//const double r9 = 57.29577951;
public bool WriteHIPFile(string strPath, CHalFile filedata)
{
bool bSuccess = false;
BinaryWriter bw = new BinaryWriter(new FileStream(strPath, FileMode.Create), Encoding.Default);
if (bw != null)
{
short sTotalHips = (short)filedata.ListHip.Count;
bw.Write(filedata.Code); //Line code
bw.Write(filedata.AcceptCode); //Accept code
bw.Write(ViewerUtils.ConvertStringToByteArray(filedata.ModelName, 30)); //Model name
bw.Write(ViewerUtils.ConvertStringToByteArray(filedata.StringLevel, 20)); //String level
bw.Write(sTotalHips); //Total HIPs
bw.Write(filedata.StartChainage); //Start Chain
bw.Write(filedata.ChainageInterval); //Chainage Interval
for (short iIndex = 0; iIndex < sTotalHips; iIndex++)
{
CHHipData hhipObj = filedata.ListHip[iIndex];
short sTotalHIP = (short)(iIndex + 1);
bw.Write(sTotalHIP);//Hip no
bw.Write(hhipObj.xvalue);
bw.Write(hhipObj.yvalue);
bw.Write(hhipObj.radius);
bw.Write(hhipObj.leadtrans);
bw.Write(hhipObj.trailtrans);
}
bw.Close();
bSuccess = true;
}
return(bSuccess);
}
private void btnInsert__Click(object sender, EventArgs e)
{
//EnableHipParamButtons(false);
if (this.dataGridParams_.SelectedRows.Count == 1)
{
int iIndex = this.dataGridParams_.SelectedRows[0].Index;
CHHipData hhipdata = new CHHipData();
if (iIndex == 0 || iIndex == (this.dtParams.Rows.Count - 1))
{
hhipdata.radius = 0;
}
else
{
hhipdata.radius = (double)this.dtParams.Rows[iIndex][ColNameRadius];
}
FormHipEdit formhipedit = new FormHipEdit(hhipdata, Resources.ST_HIP_INSERT);
formhipedit.Owner = this;
if (formhipedit.ShowDialog() == DialogResult.OK)
{
DataRow row = dtParams.NewRow();
row[ColNameIndex] = 0;
row[ColNameXValue] = formhipedit.HipData.xvalue;
row[ColNameYValue] = formhipedit.HipData.yvalue;
row[ColNameDeviation] = formhipedit.HipData.delta;
row[ColNameRadius] = formhipedit.HipData.radius;
row[ColNameLeadTrans] = formhipedit.HipData.leadtrans;
row[ColNameTrailTrans] = formhipedit.HipData.trailtrans;
this.dtParams.Rows.InsertAt(row, iIndex);
this.UpdateIndexValue();
this.UpdateDeltaValue();
}
}
}
CHHipData GetRow(int iIndex)
{
CHHipData data = new CHHipData();
data.xvalue = (double)this.dtParams.Rows[iIndex][FormHipMethod.ColNameXValue];
data.yvalue = (double)this.dtParams.Rows[iIndex][FormHipMethod.ColNameYValue];
data.delta = (double)this.dtParams.Rows[iIndex][FormHipMethod.ColNameDeviation];
data.radius = (double)this.dtParams.Rows[iIndex][FormHipMethod.ColNameRadius];
data.leadtrans = (double)this.dtParams.Rows[iIndex][FormHipMethod.ColNameLeadTrans];
data.trailtrans = (double)this.dtParams.Rows[iIndex][FormHipMethod.ColNameTrailTrans];
return(data);
}
public FormHipEdit(CHHipData hhip, string strCaption)
{
InitializeComponent();
//set the data
this.txtXValue_.Value = hhip.xvalue;
this.txtYValue_.Value = hhip.yvalue;
this.txtRadius_.Value = hhip.radius;
this.txtLeadTrans_.Value = hhip.leadtrans;
this.txtTrailTrans_.Value = hhip.trailtrans;
this.Text = strCaption;
this.dInitialRadiusValue = hhip.radius;
}
void AddRow(CHHipData data)
{
int rows = dtParams.Rows.Count;
DataRow row = dtParams.NewRow();
row[ColNameIndex] = rows;
row[ColNameXValue] = data.xvalue;
row[ColNameYValue] = data.yvalue;
row[ColNameDeviation] = data.delta;
row[ColNameRadius] = data.radius;
row[ColNameLeadTrans] = data.leadtrans;
row[ColNameTrailTrans] = data.trailtrans;
dtParams.Rows.Add(row);
}
private void ShowDetails(bool bShow)
