| public static Clone ( source ) : T, | ||
| source | The object instance to copy. | |
| return | T, | |
protected void Action_Finished(Dom.Action action)
{
var dom = action.parent.parent.parent as Dom.Dom;
if (action.dataModel == null)
{
var models = action.parameters.Select(a => a.dataModel).Where(a => a != null);
if (!models.Any())
{
return;
}
foreach (var model in models)
{
SaveDataModel(dom, model);
}
}
else
{
SaveDataModel(dom, action.dataModel);
}
if (cloneActions)
{
actions.Add(ObjectCopier.Clone(action));
}
else
{
actions.Add(action);
}
}
void ctrl_SelectedIndexChanged(object sender, RadComboBoxSelectedIndexChangedEventArgs e)
{
try
{
if (Me.SelectedIndexChanged != null)
{
ActionRunner runner = new ActionRunner();
Core.Action action = ObjectCopier.Clone <Core.Action>(Me.SelectedIndexChanged);
runner.Page = (BasePage)this.Page;
runner.Action = action;
runner.Execute();
}
}
catch (Exception ex)
{
string ErrorMessageFormat = "ERROR - {0} - Control {1} ({2} - {3})";
string ErrorMessages = String.Format(ErrorMessageFormat, ex.Message, this.ControlID, Me.Type, this.ID);
this.ctrl.Items.Insert(0, new RadComboBoxItem(ErrorMessages, String.Empty));
this.ctrl.BackColor = Color.Red;
}
}
public void Initialize(Models.FixedItemsList fixedItemsList, bool isForEditing)
{
FieldName.Content = fixedItemsList.Name;
FixedItemsList dataStructure = DataStructure.GetAllAppFields()[fixedItemsList.Id] as FixedItemsList;
foreach (Field dsField in dataStructure.Items)
{
Field field = fixedItemsList.Items.Find(x => x.Id == dsField.Id);
if (field == null)
{
field = ObjectCopier.Clone <Field>(dsField);
fixedItemsList.Items.Add(field);
}
field.SetName(dsField.Name);
Container.Children.Add(field.GenerateUIElement(isForEditing));
}
if (fixedItemsList.IsConditional)
{
Binding b = new Binding();
b.Source = fixedItemsList;
b.Path = new PropertyPath("BoolValue");
b.Mode = BindingMode.TwoWay;
BoolValue.IsChecked = fixedItemsList.BoolValue;
BindingOperations.SetBinding(BoolValue, System.Windows.Controls.CheckBox.IsCheckedProperty, b);
Container.Visibility = fixedItemsList.BoolValue ? Visibility.Visible : Visibility.Collapsed;
}
else
{
BoolValue.Visibility = Visibility.Collapsed;
}
}
private void requestNewState()
{
// Select some number of the tags.
HashSet <string> desiredTags = new HashSet <string>();
desiredTags.Add(this.tagIds[random.Next(this.tagIds.Count)]);
foreach (string tag in this.tagIds)
{
if (random.Next(2) == 0)
{
desiredTags.Add(tag);
}
}
// For each selected tag, ask the user to do something to the tag,
// touch or move, but must be consistent with the current state of the tag.
// Our new desired state will start as the last observed state and then we will make modifications.
this.desiredState = (ObjectCopier.Clone <SimonInteractionState>(this.lastObservedState));
string instructions = "Simon says:\n";
foreach (string tag in desiredTags)
{
instructions += "\t" + this.requestNewTagAction(tag) + "\n";
}
Console.WriteLine(instructions + " desired state: " + this.desiredState.ToString());
}
// NOTES: Need to serialize Physics data after Picture data for this to work for some strange reason.
