PhasorProtocolAdapters

Represents a BPA PDCstream phasor data concentrator.

Gets or sets the INI based configuration file name of this .

Returns the detailed status of this .

Initializes .

Creates a new BPA PDCstream specific based on provided protocol independent .

Protocol independent . A new BPA PDCstream specific .

Creates a new BPA PDCstream specific for the given .

Timestamp for new in . New BPA PDCstream at given . Note that the class (which the is derived from) is designed to sort implementations into an which represents a collection of measurements at a given timestamp. The CreateNewFrame method allows consumers to create their own implementations, in our case this will be a BPA PDCstream data frame.

Creates a new BPA PDCstream specific for the given .

Timestamp for new in . Associated for the new . New IEEE C37.118 at given .

Represents the base class for calculated measurements that use phasor data.

This base class extends by automatically looking up the for each of the input and output measurements.

Gets or sets primary keys of input measurements the calculated measurement expects.

Gets or sets output measurements that the calculated measurement will produce, if any.

Gets or sets input measurement 's for each of the , if any.

Gets or sets output measurement 's for each of the , if any.

Gets or sets the configuration section to use for this .

Gets the flag indicating if this adapter supports temporal processing.

Returns the detailed status of the calculated measurement.

Derived classes should extend status with implementation specific information.

Initializes .

Provides common phasor services.

Typically class should be implemented as a singleton since one instance will suffice.

Creates a new .

Gets the flag indicating if this adapter supports temporal processing.

Since the common phasor services is designed to assist in various real-time operations, it is expected that this would not be desired in a temporal data streaming session.

Releases the unmanaged resources used by the object and optionally releases the managed resources.

true to release both managed and unmanaged resources; false to release only unmanaged resources.

Gets a short one-line status of this .

Maximum number of available characters for display. A short one-line summary of the current status of the .

Requests a configuration frame from a phasor device.

Connection string used to connect to phasor device. A if successful, -or- null if request failed.

Cancels a configuration frame request

Initiates a full point-tag rename based on the currently configured \"PointTagNameExpression\" as defined in the <systemSettings> section of the local configuration file.

Sends the specified to the current device connection.

to send to connected device.

Create a new point tag using the configured point tag name expression.

Company name acronym to use for the point tag. Device name acronym to use for the point tag. Vendor name acronym to use for the point tag. Can be null. Acronym of signal type of the point. The label associated with the point, e.g., the phasor or analog label. Signal index of the point, if any. Signal phase of the point, if any. Nominal kV of line associated with phasor. A new point tag created using the configured point tag name expression.

Associates independent measurements to a virtual device based on a lookup expression.

The database connection. Current node ID in proper query format. Latest version of the configuration to which data operations were previously applied. Arguments, if any, to be used but the data source validation. The delegate which will display a status message to the user. The delegate which will handle exception logging.

Apply start-up phasor data source validations

The database connection. Current node ID in proper query format. Latest version of the configuration to which data operations were previously applied. Arguments, if any, to be used but the data source validation. The delegate which will display a status message to the user. The delegate which will handle exception logging.

Creates the default node for the Node table.

The database connection. The ID of the node in the proper database format. The delegate which will display a status message to the user. The delegate which will handle exception logging.

Loads the default configuration for the ConfigurationEntity table.

The database connection. The delegate which will display a status message to the user. The delegate which will handle exception logging.

Loads the default configuration for the Interconnection table.

The database connection. The delegate which will display a status message to the user. The delegate which will handle exception logging.

Loads the default configuration for the Protocol table.

The database connection. The delegate which will display a status message to the user. The delegate which will handle exception logging.

Loads the default configuration for the SignalType table.

The database connection. The delegate which will display a status message to the user. The delegate which will handle exception logging.

Loads the default configuration for the Statistic table.

The database connection. The delegate which will display a status message to the user. The delegate which will handle exception logging.

Establish default cache.

The database connection. The delegate which will display a status message to the user. The delegate which will handle exception logging.

Calculates total number of frames received from input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. This statistic also calculates the other frame count statistics so its load order must occur first. Total Frames Statistic.

Calculates timestamp of last received data frame from input stream.