{
string strHipLabel = HeadsUtils.Constants.LABEL_DETAILS + ":HIP";
ViewerUtils.DeleteEntitiesByLabel(this.m_app.ActiveDocument, strHipLabel, true);
if (bShow)
{
double dTextHeight = 5.0;
double dZVal = 5.0;
double dYPos = 0;
double dXPos = 0;
for (int iCnt = 0; iCnt < this.dtParams.Rows.Count; iCnt++)
{
CHHipData hipdata = this.GetRow(iCnt);
dYPos = hipdata.yvalue - (dTextHeight * 1.5);
dXPos = hipdata.xvalue + 2.5;
string strLine = "IP# " + iCnt.ToString();
CPoint3D pt = new CPoint3D(dXPos, dYPos, dZVal);
IHdText textObj = this.m_app.ActiveDocument.DrawText(pt, strLine, dTextHeight);
textObj.Label = strHipLabel;
dYPos = dYPos - (dTextHeight * 1.5);
strLine = "X : " + hipdata.xvalue.ToString("0.000");
pt = new CPoint3D(dXPos, dYPos, dZVal);
textObj = this.m_app.ActiveDocument.DrawText(pt, strLine, dTextHeight);
textObj.Label = strHipLabel;
dYPos = dYPos - (dTextHeight * 1.5);
strLine = "Y : " + hipdata.yvalue.ToString("0.000");
pt = new CPoint3D(dXPos, dYPos, dZVal);
textObj = this.m_app.ActiveDocument.DrawText(pt, strLine, dTextHeight);
textObj.Label = strHipLabel;
}
}
this.m_app.ActiveDocument.RefreshDocument();
}
private int GetPolylineDetails(IHdPolyline3D polyline, ref List <CHHipData> listHhip)
{
int iPolyLineObjID = 0;
listHhip.Clear();
if (polyline != null)
{
//Store the main source polyline
iPolyLineObjID = polyline.ObjectID;
CPoint3D[] ptCords = polyline.Coordinates;
for (int iIndex = 0; iIndex < ptCords.Length; iIndex++)
{
CHHipData hhipObj = new CHHipData();
hhipObj.xvalue = ptCords[iIndex].X;
hhipObj.yvalue = ptCords[iIndex].Y;
listHhip.Add(hhipObj);
}
}
return(iPolyLineObjID);
}
private void btnEdit__Click(object sender, EventArgs e)
{
//EnableHipParamButtons(false);
if (this.dataGridParams_.SelectedRows.Count == 1)
{
int iIndex = this.dataGridParams_.SelectedRows[0].Index;
CHHipData hhipdata = this.GetRow(iIndex);
FormHipEdit formhipedit = new FormHipEdit(hhipdata, Resources.ST_HIP_EDIT);
formhipedit.Owner = this;
if (formhipedit.ShowDialog() == DialogResult.OK)
{
DataRow row = this.dtParams.Rows[iIndex];
row[ColNameXValue] = formhipedit.HipData.xvalue;
row[ColNameYValue] = formhipedit.HipData.yvalue;
row[ColNameDeviation] = formhipedit.HipData.delta;
row[ColNameRadius] = formhipedit.HipData.radius;
row[ColNameLeadTrans] = formhipedit.HipData.leadtrans;
row[ColNameTrailTrans] = formhipedit.HipData.trailtrans;
this.UpdateDeltaValue();
}
}
}
public bool ReadHIPFile(string strPath, out CHalFile filedata)
{
bool bSuccess = false;
filedata = new CHalFile();
BinaryReader br = new BinaryReader(new FileStream(strPath, FileMode.Open, FileAccess.Read), Encoding.Default);
if (br != null)
{
filedata.Code = br.ReadInt16(); //Line code
filedata.AcceptCode = br.ReadInt16(); //Accept code
filedata.ModelName = ViewerUtils.ConvertCharArrayToString(br.ReadBytes(30)); //Model name
filedata.StringLevel = ViewerUtils.ConvertCharArrayToString(br.ReadBytes(20)); //String level
short sTotalHIP = br.ReadInt16(); //Total HIPs
filedata.StartChainage = br.ReadDouble(); //Start Chain
filedata.ChainageInterval = br.ReadDouble(); //Chainage Interval
for (short sCnt = 0; sCnt < sTotalHIP; sCnt++)
{
CHHipData hhipObj = new CHHipData();
short iHipNo = br.ReadInt16();
hhipObj.xvalue = br.ReadDouble();
hhipObj.yvalue = br.ReadDouble();
hhipObj.radius = br.ReadDouble();
hhipObj.leadtrans = br.ReadDouble();
hhipObj.trailtrans = br.ReadDouble();
