/// <summary>
/// The parameters array should be populated with default values here
/// </summary>
public override void Initialize()
{
_inputParam = new Parameter[3];
_inputParam[0] = new FeatureSetParam(TextStrings.input1FeatureSet)
{
HelpText = TextStrings.InputFeatureSettodelete
};
_inputParam[1] = new IntParam(TextStrings.Index, 0)
{
HelpText = TextStrings.IndexNotoOverwrite
};
_inputParam[2] = new FeatureSetParam(TextStrings.input2FeatureSettoOverwrite)
{
HelpText = TextStrings.InputFeatureSettobeoverwrite
};
_outputParam = new Parameter[2];
_outputParam[0] = new FeatureSetParam(TextStrings.OutputFeatureSet)
{
HelpText = TextStrings.SelectResultFeatureSetDirectory
};
_outputParam[1] = new BooleanParam(TextStrings.OutputParameter_AddToMap, TextStrings.OutputParameter_AddToMap_CheckboxText, true);
}
/// <summary>
/// The Parameter array should be populated with default values here
/// </summary>
public override void Initialize()
{
_inputParam = new Parameter[4];
_inputParam[0] = new FileParam(TextStrings.lasFilename, "LAS Files(*.las)|*.las")
{
HelpText = TextStrings.LasFullpath
};
_inputParam[1] = new ExtentParam(TextStrings.RasterExtent)
{
HelpText = TextStrings.GeographicExtent,
DefaultToMapExtent = true
};
_inputParam[2] = new IntParam(TextStrings.NumRows)
{
HelpText = TextStrings.numberofrows
};
_inputParam[3] = new IntParam(TextStrings.NumColumns)
{
HelpText = TextStrings.numberofcolums
};
_outputParam = new Parameter[2];
_outputParam[0] = new RasterParam(TextStrings.OutputRaster)
{
HelpText = TextStrings.ResultRasterDirectory
};
_outputParam[1] = new BooleanParam(TextStrings.OutputParameter_AddToMap, TextStrings.OutputParameter_AddToMap_CheckboxText, true);
}
//列表绑定
protected void rptInsure_ItemDataBound(object sender, RepeaterItemEventArgs e)
{
if (e.Item.ItemType == ListItemType.Item || e.Item.ItemType == ListItemType.AlternatingItem)
{
byte tradeType = ( byte )DataBinder.Eval(e.Item.DataItem, "TradeType");
string userID = DataBinder.Eval(e.Item.DataItem, "SourceUserID").ToString();
switch (tradeType)
{
case 1:
(( Label )e.Item.FindControl("lblTradeType")).Text = "存款";
break;
case 2:
(( Label )e.Item.FindControl("lblTradeType")).Text = "取款";
break;
case 3:
if (userID == IntParam.ToString( ))
{
(( Label )e.Item.FindControl("lblTradeType")).Text = "转出";
}
else
{
(( Label )e.Item.FindControl("lblTradeType")).Text = "转入";
}
break;
default:
break;
}
}
}
/// <summary>
/// The Parameter array should be populated with default values here
/// </summary>
public override void Initialize()
{
_inputParam = new Parameter[4];
_inputParam[0] = new FileParam(TextStrings.lasFilename, "LAS Files(*.las)|*.las")
{
HelpText = TextStrings.LasFullpath
};
ExtentParam p = new ExtentParam(TextStrings.RasterExtent);
p.HelpText = TextStrings.GeographicExtent;
p.DefaultToMapExtent = true;
_inputParam[1] = p;
_inputParam[2] = new IntParam(TextStrings.NumRows)
{
HelpText = TextStrings.numberofrows
};
_inputParam[3] = new IntParam(TextStrings.NumColumns)
{
HelpText = TextStrings.numberofcolums
};
_outputParam = new Parameter[1];
_outputParam[0] = new RasterParam(TextStrings.OutputRaster)
{
HelpText = TextStrings.ResultRasterDirectory
};
}
/// <summary>
/// The Parameter array should be populated with default values here
/// </summary>
public override void Initialize()
{
_inputParam = new Parameter[7];
_inputParam[0] = new PointFeatureSetParam(TextStrings.PointFeatureSet);
_inputParam[1] = new ListParam(TextStrings.Zvalue)
{
HelpText = TextStrings.layercontainsvalues
};
_inputParam[2] = new DoubleParam(TextStrings.CellSize, 0, 0, double.MaxValue)
{
HelpText = TextStrings.Thecellsizeingeographicunits
};
_inputParam[3] = new DoubleParam(TextStrings.Power, 2, 1, double.MaxValue)
{
HelpText = TextStrings.Theinfluenceofdistance
};
_neighborhoodType = new List <string> {
TextStrings.FixedDistance, TextStrings.FixedCount
};
_inputParam[4] = new ListParam(TextStrings.NeighborhoodType, _neighborhoodType, 0)
{
HelpText = TextStrings.Selectthetypeofneighborhood
};
_inputParam[5] = new IntParam(TextStrings.MinMaxnumberofpoints, 12, 0, int.MaxValue)
{
HelpText = TextStrings.FixedDistanceHelpText
};
_inputParam[6] = new DoubleParam(TextStrings.MinMaxdistance, 0, 0, double.MaxValue)
{
HelpText = TextStrings.FixedDistanceHelpText
};
_outputParam = new Parameter[1];
_outputParam[0] = new RasterParam(TextStrings.Raster);
}
/// <summary>
/// Executes the random geometry tool, returning true when it has completed.
/// </summary>
/// <param name="cancelProgressHandler"></param>
/// <returns></returns>
public override bool Execute(ICancelProgressHandler cancelProgressHandler)
{
//Get the needed input and output parameters
IFeatureSet inputFeatures = _inputParam[0].Value as IFeatureSet;
IFeatureSet outputFeatures = _outputParam[0].Value as IFeatureSet;
IntParam intInput = _inputParam[1] as IntParam;
int numPoints = 1;
if (intInput != null)
{
numPoints = intInput.Value;
}
RandomGeometry.RandomPoints(inputFeatures, numPoints, outputFeatures, cancelProgressHandler);
if (cancelProgressHandler.Cancel)
{
//Set output param to null so that ToolManager does not attempt to open file.
_outputParam = null;
return(false);
}
else
{
outputFeatures.Save();
return(true);
}
}
public void TestIntParam()
{
IntParam sparam = new IntParam("myname", 42);
IntParam sparam2 = (IntParam)sparam.ToXmlAndBack();
Assert.AreEqual(sparam.Value, sparam2.Value);
Assert.AreEqual(sparam.Name, sparam2.Name);
}
/// <summary>
/// Inititalize input and output arrays with parameter types and default values.
/// </summary>
public override void Initialize()
{
_inputParam = new Parameter[2];
_inputParam[0] = new FeatureSetParam(TextStrings.InputFeatureSet);
_inputParam[1] = new IntParam(TextStrings.RandomGeometryNumPoint, 10);
_outputParam = new Parameter[1];
_outputParam[0] = new FeatureSetParam(TextStrings.OutputFeatureSet);
}
static void Main(string[] args)
{
var s = new StringParam("Glenn");
var i = new IntParam("12");
var coolDel = new CoolDelegate(DoSomethingCool);
coolDel(s, i);
}
/// <summary>
/// Inititalize input and output arrays with parameter types and default values.
/// </summary>
public override void Initialize()
{
_inputParam = new Parameter[2];
_inputParam[0] = new FeatureSetParam(TextStrings.InputFeatureSet);
_inputParam[1] = new IntParam(TextStrings.RandomGeometryNumPoint, 10);
_outputParam = new Parameter[2];
_outputParam[0] = new FeatureSetParam(TextStrings.OutputFeatureSet);
_outputParam[1] = new BooleanParam(TextStrings.OutputParameter_AddToMap, TextStrings.OutputParameter_AddToMap_CheckboxText, true);
}
protected void Page_Load(object sender, EventArgs e)
{
base.moduleID = 140;
if (!IsPostBack)
{
list1.SelectedValue = IntParam.ToString();
AccountsDataBind();
}
}
private void OnRequestScene(IEventParam e)
{
IntParam p = (IntParam)e;
if (p.val > -1)
{
Requested = p.val;
}
}
internal void SetData(Dictionary <string, int> v, string[] keys, int d)
{
Parameter[] p = new Parameter[keys.Length];
for (int i = 0; i < p.Length; i++)
{
p[i] = new IntParam(keys[i], v.ContainsKey(keys[i]) ? v[keys[i]] : d);
}
parameterPanel1.Init(new Parameters(p));
}
/// <summary>
/// Initializes a new instance of the <see cref="IntElement"/> class.