Source InputStream. Any needed arguments for statistic calculation. Last Report Time Statistic.

Calculates number of frames that were not received from input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Missing Frames Statistic.

Calculates number of data units that were not received at least once from input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Missing Data Statistic.

Calculates number of CRC errors reported from input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. CRC Errors Statistic.

Calculates number of out-of-order frames received from input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Out of Order Frames Statistic.

Calculates minimum latency from input stream, in milliseconds, during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. This statistic also calculates the maximum and average latency statistics so its load order must occur first. Minimum Latency Statistic.

Calculates maximum latency from input stream, in milliseconds, during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Maximum Latency Statistic.

Calculates average latency, in milliseconds, for data received from input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Average Latency Statistic.

Calculates boolean value representing if input stream was continually connected during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Input Stream Connected Statistic.

Calculates boolean value representing if input stream has received (or has cached) a configuration frame during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. This statistic also calculates the total configuration changes so its load order must occur first. Received Configuration Statistic.

Calculates number of configuration changes reported by input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Configuration Changes Statistic.

Calculates number of data frames received from input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Total Data Frames Statistic.

Calculates number of configuration frames received from input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Total Configuration Frames Statistic.

Calculates number of header frames received from input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Total Header Frames Statistic.

Calculates frame rate as defined by input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Defined Frame Rate Statistic.

Calculates latest actual mean frame rate for data received from input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Actual Frame Rate Statistic.

Calculates latest actual mean Mbps data rate for data received from input stream during last reporting interval.

Source InputStream. Any needed arguments for statistic calculation. Actual Data Rate Statistic.

Calculates number of discarded measurements reported by output stream during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Discarded Measurements Statistic.

Calculates number of received measurements reported by the output stream during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Received Measurements Statistic.

Calculates number of expected measurements reported by the output stream during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. This statistic also calculates the total published frame count statistic so its load order must occur first. Expected Measurements Statistic.

Calculates number of processed measurements reported by the output stream during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Processed Measurements Statistic.

Calculates number of measurements sorted by arrival reported by the output stream during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Measurements Sorted by Arrival Statistic.

Calculates number of published measurements reported by output stream during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Published Measurements Statistic.

Calculates number of down-sampled measurements reported by the output stream during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Down-sampled Measurements Statistic.

Calculates number of missed sorts by timeout reported by the output stream during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Missed Sorts by Timeout Statistic.

Calculates number of frames ahead of schedule reported by the output stream during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Frames Ahead of Schedule Statistic.

Calculates number of published frames reported by the output stream during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Published Frames Statistic.

Calculates boolean value representing if the output stream was continually connected during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Output Stream Connected Statistic.

Calculates minimum latency from output stream, in milliseconds, during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. This statistic also calculates the maximum and average latency statistics so its load order must occur first. Minimum Output Latency Statistic.

Calculates maximum latency from output stream, in milliseconds, during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Maximum Output Latency Statistic.

Calculates average latency, in milliseconds, for data received from output stream during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Average Output Latency Statistic.

Calculates number of clients connected to the command channel of the output stream during last reporting interval.

Source OutputStream. Any needed arguments for statistic calculation. Output Stream Connected Statistic.

Represents an implementation of that by existence only denotes an error state.

This class is used by to return an error state when configuration could not be retrieved.

Creates a new instance of the class.

Creates a new from serialization parameters.

The with populated with data. The source for this deserialization.

Populates a with the data needed to serialize the target object.

The to populate with data. The destination for this serialization.

Represents an IEC 61850-90-5 phasor data concentrator.

Gets or sets IEC 61850-90-5 time base for this concentrator instance.

Gets or sets flag that determines if concentrator will validate ID code before processing commands.

Returns the detailed status of this .

Initializes .

Creates a new IEC 61850-90-5 specific based on provided protocol independent .

Protocol independent . A new IEC 61850-90-5 specific . This operation provides a common IEEE C37.118 style frame for IEC 61850-90-5 implementations that may not otherwise support native IEC 61850 configuration queries.

Creates a new IEC 61850-90-5 specific for the given .