filedata.ListHip.Add(hhipObj);
}
br.Close();
bSuccess = true;
}
return(bSuccess);
}
private void hip_input()
{
CHHipData hhipObj = null;
short sHipNoRaw = 0;
short hipno;
if (ip == 0)
{
hhipObj = new CHHipData();
sHipNoRaw = fp1.ReadInt16();
hhipObj.xvalue = fp1.ReadDouble();
hhipObj.yvalue = fp1.ReadDouble();
hhipObj.radius = fp1.ReadDouble();
hhipObj.leadtrans = fp1.ReadDouble();
hhipObj.trailtrans = fp1.ReadDouble();
hipno = sHipNoRaw;
x1 = hhipObj.xvalue;
y1 = hhipObj.yvalue;
rad = hhipObj.radius;
ls1 = hhipObj.leadtrans;
ls2 = hhipObj.trailtrans;
hhipObj = new CHHipData();
sHipNoRaw = fp1.ReadInt16();
hhipObj.xvalue = fp1.ReadDouble();
hhipObj.yvalue = fp1.ReadDouble();
hhipObj.radius = fp1.ReadDouble();
hhipObj.leadtrans = fp1.ReadDouble();
hhipObj.trailtrans = fp1.ReadDouble();
hipno = sHipNoRaw;
x2 = hhipObj.xvalue;
y2 = hhipObj.yvalue;
rad = hhipObj.radius;
ls1 = hhipObj.leadtrans;
ls2 = hhipObj.trailtrans;
if (rad < 0)
{
rad = 0.0 - rad;
turn = 1;
}
else
{
turn = 2;
}
}
hhipObj = new CHHipData();
sHipNoRaw = fp1.ReadInt16();
hhipObj.xvalue = fp1.ReadDouble();
hhipObj.yvalue = fp1.ReadDouble();
hhipObj.radius = fp1.ReadDouble();
hhipObj.leadtrans = fp1.ReadDouble();
hhipObj.trailtrans = fp1.ReadDouble();
hipno = sHipNoRaw;
x3 = hhipObj.xvalue;
y3 = hhipObj.yvalue;
last_rad = hhipObj.radius;
last_ls1 = hhipObj.leadtrans;
last_ls2 = hhipObj.trailtrans;
if (last_rad < 0)
{
last_rad = 0.0 - last_rad;
last_turn = 1;
}
else
{
last_turn = 2;
}
}
public static List <CHHipData> GenerateHIPData(CHIPInfo hipinfo)
{
List <CHHipData> listHhip = null;
int ln = 0;
int iLine = 0;
int iHipArrIndex = 0;
double nSign = 0;
CHalignFilData filData = null;
CHHipData[] hipArr = new CHHipData[hipinfo.DataList.Count];
for (int i = 0; i < hipinfo.DataList.Count; i++)
{
hipArr[i] = new CHHipData();
}
ln++;
filData = hipinfo.DataList[iLine]; iLine++;
nSign = (filData.iTurn == 1) ? -1 : 1;
hipArr[iHipArrIndex].xvalue = filData.dStartx;
hipArr[iHipArrIndex].yvalue = filData.dStarty;
hipArr[iHipArrIndex].delta = filData.dDeviation * nSign;
hipArr[iHipArrIndex].radius = 0.0;
hipArr[iHipArrIndex].leadtrans = 0.0;
hipArr[iHipArrIndex].trailtrans = 0.0;
double dLastHIPx = filData.dHipx;
double dLastHIPy = filData.dHipy;
while (ln < (hipinfo.DataList.Count - 1))
{
ln++;
filData = hipinfo.DataList[iLine]; iLine++;
if (ln == 2)
{
if (filData.iEltype != 1)
{
iHipArrIndex++;
nSign = (filData.iTurn == 1) ? -1 : 1;
hipArr[iHipArrIndex].xvalue = filData.dHipx;
hipArr[iHipArrIndex].yvalue = filData.dHipy;
hipArr[iHipArrIndex].delta = filData.dDeviation * nSign;
hipArr[iHipArrIndex].radius = 0.0;
hipArr[iHipArrIndex].leadtrans = 0.0;
hipArr[iHipArrIndex].trailtrans = 0.0;
}
}
if ((Math.Abs(dLastHIPx - filData.dHipx) < 0.00001) && (Math.Abs(dLastHIPy - filData.dHipy) < 0.00001))
{
// same HIP set
if (filData.iEltype == 2) // lead transition
{
hipArr[iHipArrIndex].leadtrans = filData.dEllength;
}
else if (filData.iEltype == 3) // circular transition
{
hipArr[iHipArrIndex].radius = filData.dRadius * nSign;
}
else if (filData.iEltype == 4) // trail transition
{
hipArr[iHipArrIndex].trailtrans = filData.dEllength;
}
else
{
//Error
return(listHhip);
}
}
else
{
// next HIP set
iHipArrIndex++;
nSign = (filData.iTurn == 1) ? -1 : 1;
hipArr[iHipArrIndex].xvalue = filData.dHipx;
hipArr[iHipArrIndex].yvalue = filData.dHipy;
hipArr[iHipArrIndex].delta = filData.dDeviation * nSign;