/// </summary>
/// <param name="param">The parameter this element represents.</param>
public IntElement(IntParam param)
{
// Needed by the designer
InitializeComponent();
GroupBox.Text = param.Name;
// We save the parameters passed in
Param = param;
HandleStatusLight();
}
void OnDestroy()
{
f1 = null;
f2 = null;
f3 = null;
f4 = null;
f5 = null;
farr = null;
flua = null;
ie = null;
add = null;
luaenv.Dispose();
}
public void ErzeugeKreismusterAußenverzahnung(Data dat)
{
ShapeFactory SF = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory HSF = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
//Skizze und Referenzen
Factory2D Factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord Ursprung = HSF.AddNewPointCoord(0, 0, 0);
Reference RefUrsprung = hsp_catiaPart.Part.CreateReferenceFromObject(Ursprung);
HybridShapeDirection XDir = HSF.AddNewDirectionByCoord(1, 0, 0);
Reference RefXDir = hsp_catiaPart.Part.CreateReferenceFromObject(XDir);
//Kreismuster mit Daten füllen
CircPattern Kreismuster = SF.AddNewSurfacicCircPattern(Factory2D1, 1, 2, 0, 0, 1, 1, RefUrsprung, RefXDir, false, 0, true, false);
Kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = Kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / dat.getZaehnezahlZahnrad1());
AngularRepartition angularRepartition2 = Kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(dat.getZaehnezahlZahnrad1()) + 1;
//geschlossene Kontur
Reference Ref_Kreismuster = hsp_catiaPart.Part.CreateReferenceFromObject(Kreismuster);
HybridShapeAssemble Verbindung = HSF.AddNewJoin(Ref_Kreismuster, Ref_Kreismuster);
Reference Ref_Verbindung = hsp_catiaPart.Part.CreateReferenceFromObject(Verbindung);
HSF.GSMVisibility(Ref_Verbindung, 0);
hsp_catiaPart.Part.Update();
Bodies bodies = hsp_catiaPart.Part.Bodies;
Body myBody = bodies.Add();
myBody.set_Name("Zahnrad");
myBody.InsertHybridShape(Verbindung);
hsp_catiaPart.Part.Update();
//Erzeuge Block aus Skizze
hsp_catiaPart.Part.InWorkObject = myBody;
Pad myPad = SF.AddNewPadFromRef(Ref_Verbindung, dat.getBreiteZahnrad1());
hsp_catiaPart.Part.Update();
}
public void ErzeugeZahnrad(int Zaehnezahl, double Dicke, double Modul)
{
ShapeFactory SF = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory HSF = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory; Part myPart = hsp_catiaPart.Part;
Factory2D Factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord Ursprung = HSF.AddNewPointCoord(0, 0, 0);
Reference RefUrsprung = myPart.CreateReferenceFromObject(Ursprung);
HybridShapeDirection XDir = HSF.AddNewDirectionByCoord(1, 0, 0);
Reference RefXDir = myPart.CreateReferenceFromObject(XDir);
CircPattern Kreismuster = SF.AddNewSurfacicCircPattern(Factory2D1, 1, 2, 0, 0, 1, 1, RefUrsprung, RefXDir, false, 0, true, false);
Kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = Kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / Convert.ToDouble(Zaehnezahl));
AngularRepartition angularRepartition2 = Kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(Zaehnezahl) + 1;
Reference Ref_Kreismuster = myPart.CreateReferenceFromObject(Kreismuster);
HybridShapeAssemble Verbindung = HSF.AddNewJoin(Ref_Kreismuster, Ref_Kreismuster); Reference Ref_Verbindung = myPart.CreateReferenceFromObject(Verbindung);
HSF.GSMVisibility(Ref_Verbindung, 0);
myPart.Update();
Bodies bodies = myPart.Bodies;
Body myBody = bodies.Add();
myBody.set_Name("Zahnrad");
myBody.InsertHybridShape(Verbindung);
myPart.Update();
myPart.InWorkObject = myBody;
Pad myPad = SF.AddNewPadFromRef(Ref_Verbindung, Dicke);
myPart.Update();
}
public void ErzeugeDasNeueKreismuster(Data dat)
{
ShapeFactory shapeFactory1 = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory hybridShapeFactory1 = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
Factory2D factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord ursprung = hybridShapeFactory1.AddNewPointCoord(0, 0, 0);
Reference refUrsprung = hsp_catiaPart.Part.CreateReferenceFromObject(ursprung);
HybridShapeDirection xRichtung = hybridShapeFactory1.AddNewDirectionByCoord(1, 0, 0);
Reference refxRichtung = hsp_catiaPart.Part.CreateReferenceFromObject(xRichtung);
CircPattern kreismuster = shapeFactory1.AddNewSurfacicCircPattern(factory2D1, 1, 2, 0, 0, 1, 1, refUrsprung, refxRichtung, false, 0, true, false);
kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / dat.getZähnezahl());
AngularRepartition angularRepartition2 = kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(dat.getZähnezahl()) + 1;
//Kreismusterenden verbinden
Reference refKreismuster = hsp_catiaPart.Part.CreateReferenceFromObject(kreismuster);
HybridShapeAssemble verbindung = hybridShapeFactory1.AddNewJoin(refKreismuster, refKreismuster);
Reference refVerbindung = hsp_catiaPart.Part.CreateReferenceFromObject(verbindung);
hybridShapeFactory1.GSMVisibility(refVerbindung, 0);
hsp_catiaPart.Part.MainBody.InsertHybridShape(verbindung);
hsp_catiaPart.Part.Update();
ErzeugedenNeuenBlock(refVerbindung, shapeFactory1, dat);
}
protected override void Execute(CodeActivityContext executionContext)
{
var context = executionContext.GetExtension <IWorkflowContext>();
var serviceFactory = executionContext.GetExtension <IOrganizationServiceFactory>();
var service = serviceFactory.CreateOrganizationService(context.UserId);
var textPar = TextParam.Get <string>(executionContext);
var intPar = IntParam.Get <int>(executionContext);
var email = EmailParam.Get <string>(executionContext);
Entity updatedEntity = new Entity(context.PrimaryEntityName);
updatedEntity.Id = context.PrimaryEntityId;
updatedEntity["new_textin"] = textPar;
updatedEntity["new_number"] = intPar;
{
OutParam.Set(executionContext, email);
}
service.Update(updatedEntity);
}
/// <summary>
/// The Parameter array should be populated with default values here
/// </summary>
public override void Initialize()
{
_inputParam = new Parameter[7];
_inputParam[0] = new RasterParam(TextStrings.input1altitudeRaster)
{
HelpText = TextStrings.InputRasterforaverageslopecalculation
};
_inputParam[1] = new DoubleParam(TextStrings.inputZfactor, 1.0)
{
HelpText = TextStrings.InputZfactorforslopedisplay
};
_inputParam[2] = new BooleanParam(TextStrings.slopeinpercentage, TextStrings.boxSlopeInPercentage, false)
{
HelpText = TextStrings.slopeinpercentage
};
_inputParam[3] = new FeatureSetParam(TextStrings.input1polygonfeatureset)
{
HelpText = TextStrings.averageslopeinarribute
};
_inputParam[4] = new FeatureSetParam(TextStrings.inputtheareaofinterest)
{
HelpText = TextStrings.featuresetcontainareainterest
};
_inputParam[5] = new IntParam(TextStrings.Indexofareaofinterestfeature, 0)
{
HelpText = TextStrings.indexspecificarea
};
_inputParam[6] = new StringParam(TextStrings.Fieldnameforavrageslope, TextStrings.AveSlope)
{
HelpText = TextStrings.Fieldnamecolomavrageslope
};
_outputParam = new Parameter[2];
_outputParam[0] = new FeatureSetParam(TextStrings.Outputwithaverageslope)
{
HelpText = TextStrings.SelecttheResultofOutput
};
_outputParam[2] = new BooleanParam(TextStrings.OutputParameter_AddToMap, TextStrings.OutputParameter_AddToMap_CheckboxText, true);
}
protected override void Execute(CodeActivityContext executionContext)
{
var context = executionContext.GetExtension <IWorkflowContext>();
var serviceFactory = executionContext.GetExtension <IOrganizationServiceFactory>();
var service = serviceFactory.CreateOrganizationService(context.UserId);
string textPar = TextParam.Get <string>(executionContext);
int intPar = IntParam.Get <int>(executionContext);
EntityReference company = Account.Get <EntityReference>(executionContext);
