UA Bundle SDK .NET
2.5.2.385
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Defines a physical value relative to a X axis and it is used as the DataType of the Value of XYArrayItemType. More...
Inherits UnifiedAutomation.UaBase.IEncodeable.
Public Member Functions | |
XVType () | |
The default constructor. More... | |
virtual void | Encode (IEncoder encoder) |
virtual void | Decode (IDecoder decoder) |
virtual bool | IsEqual (IEncodeable encodeable) |
Checks if encodeable is the same object or has the same content More... | |
virtual object | Clone () |
Properties | |
double | X [get, set] |
Position on the X axis of this value. More... | |
float | Value [get, set] |
The value itself. More... | |
virtual ExpandedNodeId | TypeId [get] |
virtual ExpandedNodeId | BinaryEncodingId [get] |
virtual ExpandedNodeId | XmlEncodingId [get] |
Properties inherited from UnifiedAutomation.UaBase.IEncodeable | |
ExpandedNodeId | TypeId [get] |
Returns the UA type identifier for the encodable type. More... | |
ExpandedNodeId | BinaryEncodingId [get] |
Returns the UA type identifier for the default binary encoding for the type. More... | |
ExpandedNodeId | XmlEncodingId [get] |
Returns the UA type identifier for the default XML encoding for the type. More... | |
Defines a physical value relative to a X axis and it is used as the DataType of the Value of XYArrayItemType.
Most analysers can produce values that can perfectly be represented with a float IEEE 32 bits, but they can position them on the X axis with an accuracy that requires double IEEE 64 bits. For example, the peak value in an absorbance spectrum where the amplitude of the peak can be represented by a float IEEE 32 bits, but its frequency position required 10 digits which implies the use of a double IEEE 64 bits.
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inline |
The default constructor.
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inlinevirtual |
Checks if encodeable is the same object or has the same content
encodeable |
Implements UnifiedAutomation.UaBase.IEncodeable.
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getset |
The value itself.
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getset |
Position on the X axis of this value.