Timestamp for new in . New IEC 61850-90-5 at given . Note that the class (which the is derived from) is designed to sort implementations into an which represents a collection of measurements at a given timestamp. The CreateNewFrame method allows consumers to create their own implementations, in our case this will be an IEC 61850-90-5 data frame.

Handles incoming commands from devices connected over the command channel.

Guid of client that sent the command. Remote client connection identification (i.e., IP:Port). Data buffer received from connected client device. Valid length of data within the buffer.

Creates a new IEC 61850-90-5 (IEEE C37.118 style) based on provided protocol independent .

Protocol independent . Timebase to use for fraction second resolution. The nominal to use for the new . A new IEC 61850-90-5 .

Creates a new IEC 61850-90-5 specific for the given .

Timestamp for new in . Associated for the new . MSVID to use for . ASDU count. Concentrator's ASDU image cache. Configuration revision. New IEC 61850-90-5 at given .

Represents an IEEE C37.118 phasor data concentrator.

Gets or sets IEEE C37.118 time base for this concentrator instance.

Gets or sets flag that determines if concentrator will validate ID code before processing commands.

Gets or sets default PMU_ELEV value to assign to PMUs in configuration 3 frames.

Gets or sets default SVC_CLASS value, 'M' or 'P', to assign to PMUs in configuration 3 frames.

Gets or sets default WINDOW value to assign to PMUs in configuration 3 frames.

Gets or sets default GRP_DLY value to assign to PMUs in configuration 3 frames.

Gets or sets target output type for configuration frames. For example, setting property to will target outputs.

Gets the maximum label length for string fields in configuration frames.

Gets the CFG-2 frame instance.

Gets the CFG-3 frame instance.

Returns the detailed status of this .

Initializes .

Creates a new IEEE C37.118 specific based on provided protocol independent .

Protocol independent . A new IEEE C37.118 specific .

Creates a new IEEE C37.118 specific for the given .

Timestamp for new in . New IEEE C37.118 at given . Note that the class (which the is derived from) is designed to sort implementations into an which represents a collection of measurements at a given timestamp. The CreateNewFrame method allows consumers to create their own implementations, in our case this will be an IEEE C37.118 data frame.

Execute the publish operation for a configuration frame.

Timestamp to use for published configuration frame. Total length of published bytes. Overriding to publish desired target configuration frame, that is, type 2 or 3.

Handles incoming commands from devices connected over the command channel.

Guid of client that sent the command. Remote client connection identification (i.e., IP:Port). Data buffer received from connected client device. Valid length of data within the buffer.

Serialize configuration frames, types 2 and 3, to cache folder for later use (if needed).

Name to use when caching the configuration.

Creates a new IEEE C37.118 based on provided protocol independent .

Protocol independent . Timebase to use for fraction second resolution. The nominal to use for the new . A new IEEE C37.118 .

Creates a new IEEE C37.118 based on provided protocol independent .

Protocol independent . Timebase to use for fraction second resolution. The nominal to use for the new . Gets reference to parent instance, if available. A new IEEE C37.118 . When reference is not available, ancillary configuration frame 3 data will be attempted to be loaded from last cached instance of the configuration matching the defined of the .

Creates a new IEEE C37.118 specific for the given .

Timestamp for new in . Associated for the new . New IEEE C37.118 at given .

Converts given IEEE C37.118 type 2 into a type 1 configuration frame.

Source configuration frame. New frame based on source configuration. This function allow an explicit downcast of a typical IEEE C37.118 configuration type 2 frame to a type 1 frame.

Represents an used to generate and transmit concentrated stream of phasor measurements in a specific phasor protocol.

Creates a new .

Gets ID code defined for this parsed from the .

Gets or sets flag that determines if configuration frame should be automatically published at the top of each minute on the data channel.

By default if no command channel is defined, this flag will be true; otherwise if command channel is defined the flag will be false.

Gets or sets character that will be replaced with a space in output labels.

Gets the total number of active socket connections.

Gets or sets flag that determines if concentrator will automatically start data channel.

By default data channel will be started automatically, setting this flag to false will allow alternate methods of enabling and disabling the real-time data stream (e.g., this can be used to allow a remote to device to enable and disable data stream if the protocol supports such commands).

