private void LoadInterfaceAndList()
{
try
{
nData.Clear();
wifiList.Items.Clear();
foreach (WlanClient.WlanInterface wlanIface in wlanClient.Interfaces)
{
Wlan.WlanAvailableNetwork[] networks = wlanIface.GetAvailableNetworkList(0);
wifiList.Items.Add(wlanIface.NetworkInterface.Name.ToString());
nData.Add(new NData());//Add fake one First
foreach (Wlan.WlanAvailableNetwork network in networks)
{
Wlan.Dot11Ssid ssid = network.dot11Ssid;
String networkName = Encoding.ASCII.GetString(ssid.SSID, 0, (int)ssid.SSIDLength);
NData nd = new NData();
nd.wlanIface = wlanIface;
nd.Network = network;
nData.Add(nd);//Add real one
wifiList.Items.Add(" +" + networkName +
" [" + network.flags.HasFlag(Wlan.WlanAvailableNetworkFlags.Connected) + "] " +
network.wlanSignalQuality + "%");
}
}
}
catch (Exception ex)
{
Console.WriteLine(ex.ToString());
Msg("ERROR", ex.ToString());
}
}
private void wifiList_MouseDoubleClick(object sender, MouseEventArgs e)
{
try
{
NData nd = nData[wifiList.SelectedIndex];
if (nd.isNetwork)
{
Wlan.WlanAvailableNetwork network = nd.Network;
WlanClient.WlanInterface wlanIface = nd.wlanIface;
//------------------------------------------------
}
Console.WriteLine("--------->");
}
catch (Exception ex)
{
Console.WriteLine(ex.ToString());
Msg("ERROR", ex.ToString());
}
}
public void SaveToXml(string path = "")
{
string xmlInput = "<configuration> \n <parallel> serial </parallel>";
xmlInput += AddNewPropertyValue("linearInput", LinearInput);
xmlInput += AddNewPropertyValue("license", License);
xmlInput += AddNewPropertyValue("entropyDir", InputEntropyDir);
xmlInput += AddNewPropertyValue("objDir", InputObjDir);
//population sizing
xmlInput += AddNewPropertyValue("debug_mode", Debug);
xmlInput += AddNewPropertyValue("use_hboa", Hboa);
xmlInput += AddNewPropertyValue("initial_popsize", InitPop.ToString());
xmlInput += AddNewPropertyValue("min_popsize", MinPop.ToString());
xmlInput += AddNewPropertyValue("max_popsize", MaxPop.ToString());
xmlInput += AddNewPropertyValue("popsize_scheme", PopScheme);
xmlInput += AddNewPropertyValue("pop_scaling_factor", PopFactor.ToString());
xmlInput += AddNewPropertyValue("max_gens", MaxGens.ToString());
//Design Objectives
xmlInput += AddNewPropertyValue("test_problem", TestProblem);
xmlInput += AddNewPropertyValue("nobj", NObj.ToString());
for (int i = 1; i <= NObj; i++)
{
xmlInput += AddNewPropertyValue("obj_tag" + i, ObjTags[i - 1].ToString());
xmlInput += AddNewPropertyValue("obj_val" + i, ObjVal[i - 1].ToString());
xmlInput += AddNewPropertyValue("obj_eps" + i, ObjEps[i - 1].ToString());
}
xmlInput += AddNewPropertyValue("num_additional_objectives", NAObj.ToString());
for (int i = 1; i <= NAObj; i++)
{
xmlInput += AddNewPropertyValue("aobj1_" + i, AObj1[i - 1].ToString());
xmlInput += AddNewPropertyValue("aobj" + i + "_2", AObj2[i - 1].ToString());
}
xmlInput += AddNewPropertyValue("ncons", NConst.ToString());
for (int i = 1; i <= NConst; i++)
{
xmlInput += AddNewPropertyValue("con_num" + i, ConNum[i - 1].ToString());
xmlInput += AddNewPropertyValue("con_tot" + i, ConTot[i - 1].ToString());
xmlInput += AddNewPropertyValue("con_ind" + i, ConInd[i - 1].ToString());
}
//Real Decision Variables
xmlInput += AddNewPropertyValue("nreal", NReal.ToString());
xmlInput += AddNewPropertyValue("real_pseudo_binary", PseudoBinary);
xmlInput += AddNewPropertyValue("real_limits", RealLimits);
if (RealTag != null)
{
for (int i = 1; i <= RealTag.Count(); i++)
{
xmlInput += AddNewPropertyValue("real_tag" + i, RealTag[i - 1].ToString());
xmlInput += AddNewPropertyValue("real_min" + i, RealMin[i - 1].ToString());
xmlInput += AddNewPropertyValue("real_max" + i, RealMax[i - 1].ToString());
}
}
