void WriteModelFilFile(string strPath, List <CLabtype> listfil)
{
BinaryWriter bw = new BinaryWriter(new FileStream(strPath, FileMode.Append), Encoding.Default);
for (int i = 0; i < listfil.Count; i++)
{
CLabtype lab = listfil[i];
lab.ToStream(bw);
}
bw.Close();
}
void ProcessData()
{
BinaryWriter fp2 = null;
StreamWriter fp3 = null;
string nam;
string lbl;
int ind = 0, len, ival;
int slno, eltype, turn;
double x, y, z;
double stchn, RC, sc = 0, inc, seglen, segend; //, seginc;
double RCI, num, val;
double T1, T2, R, D, lastRC = -999.999;
/* Select a Polyline from screen */
/* User Input data in dialog box */
modnam = this.tbModelName_.Text;
stglbl = this.tbStringlabel_.Text;
stchn = this.tbStartChainage_.Value;
inc = this.tbChainageInterval_.Value;
string csTemp = Path.Combine(this.app.AppDataPath, "MODEL.FIL");
fp2 = new BinaryWriter(new FileStream(csTemp, FileMode.Append), Encoding.Default);
if (this.checkMasterString_.Checked == true)
{
csTemp = Path.Combine(this.app.AppDataPath, "HALIGN.FIL");
fp3 = new StreamWriter(csTemp, true);
}
CLabtype lab = null;
CPTStype pts = null;
CModType mod = null;
CStgType stg = null;
ClSTtype lst = null;
lab = new CLabtype();
lab.attr = CLabtype.Type.Model;
mod = new CModType();
mod.name = modnam;
lab.Tag = mod;
lab.ToStream(fp2);
lab = new CLabtype();
lab.attr = CLabtype.Type.String;
stg = new CStgType();
stg.label = stglbl;
lab.Tag = stg;
lab.ToStream(fp2);
RC = stchn;
//seginc=0.0;
sx = sy = sz = -999.999;
T1 = T2 = R = D = 0;
turn = 0;
B1 = B2 = 0.0;
slno = 1;
eltype = 1;
turn = 1;
ind = 0;
//ind1=0;
for (int vx = 0; vx < this.ptCords.Length; vx++)
{
/*JBLN*/
ex = this.ptCords[vx].X;
ey = this.ptCords[vx].Y;
ez = this.ptCords[vx].Z;
// fscanf(fp1, "%lf %lf %lf", &ex, &ey, &ez); /* close in vc++ */
if (ind == 0)
{
lab = new CLabtype();
lab.attr = CLabtype.Type.Point;
pts = new CPTStype();
pts.mc = RC;
pts.mx = ex;
pts.my = ey;
pts.mz = ez;
lab.Tag = pts;
lab.ToStream(fp2);
sc = RC;
sx = ex;
sy = ey;
sz = ez;
B1 = B2;
ind = 1;
continue;
}
if (ex == sx && ey == sy)
{
continue;
}
tt = string.Format("{0:f0}", inc);//sprintf(tt,"%.0f", inc);
len = tt.Length;
RCI = RC;
num = Math.Pow(10, len);
RCI = RCI / num;
ival = (int)RCI;
RCI = ival * num;
while (RCI < RC)
{
RCI += inc;
}
RC = RCI;
if (RC == sc)
{
RC += inc; /* NEW */
}
determine_bearing();
seglen = Math.Sqrt((ex - sx) * (ex - sx) + (ey - sy) * (ey - sy)); /* NEW */
segend = sc + seglen; /* NEW */
if (this.checkMasterString_.Checked == true)
{
if (B1 == 0)
{
B1 = B2;
}
D = B1 - B2; if (D < 0)
{
D += 360;
}
if (D > 360)
{
D -= 360;
}
CHalignFilData fildata = new CHalignFilData();
fildata.sMod = modnam;
fildata.sString = stglbl;
fildata.iSlno = slno;