Gets or sets flag that determines if the data valid flag assignments should be processed during frame publication.

In cases where client applications ignore the data validity flag, setting this flag to false will provide a slight processing optimization, especially useful on very large data streams.

Gets or sets the nominal defined for this .

Gets or sets the defined for this .

Note that this value represents the default format that will be used if user has not specified a data format for an individual device.

Gets or sets the defined for this .

Note that this value represents the default format that will be used if user has not specified a coordinate format for an individual device.

Gets or sets the integer scaling value to apply to current values published by this .

Typically only the lower 24-bits will be used to scale current values in 10^–5 amperes per bit. Note that this value represents the default value that will be used if user has not specified a value for an individual device.

Gets or sets the integer scaling value to apply to voltage values published by this .

Typically only the lower 24-bits will be used to scale voltage values in 10^–5 volts per bit. Note that this value represents the default value that will be used if user has not specified a value for an individual device.

Gets or sets the integer scaling value to apply to analog values published by this .

Typically only the lower 24-bits will be used to scale analog values in 10^–5 units per bit. Note that this value represents the default value that will be used if user has not specified a value for an individual device.

Gets or sets the digital mask value made available in configuration frames for use with digital values published by this .

This value represents two mask words for use with digital status values. In IEEE C37.118 configuration frames, the two 16-bit words that make up a digital mask value are provided for each defined digital word. Note that this value represents the default value that will be used if user has not specified a value for an individual device. The low word will be used to indicate the normal status of the digital inputs by returning a 0 when exclusive ORed (XOR) with the status word. The high word will indicate the current valid inputs to the PMU by having a bit set in the binary position corresponding to the digital input and all other bits set to 0. If digital status words are used for something other than boolean status indications, the use is left to the user.

Gets the maximum label length for string fields in configuration frames.

Gets the minimum latency in milliseconds over the last test interval.

Gets the maximum latency in milliseconds over the last test interval.

Gets the average latency in milliseconds over the last test interval.

Gets the current number of known connected clients on the command channel.

Gets or sets the protocol specific used to send to clients for protocol parsing.

Gets the protocol independent defined for this .

Gets or sets based data source available to this .

Gets reference to current publication channel.

Gets or sets reference to data channel, attaching and/or detaching to events as needed.

Gets or sets reference to command channel, attaching and/or detaching to events as needed.

Gets a reference to the signal reference dictionary for the output stream targets, i.e., a source to target array map.

Gets the flag indicating if this adapter supports temporal processing.

Since the concentrator is designed to open sockets and produce data streams, it is expected that this would not be desired in a temporal data streaming session.

Returns the detailed status of this .

Gets the total number of bytes sent to clients of this output stream.

Gets the total number of measurements processed through this output stream over the lifetime of the output stream.

Gets the minimum value of the measurements per second calculation.

Gets the maximum value of the measurements per second calculation.

Gets the average value of the measurements per second calculation.

Gets the minimum latency calculated over the full lifetime of the output stream.

Gets the maximum latency calculated over the full lifetime of the output stream.

Gets the average latency calculated over the full lifetime of the output stream.

Releases the unmanaged resources used by the object and optionally releases the managed resources.

true to release both managed and unmanaged resources; false to release only unmanaged resources.

Starts the , if it is not already running.

Stops the .

Starts the real-time data stream.

If is false, this method will allow host administrator to manually start the data channel, thus enabling the real-time data stream. If command channel is defined, it will be unaffected.

Stops the real-time data stream.

This method will allow host administrator to manually stop the data channel, thus disabling the real-time data stream. If command channel is defined, it will be unaffected.

Initializes .

Reloads the configuration for this .

Resets the counters for the lifetime statistics without interrupting the adapter's operations.

Queues a collection of measurements for processing.

Collection of measurements to queue for processing.

Assign to its .

to assign to. to assign to . true if was successfully assigned to its . In simple concentration scenarios all you need to do is assign a measurement to its frame based on time. In the case of a phasor data concentrator you need to assign a measurement to its particular location in its - so this method overrides the default behavior in order to accomplish this task.