// Also, I think it records a little less than you would think it does (from the debugging console).
protected virtual void CaptureObjectValues(Frame captureFrame, long captureOffset, long captureTimeStamp, long captureInterpolationTime)
{
if (!allCaptured)
{
if (amountCaptured > 300)
{
allCaptured = true;
Debug.Log("All Object data captured!");
// Setting the properties of the class then serializing the container
testContainer.playbackFrames = capturedFrames;
testContainer.playbackOffsets = capturedOffsets;
testContainer.playbackTimestamps = capturedTimeStamps;
testContainer.playbackInterpolationTimes = capturedInterpolationTimes;
HandSerializer.WriteToBinaryFile(@"C:\Users\Brian\Desktop\test.bin", testContainer);
}
else
{
//// Copying the Frame object
Frame clonedFrame = ObjectCopier.Clone(captureFrame);
// Adding to the individual lists
capturedFrames.Add(clonedFrame);
capturedOffsets.Add(captureOffset);
capturedTimeStamps.Add(captureTimeStamp);
capturedInterpolationTimes.Add(captureInterpolationTime);
// Incrementing the amountCaptured value and debugging purposes
amountCaptured++;
Debug.Log("Capturing in progress: " + amountCaptured);
}
}
}
public void Add_Regions()
{
MySettings mySettings = new MySettings();
mySettings.Filter.Spatial.RegionIds.Add(1);
mySettings.Filter.Spatial.RegionIds.Add(25);
mySettings.Filter.Spatial.RegionIds.Add(32);
mySettings.ResultCacheNeedsRefresh = false;
MySettings oldMySettings = ObjectCopier.Clone(mySettings);
// No changes is made => cache is up to date
Assert.IsFalse(mySettings.ResultCacheNeedsRefresh);
mySettings.Filter.Spatial.RegionIds.RemoveAt(1);
// One polygon is removed => cache needs refresh
Assert.IsTrue(mySettings.ResultCacheNeedsRefresh);
mySettings.Filter.Spatial.RegionIds.Add(25);
// The removed region is added again => no changes is made => cache is up to date
mySettings.ResultCacheNeedsRefresh = false;
Assert.IsFalse(mySettings.Filter.Spatial.IsActive); // is active as default
Assert.IsFalse(oldMySettings.Filter.Spatial.IsActive);
mySettings.Filter.Spatial.IsActive = true;
// changing IsActive => cache needs refresh.
Assert.IsTrue(mySettings.ResultCacheNeedsRefresh);
}
public async Task <OwletSignInResponse> LoginAsync(string email, string password)
{
var signInResponse = await this._aylaUserServiceClient.LoginAsync(email, password);
this._owletUserSession?.SetSession(ObjectCopier.Clone(signInResponse));
return(signInResponse);
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="settings"></param>
public ConnectionSettings_UI(ConnectionSettings settings, bool setUiEnable, ApplicationSettings appSettings, Point position)
{
// Store the Starting Position to a local Variable
windowStartPosistion = position;
// Clone the Settings Object. becouse We are gone to change the Settings withe the interfacing of the users..
userSettings = (ConnectionSettings)ObjectCopier.Clone(settings);
applicationSettings = (ApplicationSettings)ObjectCopier.Clone(appSettings);
InitializeComponent();
singleConnectionPage = new settingsPageSingleConnection(userSettings.connection1, applicationSettings.expertModeIsActive);
connectyInTheMiddlepage = new settingsPageConnectyInTheMiddle(userSettings, applicationSettings.expertModeIsActive);
//Check the Current User Settings
updateUiWithCurrentSettings();
SettingsModeFrame.Loaded += new RoutedEventHandler(ConnectionSettingsFrameLoaded);
if (!setUiEnable)
{
DisableEditFunctions();
}
}
public void GridStatistics()
{
MySettings mySettings = new MySettings();
mySettings.ResultCacheNeedsRefresh = false;
MySettings oldMySettings = ObjectCopier.Clone(mySettings);
// Is true by default
Assert.IsTrue(mySettings.Calculation.GridStatistics.IsActive);
mySettings.Calculation.GridStatistics.IsActive = true;
Assert.IsTrue(mySettings.ResultCacheNeedsRefresh);
mySettings.Calculation.GridStatistics.IsActive = false;
mySettings.ResultCacheNeedsRefresh = false;
mySettings.Calculation.GridStatistics.CoordinateSystemId = 2;
Assert.IsTrue(mySettings.ResultCacheNeedsRefresh);
mySettings.Calculation.GridStatistics.CoordinateSystemId = null;
mySettings.ResultCacheNeedsRefresh = false;
mySettings.Calculation.GridStatistics.GridSize = 200;
Assert.IsTrue(mySettings.ResultCacheNeedsRefresh);
mySettings.Calculation.GridStatistics.GridSize = null;
mySettings.ResultCacheNeedsRefresh = false;
Assert.IsTrue(mySettings.Calculation.GridStatistics.CalculateNumberOfObservations);
mySettings.Calculation.GridStatistics.CalculateNumberOfObservations = false;
Assert.IsTrue(mySettings.ResultCacheNeedsRefresh);
mySettings.Calculation.GridStatistics.CalculateNumberOfObservations = true;
}
private static void load_commit_test(PrjManager manager)
{
Prj_Sheet sheet = manager.SheetCRUD.Load_Sheet(2316);
Prj_Sheet backup = ObjectCopier.Clone(sheet);
Cld_FCBlock block = sheet.New_Cld_FCBlock();
block.AlgName = "added";
block.Sequence = 12;
Cld_FCInput inpt = block.New_FCInput();
inpt.Description = "added desc";
inpt.PinName = "for test";
Cld_FCOutput output = block.New_FCOutput();
output.PinName = "for test output";
SheetDiffer diff = manager.SheetCRUD.CompareSheet(backup, sheet);
manager.SheetCRUD.Commit_Sheet(diff);
}
/// <summary>
/// Resolve the imports of this module. Here we'll
/// link multiple files together. This is not part
/// of the compiler, but part of the project system.