hipArr[iHipArrIndex].radius = 0.0;
hipArr[iHipArrIndex].leadtrans = 0.0;
hipArr[iHipArrIndex].trailtrans = 0.0;
dLastHIPx = filData.dHipx;
dLastHIPy = filData.dHipy;
}
}
iHipArrIndex++;
filData = hipinfo.DataList[iLine]; iLine++;
ln++;
nSign = (filData.iTurn == 1) ? -1 : 1;
hipArr[iHipArrIndex].xvalue = filData.dEndx;
hipArr[iHipArrIndex].yvalue = filData.dEndy;
hipArr[iHipArrIndex].delta = filData.dDeviation * nSign;
hipArr[iHipArrIndex].radius = 0.0;
hipArr[iHipArrIndex].leadtrans = 0.0;
hipArr[iHipArrIndex].trailtrans = 0.0;
listHhip = new List <CHHipData>();
for (int ii = 0; ii < (iHipArrIndex + 1); ii++)
{
listHhip.Add(hipArr[ii]);
}
return(listHhip);
}
private void ApplyHIP()
{
this.m_app.ActiveDocument.ConfigParam.XMetric = 1;
this.m_app.ActiveDocument.ConfigParam.YMetric = 1;
//Delete existing hip line
IHdEntity entity = this.m_app.ActiveDocument.GetObjectById(this.m_iLastAppliedPolyLine);
if (entity != null)
{
entity.Erase();
}
//Erase the selected polyline on screen
//this is because user may modify the X, Y
//co-ordinates using this dialog
entity = this.m_app.ActiveDocument.GetObjectById(this.m_iMainPolyLine);
if (entity != null)
{
List <CHHipData> listLinedata = new List <CHHipData>();
GetPolylineDetails((IHdPolyline3D)entity, ref listLinedata);
int temCount = this.dtParams.Rows.Count;
for (int iCnt = 0; iCnt < temCount; iCnt++)
{
CHHipData hdata = listLinedata[iCnt];
this.dtParams.Rows[iCnt][FormHipMethod.ColNameXValue] = hdata.xvalue;
this.dtParams.Rows[iCnt][FormHipMethod.ColNameYValue] = hdata.yvalue;
}
UpdateDeltaValue();
entity.Erase();
}
//Redraw the polyline
List <CPoint3D> listPt = new List <CPoint3D>();
for (int iCnt = 0; iCnt < this.dtParams.Rows.Count; iCnt++)
{
CHHipData data = this.GetRow(iCnt);
listPt.Add(new CPoint3D(data.xvalue, data.yvalue, 0));
}
this.m_iMainPolyLine = this.m_app.ActiveDocument.DrawPolyline3D(listPt).ObjectID;
//Refresh the document
this.m_app.ActiveDocument.RefreshDocument();
List <CHHipData> listHips = new List <CHHipData>();
for (int iCnt = 0; iCnt < this.dtParams.Rows.Count; iCnt++)
{
listHips.Add(this.GetRow(iCnt));
}
CHalFile filedata = new CHalFile();
filedata.Code = 1;
filedata.AcceptCode = 0;
filedata.ModelName = this.txtModelName_.Text.Trim();
filedata.StringLevel = this.txtStringlabel_.Text.Trim();
filedata.StartChainage = this.txtStartInterval_.Value;
filedata.ChainageInterval = this.txtChainageInterval_.Value;
filedata.ListHip = listHips;
string strHipFilePath = Path.Combine(m_app.AppDataPath, "HAL1.tmp");
CHalignHipUtil util = new CHalignHipUtil();
if (util.WriteHIPFile(strHipFilePath, filedata))
{
//Delete HAL2.TEMP
string strHAL2TmpPath = Path.Combine(m_app.AppDataPath, "HAL2.tmp");
ViewerUtils.DeleteFileIfExists(strHAL2TmpPath);
//try
{
if (util.FuncMain(this.m_app.AppDataPath) == true)
{
this.m_iLastAppliedPolyLine = DrawingUtil.DrawData(this.m_app, strHAL2TmpPath, "PVR", true);
this.m_app.ActiveDocument.RefreshDocument();
//this.m_app.ZoomExtents();
}
}
//catch (Exception ex)
//{
// MessageBox.Show(this, ex.ToString(), "ERROR!"
// , MessageBoxButtons.OK
// , MessageBoxIcon.Error);
// System.Diagnostics.Trace.Write(ex.ToString());
//}
}
else
{
MessageBox.Show(this
, "Failed to generate HIP file"
, Resources.ST_ERROR_MSGBOX_CAPTION
, MessageBoxButtons.OK
, MessageBoxIcon.Error);
}
this.ShowDetails(checkBoxShowDetails_.Checked);
}