Entity updatedEntity = new Entity(context.PrimaryEntityName)
{
Id = context.PrimaryEntityId
};
updatedEntity["new_text"] = textPar;
updatedEntity["new_noun"] = intPar;
if (company == null)
{
OutParam.Set(executionContext, "Record doesn't have account");
}
else
{
Entity account = service.Retrieve(company.LogicalName, company.Id, new ColumnSet("emailaddress1"));
if (account.Attributes.ContainsKey("emailaddress1"))
{
OutParam.Set(executionContext, account.GetAttributeValue <string>("emailaddress1"));
}
else
{
OutParam.Set(executionContext, "Record's account doesn't have Email");
}
}
service.Update(updatedEntity);
}
private void buttonPrepareExport_Click(object sender, EventArgs e)
{
if (cbProcNames.Items.Count > 0)
{
List <ReportParamV2> paramList = new List <ReportParamV2>();
Dictionary <string, string> parameters =
ServicesProvider.GetInstance().GetAccountingServices().SelectExportAccountingProcParams("ExportAccounting_" + cbProcNames.Text);
if (parameters != null && parameters.Count > 0)
{
foreach (var parameter in parameters)
{
ReportParamV2 reportParam;
string paramName = parameter.Key.TrimStart('@');
if (paramName.Equals("branch_id", StringComparison.CurrentCultureIgnoreCase))
{
reportParam = new BranchParam(string.Empty);
}
else
{
string paramType = parameter.Value;
switch (paramType)
{
case "bit":
reportParam = new BoolParam(false);
break;
case "datetime":
reportParam = new DateParam(DateTime.Today);
break;
case "char":
reportParam = new CharParam(' ');
break;
case "nvarchar":
case "varchar":
case "text":
reportParam = new StringParam(string.Empty);
break;
case "int":
reportParam = new IntParam(1);
break;
case "float":
reportParam = new DoubleParam(1d);
break;
case "money":
reportParam = new DecimalParam(1m);
break;
default:
throw new NotImplementedException(string.Format("Sql type:{0} is not handled.", paramName));
}
}
reportParam.Label = paramName;
reportParam.Name = paramName;
paramList.Add(reportParam);
}
ReportParamsForm frm = new ReportParamsForm(paramList, cbProcNames.Text);
frm.ShowDialog();
}
_dataTable =
ServicesProvider.GetInstance().GetAccountingServices().FindElementaryMvtsToExport(
"ExportAccounting_"
+ cbProcNames.Text, paramList, out _idTable);
_total = _dataTable.Rows.Count;
_bwSelect = new BackgroundWorker {
WorkerSupportsCancellation = true
};
_bwSelect.DoWork += BwSelect_DoWork;
ExportBookings_Load(this, null);
}
}
private static extern void inputInt(string label, ref IntParam param);
public void SetParam(IntParam param, int value)
{
this._model.GetEnv().Set(param.param, value);
}
/// <summary>
/// Convert <see cref="BaseLib.Param"/> to <see cref="BaseLibS.Param"/>
/// </summary>
/// <param name="p"></param>
/// <returns></returns>
public static Parameter Convert(Parameter p)
{
if (p.Type == ParamType.Server)
{
return(p);
}
if (p is RegexReplaceParamWf)
{
RegexReplaceParamWf q = (RegexReplaceParamWf)p;
RegexReplaceParam b = new RegexReplaceParam(q.Name, q.Value.Item1, q.Value.Item2, q.Previews)
{
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is RegexMatchParamWf)
{
RegexMatchParamWf q = (RegexMatchParamWf)p;
RegexMatchParam b = new RegexMatchParam(q.Name, q.Value, q.Previews)
{
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is BoolParamWf)
{
BoolParamWf q = (BoolParamWf)p;
BoolParam b = new BoolParam(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is BoolWithSubParamsWf)
{
BoolWithSubParamsWf q = (BoolWithSubParamsWf)p;
q.SubParamsFalse?.Convert(Convert);
q.SubParamsTrue?.Convert(Convert);
BoolWithSubParams b = new BoolWithSubParams(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
SubParamsFalse = q.SubParamsFalse,
SubParamsTrue = q.SubParamsTrue,
Default = q.Default,
ParamNameWidth = q.ParamNameWidth,
TotalWidth = q.TotalWidth,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is DictionaryIntValueParamWf)
{
DictionaryIntValueParamWf q = (DictionaryIntValueParamWf)p;
DictionaryIntValueParam b = new DictionaryIntValueParam(q.Name, q.Value, q.Keys)
{
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is DoubleParamWf)
{
DoubleParamWf q = (DoubleParamWf)p;
DoubleParam b = new DoubleParam(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is FileParamWf)
{
FileParamWf q = (FileParamWf)p;
FileParam b = new FileParam(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Filter = q.Filter,
ProcessFileName = q.ProcessFileName,
Save = q.Save,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is FolderParamWf)
{
FolderParamWf q = (FolderParamWf)p;
FolderParam b = new FolderParam(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is IntParamWf)
{
IntParamWf q = (IntParamWf)p;
IntParam b = new IntParam(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is LabelParamWf)
{
LabelParamWf q = (LabelParamWf)p;
LabelParam b = new LabelParam(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is MultiChoiceMultiBinParamWf)
{
MultiChoiceMultiBinParamWf q = (MultiChoiceMultiBinParamWf)p;
MultiChoiceMultiBinParam b = new MultiChoiceMultiBinParam(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Values = q.Values,
Bins = q.Bins,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is MultiChoiceParamWf)
{
MultiChoiceParamWf q = (MultiChoiceParamWf)p;
MultiChoiceParam b = new MultiChoiceParam(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Repeats = q.Repeats,
Values = q.Values,
Default = q.Default,
DefaultSelections = q.DefaultSelections,
DefaultSelectionNames = q.DefaultSelectionNames,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is MultiFileParamWf)
{
MultiFileParamWf q = (MultiFileParamWf)p;
MultiFileParam b = new MultiFileParam(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Filter = q.Filter,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is MultiStringParamWf)
{
MultiStringParamWf q = (MultiStringParamWf)p;
MultiStringParam b = new MultiStringParam(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is SingleChoiceParamWf)
{
SingleChoiceParamWf q = (SingleChoiceParamWf)p;
SingleChoiceParam b = new SingleChoiceParam(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Values = q.Values,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is SingleChoiceWithSubParamsWf)
{
SingleChoiceWithSubParamsWf q = (SingleChoiceWithSubParamsWf)p;
foreach (Parameters param in q.SubParams)
{
param?.Convert(Convert);
}
SingleChoiceWithSubParams b = new SingleChoiceWithSubParams(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Values = q.Values,
Default = q.Default,
SubParams = new Parameters[q.SubParams.Count],
ParamNameWidth = q.ParamNameWidth,
TotalWidth = q.TotalWidth,
Url = q.Url
};
for (int i = 0; i < q.SubParams.Count; i++)
{
b.SubParams[i] = q.SubParams[i];
}
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is StringParamWf)
{
StringParamWf q = (StringParamWf)p;
StringParam b = new StringParam(q.Name, q.Value)
{
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
if (p is Ms1LabelParamWf)
{
Ms1LabelParamWf q = (Ms1LabelParamWf)p;
Ms1LabelParam b = new Ms1LabelParam(q.Name, q.Value)
{
Values = q.Values,
Multiplicity = q.Multiplicity,
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers())
{
b.ValueChanged += act;
}
return(b);
}
throw new Exception("Could not convert ParamWfeter");
}
public void TestIntParam()
{
var sparam = new IntParam("myname", 42);
var sparam2 = (IntParam) sparam.ToXmlAndBack();
Assert.AreEqual(sparam.Value, sparam2.Value);
Assert.AreEqual(sparam.Name, sparam2.Name);
}
public void Stirnzahnrad(Außenverzahnung av)
{
//Profil erstellen
//Nullpunkt
double x0 = 0;
double y0 = 0;
//Hilfsgrößen
double Teilkreisradius = av.d / 2;
double Hilfskreisradius = Teilkreisradius * 0.94;