/// TODO: verify this approach!
/// </summary>
private void ResolveImports()
{
this.Imports = new List <IASTNode>();
var imports = Generator.AST.FindAll(n => n is ASTImport).ToList();
imports.ForEach(node =>
{
ASTImport import = (ASTImport)node;
var ast = this.Project.GetAstForModule(import.Name);
if (!import.Imports.Any())
{
var copies = ast
.FindAll(a => a is ASTType || a is ASTAlias || a is ASTData || a is ASTChoice)
.Select(a => {
return(a switch
{
ASTType t => ObjectCopier.Clone(t) as IASTNode,
ASTAlias t => ObjectCopier.Clone(t) as IASTNode,
ASTData t => ObjectCopier.Clone(t) as IASTNode,
ASTChoice t => ObjectCopier.Clone(t) as IASTNode,
_ => throw new Exception("Can only serialize real AST nodes.")
});
})
.ToList();
this.Imports.AddRange(copies);
}
public ViewEditItem(DataStructure dataStructure, DataItem dataItem, string label, bool enableExport)
{
originalDataItem = dataItem;
copiedDataItem = ObjectCopier.Clone <DataItem>(dataItem);
InitializeComponent();
ItemName.Content = label;
ExportButton.Visibility = enableExport ? Visibility.Visible : Visibility.Collapsed;
Dictionary <string, List <Field> > tabsDict = dataStructure.GetTabs(false);
foreach (string tabName in tabsDict.Keys)
{
TabItem tabItem = new TabItem();
tabItem.Header = tabName;
tabs.Items.Add(tabItem);
ScrollViewer scroll = new ScrollViewer();
StackPanel sp = new StackPanel();
scroll.Content = sp;
sp.Orientation = System.Windows.Controls.Orientation.Vertical;
foreach (Field tabField in tabsDict[tabName])
{
FieldControl userControl = tabField is ExternalDataStructureList?originalDataItem.GetField(tabField.Id).GenerateUIElement(true) : copiedDataItem.GetField(tabField.Id).GenerateUIElement(true);
userControl.SetEditable(false);
allUserControls.Add(userControl);
sp.Children.Add(userControl);
}
tabItem.Content = scroll;
}
}
public void Test_PresentationTableSettings()
{
MySettings mySettings = new MySettings();
mySettings.ResultCacheNeedsRefresh = false;
MySettings oldMySettings = ObjectCopier.Clone(mySettings);
// presentation settings doesn't trigger cache refresh
mySettings.Presentation.Table.IsActive = true;
Assert.IsFalse(mySettings.ResultCacheNeedsRefresh);
mySettings.Presentation.Table.SpeciesObservationTable.SelectedTableId = 1;
Assert.IsFalse(mySettings.ResultCacheNeedsRefresh);
mySettings.Presentation.Table.IsActive = false;
mySettings.Presentation.Table.SpeciesObservationTable.SelectedTableId = 0;
using (ShimsContext.Create())
{
base.LoginTestUserAnalyser();
IUserContext userContext = SessionHandler.UserContext;
List <ISpeciesObservationFieldDescription> tableFields = mySettings.Presentation.Table.SpeciesObservationTable.GetTableFields(userContext);
Assert.IsTrue(tableFields.Count > 0);
tableFields = mySettings.Presentation.Table.SpeciesObservationTable.GetTableFields(userContext, 1, false);
Assert.IsTrue(tableFields.Count > 0);
tableFields = mySettings.Presentation.Table.SpeciesObservationTable.GetTableFields(userContext, 0, true);
Assert.IsTrue(tableFields.Count > 0);
}
}