fildata.iEltype = (short)eltype;
fildata.dStartchn = sc;
fildata.dEndchn = segend;
fildata.dHipx = ex;
fildata.dHipy = ey;
fildata.dT1 = T1;
fildata.dT2 = T2;
fildata.dRadius = R;
fildata.dEllength = seglen;
fildata.dStartx = sx;
fildata.dStarty = sy;
fildata.dEndx = ex;
fildata.dEndy = ey;
fildata.dB1 = B2;
fildata.dB2 = B2;
fildata.dDeviation = D;
fildata.iTurn = (short)turn;
fp3.WriteLine(fildata.ToString());
//fprintf(fp3, "%s %s %d %d %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.5f %.3f %.3f %.3f %d\n", modnam, stglbl, slno, eltype, sc, segend, ex, ey, T1, T2, R, seglen, sx, sy, ex, ey, B2, B2, D, turn);
slno++; /* NEW */
}
val = Math.Abs(RC - segend);/* fabs will be abs in VC++*/
if (val < 0.001)
{
segend = RC;
}
while (true)
{
if (segend < RC)
{
if (segend + inc != RC)
{
val = Math.Abs(segend - lastRC);
if (val > 0.001)
{
lab = new CLabtype();
lab.attr = CLabtype.Type.Point;
pts = new CPTStype();
pts.mc = segend;
pts.mx = ex;
pts.my = ey;
pts.mz = ez;
lab.Tag = pts;
lab.ToStream(fp2);
lastRC = segend;
}
}
RC = segend;
ind = 0;
break;
}
else
{
if ((RC - sc) > 0.001)
{
x = sx + (RC - sc) * Math.Sin(B2 / r9); /* E */
y = sy + (RC - sc) * Math.Cos(B2 / r9); /* N */
z = sz + (RC - sc) * (ez - sz) / (segend - sc);
if (RC != lastRC)
{
lab = new CLabtype();
lab.attr = CLabtype.Type.Point;
pts = new CPTStype();
pts.mc = RC;
pts.mx = x;
pts.my = y;
pts.mz = z;
lab.Tag = pts;
lab.ToStream(fp2);
lastRC = RC;
}
}
RC += inc;
}
}
sc = RC;
sx = ex;
sy = ey;
sz = ez;
B1 = B2;
ind = 1;
}// end for previously while
fp2.Close();
if (this.checkMasterString_.Checked == true)
{
fp3.Close();
}
csTemp = Path.Combine(this.app.AppDataPath, "MODEL.LST");
fp2 = new BinaryWriter(new FileStream(csTemp, FileMode.Append), Encoding.Default);
lst = new ClSTtype();
lst.strMod1 = modnam;
lst.strStg = stglbl;
lst.ToStream(fp2);
fp2.Close();
csTemp = Path.Combine(this.app.AppDataPath, "MODEL.FIL");
fp2 = new BinaryWriter(new FileStream(csTemp, FileMode.Append), Encoding.Default);
lab = new CLabtype();
lab.attr = CLabtype.Type.Model;
mod = new CModType();
nam = modnam + "%%";
mod.name = nam;
lab.Tag = mod;
lab.ToStream(fp2);
lab = new CLabtype();
lab.attr = CLabtype.Type.String;
stg = new CStgType();
lbl = stglbl;
stg.label = lbl;
lab.Tag = stg;
lab.ToStream(fp2);
for (int vx = 0; vx < this.ptCords.Length; vx++)
{
ex = this.ptCords[vx].X;
ey = this.ptCords[vx].Y;
ez = this.ptCords[vx].Z;
lab = new CLabtype();
lab.attr = CLabtype.Type.Point;
pts = new CPTStype();
pts.mc = RC;
pts.mx = ex;
pts.my = ey;
pts.mz = ez;
lab.Tag = pts;
lab.ToStream(fp2);
}
fp2.Close();
csTemp = Path.Combine(this.app.AppDataPath, "MODEL.LST");
fp2 = new BinaryWriter(new FileStream(csTemp, FileMode.Append), Encoding.Default);
