XSField Class |
Code of field: S
Type of field: continuous range data.
Storage: Four 64 bit real numbers.
Applicable to:
Continuous range data where four possible values can be recorded: minimum, low percentile (ex: 5% percentile), high percentile (ex: 95% percentile) and maximum values.
Namespace: Biolomics.BioCallback
The XSField type exposes the following members.
Name | Description | |
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XSField(XSField) |
Copy ctor
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XSField(TSField, XRecord) |
Initializes a new instance of the XSField class.
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XSField(XSField, XRecord) |
Copy ctor but into a new XRecord
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Name | Description | |
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FieldValue |
Gets or sets the field value.
(Overrides XFieldFieldValue.) | |
HP |
Gets or sets the high percentil.
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IsModified |
Gets or sets a value indicating whether this instance is modified.
(Inherited from XField.) | |
LP |
Gets or sets the low percentil.
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Max |
Gets or sets the maximum.
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Min |
Gets or sets the minimum.
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Name | Description | |
---|---|---|
CanRead |
Determines whether current connection can read from Field.
(Inherited from XField.) | |
CanWrite |
Determines whether current connection can write from Field.
(Inherited from XField.) | |
Clear |
Clears this instance.
(Inherited from XField.) | |
Clone |
Clones this instance.
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CloneAsXField |
We cannot use name 'Clone' here otherwise Implements vector.TId(Of XSField) fails because XSField.Clone() returns a XField instead of a XSField !!!
(Overrides XFieldCloneAsXField(XRecord).) | |
DataToView |
Converts field value to readable string.
(Inherited from XField.) | |
DataToView(Int32) |
Mandatory otherwise DataToView(5) returns letter 5 of string given by DataToView(), instead of the subfield value
(Inherited from XField.) | |
Equals |
Determines whether the specified Object is equal to this instance.
(Inherited from XField.) | |
Field |
each derived class embed its own TField member, which can be a TAField, TCField, TEField, etc.
this function must return that original TField
(Overrides XFieldField.) | |
FieldDef |
Gets the Field definition.
(Inherited from XField.) | |
FieldType |
The Field type.
(Inherited from XField.) | |
Finalize | Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection. (Inherited from Object.) | |
GetHashCode | Serves as the default hash function. (Inherited from Object.) | |
GetType | Gets the Type of the current instance. (Inherited from Object.) | |
HPStr |
Gets the High percentil as a string.
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Key |
Gets Field Key.
(Inherited from XField.) | |
LPStr |
Gets the Low percentil as a string.
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MaxStr |
Gets the Maximum as a string.
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MemberwiseClone | Creates a shallow copy of the current Object. (Inherited from Object.) | |
MinStr |
Gets the Minimum.
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ParentRecord |
Gets the parent record.
(Inherited from XField.) | |
Read |
Reads the Content from source object.
(Inherited from XField.) | |
Reset |
Resets this instance.
(Inherited from XField.) | |
SetDefaultValues |
Sets the default values.
(Inherited from XField.) | |
SetValues |
Sets the values.
| |
ToString | Returns a string that represents the current object. (Inherited from Object.) | |
Write |
Writes data into a TQuery
and Format it depending to field type
(Inherited from XField.) |
Imports System Imports BioloMICS.BioCallback Imports BioloMICS.SharedClasses Imports Biolomics.Utility.DatabaseConstants Public Class Program <STAThread()> Shared Sub Main() Dim program As New Program program.ChangeField() End Sub ' Write sub functions here Public Sub ChangeField() ' get the current connection Dim SqlCo As XConnection = Run.GetCurrentConnection() If SqlCo Is Nothing Then Return End If ' get a table from its User name Dim TableDef As XTableDef = SqlCo.GetTableDefByUserNameEng("Your_Table_Name") If TableDef Is Nothing Then ' may happen if that table doesn't exist Return End If ' load a Field from that table Dim FieldDefMap As New XFieldDefMap Dim FieldDef As XFieldDef = SqlCo.GetFieldByDBName("Your_S_Field_name", TableDef.Key) If FieldDef Is Nothing Then ' that field doesn't exist Return End If FieldDefMap.Add(FieldDef) ' load record with id=6 Dim Where As XWhere = XWhere.Eq(StaticFields.id, 6) Dim RecordMap As XRecordMap = Run.LoadRecords(TableDef.Key, FieldDefMap, Where) For Each Record As XRecord In RecordMap Dim Field As XSField = TryCast(Record.Fields(FieldDef.Key), XSField) If Field Is Nothing Then ' this field doesn't exist or is not a S-Field Continue For End If ' change the values here, set LP and HP as 25% and 75 % of the Min-Max range Dim dx As Double = Field.Max - Field.Min Field.LP = Field.Min + 0.25 * dx Field.HP = Field.Min + 0.75 * dx Record.Save(False) Next End Sub End Class