private void ProcessCommAlarm_CIDAlarm(ref CHCNetSDK.NET_DVR_ALARMER pAlarmer, IntPtr pAlarmInfo, uint dwBufLen, IntPtr pUser, string commType)
{
CHCNetSDK.NET_DVR_CID_ALARM struCIDAlarm = new CHCNetSDK.NET_DVR_CID_ALARM();
uint dwSize = (uint)Marshal.SizeOf(struCIDAlarm);
struCIDAlarm = (CHCNetSDK.NET_DVR_CID_ALARM)Marshal.PtrToStructure(pAlarmInfo, typeof(CHCNetSDK.NET_DVR_CID_ALARM));
//报警设备IP地址
string strIP = pAlarmer.sDeviceIP;
//报警时间：年月日时分秒
string strTimeYear = (struCIDAlarm.struTriggerTime.wYear).ToString();
string strTimeMonth = (struCIDAlarm.struTriggerTime.byMonth).ToString("d2");
string strTimeDay = (struCIDAlarm.struTriggerTime.byDay).ToString("d2");
string strTimeHour = (struCIDAlarm.struTriggerTime.byHour).ToString("d2");
string strTimeMinute = (struCIDAlarm.struTriggerTime.byMinute).ToString("d2");
string strTimeSecond = (struCIDAlarm.struTriggerTime.bySecond).ToString("d2");
string strTime = strTimeYear + "-" + strTimeMonth + "-" + strTimeDay + " " + strTimeHour + ":" + strTimeMinute + ":" + strTimeSecond;
string stringAlarm = "报警主机CID报告，sCIDCode：" + struCIDAlarm.sCIDCode + "，sCIDDescribe：" + struCIDAlarm.sCIDDescribe
+ "，报告类型：" + struCIDAlarm.byReportType + "，防区号：" + struCIDAlarm.wDefenceNo + "，报警触发时间：" + strTime;
if (NoticeAlarmEvent != null)
{
string ccommType = ObjectCopier.Clone <string>(commType);
string cstrIP = ObjectCopier.Clone <string>(strIP);
string cstringAlarm = ObjectCopier.Clone <string>(stringAlarm);
NoticeAlarmEvent(ccommType, DateTime.Now.ToString(), cstrIP, cstringAlarm);
}
}
public void NewCopier()
{
DataModel dm = new DataModel("root");
dm.Add(new Block("block1"));
dm.Add(new Block("block2"));
var t = new Hashtable();
t["foo"] = "bar";
var mi = typeof(Hashtable).GetMethod("get_Item");
object ret1 = mi.Invoke(t, new object[] { "foo" });
mi = typeof(Hashtable).GetMethod("set_Item");
mi.Invoke(t, new object[] { "foo", "qux" });
object ret2 = t["foo"];
Assert.AreEqual("bar", ret1);
Assert.AreEqual("qux", ret2);
string f = (string)t["bunk"];
Assert.AreEqual(f, null);
var c = ObjectCopier.Clone(new SimpleClass(), null);
Assert.NotNull(c);
var ret = ObjectCopier.Clone(dm, null);
Assert.NotNull(ret);
}
private void btnOK_Click(object sender, EventArgs e)
{
MyVar.mMediboxSetting.DB_SERVER = local_txtServer.Text;
MyVar.mMediboxSetting.DB_NAME = local_txtDatabase.Text;
MyVar.mMediboxSetting.DB_USERID = local_txtUser.Text;
MyVar.mMediboxSetting.DB_USERPASSWORD = local_txtPassword.Text;
//Save
try
{
MediboxSetting mMediboxSetting = ObjectCopier.Clone(MyVar.mMediboxSetting);
if (!mMediboxSetting.DB_ENCRIPT)
{
mMediboxSetting.DB_ENCRIPT = true;
mMediboxSetting.DB_SERVER = CryptorEngine.Encrypt(mMediboxSetting.DB_SERVER, true);
mMediboxSetting.DB_USERID = CryptorEngine.Encrypt(mMediboxSetting.DB_USERID, true);
mMediboxSetting.DB_PORT = CryptorEngine.Encrypt(mMediboxSetting.DB_PORT, true);
mMediboxSetting.DB_USERPASSWORD = CryptorEngine.Encrypt(mMediboxSetting.DB_USERPASSWORD, true);
mMediboxSetting.DB_NAME = CryptorEngine.Encrypt(mMediboxSetting.DB_NAME, true);
}