xmlInput += AddNewPropertyValue("real_cross_prob", RealCrossProb.ToString());
xmlInput += AddNewPropertyValue("real_mut_prob", RealMutProb.ToString());
xmlInput += AddNewPropertyValue("dist_index_sbx", DistIndexSBX.ToString());
xmlInput += AddNewPropertyValue("dist_index_poly", DistIndexPoly.ToString());
//Binary Decision Variables
xmlInput += AddNewPropertyValue("nbin", NBin.ToString());
xmlInput += AddNewPropertyValue("bin_limits", BinLimits == true ? " same " : " different ");
for (int i = 1; i <= NBin; i++)
{
xmlInput += AddNewPropertyValue("bin_tag" + i, BinTag[i - 1].ToString());
xmlInput += AddNewPropertyValue("bin_bit" + i, BinBit[i - 1].ToString());
xmlInput += AddNewPropertyValue("bin_min" + i, RealMin[i - 1].ToString());
xmlInput += AddNewPropertyValue("bin_max" + i, RealMax[i - 1].ToString());
}
xmlInput += AddNewPropertyValue("bin_cross_prob", BinCrossProb.ToString());
xmlInput += AddNewPropertyValue("bin_cross_type", BinCrossType);
xmlInput += AddNewPropertyValue("bin_mut_prob", BinMutProb.ToString());
xmlInput += AddNewPropertyValue("bin_mut_type", BinMutType);
//Soft Termination Criteria
xmlInput += AddNewPropertyValue("inter_run", InterRun);
xmlInput += AddNewPropertyValue("inter_delta", InterDelta.ToString());
xmlInput += AddNewPropertyValue("intra_run", IntraRun);
xmlInput += AddNewPropertyValue("inter_delta", IntraDelta.ToString());
//Hard Termination Criteria
xmlInput += AddNewPropertyValue("max_nfe", MaxNfe.ToString());
xmlInput += AddNewPropertyValue("max_time", MaxTime.ToString());
xmlInput += AddNewPropertyValue("max_eperf", MaxEperf.ToString());
//Performance Metrics
xmlInput += AddNewPropertyValue("conv", Conv);
xmlInput += AddNewPropertyValue("div", Div);
xmlInput += AddNewPropertyValue("eperf", Eperf);
xmlInput += AddNewPropertyValue("edom_eperf", EdomEperf);
if (DivGrid != null)
{
for (int i = 1; i <= DivGrid.Count; i++)
{
xmlInput += AddNewPropertyValue("div_grid" + i, DivGrid[i - 1].ToString());
}
}
if (EperfEps != null)
{
for (int i = 1; i <= EperfEps.Count; i++)
{
xmlInput += AddNewPropertyValue("eperf_eps" + i, EperfEps[i - 1].ToString());
}
}
xmlInput += AddNewPropertyValue("eind", Eind);
xmlInput += AddNewPropertyValue("eind_error", EindError.ToString());
xmlInput += AddNewPropertyValue("metric_ref", MetricRef);
//Local File Output
xmlInput += AddNewPropertyValue("out_dir", OutDir);
xmlInput += AddNewPropertyValue("out_headers", OutHeaders);
xmlInput += AddNewPropertyValue("out_all", OutAll ? OutInterval.ToString() : "0");
xmlInput += AddNewPropertyValue("out_nondom", Nondom ? NondomInterval.ToString() : "0");
xmlInput += AddNewPropertyValue("out_all_final", AllFinal ? "on" : "off");
xmlInput += AddNewPropertyValue("out_nondom_final", NondomFinal ? "on" : "off");
xmlInput += AddNewPropertyValue("out_stats", StatsInterval.ToString());
xmlInput += AddNewPropertyValue("out_rs", RsStats ? "on" : "off");
xmlInput += AddNewPropertyValue("out_timer", TimerInterval.ToString());
xmlInput += AddNewPropertyValue("out_vtk", VtkInterval.ToString());
xmlInput += AddNewPropertyValue("out_vtk_sflag", SmallFlag);
//DEMO Parameters
xmlInput += AddNewPropertyValue("ndata", NData.ToString());
//End Tag
xmlInput += "\n </configuration>";
var doc = XDocument.Parse(xmlInput);
xmlDoc = doc;
if (path == string.Empty)
{
doc.Save(path + "configuration.xml");
}
else
{
doc.Save(path);
}
}
public static NData Read()
{
// setup ole db connection
string connectionString = "Provider=Microsoft.Jet.OLEDB.4.0;Data Source=" +
HttpContext.Current.Server.MapPath(@"~\App_Data\demographicData.xls") +
";Extended Properties=Excel 8.0;";
OleDbConnection oleDbConnection1 = new OleDbConnection(connectionString);
OleDbCommand oleDbCommand1 = new OleDbCommand("SELECT * From [SHEET$]", oleDbConnection1);
