GSF.COMTRADE by Grid Protection Alliance

<PackageReference Include="GSF.COMTRADE" Version="2.1.25-beta" />

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API Diff between 2.1.25-beta and 2.4.99-beta

9 Additions 57 Removals

GSF.COMTRADE

• public class AnalogChannel
  • public const double DefaultAnalogMultipler = 0.04
  • public const double DefaultCurrentMagnitudeMultiplier = 0.05
  • public const double DefaultDfDtMultiplier = 0.01
  • public const double DefaultFrequencyMultiplier = 0.001
  • public const double DefaultPhaseAngleMultiplier = 0.0001
  • public const double DefaultVoltageMagnitudeMultiplier = 5.77362
  • public AngleUnit AngleUnit { get; }
  • public double MaxValue { get; set; }
  • public double MinValue { get; set; }
  • public int MaxValue { get; set; }
  • public int MinValue { get; set; }
  • public int Version { get; }
  • public AnalogChannel(int version = 1999, bool targetFloatingPoint = false)
  • public AnalogChannel(string lineImage, int version = 1999, bool targetFloatingPoint = false, bool useRelaxedValidation = false)
  • public AnalogChannel()
  • public AnalogChannel(string lineImage)
• public struct ChannelMetadata
  • public string CircuitComponent
  • public string Units
• public class DigitalChannel
  • public int Version { get; }
  • public DigitalChannel(int version = 1999)
  • public DigitalChannel(string lineImage, int version = 1999, bool useRelaxedValidation = false)
  • public DigitalChannel()
  • public DigitalChannel(string lineImage)
• public enum FileType
  • Binary32 = 2
  • Float32 = 3
• public enum LeapSecondIndicator
• public class Parser : IDisposable
  • public bool AdjustToUTC { get; set; }
  • public long BinaryByteCount { get; }
  • public bool IsCombinedFileFormat { get; }
  • public double[] PrimaryValues { get; }
  • public double[] SecondaryValues { get; }
  • public AngleUnit? TargetAngleUnit { get; set; }
• public struct SampleRate
  • public long EndSample
  • public int EndSample
  • public SampleRate(string lineImage, bool useRelaxedValidation = false)
  • public SampleRate(string lineImage)
• public class Schema
  • public int Binary32RecordLength { get; }
  • public string FileName { get; }
  • public int Float32RecordLength { get; }
  • public bool IsCombinedFileFormat { get; }
  • public LeapSecondIndicator LeapSecondIndicator { get; set; }
  • public TimeOffset LocalCode { get; set; }
  • public TimeOffset TimeCode { get; set; }
  • public TimeQualityIndicatorCode TimeQualityIndicatorCode { get; set; }
  • public long TotalChannelValues { get; }
  • public long TotalSamples { get; }
  • public Schema(string fileName, bool useRelaxedValidation)
• public class TimeOffset
• public enum TimeQualityIndicatorCode
• public static class Writer
  • public const string CRLF = "\r\n"
  • public const long MaxEndSample = 9999999999
  • public const long MaxFileSize = 281474976710656
  • public static FileStream CreateCFFStream(string fileName, Schema schema, string[] infLines = null, string[] hdrLines = null, Encoding encoding = null)
  • public static void CreateCFFStream(Stream stream, Schema schema, string[] infLines = null, string[] hdrLines = null, Encoding encoding = null)
  • public static StreamWriter CreateCFFStreamAscii(string fileName, Schema schema, string[] infLines = null, string[] hdrLines = null, Encoding encoding = null)
  • public static StreamWriter CreateCFFStreamAscii(Stream stream, Schema schema, string[] infLines = null, string[] hdrLines = null, Encoding encoding = null)
  • public static Schema CreateSchema(IEnumerable<ChannelMetadata> metadata, string stationName, string deviceID, Ticks dataStartTime, long sampleCount, int version = 1999, FileType fileType = 1, double timeFactor = 1, double samplingRate = 30, double nominalFrequency = 60, bool includeFracSecDefinition = true)
  • public static void UpdateCFFEndSample(Stream stream, long endSample, int rateIndex = 0, Encoding encoding = null)
  • public static void UpdateCFFStreamBinaryByteCount(Stream stream, long byteCount, Encoding encoding = null)
  • public static Schema CreateSchema(IEnumerable<ChannelMetadata> metadata, string stationName, string deviceID, Ticks dataStartTime, int sampleCount, bool isBinary = true, double timeFactor = 1, double samplingRate = 30, double nominalFrequency = 60, bool includeFracSecDefinition = true)
  • public static void WriteNextRecordAscii(StreamWriter output, Schema schema, Ticks timestamp, double[] analogValues, bool[] digitalValues, uint sample, bool injectFracSecValue = false, ushort fracSecValue = 0)
  • public static void WriteNextRecordBinary(Stream output, Schema schema, Ticks timestamp, double[] analogValues, bool[] digitalValues, uint sample, bool injectFracSecValue = false, ushort fracSecValue = 0)
  • public static void WriteNextRecordBinary32(Stream output, Schema schema, Ticks timestamp, double[] values, uint sample, bool injectFracSecValue = true, ushort fracSecValue = 0)
  • public static void WriteNextRecordBinary32(Stream output, Schema schema, Ticks timestamp, double[] analogValues, bool[] digitalValues, uint sample, bool injectFracSecValue = false, ushort fracSecValue = 0)
  • public static void WriteNextRecordFloat32(Stream output, Schema schema, Ticks timestamp, double[] values, uint sample, bool injectFracSecValue = true, ushort fracSecValue = 0)
  • public static void WriteNextRecordFloat32(Stream output, Schema schema, Ticks timestamp, double[] analogValues, bool[] digitalValues, uint sample, bool injectFracSecValue = false, ushort fracSecValue = 0)