File.WriteAllText(MyVar.SettingsFileName, JsonConvert.SerializeObject(mMediboxSetting));
}
catch (Exception ex)
{
SanitaLog.e(TAG, ex);
}
SoftUpdatePresenter.SetConnectionConfig(local_txtServer.Text, local_txtUser.Text, local_txtPassword.Text, local_txtDatabase.Text, MyVar.DEFAULT_PORT);
this.DialogResult = System.Windows.Forms.DialogResult.OK;
this.Close();
}
private void ExecuteAfterPopulateSection()
{
try
{
ActionRunner runner = new ActionRunner();
Core.Action action = null;
if (Section is DetailsSection)
{
if (DetailsSection.AfterPopulateSection != null)
{
action = ObjectCopier.Clone <Core.Action>(DetailsSection.AfterPopulateSection);
}
}
if (Section is EditSection)
{
action = ObjectCopier.Clone <Core.Action>(EditSection.AfterPopulateSection);
}
if (action != null)
{
runner.Page = (BasePage)this.Page;
runner.Action = action;
runner.Execute();
}
}
catch (Exception ex)
{
throw ex;
}
}
public Genom Clone()
{
Genom clone = ObjectCopier.Clone(this);
clone.Fitness = 0;
return(clone);
}
public EditValueViewModel(RegistryValue registryValue)
{
RegistryValue = ObjectCopier.Clone(registryValue);
Name = string.IsNullOrEmpty(registryValue.Key)
? (string)Application.Current.Resources["DefaultValue"]
: registryValue.Key;
switch (registryValue.ValueKind)
{
case RegistryValueKind.String:
case RegistryValueKind.ExpandString:
Title = (string)Application.Current.Resources["EditString"];
break;
case RegistryValueKind.Binary:
Title = (string)Application.Current.Resources["EditBinary"];
break;
case RegistryValueKind.DWord:
Title = (string)Application.Current.Resources["EditDWord"];
break;
case RegistryValueKind.MultiString:
Title = (string)Application.Current.Resources["EditMultiString"];
break;
case RegistryValueKind.QWord:
Title = (string)Application.Current.Resources["EditQWord"];
break;
}
}
static void trainNormal(TimeCanvas canvas, List <Sequence> trainSet, int iterations, bool bidirectional)
{
//canvas = new TimeCanvas(25, 7);
//canvas.c2 = c2;
for (int i = 0; i < iterations; i++)
{
foreach (Sequence s in trainSet)
{
canvas.Reset();
foreach (double[] item in s)
{
canvas.Train(item);
}
if (bidirectional)
{
Sequence rS = ObjectCopier.Clone(s);
rS.Reverse();
canvas.Reset();
foreach (double[] item in rS)
{
canvas.Train(item);
}
}
}
}
canvas.Save("debugNormal.csv");
}
public List <ReportParameter> GetPopulatedReportParameters(BasePage page, List <ReportParameter> reportRarameters, Control Container)
{
string lastParameterName = null;
string ErrorFormat = "Invalid {0} propery for Report Parameter {1} - {2}";
List <ReportParameter> retVal = null;
try
{
if (reportRarameters != null)
{
retVal = ObjectCopier.Clone <List <ReportParameter> >(reportRarameters);
}
foreach (ReportParameter p in retVal)
{
lastParameterName = p.Name;
p.Value = Common.GetParameterInputValue(page, p, Container);
}
}
catch (Exception ex)
{
throw new ApplicationException(
String.Format(ErrorFormat, "Value", lastParameterName, ex.Message),
ex);
}
return(retVal);
}
/// <summary>
/// Remplace une variable lié ou libre aléatoire par une variable anonyme.