double Fußkreisradius = Teilkreisradius - (1.25 * av.m);
double Kopfkreisradius = Teilkreisradius + av.m;
double Verrundungsradius = 0.35 * av.m;
double Alpha = 20;
double Beta = 90 / av.z;
double Betarad = Math.PI * Beta / 180;
double Gamma = 90 - (Alpha - Beta);
double Gammarad = Math.PI * Gamma / 180;
double Totalangel = 360.0 / av.z;
double Totalangelrad = Math.PI + Totalangel / 180;
//Punkte erzeugen
//Kleiner Kreis
double xMittelpunktaufEvol_links = Hilfskreisradius * Math.Cos(Gammarad);
double yMittelpunktaufEvol_links = Hilfskreisradius * Math.Sin(Gammarad);
//Schnittpunkt auf Evolvente und Teilkreisradius
double xPunktaufEvolvente = -Teilkreisradius *Math.Sin(Betarad);
double yPunktaufEvolvente = Teilkreisradius * Math.Cos(Betarad);
//Evolventenkreis Radius
double EvolventenkreisRadius = Math.Sqrt(Math.Pow((xMittelpunktaufEvol_links - xPunktaufEvolvente), 2) + Math.Pow((yMittelpunktaufEvol_links - yPunktaufEvolvente), 2));
//Koordinaten Schnittpunkt Kopfkreis und Evolventenkreis
double xEvolventenkopfkreis_links = Schnittpunkt_X(x0, y0, Kopfkreisradius, xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius);
double yEvolventenkopfkreis_links = Schnittpunkt_Y(x0, y0, Kopfkreisradius, xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius);
//Mittelpunktkoordinaten Verrundung
double xMittelpunktVerrundung_links = Schnittpunkt_X(x0, y0, Fußkreisradius + Verrundungsradius, xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius + Verrundungsradius);
double yMittelpunktVerrundung_links = Schnittpunkt_Y(x0, y0, Fußkreisradius + Verrundungsradius, xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius + Verrundungsradius);
//Schnittpunktkoordinaten Verrundung - Evolventenkreis
double x_SP_EvolventeVerrundung_links = Schnittpunkt_X(xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius, xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius);
double y_SP_EvolventeVerrundung_links = Schnittpunkt_Y(xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius, xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius);
//Schnittpunktkoordinaten Verrundung - Fußkreis
double x_SP_FußkreisradiusVerrundung_links = Schnittpunkt_X(x0, y0, Fußkreisradius, xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius);
double y_SP_FußkreisradiusVerrundung_links = Schnittpunkt_Y(x0, y0, Fußkreisradius, xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius);
//Koordinaten Anfangspunkt Fußkreis
double Hilfswinkel = Totalangelrad - Math.Atan(Math.Abs(x_SP_FußkreisradiusVerrundung_links) / Math.Abs(y_SP_FußkreisradiusVerrundung_links));
double x_AnfangspunktFußkreis = -Fußkreisradius *Math.Sin(Hilfswinkel);
double y_AnfangspunktFußkreis = Fußkreisradius * Math.Cos(Hilfswinkel);
//Ende
//Skizze umbenennen
hsp_catiaProfil.set_Name("Zahnrad-Test");
Factory2D catfactory2D1 = hsp_catiaProfil.OpenEdition();
//Punkte in Skizze
Point2D point_Ursprung = catfactory2D1.CreatePoint(x0, y0);
Point2D pointAnfangFußkreisLinks = catfactory2D1.CreatePoint(x_AnfangspunktFußkreis, y_AnfangspunktFußkreis);
Point2D pointFußkreisVerrundungLinks = catfactory2D1.CreatePoint(x_SP_FußkreisradiusVerrundung_links, y_SP_FußkreisradiusVerrundung_links);
Point2D pointFußkreisVerrundungRechts = catfactory2D1.CreatePoint(-x_SP_FußkreisradiusVerrundung_links, y_SP_FußkreisradiusVerrundung_links);
Point2D pointMittelpunktVerrundungLinks = catfactory2D1.CreatePoint(xMittelpunktVerrundung_links, yMittelpunktVerrundung_links);
Point2D pointMittelpunktVerrundungRechts = catfactory2D1.CreatePoint(-xMittelpunktVerrundung_links, yMittelpunktVerrundung_links);
Point2D pointVerrundungEvolventeLinks = catfactory2D1.CreatePoint(x_SP_EvolventeVerrundung_links, y_SP_EvolventeVerrundung_links);
Point2D pointVerrundungEvolventeRechts = catfactory2D1.CreatePoint(-x_SP_EvolventeVerrundung_links, y_SP_EvolventeVerrundung_links);
Point2D pointMittelpunktevolventeLinks = catfactory2D1.CreatePoint(xMittelpunktaufEvol_links, xMittelpunktaufEvol_links);
Point2D pointMittelpunktevolventeRechts = catfactory2D1.CreatePoint(-xMittelpunktaufEvol_links, yMittelpunktaufEvol_links);
Point2D pointEvolventenKopfkreisLinks = catfactory2D1.CreatePoint(xEvolventenkopfkreis_links, yEvolventenkopfkreis_links);
Point2D pointEvolventenKopfkreisRechts = catfactory2D1.CreatePoint(-xEvolventenkopfkreis_links, yEvolventenkopfkreis_links);
//Kreise
Circle2D KreisFußkreis = catfactory2D1.CreateCircle(x0, y0, Fußkreisradius, 0, Math.PI * 2);
KreisFußkreis.CenterPoint = point_Ursprung;
KreisFußkreis.StartPoint = pointFußkreisVerrundungLinks;
KreisFußkreis.EndPoint = pointAnfangFußkreisLinks;
Circle2D KreisVerrundungLinks = catfactory2D1.CreateCircle(xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius, 0, Math.PI * 2);
KreisVerrundungLinks.CenterPoint = pointMittelpunktVerrundungLinks;
KreisVerrundungLinks.StartPoint = pointFußkreisVerrundungLinks;
KreisVerrundungLinks.EndPoint = pointVerrundungEvolventeLinks;
Circle2D KreisEvolventenkreisLinks = catfactory2D1.CreateCircle(xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius, 0, Math.PI * 2);
KreisEvolventenkreisLinks.CenterPoint = pointMittelpunktevolventeLinks;
KreisEvolventenkreisLinks.StartPoint = pointEvolventenKopfkreisLinks;
KreisEvolventenkreisLinks.EndPoint = pointVerrundungEvolventeLinks;
Circle2D KreisKopfkreis = catfactory2D1.CreateCircle(x0, y0, Kopfkreisradius, 0, Math.PI * 2);
KreisKopfkreis.CenterPoint = point_Ursprung;
KreisKopfkreis.StartPoint = pointEvolventenKopfkreisRechts;
KreisKopfkreis.EndPoint = pointEvolventenKopfkreisLinks;
Circle2D KreisEvolventenkreisRechts = catfactory2D1.CreateCircle(-xMittelpunktaufEvol_links, yMittelpunktaufEvol_links, EvolventenkreisRadius, 0, Math.PI * 2);
KreisEvolventenkreisRechts.CenterPoint = pointMittelpunktVerrundungRechts;
KreisEvolventenkreisRechts.StartPoint = pointVerrundungEvolventeRechts;
KreisEvolventenkreisRechts.EndPoint = pointEvolventenKopfkreisRechts;
Circle2D KreisVerrundungRechts = catfactory2D1.CreateCircle(-xMittelpunktVerrundung_links, yMittelpunktVerrundung_links, Verrundungsradius, 0, Math.PI * 2);
KreisVerrundungRechts.CenterPoint = pointMittelpunktVerrundungRechts;
KreisVerrundungRechts.StartPoint = pointVerrundungEvolventeRechts;
KreisVerrundungRechts.EndPoint = pointFußkreisVerrundungRechts;
//Skizzierer schließen
hsp_catiaProfil.CloseEdition();
//Aktualisieren
hsp_catiaPart.Part.Update();
//Kreismuster erstellen
//Deklarierung
ShapeFactory SF = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory HSF = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
Part myPart = hsp_catiaPart.Part;
Factory2D Factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord Ursprung = HSF.AddNewPointCoord(0, 0, 0);
Reference RefUrsprung = myPart.CreateReferenceFromObject(Ursprung);
HybridShapeDirection XDir = HSF.AddNewDirectionByCoord(1, 0, 0);
Reference RefXDir = myPart.CreateReferenceFromObject(XDir);
//Kreismuster Daten ausfüllen
CircPattern Kreismuster = SF.AddNewSurfacicCircPattern(Factory2D1, 1, 2, 0, 0, 1, 1, RefUrsprung, RefXDir, false, 0, true, false);
Kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = Kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / Convert.ToDouble(av.z));
AngularRepartition angularRepartition2 = Kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(av.z) + 1;
//geschlossene Kontur herstellen
Reference Ref_Kreismuster = myPart.CreateReferenceFromObject(Kreismuster);
HybridShapeAssemble Verbindung = HSF.AddNewJoin(Ref_Kreismuster, Ref_Kreismuster);
Reference Ref_Verbindung = myPart.CreateReferenceFromObject(Verbindung);
