private void bindTowerInfo()
{
if (dsTower.Tables.Count > 0 && dsTower.Tables[0].Rows.Count > 0)
{
DataRow dr = dsTower.Tables[0].Rows[0];
txtName.Text = dr["eqname"].ToString();
//txtDescription.Text = dr["description"].ToString();
txtStageNumber.Text = dr["numberoftrays"].ToString();
DBRelief dbReader = new DBRelief(dbFile);
Dictionary <string, string> dicFeeds = new Dictionary <string, string>();
Dictionary <string, string> dicProducts = new Dictionary <string, string>();
dbReader.getMaincolumnRealFeedProduct(dr["eqname"].ToString(), ref dicFeeds, ref dicProducts);
DBRelief dbR = new DBRelief(dbFile);
foreach (KeyValuePair <string, string> feed in dicFeeds)
{
DataRow r = dtFeed.NewRow();
r["streamname"] = feed.Key;
r["tray"] = feed.Value;
r["visiofile"] = vsdFile;
dbR.getAndConvertStreamInfo(feed.Key, ref r);
dtFeed.Rows.Add(r);
DataRow rsource = dtSource.NewRow();
rsource["streamname"] = feed.Key;
rsource["sourcename"] = feed.Key + "_Source";
rsource["visiofile"] = vsdFile;
rsource["ismaintained"] = false;
rsource["sourcetype"] = "Pump（Motor）";
rsource["maxpossiblepressure"] = r["pressure"].ToString();
rsource["maxpossiblepressure_color"] = "green";
dtSource.Rows.Add(rsource);
}
foreach (KeyValuePair <string, string> prodcut in dicProducts)
{
DataRow r = dtProd.NewRow();
r["streamname"] = prodcut.Key;
r["tray"] = prodcut.Value;
r["visiofile"] = vsdFile;
dbR.getAndConvertStreamInfo(prodcut.Key, ref r);
dtProd.Rows.Add(r);
DataRow rsink = dtSink.NewRow();
rsink["streamname"] = prodcut.Key;
rsink["sinkname"] = prodcut.Key + "_Sink";
rsink["visiofile"] = vsdFile;
rsink["ismaintained"] = false;
rsink["sinktype"] = "Pump（Motor）";
rsink["maxpossiblepressure"] = r["pressure"].ToString();
rsink["maxpossiblepressure_color"] = "green";
dtSink.Rows.Add(rsink);
}
string heaterNames = dr["HeaterNames"].ToString();
string heaterDuties = dr["HeaterDuties"].ToString();
string heaterTrayLoc = dr["HeaterTrayLoc"].ToString();
string[] arrHeaterNames = heaterNames.Split(',');
string[] arrHeaterDuties = heaterDuties.Split(',');
string[] arrHeaterTrayLoc = heaterTrayLoc.Split(',');
for (int i = 0; i < arrHeaterNames.Length; i++)
{
decimal duty = decimal.Parse(arrHeaterDuties[i]) / 1000;
duty = decimal.Round(duty, 4);
if (arrHeaterNames[i] == "CONDENSER")
{
DataRow r = dtCondenser.NewRow();
r["heatername"] = arrHeaterNames[i];
r["heaterduty"] = duty;
r["visiofile"] = vsdFile;
r["water"] = duty;
r["waterfactor"] = 1;
r["ishx"] = false;
r["air"] = 0;
r["airfactor"] = 0;
r["wetair"] = 0;
r["wetairfactor"] = 0;
r["pumpabound"] = 0;
r["pumpaboundfactor"] = 0;
r["heatername_color"] = "green";
r["heaterduty_color"] = "green";
r["water_color"] = "green";
r["waterfactor_color"] = "green";
dtCondenser.Rows.Add(r);
}
else if (arrHeaterNames[i] == "REBOILER")
{
DataRow r = dtReboiler.NewRow();
r["heatername"] = arrHeaterNames[i];
r["heaterduty"] = duty;
r["visiofile"] = vsdFile;
r["steam"] = duty;
r["steamfactor"] = 1;
r["hotstream"] = 0;
r["hotstreamfactor"] = 0;
r["hotoil"] = 0;
r["hotoilfactor"] = 0;
r["furnace"] = 0;
r["furnacefactor"] = 0;
r["ishx"] = false;
r["iscontinued"] = false;
dtReboiler.Rows.Add(r);
}
else if (double.Parse(arrHeaterDuties[i]) <= 0 && arrHeaterNames[i] != "CONDENSER")
{
if (arrHeaterTrayLoc[i] == "1")
{
DataRow r = dtCondenser.NewRow();
r["heatername"] = arrHeaterNames[i];
r["heaterduty"] = duty;
r["visiofile"] = vsdFile;
r["water"] = duty;
r["waterfactor"] = 1;
r["ishx"] = false;
r["air"] = 0;
r["airfactor"] = 0;
r["wetair"] = 0;
r["wetairfactor"] = 0;
r["pumpabound"] = 0;
r["pumpaboundfactor"] = 0;
dtCondenser.Rows.Add(r);
}
else
{
DataRow r = dtHxCondenser.NewRow();
r["heatername"] = arrHeaterNames[i];
r["heaterduty"] = duty;
r["visiofile"] = vsdFile;
r["water"] = duty;
r["waterfactor"] = 1;
r["ishx"] = true;
r["air"] = 0;
r["airfactor"] = 0;
r["wetair"] = 0;
r["wetairfactor"] = 0;
r["pumpabound"] = 0;
r["pumpaboundfactor"] = 0;
dtHxCondenser.Rows.Add(r);
}
}
else if (double.Parse(arrHeaterDuties[i]) > 0 && arrHeaterNames[i] != "REBOILER")
{
if (arrHeaterTrayLoc[i] == dr["numberoftrays"].ToString())
{
DataRow r = dtReboiler.NewRow();
r["heatername"] = arrHeaterNames[i];
r["heaterduty"] = duty;
r["visiofile"] = vsdFile;
r["steam"] = duty;
r["steamfactor"] = 1;
r["ishx"] = false;
r["iscontinued"] = false;
r["hotstream"] = 0;
r["hotstreamfactor"] = 0;
r["hotoil"] = 0;
r["hotoilfactor"] = 0;
r["furnace"] = 0;
r["furnacefactor"] = 0;
dtReboiler.Rows.Add(r);
}
else
{
DataRow r = dtHxReboiler.NewRow();
r["heatername"] = arrHeaterNames[i];
r["heaterduty"] = duty;
r["visiofile"] = vsdFile;
r["steam"] = duty;
r["steamfactor"] = 1;
r["ishx"] = true;
r["iscontinued"] = false;
r["hotstream"] = 0;
r["hotstreamfactor"] = 0;
r["hotoil"] = 0;
r["hotoilfactor"] = 0;
r["furnace"] = 0;
r["furnacefactor"] = 0;
dtHxReboiler.Rows.Add(r);
}
}
}
}
dtFeed_init = dtFeed.Copy();
dtProd_init = dtProd.Copy();
dtCondenser_init = dtCondenser.Copy();
dtHxCondenser_init = dtHxCondenser.Copy();
dtReboiler_init = dtReboiler.Copy();
dtHxReboiler_init = dtHxReboiler.Copy();
}