/// Echoue si l'argument séléctionné ne peut être une variable anonyme.
/// </summary>
/// <param name="index">Index dans l'ensemble d'action.</param>
/// <param name="actionSet">Ensemble d'action à traiter.</param>
/// <param name="env">Environnement à prendre en compte.</param>
/// <returns>Le classifieur fils muté, null si la mutation échoue.</returns>
private Classifier VarToAnonym(int index, List <Classifier> parentActionSet, PerceivedEnvironnement env)
{
List <Classifier> actionSet = ObjectCopier.Clone(parentActionSet);
Dictionary <ArgType, Dictionary <string, List <int[]> > > varList = GetAllValues(ArgMode.BOUND, actionSet, index);
Random rand = new Random();
if (varList.Keys.Count != 0)
{
ArgType randArgType = new List <ArgType>(varList.Keys)[rand.Next(varList.Keys.Count)];
string randArgVar = new List <string>(varList[randArgType].Keys)[rand.Next(varList[randArgType].Keys.Count)];
int[] randPredicateArgIndex = varList[randArgType][randArgVar][rand.Next(varList[randArgType][randArgVar].Count)];
if (randPredicateArgIndex[0] != -1)
{
if (actionSet[index].rule.body[randPredicateArgIndex[0]].predOp.argsOptions[randPredicateArgIndex[1]].argsMode.Contains(ArgMode.ANONYMOUS))
{
string newArg = "_";
HornClause newRule = actionSet[index].rule;
newRule.body[randPredicateArgIndex[0]].values[randPredicateArgIndex[1]] = newArg;
return(new Classifier(currentTime, newRule, fo, actionSet[index]));
}
}
else
{
if (actionSet[index].rule.head.predOp.argsOptions[randPredicateArgIndex[1]].argsMode.Contains(ArgMode.ANONYMOUS))
{
string newArg = "_";
HornClause newRule = actionSet[index].rule;
newRule.head.values[randPredicateArgIndex[1]] = newArg;
return(new Classifier(currentTime, newRule, fo, actionSet[index]));
}
}
}
return(null);
}
private void ProcessCommAlarm_FaceDetect(ref CHCNetSDK.NET_DVR_ALARMER pAlarmer, IntPtr pAlarmInfo, uint dwBufLen, IntPtr pUser, string commType)
{
CHCNetSDK.NET_DVR_FACE_DETECTION struFaceDetectInfo = new CHCNetSDK.NET_DVR_FACE_DETECTION();
uint dwSize = (uint)Marshal.SizeOf(struFaceDetectInfo);
struFaceDetectInfo = (CHCNetSDK.NET_DVR_FACE_DETECTION)Marshal.PtrToStructure(pAlarmInfo, typeof(CHCNetSDK.NET_DVR_FACE_DETECTION));
//报警设备IP地址
string strIP = pAlarmer.sDeviceIP;
//报警时间：年月日时分秒
string strTimeYear = ((struFaceDetectInfo.dwAbsTime >> 26) + 2000).ToString();
string strTimeMonth = ((struFaceDetectInfo.dwAbsTime >> 22) & 15).ToString("d2");
string strTimeDay = ((struFaceDetectInfo.dwAbsTime >> 17) & 31).ToString("d2");
string strTimeHour = ((struFaceDetectInfo.dwAbsTime >> 12) & 31).ToString("d2");
string strTimeMinute = ((struFaceDetectInfo.dwAbsTime >> 6) & 63).ToString("d2");
string strTimeSecond = ((struFaceDetectInfo.dwAbsTime >> 0) & 63).ToString("d2");
string strTime = strTimeYear + "-" + strTimeMonth + "-" + strTimeDay + " " + strTimeHour + ":" + strTimeMinute + ":" + strTimeSecond;
string stringAlarm = "人脸检测结果，前端设备：" + struFaceDetectInfo.struDevInfo.struDevIP.sIpV4 + "，报警时间：" + strTime;
if (NoticeAlarmEvent != null)
{
string ccommType = ObjectCopier.Clone <string>(commType);
string cstrIP = ObjectCopier.Clone <string>(strIP);
string cstringAlarm = ObjectCopier.Clone <string>(stringAlarm);
NoticeAlarmEvent(ccommType, DateTime.Now.ToString(), cstrIP, cstringAlarm);
}
}
public List <ScreenDataCommandParameter> GetPopulatedCommandParameters(string DataCommandName, BasePage page, Control Container, List <ScreenDataCommand> datacommands)