HSF.GSMVisibility(Ref_Verbindung, 0);
myPart.Update();
Bodies bodies = myPart.Bodies;
Body myBody = bodies.Add();
myBody.set_Name("Zahnrad");
myBody.InsertHybridShape(Verbindung);
myPart.Update();
}
public void Stirnzahnrad(MainWindow.Außenverzahnung av)
{
//Profil Erstellen
//Nullpunkt
double x0 = 0;
double y0 = 0;
//Hilfsgrößen
double Teilkreisradius = av.d / 2;
double Hilfskreisradius = Teilkreisradius * 0.94;
double Fußkreisradius = Teilkreisradius - (1.25 * av.m);
double Kopfkreisradius = Teilkreisradius + av.m;
double Verrundungsradius = 0.35 * av.m;
double Alpha = 2;
double Alpharad = Math.PI * Alpha / 180;
double Beta = 140 / av.z;
double Betarad = Math.PI * Beta / 180;
double Gamma = 90 - (Alpha - Beta);
double Gammarad = Math.PI * Gamma / 180;
double Totalangel = 360.0 / av.z;
double Totalangelrad = Math.PI * Totalangel / 180;
//Punkte
//Kopfkreis
double xKopfkreis = -Kopfkreisradius *Math.Sin(Alpharad);
double yKopfkreis = Kopfkreisradius * Math.Cos(Alpharad);
//Fußkreis
double xFußkreis = -Fußkreisradius *Math.Sin(Betarad);
double yFußkreis = Fußkreisradius * Math.Cos(Betarad);
//Koordinaten Anfangspunkt Fußkreis
double Hilfswinkel = Totalangelrad - Math.Atan(Math.Abs(xFußkreis) / Math.Abs(yFußkreis));
double x_AnfangspunktFußkreis = Fußkreisradius * Math.Sin(Hilfswinkel);
double y_AnfangspunktFußkreis = Fußkreisradius * Math.Cos(Hilfswinkel);
//Skizze umbenennen und öffnen
hsp_catiaProfil.set_Name("Zahnradskizze");
Factory2D catfactory2D1 = hsp_catiaProfil.OpenEdition();
//Nun die Punkte in die Skizze
Point2D point_Ursprung = catfactory2D1.CreatePoint(x0, y0);
Point2D point_KopfkreisLinks = catfactory2D1.CreatePoint(xKopfkreis, yKopfkreis);
Point2D point_FußkreisLinks = catfactory2D1.CreatePoint(xFußkreis, yFußkreis);
Point2D point_KopfkreisRechts = catfactory2D1.CreatePoint(-xKopfkreis, yKopfkreis);
Point2D point_FußkreisRechts = catfactory2D1.CreatePoint(-xFußkreis, yFußkreis);
Point2D point_AnfangspunktLinks = catfactory2D1.CreatePoint(-x_AnfangspunktFußkreis, y_AnfangspunktFußkreis);
//Linien
Line2D line_FußkreisKopfkreis = catfactory2D1.CreateLine(xFußkreis, yFußkreis, xKopfkreis, yKopfkreis);
line_FußkreisKopfkreis.StartPoint = point_FußkreisLinks;
line_FußkreisKopfkreis.EndPoint = point_KopfkreisLinks;
Line2D line_KopfkreisFußkreis = catfactory2D1.CreateLine(-xKopfkreis, yKopfkreis, -xFußkreis, yFußkreis);
line_KopfkreisFußkreis.StartPoint = point_KopfkreisRechts;
line_KopfkreisFußkreis.EndPoint = point_FußkreisRechts;
//Kreise
Circle2D circle_KopfkreisLinksRechts = catfactory2D1.CreateCircle(x0, y0, Kopfkreisradius, 0, Math.PI * 2);
circle_KopfkreisLinksRechts.CenterPoint = point_Ursprung;
circle_KopfkreisLinksRechts.EndPoint = point_KopfkreisLinks;
circle_KopfkreisLinksRechts.StartPoint = point_KopfkreisRechts;
Circle2D circle_AnfangFußkreis = catfactory2D1.CreateCircle(x0, x0, Fußkreisradius, 0, Math.PI * 2);
circle_AnfangFußkreis.CenterPoint = point_Ursprung;
circle_AnfangFußkreis.EndPoint = point_AnfangspunktLinks;
circle_AnfangFußkreis.StartPoint = point_FußkreisLinks;
hsp_catiaProfil.CloseEdition();
hsp_catiaPart.Part.Update();
//Profilerstellen Ende
//Kreismuster
ShapeFactory SF = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory HSF = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
Part myPart = hsp_catiaPart.Part;
Factory2D Factory2D2 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord Ursprung = HSF.AddNewPointCoord(0, 0, 0);
Reference RefUrsprung = myPart.CreateReferenceFromObject(Ursprung);
HybridShapeDirection XDir = HSF.AddNewDirectionByCoord(1, 0, 0);
Reference RefXDir = myPart.CreateReferenceFromObject(XDir);
CircPattern Kreismuster = SF.AddNewSurfacicCircPattern(Factory2D2, 1, 2, 0, 0, 1, 1, RefUrsprung, RefXDir, false, 0, true, false);
Kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = Kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / Convert.ToDouble(av.z));
AngularRepartition angularRepartition2 = Kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(av.z) + 1;
Reference Ref_Kreismuster = myPart.CreateReferenceFromObject(Kreismuster);
HybridShapeAssemble Verbindung = HSF.AddNewJoin(Ref_Kreismuster, Ref_Kreismuster);
Reference Ref_Verbindung = myPart.CreateReferenceFromObject(Verbindung);
HSF.GSMVisibility(Ref_Verbindung, 0);
myPart.Update();
Bodies bodies = myPart.Bodies;
Body myBody = bodies.Add();
myBody.set_Name("Zahnrad");
myBody.InsertHybridShape(Verbindung);
myPart.Update();
myPart.InWorkObject = myBody;
Pad myPad = SF.AddNewPadFromRef(Ref_Verbindung, av.t);
myPart.Update();
//Bohrung
Reference RefBohrung1 = hsp_catiaPart.Part.CreateReferenceFromBRepName("FSur:(Face:(Brp:(Pad.1;2);None:();Cf11:());WithTemporaryBody;WithoutBuildError;WithInitialFeatureSupport;MonoFond;MFBRepVersion_CXR15)", myPad);
Hole catBohrung1 = SF.AddNewHoleFromPoint(0, 0, 0, RefBohrung1, 0);
Length catLengthBohrung1 = catBohrung1.Diameter;
catLengthBohrung1.Value = Convert.ToDouble(av.d / 2);
hsp_catiaPart.Part.Update();
}
//InnenVerzahnung
public void ErstelleProfilInnen(Data dat)
{
//geometrisches set auswählen und umbenennen
HybridBodies catHybridBodies_I = hsp_catiaPart.Part.HybridBodies;
HybridBody catHybridBody_I;
try
{
catHybridBody_I = catHybridBodies_I.Item("Geometrisches Set.1");
}
catch (Exception)
{
MessageBox.Show("Kein geometrisches Set gefunden!\nEin PART manuell erzeugen und darauf achten, dass ein 'Geometisches Set' aktiviert ist.", "Fehler", MessageBoxButton.OK, MessageBoxImage.Error);
return;
}
catHybridBody_I.set_Name("Profile");
//Neue Skizze im ausgewählten geometrischen Set anlegen
Sketches catSketches_I = catHybridBody_I.HybridSketches;
OriginElements catOriginElements_I = hsp_catiaPart.Part.OriginElements;
Reference catReference_I = (Reference)catOriginElements_I.PlaneYZ;
hsp_catiaProfil = catSketches_I.Add(catReference_I);
//Achsensystem in Skizze erzeugen
ErzeugeAchsensystem();
//Part aktualisieren
hsp_catiaPart.Part.Update();
hsp_catiaProfil.set_Name("InnenverzahnungBlock");
Factory2D catFactory_I = hsp_catiaProfil.OpenEdition();
Circle2D catC2D_I = catFactory_I.CreateClosedCircle(0, 0, dat.getFußkreisdurchmesser_iZahnrad1());
hsp_catiaProfil.CloseEdition();
hsp_catiaPart.Part.Update();
ShapeFactory SF_I = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory HSF_I = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
//Erzeuge Block aus Skizze
hsp_catiaPart.Part.InWorkObject = hsp_catiaPart.Part.MainBody;
Pad myPad = SF_I.AddNewPad(hsp_catiaProfil, dat.getBreiteZahnrad1());
hsp_catiaPart.Part.Update();
//Neue Skizze im ausgewählten geometrischen Set anlegen
Sketches catSketches1 = catHybridBody_I.HybridSketches;
OriginElements catOriginElements = hsp_catiaPart.Part.OriginElements;
Reference catReference1 = (Reference)catOriginElements.PlaneYZ;
hsp_catiaProfil = catSketches1.Add(catReference1);
//Achsensystem in Skizze erzeugen
ErzeugeAchsensystem();
//Part aktualisieren
hsp_catiaPart.Part.Update();
//HilfsRadien
double d_r = (dat.getModulZahnrad1() * dat.getZaehnezahlZahnrad1()) / 2;
double hk_r = d_r * 1.06;
double da_r = d_r - (1.25 * dat.getModulZahnrad1());
double df_r = d_r + dat.getModulZahnrad1();
double vd_r = 0.35 * dat.getModulZahnrad1();
//HilfsWinkel
double alpha = 20;
double beta = 90 / dat.getZaehnezahlZahnrad1();
double beta_r = Math.PI * beta / 180;
double gamma = 90 - (alpha - beta);
double gamma_r = Math.PI * gamma / 180;
double ta = 360.0 / dat.getZaehnezahlZahnrad1();
double ta_r = Math.PI * ta / 180;
//Nullpunkte
double x0 = 0;
double y0 = 0;
//MittelPunkt EvolventenKreis
double MP_EvolventenKreis_x = hk_r * Math.Cos(gamma_r);
