l1, l2, xs, ys, xe, ye, g1 * 100, g2 * 100, del, turn);
if (gi == vips - 1)
{
// End straight grade element
//tmp1=vip[gi-1];
//tmp2=vcl2[gi-1];
elno++;
eltype = 1;
sc = vip[gi - 1] + vcl2[gi - 1];
ec = vip[gi];
ipx = vip[gi];
ipy = level[gi];
t1 = vcl1[gi - 1];
t2 = vcl2[gi - 1];
l1 = (ec - sc) / 2.0;
l2 = (ec - sc) / 2.0;
g1 = (level[gi - 1] - level[gi - 2]) / (vip[gi - 1] - vip[gi - 2]);
g2 = (level[gi] - level[gi - 1]) / (vip[gi] - vip[gi - 1]);
xs = sc;
ys = level[gi - 1] + g1 * vcl2[gi - 1];
xe = ec;
ye = level[gi];
del = (g2 - g1) * 100.0;
if (g1 >= 0 && g2 <= 0)
{
turn = 2;
}
else if (g1 <= 0 && g2 >= 0)
{
turn = 1;
}
else if (g1 >= 0 && g2 >= 0 && g1 > g2)
{
turn = 2;
}
else if (g1 >= 0 && g2 >= 0 && g1 < g2)
{
turn = 1;
}
else if (g1 <= 0 && g2 <= 0 && Math.Abs(g1) > Math.Abs(g2))
{
turn = 1;
}
else if (g1 <= 0 && g2 <= 0 && Math.Abs(g1) < Math.Abs(g2))
{
turn = 2;
}
elemnum++;
data = new CValignFilData();
data.modnam = modnam;
data.stglbl = stglbl;
data.elno = elemnum;
data.eltype = eltype;
data.chn1 = sc;
data.chn2 = ec;
data.hipx = ipx;
data.hipy = ipy;
data.t1 = t1;
data.t2 = t2;
data.rad = l1;
data.l = l2;
data.xs = xs;
data.ys = ys;
data.xe = xe;
data.ye = ye;
data.b1 = (g1 * 100);
data.b2 = (g2 * 100);
data.del = del;
data.turn = turn;
fp2.WriteLine(data.ToString());
//fprintf(fp2, "%s %s %d %d %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %d\n", modnam, stglbl, elemnum, eltype, sc, ec, ipx, ipy, t1, t2, l1, l2, xs, ys, xe, ye, g1 * 100, g2 * 100, del, turn);
} //gi == item-1
} // for loop
fp2.Close();
}
void GetDetailsFromExistingData(CValignInfo info, ref List <VVIP> listVipData)
{
double tx = 0, ty = 0, tgrade = 0, tv1 = 0;//, tv2 = 0;
bool tsym = true;
listVipData.Clear();
this.tbModelName_.Text = info.ModelName;
this.tbStringlabel_.Text = info.StringLabel;
VVIP vd = null;
for (int nLN = 0; nLN < info.DataList.Count; nLN++)
{
CValignFilData data = info.DataList[nLN];
if (nLN == 0)
{
if (data.eltype == 1)
{
vd = new VVIP();
vd.chainx = data.xs;
vd.chainy = data.ys;
vd.grade = data.b1;
if (data.rad != data.l)
{
vd.sym = false;
vd.vcl1 = data.rad;
vd.vcl2 = data.l;
}
else
{
vd.sym = true;
vd.vcl1 = data.rad + data.l;
vd.vcl2 = 0.0;
}
vd.vcl1 = 0.0;
vd.vcl2 = 0.0;
listVipData.Add(vd);
}
}
else
{
if (data.eltype == 3)
{
vd = new VVIP();
vd.chainx = data.hipx;
vd.chainy = data.hipy;
vd.grade = data.b1;
if (data.rad != data.l)
{
vd.sym = false;
vd.vcl1 = data.rad;
vd.vcl2 = data.l;
}
else
{
vd.sym = true;
vd.vcl1 = data.rad + data.l;
vd.vcl2 = 0.0;
}
listVipData.Add(vd);
}
else // if eltype == 1
{ // for last line
tx = data.xe;
ty = data.ye;
tgrade = data.b2;
tsym = true;
tv1 = data.l;
//tv2 = 0;
}
}
}
vd = new VVIP();
vd.chainx = tx;
vd.chainy = ty;
vd.grade = tgrade;
vd.sym = tsym;
vd.vcl1 = 0; //tv1;
vd.vcl2 = 0; //tv2;
listVipData.Add(vd);
}