{
string ErrorFormat = "Invalid {0} propery for Data Command {1} Parameter {2} - {3}";
List <ScreenDataCommandParameter> parameters = new List <ScreenDataCommandParameter>();
ScreenDataCommand screenCommand = ScreenDataCommand.GetDataCommand(datacommands, DataCommandName);
if ((screenCommand != null) && (screenCommand.Parameters != null))
{
parameters = ObjectCopier.Clone <List <ScreenDataCommandParameter> >(screenCommand.Parameters);
foreach (ScreenDataCommandParameter p in parameters)
{
try
{
p.Value = Common.GetParameterInputValue(page, p, Container);
}
catch (Exception ex)
{
throw new ApplicationException(
String.Format(ErrorFormat, "Value", DataCommandName, p.Name, ex.Message),
ex);
}
}
}
return(parameters);
}
private void ProcessCommAlarm_VQD(ref CHCNetSDK.NET_DVR_ALARMER pAlarmer, IntPtr pAlarmInfo, uint dwBufLen, IntPtr pUser, string commType)
{
CHCNetSDK.NET_DVR_DIAGNOSIS_UPLOAD struVQDInfo = new CHCNetSDK.NET_DVR_DIAGNOSIS_UPLOAD();
uint dwSize = (uint)Marshal.SizeOf(struVQDInfo);
struVQDInfo = (CHCNetSDK.NET_DVR_DIAGNOSIS_UPLOAD)Marshal.PtrToStructure(pAlarmInfo, typeof(CHCNetSDK.NET_DVR_DIAGNOSIS_UPLOAD));
//报警设备IP地址
string strIP = pAlarmer.sDeviceIP;
//开始时间
string strCheckTime = string.Format("{0:D4}", struVQDInfo.struCheckTime.dwYear) +
string.Format("{0:D2}", struVQDInfo.struCheckTime.dwMonth) +
string.Format("{0:D2}", struVQDInfo.struCheckTime.dwDay) + " "
+ string.Format("{0:D2}", struVQDInfo.struCheckTime.dwHour) + ":"
+ string.Format("{0:D2}", struVQDInfo.struCheckTime.dwMinute) + ":"
+ string.Format("{0:D2}", struVQDInfo.struCheckTime.dwSecond);
string stringAlarm = "视频质量诊断结果，流ID：" + struVQDInfo.sStreamID + "，监测点IP：" + struVQDInfo.sMonitorIP + "，监控点通道号：" + struVQDInfo.dwChanIndex +
"，检测时间：" + strCheckTime + "，byResult：" + struVQDInfo.byResult + "，bySignalResult：" + struVQDInfo.bySignalResult + "，byBlurResult：" + struVQDInfo.byBlurResult;
if (NoticeAlarmEvent != null)
{
string ccommType = ObjectCopier.Clone <string>(commType);
string cstrIP = ObjectCopier.Clone <string>(strIP);
string cstringAlarm = ObjectCopier.Clone <string>(stringAlarm);
NoticeAlarmEvent(ccommType, DateTime.Now.ToString(), cstrIP, cstringAlarm);
}
}
/// <summary>
/// Retrieve a list of all valid dialogue chains from an entity, given that they satisfy NPC relations, conditions, variables, and party members.
/// </summary>
/// <param name="entity">The entity to grab chains from.</param>
/// <returns>A lsit of dialogue chains.</returns>
public List <Dialogue.Conversation.Chain> GetValidChains(Entity entity)
{
var result = new List <Dialogue.Conversation.Chain>();
foreach (Dialogue dialogue in entity.entityDialogues)
{
if (dialogue.cond.Equals(entity.cond))
{
foreach (Dialogue.Conversation conversation in dialogue.conversation)
{
// If the entity is an NPC, then check for relation when pulling valid chains
if (entity is NPC)
{
var npc = entity as NPC;
if (conversation.relationsMin <= npc.relations && conversation.relationsMax >= npc.relations &&
MatchVars(conversation.vars, npc) && MatchParty(conversation.party))
{
result.AddRange(ObjectCopier.Clone(conversation.dialogueChains));
continue;
}
}
else
{
result.AddRange(ObjectCopier.Clone(conversation.dialogueChains));
continue;
}
}
break;
}
}
return(result);
}
// Return n uniformly sampled samples from the given distribution.