double MP_EvolventenKreis_y = hk_r * Math.Sin(gamma_r);
// SchnittPunkt Evolventenkreis & Teilkreisradius
double SP_EvolventenTeilKreis_x = -d_r *Math.Sin(beta_r);
double SP_EvolventenTeilKreis_y = d_r * Math.Cos(beta_r);
//Evolventenkreis Radius
double Evolventenkreis_r = Math.Sqrt(Math.Pow((MP_EvolventenKreis_x - SP_EvolventenTeilKreis_x), 2) + Math.Pow((MP_EvolventenKreis_y - SP_EvolventenTeilKreis_y), 2));
//SchnittPunkt Evolventenkreis & Kopfkreisradius
double SP_EvolventenKopfKreis_x = Schnittpunkt_x(x0, y0, da_r, MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r);
double SP_EvolventenKopfKreis_y = Schnittpunkt_y(x0, y0, da_r, MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r);
//MittelPunkt VerrundungsRadius
double MP_Verrundung_x = Schnittpunkt_x(x0, y0, df_r + vd_r, MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r + vd_r);
double MP_Verrundung_y = Schnittpunkt_y(x0, y0, df_r + vd_r, MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r + vd_r);
//SchnittPunkt Evolventenkreis & Verrundungsradius
double SP_EvolventeVerrundung_x = Schnittpunkt_x(MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r, MP_Verrundung_x, MP_Verrundung_y, vd_r);
double SP_EvolventeVerrundung_y = Schnittpunkt_y(MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r, MP_Verrundung_x, MP_Verrundung_y, vd_r);
//SchnittPunkt Fußkreis & Verrundungs Radius
double SP_FußkreisVerrundungsRadius_x = Schnittpunkt_x(x0, y0, df_r, MP_Verrundung_x, MP_Verrundung_y, vd_r);
double SP_FußkreisVerrundungsRadius_y = Schnittpunkt_y(x0, y0, df_r, MP_Verrundung_x, MP_Verrundung_y, vd_r);
//StartPunkt Fußkreis Radius
double phi = ta_r - Math.Atan(Math.Abs(SP_FußkreisVerrundungsRadius_x) / Math.Abs(SP_FußkreisVerrundungsRadius_y));
double StartPkt_Fußkreis_x = -df_r *Math.Sin(phi);
double StartPkt_Fußkreis_y = df_r * Math.Cos(phi);
//Skizze umbenennen und öffnen
hsp_catiaProfil.set_Name("InnenverzahnungEinzel");
Factory2D catFactory2D1 = hsp_catiaProfil.OpenEdition();
//Punkte
Point2D catP2D_Ursprung = catFactory2D1.CreatePoint(x0, y0);
Point2D catP2D_StartPkt_Fußkreis = catFactory2D1.CreatePoint(StartPkt_Fußkreis_x, StartPkt_Fußkreis_y);
Point2D catP2D_SP_FußkreisVerrundungsRadius1 = catFactory2D1.CreatePoint(SP_FußkreisVerrundungsRadius_x, SP_FußkreisVerrundungsRadius_y);
Point2D catP2D_SP_FußkreisVerrundungsRadius2 = catFactory2D1.CreatePoint(-SP_FußkreisVerrundungsRadius_x, SP_FußkreisVerrundungsRadius_y);
Point2D catP2D_MP_EvolventenKreis1 = catFactory2D1.CreatePoint(MP_EvolventenKreis_x, MP_EvolventenKreis_y);
Point2D catP2D_MP_EvolventenKreis2 = catFactory2D1.CreatePoint(-MP_EvolventenKreis_x, MP_EvolventenKreis_y);
Point2D catP2D_SP_EvolventenKopfKreis1 = catFactory2D1.CreatePoint(SP_EvolventenKopfKreis_x, SP_EvolventenKopfKreis_y);
Point2D catP2D_SP_EvolventenKopfKreis2 = catFactory2D1.CreatePoint(-SP_EvolventenKopfKreis_x, SP_EvolventenKopfKreis_y);
Point2D catP2D_MP_Verrundung1 = catFactory2D1.CreatePoint(MP_Verrundung_x, MP_Verrundung_y);
Point2D catP2D_MP_Verrundung2 = catFactory2D1.CreatePoint(-MP_Verrundung_x, MP_Verrundung_y);
Point2D catP2D_SP_EvolventeVerrundung1 = catFactory2D1.CreatePoint(SP_EvolventeVerrundung_x, SP_EvolventeVerrundung_y);
Point2D catP2D_SP_EvolventeVerrundung2 = catFactory2D1.CreatePoint(-SP_EvolventeVerrundung_x, SP_EvolventeVerrundung_y);
//Kreise
Circle2D catC2D_Frußkreis = catFactory2D1.CreateCircle(x0, y0, df_r, 0, 0);
catC2D_Frußkreis.CenterPoint = catP2D_Ursprung;
catC2D_Frußkreis.StartPoint = catP2D_SP_FußkreisVerrundungsRadius1;
catC2D_Frußkreis.EndPoint = catP2D_StartPkt_Fußkreis;
Circle2D catC2D_Kopfkreis = catFactory2D1.CreateCircle(x0, y0, da_r, 0, 0);
catC2D_Kopfkreis.CenterPoint = catP2D_Ursprung;
catC2D_Kopfkreis.StartPoint = catP2D_SP_EvolventenKopfKreis2;
catC2D_Kopfkreis.EndPoint = catP2D_SP_EvolventenKopfKreis1;
Circle2D catC2D_EvolventenKreis1 = catFactory2D1.CreateCircle(MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r, 0, 0);
catC2D_EvolventenKreis1.CenterPoint = catP2D_MP_EvolventenKreis1;
catC2D_EvolventenKreis1.StartPoint = catP2D_SP_EvolventenKopfKreis1;
catC2D_EvolventenKreis1.EndPoint = catP2D_SP_EvolventeVerrundung1;
Circle2D catC2D_Evolventenkreis2 = catFactory2D1.CreateCircle(-MP_EvolventenKreis_x, MP_EvolventenKreis_y, Evolventenkreis_r, 0, 0);
catC2D_Evolventenkreis2.CenterPoint = catP2D_MP_EvolventenKreis2;
catC2D_Evolventenkreis2.StartPoint = catP2D_SP_EvolventeVerrundung2;
catC2D_Evolventenkreis2.EndPoint = catP2D_SP_EvolventenKopfKreis2;
Circle2D catC2D_VerrundungsKreis1 = catFactory2D1.CreateCircle(MP_Verrundung_x, MP_Verrundung_y, vd_r, 0, 0);
catC2D_VerrundungsKreis1.CenterPoint = catP2D_MP_Verrundung1;
catC2D_VerrundungsKreis1.StartPoint = catP2D_SP_FußkreisVerrundungsRadius1;
catC2D_VerrundungsKreis1.EndPoint = catP2D_SP_EvolventeVerrundung1;
Circle2D catC2D_VerrundungsKreis2 = catFactory2D1.CreateCircle(-MP_Verrundung_x, MP_Verrundung_y, vd_r, 0, 0);
catC2D_VerrundungsKreis2.CenterPoint = catP2D_MP_Verrundung2;
catC2D_VerrundungsKreis2.StartPoint = catP2D_SP_EvolventeVerrundung2;
catC2D_VerrundungsKreis2.EndPoint = catP2D_SP_FußkreisVerrundungsRadius2;
hsp_catiaProfil.CloseEdition();
hsp_catiaPart.Part.Update();
//Skizze und Referenzen
Factory2D Factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord Ursprung = HSF_I.AddNewPointCoord(0, 0, 0);
Reference RefUrsprung = hsp_catiaPart.Part.CreateReferenceFromObject(Ursprung);
HybridShapeDirection XDir = HSF_I.AddNewDirectionByCoord(1, 0, 0);
Reference RefXDir = hsp_catiaPart.Part.CreateReferenceFromObject(XDir);
//Kreismuster mit Daten füllen
CircPattern Kreismuster = SF_I.AddNewSurfacicCircPattern(Factory2D1, 1, 2, 0, 0, 1, 1, RefUrsprung, RefXDir, false, 0, true, false);
Kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = Kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / dat.getZaehnezahlZahnrad1());
AngularRepartition angularRepartition2 = Kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(dat.getZaehnezahlZahnrad1()) + 1;
//geschlossene Kontur
Reference Ref_Kreismuster = hsp_catiaPart.Part.CreateReferenceFromObject(Kreismuster);
HybridShapeAssemble Verbindung = HSF_I.AddNewJoin(Ref_Kreismuster, Ref_Kreismuster);
Reference Ref_Verbindung = hsp_catiaPart.Part.CreateReferenceFromObject(Verbindung);
HSF_I.GSMVisibility(Ref_Verbindung, 0);
hsp_catiaPart.Part.Update();
/*Bodies bodies = hsp_catiaPart.Part.Bodies;
* Body myBody = bodies.Add();
* myBody.set_Name("Zahnrad");
* myBody.InsertHybridShape(Verbindung);
*
* hsp_catiaPart.Part.Update();*/
//Tasche für Innenverzahnung(grob)
hsp_catiaPart.Part.InWorkObject = hsp_catiaPart.Part.MainBody;
Pocket catPocketInnen = SF_I.AddNewPocketFromRef(Ref_Verbindung, dat.getBreiteZahnrad1());
hsp_catiaPart.Part.Update();
}
public void ErzeugeKreismusterMitBohrung(Data dat)
{
//Erzeuge Kreismuster
ShapeFactory SF = (ShapeFactory)hsp_catiaPart.Part.ShapeFactory;
HybridShapeFactory HSF = (HybridShapeFactory)hsp_catiaPart.Part.HybridShapeFactory;
//Skizze und Referenzen
Factory2D Factory2D1 = hsp_catiaProfil.Factory2D;
HybridShapePointCoord Ursprung = HSF.AddNewPointCoord(0, 0, 0);
Reference RefUrsprung = hsp_catiaPart.Part.CreateReferenceFromObject(Ursprung);
HybridShapeDirection XDir = HSF.AddNewDirectionByCoord(1, 0, 0);
Reference RefXDir = hsp_catiaPart.Part.CreateReferenceFromObject(XDir);
//Kreismuster mit Daten füllen
CircPattern Kreismuster = SF.AddNewSurfacicCircPattern(Factory2D1, 1, 2, 0, 0, 1, 1, RefUrsprung, RefXDir, false, 0, true, false);
Kreismuster.CircularPatternParameters = CatCircularPatternParameters.catInstancesandAngularSpacing;