OleDbDataReader oleDbDataReader1 = null;
ArrayList rows = new ArrayList();
try
{
// execute the select command
oleDbConnection1.Open();
oleDbDataReader1 = oleDbCommand1.ExecuteReader();
while (oleDbDataReader1.Read())
{
if (oleDbDataReader1["start age"] == DBNull.Value)
{
break;
}
Dictionary <string, int> row = new Dictionary <string, int>();
rows.Add(row);
ReadField(oleDbDataReader1, row, "start age");
ReadField(oleDbDataReader1, row, "end age");
ReadField(oleDbDataReader1, row, "white male pop");
ReadField(oleDbDataReader1, row, "white male err");
ReadField(oleDbDataReader1, row, "white female pop");
ReadField(oleDbDataReader1, row, "white female err");
ReadField(oleDbDataReader1, row, "black male pop");
ReadField(oleDbDataReader1, row, "black male err");
ReadField(oleDbDataReader1, row, "black female pop");
ReadField(oleDbDataReader1, row, "black female err");
ReadField(oleDbDataReader1, row, "indian + alaska male pop");
ReadField(oleDbDataReader1, row, "indian + alaska male err");
ReadField(oleDbDataReader1, row, "indian + alaska female pop");
ReadField(oleDbDataReader1, row, "indian + alaska female err");
ReadField(oleDbDataReader1, row, "asian male pop");
ReadField(oleDbDataReader1, row, "asian male err");
ReadField(oleDbDataReader1, row, "asian female pop");
ReadField(oleDbDataReader1, row, "asian female err");
ReadField(oleDbDataReader1, row, "pacific male pop");
ReadField(oleDbDataReader1, row, "pacific male err");
ReadField(oleDbDataReader1, row, "pacific female pop");
ReadField(oleDbDataReader1, row, "pacific female err");
ReadField(oleDbDataReader1, row, "race male pop");
ReadField(oleDbDataReader1, row, "race male err");
ReadField(oleDbDataReader1, row, "race female pop");
ReadField(oleDbDataReader1, row, "race female err");
ReadField(oleDbDataReader1, row, "mixed male pop");
ReadField(oleDbDataReader1, row, "mixed male err");
ReadField(oleDbDataReader1, row, "mixed female pop");
ReadField(oleDbDataReader1, row, "mixed female err");
}
}
finally
{
if (oleDbDataReader1 != null)
{
oleDbDataReader1.Close();
}
if (oleDbConnection1 != null)
{
oleDbConnection1.Close();
}
}
// build the data structures
NData data = new NData();
data.ImportAgeRanges(rows);
data.ImportRaces(rows);
return(data);
}
private void CreateData(CarAccHistoryModel model)
{
NData.Clear();
if (!model.Data.Any())
{
return;
}
var width = stkX.ActualWidth;
var step = width / 24 / 60;
var minutesInStep = 1 / step;
var w = (int)width;
var graphHeight = 160;
var nd = model.Data.Select(item => new NormalizedData
{
MaxZ = Math.Abs(item.MaxZ), MaxX = Math.Abs(item.MaxX), MaxY = Math.Abs(item.MaxY), DT = new DateTime(item.Date.Y, item.Date.M, item.Date.D, item.Date.hh, item.Date.mm, item.Date.ss)
}).ToList();
var dt = new DateTime(model.Data[0].Date.Y, model.Data[0].Date.M, model.Data[0].Date.D);
for (var i = 0; i < w; i++)
{
var dtTemp = dt + TimeSpan.FromMinutes(minutesInStep);
var temp = new NormalizedData();
var models = nd.Where(p => p.DT > dt && p.DT <= dtTemp).ToList();
if (models.Any())
{
temp.MaxX = models.Max(p => p.MaxX) / 100.0f;
temp.MaxY = models.Max(p => p.MaxY) / 100.0f;
temp.MaxZ = models.Max(p => p.MaxZ) / 100.0f;
}
NData.Add(temp);
dt = dtTemp;
}
if (NData == null || !NData.Any())
{
return;
}
//find min data
double x = 0;
if (NData.Any(p => p.MaxX > 0.1f))
{
x = NData.Where(p => p.MaxX > 0.1f).Min(p => p.MaxX);
}
double y = 0;
if (NData.Any(p => p.MaxY > 0.1f))
{
y = NData.Where(p => p.MaxY > 0.1f).Min(p => p.MaxY);
}
double z = 0;
if (NData.Any(p => p.MaxZ > 0.1f))
{
z = NData.Where(p => p.MaxZ > 0.1f).Min(p => p.MaxZ);
}
foreach (var item in NData)
{
item.MaxX -= x;
item.MaxY -= y;
item.MaxZ -= z;
}
}