Publish of time-aligned collection of values that arrived within the concentrator's defined .

of measurements with the same timestamp that arrived within that are ready for processing. Index of within a second ranging from zero to - 1.

Execute the publish operation for a configuration frame.

Timestamp to use for published configuration frame. Total length of published bytes. This method allows for custom configuration frame publication, e.g., a config frame that may need to span multiple frames.

Resets counters related to latency calculations.

Handles incoming commands from devices connected over the command channel.

Guid of client that sent the command. Remote client connection identification (i.e., IP:Port). Data buffer received from connected client device. Valid length of data within the buffer. This method should be overridden by derived classes in order to handle incoming commands, specifically handling requests for configuration frames.

Gets connection ID (i.e., IP:Port) for specified .

Server connection of associated . Guid of client for ID lookup. Connection ID (i.e., IP:Port) for specified .

Creates a new protocol specific based on provided protocol independent .

Protocol independent . A new protocol specific . Derived classes should notify consumers of change in configuration if system is active when new configuration frame is created if outgoing protocol allows such a notification.

Serialize configuration frame to cache folder for later use (if needed).

New to cache. Name to use when caching the . Derived concentrators can call this method to manually serialize their protocol specific configuration frames. Note that after initial call to this method will be call automatically.

Returns the hash code for this instance.

A 32-bit signed integer hash code.

Represents an used to map measured values from a connection to a phasor measurement device to new values.

Gets or sets the redundant frames per packet.

Gets the missing data count since the monitor was started.

Starts the .

Called when a frame is published by the underlying concentrator engine.

The frame that is published. The index of the frame from 0 to - 1.

Creates a new .

Gets flag that determines if device being mapped is a concentrator (i.e., data from multiple devices combined together from the connected device).

Gets the access ID (a.k.a, ID code) for this device connection. Value is often necessary in order to make a connection to some phasor protocols.

This value can mutate when configured with multiple values, i.e., where an alternate access ID code is specified for a target device connection, e.g.: accessID=95; server=192.168.1.10:4712,192.168.1.12:4712/96,192.168.2.10:4712,192.168.2.12:4712/96 In this example both 192.168.1.10:4712 and 192.168.2.10:4712 use the configured access ID of 95, but 192.168.1.12:4712/96 and 192.168.2.12:4712/96 specify an access ID of 96.

Gets an enumeration of all defined system devices (regardless of ID or label based definition)

Gets or sets flag that determines if use of cached configuration during initial connection is allowed when a configuration has not been received within the data loss interval.

Gets the configuration cache file name, with path.

Gets or sets time zone of this .

If time zone of clock of connected device is not set to UTC, assigning this property with proper time zone will allow proper adjustment.

Gets or sets ticks used to manually adjust time of this .

This property will allow for precise time adjustments of connected devices should this be needed.

Gets the number of missing frames of data, taking into account redundant frames.

Gets or set last report time for current mapper connection.

Gets the total number of frames that have been received by the current mapper connection.

Gets the total number of frames that have been missed by the current mapper connection.

Gets the total number of CRC errors that have been encountered by the current mapper connection.

Gets the total number frames that came in out of order from the current mapper connection.

Gets the minimum latency in milliseconds over the last test interval.

Gets the maximum latency in milliseconds over the last test interval.

Gets the average latency in milliseconds over the last test interval.

Gets the total number of connection attempts.

Gets the total number of received configurations.

Gets the total number of received data frames.

Gets the total number of received configuration frames.

Gets the total number of received header frames.

Gets the defined frame rate.

Gets the actual frame rate.

Gets the actual data rate.

Gets or sets acronym of other device for which to assume a shared mapping.

Assigning acronym to this property automatically looks up ID of associated device.

Returns ID of associated device with shared mapping or of this if no shared mapping is defined.

Gets flag that determines if the data input connects asynchronously.

Gets the flag indicating if this adapter supports temporal processing.

Since the phasor measurement mapper is designed to open sockets and connect to data streams, it is expected that this would not be desired in a temporal data streaming session.

Gets total data packet bytes received during this session.