AngularRepartition angularRepartition1 = Kreismuster.AngularRepartition;
Angle angle1 = angularRepartition1.AngularSpacing;
angle1.Value = Convert.ToDouble(360 / dat.getZaehnezahlZahnrad1());
AngularRepartition angularRepartition2 = Kreismuster.AngularRepartition;
IntParam intParam1 = angularRepartition2.InstancesCount;
intParam1.Value = Convert.ToInt32(dat.getZaehnezahlZahnrad1()) + 1;
//geschlossene Kontur
Reference Ref_Kreismuster = hsp_catiaPart.Part.CreateReferenceFromObject(Kreismuster);
HybridShapeAssemble Verbindung = HSF.AddNewJoin(Ref_Kreismuster, Ref_Kreismuster);
Reference Ref_Verbindung = hsp_catiaPart.Part.CreateReferenceFromObject(Verbindung);
HSF.GSMVisibility(Ref_Verbindung, 0);
hsp_catiaPart.Part.Update();
Bodies bodies = hsp_catiaPart.Part.Bodies;
Body myBody = bodies.Add();
myBody.set_Name("Zahnrad");
myBody.InsertHybridShape(Verbindung);
hsp_catiaPart.Part.Update();
//Erzeuge Block aus Skizze
hsp_catiaPart.Part.InWorkObject = myBody;
Pad myPad = SF.AddNewPadFromRef(Ref_Verbindung, dat.getBreiteZahnrad1());
hsp_catiaPart.Part.Update();
//Erzeuge Skizze für Bohrung
Reference RefBohrung1 = hsp_catiaPart.Part.CreateReferenceFromBRepName("FSur:(Face:(Brp:(Pad.1;2);None:();Cf11:());WithTemporaryBody;WithoutBuildError;WithInitialFeatureSupport;MonoFond;MFBRepVersion_CXR15)", myPad);
Hole catBohrung1 = SF.AddNewHoleFromPoint(0, 0, 0, RefBohrung1, dat.getBreiteZahnrad1());
Length catLengthBohrung1 = catBohrung1.Diameter;
catLengthBohrung1.Value = Convert.ToDouble(dat.getTeilkreisdurchmesserZahnrad1() / 2);
hsp_catiaPart.Part.Update();
}
protected override Parameter[] SpecificParameters(IMatrixData data, ref string errString)
{
if (data.StringColumnCount == 0)
{
errString = "Please add at least one string column";
return(null);
}
var ConditionColumn1Param = new SingleChoiceParam("Condition column, eg R.FileName")
{
Values = data.StringColumnNames,
Value = Math.Max(0, data.StringColumnNames.FindIndex(col => col.ToLower().Equals("r.filename"))),
Help = "Chose experimental condition column, such as R.FileName, which will be used to create wide-format intensity columns. Has to be a text column."
};
var PerlParam = new SingleChoiceWithSubParams("Condition grouping")
{
Values = new[] { "Group by condition column", "Skip" },
Value = 0,
Help = "Chose if input should be grouped from long-format (e.g. Spectronaut report or MaxQuant LFQ evidence) or mixed-format " +
"(e.g. MaxQuant TMT evidence with conditions) into wide-format required for this plugin. Chose skip if data is already in wide-format " +
"(e.g. MaxQuant TMT evidence without conditions).",
SubParams = new Parameters[] { // Define the different sub-parameter groups
new Parameters(ConditionColumn1Param), // condition grouping
new Parameters() // Skip
}
};
var Cutoff1aParam = new DoubleParam("Localization cutoff", 0.75)
{
Help = "Localization cutoff to be used to filter PTM localization. Can be between 0 and 1. Setting to 0 will not filter anything."
};
var Cutoff1bParam = new DoubleParam("Localization cutoff", 0.75)
{
Help = "Localization cutoff to be used to filter PTM localization. Can be between 0 and 1. Setting to 0 will not filter anything."
};
var Cutoff2aParam = new DoubleParam("Localization cutoff", 0.75)
{
Help = "Localization cutoff to be used to filter PTM localization. Can be between 0 and 1. Setting to 0 will not filter anything."
};
var Cutoff2bParam = new DoubleParam("Localization cutoff", 0.75)
{
Help = "Localization cutoff to be used to filter PTM localization. Can be between 0 and 1. Setting to 0 will not filter anything."
};
var Cutoff2cParam = new DoubleParam("Localization cutoff", 0.75)
{
Help = "Localization cutoff to be used to filter PTM localization. Can be between 0 and 1. Setting to 0 will not filter anything."
};
var Cutoff3aParam = new DoubleParam("Localization cutoff", 0.75)
{
Help = "Localization cutoff to be used to filter PTM localization. Can be between 0 and 1. Setting to 0 will not filter anything."
};
var Cutoff3bParam = new DoubleParam("Localization cutoff", 0.75)
{
Help = "Localization cutoff to be used to filter PTM localization. Can be between 0 and 1. Setting to 0 will not filter anything."
};
var PTMPosCol1Param = new SingleChoiceParam("PTM position column type")
{
Values = new[] { "EG.PTMLocalizationProbabilities (SN)", "EG.PrecursorId (SN)" },
Help = "Chose which column PTM positions should be extracted from. Requires respective columns."
};
var PTMPosCol2Param = new SingleChoiceParam("PTM position column type")
{
Values = new[] { "EG.PTMLocalizationProbabilities (SN)", "EG.PrecursorId (SN)", "Modified sequence (MQ)" },
Help = "Chose which column PTM positions should be extracted from. Requires respective columns."
};
var PTMPosCol3Param = new SingleChoiceParam("PTM position column type")
{
Values = new[] { "EG.PTMLocalizationProbabilities (SN)", "EG.PrecursorId (SN)" },
Help = "Chose which column PTM positions should be extracted from. Requires respective columns."
};
var PTMPosCol2cParam = new SingleChoiceParam("Target PTM Probabilities column")
{
Values = data.StringColumnNames,
Value = Math.Max(0, data.StringColumnNames.FindIndex(col => col.ToLower().Equals("phospho (sty) probabilities"))),
Help = "Chose which column PTM target probabilities should be extracted from. Requires respective columns."
};
var ProbType1Param = new SingleChoiceWithSubParams("Probability column type")
{
Values = new[] { "EG.PTMLocalizationProbabilities (SN)", "EG.PTMAssayProbability (SN)", "No probability column" },
Help = "Chose which column probabilities and PTM positions should be extracted from. Requires resepctive columns. " +
"EG.PTMAssayProbability will extract PTM positions from EG.PrecursorId.",
SubParams = new Parameters[] { // Define the different sub-parameter groups
new Parameters(Cutoff1aParam), // EG.PTMLocalizationProbabilities
new Parameters(Cutoff1bParam), // EG.PTMAssayProbability
new Parameters(PTMPosCol1Param) // Ignored
}
};
var ProbType2Param = new SingleChoiceWithSubParams("Probability column type")
{
Values = new[] { "EG.PTMLocalizationProbabilities (SN)", "EG.PTMAssayProbability (SN)",
"No probability column", "Modified sequence (MQ)" },
Help = "Chose which column probabilities and PTM positions should be extracted from. Requires resepctive columns. " +
"EG.PTMAssayProbability will extract PTM positions from EG.PrecursorId. Modified sequence will extract probabilities from provided PTM Probabilities columns.",
SubParams = new Parameters[] { // Define the different sub-parameter groups
new Parameters(Cutoff2aParam), // EG.PTMLocalizationProbabilities
new Parameters(Cutoff2bParam), // EG.PTMAssayProbability
new Parameters(PTMPosCol2Param), // Ignored
new Parameters(Cutoff2cParam, PTMPosCol2cParam) // Modified sequence
}
};
var ProbType3Param = new SingleChoiceWithSubParams("Probability column type")
{
Values = new[] { "EG.PTMLocalizationProbabilities (SN)", "EG.PTMAssayProbability (SN)", "No probability column" },
Help = "Chose which column probabilities and PTM positions should be extracted from. Requires resepctive columns. " +
"EG.PTMAssayProbability will extract PTM positions from EG.PrecursorId.",
SubParams = new Parameters[] { // Define the different sub-parameter groups
new Parameters(Cutoff3aParam), // EG.PTMLocalizationProbabilities
new Parameters(Cutoff3bParam), // EG.PTMAssayProbability
new Parameters(PTMPosCol3Param) // Ignored
}
};
var GenesParam = new SingleChoiceParam("Genes or protein groups")
{
Values = new[] { "PG.Genes", "PG.ProteinGroups" },
Help = "Chose if sites should be collapsed on gene or protein level."