lst = new ClSTtype();
lst.strMod1 = nam;
lst.strStg = lbl;
lst.ToStream(fp2);
fp2.Close();
}
void Write_Boundary_Offset_in_Model_File()
{
BinaryWriter fp2 = null;
StreamWriter fp3 = null;
string nam;
string lbl;
int ind = 0, len, ival;
int slno, eltype, turn;
double x, y, z;
double stchn, RC, sc = 0, inc, seglen, segend;//, seginc;
double RCI, num, val;
double T1, T2, R, D, lastRC = -999.999;
/* Select a Polyline from screen */
/* User Input data in dialog box */
//if (this.checkMasterString_.Checked)
//{
// modnam = this.txt_make_str_Model.Text;
// stglbl = this.txt_make_str_String.Text;
//}
//else
//{
modnam = this.txt_model.Text;
stglbl = this.txt_string.Text;
//}
stchn = Start_Chainage;
inc = Chainage_Interval;
string csTemp = Path.Combine(AppDataPath, "MODEL.FIL");
fp2 = new BinaryWriter(new FileStream(csTemp, FileMode.Append), Encoding.Default);
CLabtype lab = null;
CPTStype pts = null;
CModType mod = null;
CStgType stg = null;
ClSTtype lst = null;
lab = new CLabtype();
lab.attr = CLabtype.Type.Model;
mod = new CModType();
mod.name = modnam;
lab.Tag = mod;
lab.ToStream(fp2);
lab = new CLabtype();
lab.attr = CLabtype.Type.String;
stg = new CStgType();
stg.label = stglbl;
lab.Tag = stg;
lab.ToStream(fp2);
RC = stchn;
//seginc=0.0;
sx = sy = sz = -999.999;
T1 = T2 = R = D = 0;
turn = 0;
B1 = B2 = 0.0;
slno = 1;
eltype = 1;
turn = 1;
ind = 0;
//ind1=0;
for (int vx = 0; vx < this.ptCords.Count; vx++)
{
/*JBLN*/
ex = this.ptCords[vx].x;
ey = this.ptCords[vx].y;
ez = this.ptCords[vx].z;
if (ind == 0)
{
lab = new CLabtype();
lab.attr = CLabtype.Type.Point;
pts = new CPTStype();
pts.mc = RC;
pts.mx = ex;
pts.my = ey;
pts.mz = ez;
lab.Tag = pts;
lab.ToStream(fp2);
chainage_points.Add(pts); // Store Chainage Points
sc = RC;
sx = ex;
sy = ey;
sz = ez;
B1 = B2;
ind = 1;
continue;
}
if (ex == sx && ey == sy)
{
continue;
}
tt = string.Format("{0:f0}", inc);//sprintf(tt,"%.0f", inc);
len = tt.Length;
RCI = RC;
num = Math.Pow(10, len);
RCI = RCI / num;
ival = (int)RCI;
RCI = ival * num;
while (RCI < RC)
{
RCI += inc;
}
RC = RCI;
if (RC == sc)
{
RC += inc; /* NEW */
}
determine_bearing();
seglen = Math.Sqrt((ex - sx) * (ex - sx) + (ey - sy) * (ey - sy)); /* NEW */
segend = sc + seglen; /* NEW */
val = Math.Abs(RC - segend);/* fabs will be abs in VC++*/
if (val < 0.001)
{
segend = RC;
}
sc = RC;
sx = ex;
sy = ey;
sz = ez;
B1 = B2;
ind = 1;
}// end for previously while
fp2.Close();
csTemp = Path.Combine(this.AppDataPath, "MODEL.LST");
fp2 = new BinaryWriter(new FileStream(csTemp, FileMode.Append), Encoding.Default);
lst = new ClSTtype();
lst.strMod1 = modnam;
lst.strStg = stglbl;
lst.ToStream(fp2);
fp2.Close();
}