Gets the total number of measurements processed through this data publisher over the lifetime of the input stream.

Gets the minimum value of the measurements per second calculation.

Gets the maximum value of the measurements per second calculation.

Gets the average value of the measurements per second calculation.

Gets the minimum latency calculated over the full lifetime of the input stream.

Gets the maximum latency calculated over the full lifetime of the input stream.

Gets the average latency calculated over the full lifetime of the input stream.

When false, this adapter will not log any connection errors through OnProcessException. When true, all errors get logged.

Gets connection info for adapter, if any.

Gets or sets reference to , attaching and/or detaching to events as needed.

Gets or sets reference to publication channel, attaching and/or detaching to events as needed.

Gets or sets reference to publication channel, attaching and/or detaching to events as needed.

Gets or sets reference to publication channel, attaching and/or detaching to events as needed.

Returns the detailed status of the data input source.

Releases the unmanaged resources used by the object and optionally releases the managed resources.

true to release both managed and unmanaged resources; false to release only unmanaged resources.

Initializes .

Toggles the flag that determines whether to inject the bad data state flag into the stream.

Sends the specified to the current device connection.

to send to connected device.

Resets the statistics of all devices associated with this connection.

Resets the statistics of the specified device associated with this connection.

Integer ID code of device on which to reset statistics.

Resets the counters for the lifetime statistics without interrupting the adapter's operations.

Resets counters related to latency calculations.

Attempts to delete the last known good (i.e., cached) configuration.

Returns the current configuration frame to the caller.

A if successful, -or- null if request failed.

Attempts to load the last known good (i.e., cached) configuration.

Attempts to load the specified configuration.

Path and file name containing serialized configuration.

Gets a short one-line status of this .

Maximum number of available characters for display. A short one-line summary of the current status of this .

Attempts to connect to data input source.

Attempts to disconnect from data input source.

Map parsed measurement value to defined measurement attributes (i.e., assign meta-data to parsed measured value).

Destination collection for the mapped measurement values. The metadata to assign The parsed value.

Extract frame measurements and add expose them via the event.

Phasor data frame to extract measurements from.

Get signal reference for specified .

to request signal reference for. Signal reference of given .

Get signal reference for specified and .

to request signal reference for. Index to request signal reference for. Number of signals defined for this . Signal reference of given and .

Gets connection ID (i.e., IP:Port) for specified .

Server connection of associated . Guid of client for ID lookup. Connection ID (i.e., IP:Port) for specified .

Handles incoming commands from devices connected over the command channel. This is used by data-forwarding feature,

Guid of client that sent the command. Remote client connection identification (i.e., IP:Port). Data buffer received from connected client device. Valid length of data within the buffer.

Represents an wrapper that is associated with a .

Constructs a new from the specified parameters.

Source value. Associated .

Gets the associated with this .

Gets the primary key (a , of this .

Gets or sets the based signal ID of this , if available.

Gets or sets associated with this .

Gets the text based tag name of this .

Gets or sets the raw measurement value that is not offset by and .

Raw value of this (i.e., value that is not offset by and ).

Gets the adjusted numeric value of this measurement, taking into account the specified and offsets.

Note that returned value will be offset by and . offset by and (i.e., * + ).

Gets an offset to add to the measurement value. This defaults to 0.0.

Gets a multiplicative offset to apply to the measurement value. This defaults to 1.0.

Gets or sets exact timestamp, in ticks, of the data represented by this .

The value of this property represents the number of 100-nanosecond intervals that have elapsed since 12:00:00 midnight, January 1, 0001.

Gets the life-span of this since its creation.

Gets timestamp, in ticks, of when this was created.

Gets function used to apply a down-sampling filter over a sequence of values.

Gets or sets associated metadata values for the .

Determines whether the specified is equal to the current .

The to compare with the current . true if the specified is equal to the current ; otherwise, false.

Compares the with the specified .

The to compare with the current . A 32-bit signed integer that indicates the relative order of the objects being compared. is not an . Measurement implementations should compare by hash code.

Compares the with an .

The to compare with the current . A 32-bit signed integer that indicates the relative order of the objects being compared. Measurement implementations should compare by hash code.