};
var FastaFileParam = new FileParam("FASTA file (optional)")
{
Help = "Define file location of FASTA file for PTM motif sequence annotation. Leaving blank will skip annotation."
};
var FastaStringParam = new StringParam("FASTA identifier rule", ".*GN=([^ ]*) .*")
{
Help = "If FASTA file is provided, define identifier parsing rule. This is crucial to allow gene or protein name matching as defined above. Set e.g." +
".*GN=([^ ]*) .* for gene readout, or .*\\|(.*)\\|.* for protein readout"
};
var StoichParam = new SingleChoiceParam("Stoichiometry calculation")
{
Values = new[] { "Calculate stoichiometries", "Skip" },
Help = "Chose if target PTM stoichiometries should be calculated."
};
var CollapseParam = new SingleChoiceWithSubParams("Collapse level")
{
Values = new[] { "Target PTM site-level, e.g. ABC1_S15_M1", "Target PTM peptide-level, e.g. FS[ph]EAMST[ph]R (stoichiometry possible)",
"ModSpec peptide-level, e.g. FSEAMSTR_2[ph];1[ox]" },
Value = 0,
Help = "Chose if precursors should be collapsed on peptide- or site-level. Site-level requires PEP.PeptidePosition column.",
SubParams = new Parameters[] { // Define the different sub-parameter groups
new Parameters(ProbType1Param, GenesParam, FastaFileParam, FastaStringParam), // Localized Site
new Parameters(ProbType2Param, StoichParam), // Localized Peptide
new Parameters(ProbType3Param) // ModSpec Peptide
}
};
var PTMTypesParam = new StringParam("Variable PTMs, target PTM first", "[Phospho (STY)];[Deamidation (NQ)];[Oxidation (M)];[Carbamidomethyl (C)]")
{
Help = "List PTMs as listed in EG.PrecursorId, separated by semicolon. If target site- or target peptide-level collapse is performed, " +
"target PTM needs to be listed first."
};
var AggParam = new SingleChoiceParam("Aggregation type")
{
Values = new[] { "Linear modeling based", "Summing" },
Help = "Chose if peptide intensities should be aggregated based on a linear model or simply summed."
};
var NumberOfCoresParam = new IntParam("CPUcores", 8)
{
Help = "Number of CPU threads to be created by the plugin where possible. Set to 1 for lowest CPU usage. Do not set higher than actual number of available CPU threads."
};
return(new Parameter[]
{
PerlParam,
CollapseParam,
PTMTypesParam,
AggParam,
NumberOfCoresParam,
});
}
/// <summary>
/// 设置查询条件
/// </summary>
/// <param name="startDate"></param>
/// <param name="endDate"></param>
private void SetCondition(string startDate, string endDate)
{
StringBuilder condition = new StringBuilder( );
condition.AppendFormat(" WHERE DrawID IN (SELECT DrawID FROM RecordDrawScore WHERE UserID={0})", IntParam.ToString( ));
if (!string.IsNullOrEmpty(startDate))
{
condition.AppendFormat(" AND ConcludeTime >= '{0}' ", startDate);
}
if (!string.IsNullOrEmpty(endDate))
{
condition.AppendFormat(" AND ConcludeTime < '{0}'", Convert.ToDateTime(endDate).AddDays(1).ToString("yyyy-MM-dd"));
}
ViewState["SearchItems"] = condition.ToString( );
}
/// <summary>
/// Convert <see cref="BaseLib.Param"/> to <see cref="BaseLibS.Param"/>
/// </summary>
/// <param name="p"></param>
/// <returns></returns>
public static Parameter Convert(Parameter p)
{
if (p.Type == ParamType.Server){
return p;
}
if (p is RegexReplaceParamWf){
RegexReplaceParamWf q = (RegexReplaceParamWf) p;
RegexReplaceParam b = new RegexReplaceParam(q.Name, q.Value.Item1, q.Value.Item2, q.Previews){
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is RegexMatchParamWf){
RegexMatchParamWf q = (RegexMatchParamWf) p;
RegexMatchParam b = new RegexMatchParam(q.Name, q.Value, q.Previews){
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is BoolParamWf){
BoolParamWf q = (BoolParamWf) p;
BoolParam b = new BoolParam(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is BoolWithSubParamsWf){
BoolWithSubParamsWf q = (BoolWithSubParamsWf) p;
q.SubParamsFalse?.Convert(Convert);
q.SubParamsTrue?.Convert(Convert);
BoolWithSubParams b = new BoolWithSubParams(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
SubParamsFalse = q.SubParamsFalse,
SubParamsTrue = q.SubParamsTrue,
Default = q.Default,
ParamNameWidth = q.ParamNameWidth,
TotalWidth = q.TotalWidth,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is DictionaryIntValueParamWf){
DictionaryIntValueParamWf q = (DictionaryIntValueParamWf) p;
DictionaryIntValueParam b = new DictionaryIntValueParam(q.Name, q.Value, q.Keys){
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is DoubleParamWf){
DoubleParamWf q = (DoubleParamWf) p;
DoubleParam b = new DoubleParam(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is FileParamWf){
FileParamWf q = (FileParamWf) p;
FileParam b = new FileParam(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Filter = q.Filter,
ProcessFileName = q.ProcessFileName,
Save = q.Save,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is FolderParamWf){
FolderParamWf q = (FolderParamWf) p;
FolderParam b = new FolderParam(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is IntParamWf){
IntParamWf q = (IntParamWf) p;
IntParam b = new IntParam(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is LabelParamWf){
LabelParamWf q = (LabelParamWf) p;
LabelParam b = new LabelParam(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is MultiChoiceMultiBinParamWf){
MultiChoiceMultiBinParamWf q = (MultiChoiceMultiBinParamWf) p;
MultiChoiceMultiBinParam b = new MultiChoiceMultiBinParam(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Values = q.Values,
Bins = q.Bins,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is MultiChoiceParamWf){
MultiChoiceParamWf q = (MultiChoiceParamWf) p;
MultiChoiceParam b = new MultiChoiceParam(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Repeats = q.Repeats,
Values = q.Values,
Default = q.Default,
DefaultSelections = q.DefaultSelections,
DefaultSelectionNames = q.DefaultSelectionNames,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is MultiFileParamWf){
MultiFileParamWf q = (MultiFileParamWf) p;
MultiFileParam b = new MultiFileParam(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Filter = q.Filter,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is MultiStringParamWf){
MultiStringParamWf q = (MultiStringParamWf) p;
MultiStringParam b = new MultiStringParam(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is SingleChoiceParamWf){
SingleChoiceParamWf q = (SingleChoiceParamWf) p;
SingleChoiceParam b = new SingleChoiceParam(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Values = q.Values,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is SingleChoiceWithSubParamsWf){
SingleChoiceWithSubParamsWf q = (SingleChoiceWithSubParamsWf) p;
foreach (Parameters param in q.SubParams){
param?.Convert(Convert);
}
SingleChoiceWithSubParams b = new SingleChoiceWithSubParams(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Values = q.Values,
Default = q.Default,
SubParams = new Parameters[q.SubParams.Count],
ParamNameWidth = q.ParamNameWidth,
TotalWidth = q.TotalWidth,
Url = q.Url
};
for (int i = 0; i < q.SubParams.Count; i++){
b.SubParams[i] = q.SubParams[i];
}
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is StringParamWf){
StringParamWf q = (StringParamWf) p;
StringParam b = new StringParam(q.Name, q.Value){
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
if (p is Ms1LabelParamWf){
Ms1LabelParamWf q = (Ms1LabelParamWf) p;
Ms1LabelParam b = new Ms1LabelParam(q.Name, q.Value){
Values = q.Values,
Multiplicity = q.Multiplicity,
Help = q.Help,
Visible = q.Visible,
Default = q.Default,
Url = q.Url
};
foreach (ValueChangedHandler act in q.GetPropertyChangedHandlers()){
b.ValueChanged += act;
}
return b;
}
throw new Exception("Could not convert ParamWfeter");
}