// InteractionStates are cloned before being returned.
// Pseudocode taken from Probabilistic Robotics chapter 4 pg. 86
public static ConcurrentQueue <T> lowVarianceSample <T>(ConcurrentDictionary <T, double> distribution, int n)
{
// Convert the dictionary into an array.
KeyValuePair <T, double>[] keyvalues = distribution.ToArray();
// Create the empty ConcurrentQueue to store the samples we will produce.
ConcurrentQueue <T> samples = new ConcurrentQueue <T>();
Random random = new Random();
// Find a random number in the range [0, n-1] inclusive.
double r = random.NextDouble() * 1.0 / n;
// Initialize a counter to 0.
int i = 0;
// Grab the associated value at the starting index.
double c = keyvalues[i].Value;
// For each of the n samples we want to get:
for (int m = 0; m < n; m++)
{
double u = r + (m) * (1.0 / n);
while (u > c)
{
i += 1;
c += keyvalues[i].Value;
}
// Add the InteractionState at index i to our samples array.
samples.Enqueue(ObjectCopier.Clone <T>(keyvalues[i].Key));
}
return(samples);
}
static void GenerateOsmFiles(List <Bucket> buckets, PathReconstructer reconstructor, OSMDB map, List <GPXTrack> gpxTrackList)
{
foreach (var b in buckets)
{
if (b.Paths.Any())
{
var mapCopy = ObjectCopier.Clone <OSMDB>(map);
List <Polyline <IPointGeo> > pathList = new List <Polyline <IPointGeo> >();
OSMNode bucketInfo = new OSMNode(0, 0, 0);
OSMTag start = new OSMTag("start", b.Start.ToString());
OSMTag end = new OSMTag("end", b.End.ToString());
bucketInfo.Tags.Add(start);
bucketInfo.Tags.Add(end);
foreach (var p in b.Paths)
{
var uniquePath = p.Value.GroupBy(x => new { x.Id }).Select(x => x.First());
foreach (var seg in uniquePath)
{
if (seg.Id != 0)
{
var matchingWay = mapCopy.Ways[seg.Id];
var avgSpeed = getAverageSpeed(p.Key, gpxTrackList);
if (avgSpeed != null)
{
if (matchingWay.Tags.ContainsTag("avgSpeed"))
{
matchingWay.Tags["avgSpeed"].Value = avgSpeed;
}
else
{
matchingWay.Tags.Add(new OSMTag("avgSpeed", avgSpeed));
}
}
if (matchingWay.Tags.ContainsTag("traffic"))
{
matchingWay.Tags["traffic"].Value += "," + p.Key;
}
else
{
matchingWay.Tags.Add(new OSMTag("traffic", p.Key));
}
}
}
pathList.AddRange(uniquePath);
}
//OSMDB resultMap = reconstructor.SaveToOSM(pathList);
//resultMap.Save("map" + b.Name + ".osm");
mapCopy.Nodes.Add(bucketInfo);
mapCopy.Save("map" + b.Name + ".osm");
}
}
}
/// <summary>
/// 构造方法
/// </summary>
/// <param name="tunnelHcEntity">回采面实体</param>
public TunnelHcEntering(WorkingFace tunnelHcEntity)
{
_workingFace = ObjectCopier.Clone(tunnelHcEntity);
Text = Const_GM.TUNNEL_HC_CHANGE;
InitializeComponent();
FormDefaultPropertiesSetter.SetEnteringFormDefaultProperties(this, Const_GM.TUNNEL_HC_CHANGE);
}
public Transformer Fit(FeatureVector featureVector)
{
var vector = ObjectCopier.Clone(featureVector);
Shuffle(vector);
FeatureVector[] folds = Partition(vector);
Transformer[] transformers = GetTransformersAndAccuracy(folds);
return(new CrossValidatorModel(transformers));
}
