Applied code-style

OBD.NET/ConsoleClient/Program.cs

@@ -30,8 +30,8 @@ public class Program
 
         string comPort = args[0];
 
-        using SerialConnection connection = new SerialConnection(comPort);
+        using SerialConnection connection = new(comPort);
-        using ELM327 dev = new ELM327(connection, new OBDConsoleLogger(OBDLogLevel.Debug));
+        using ELM327 dev = new(connection, new OBDConsoleLogger(OBDLogLevel.Debug));
 
         dev.SubscribeDataReceived<EngineRPM>((sender, data) => Console.WriteLine("EngineRPM: " + data.Data.Rpm));
         dev.SubscribeDataReceived<EngineFuelRate>((sender, data) => Console.WriteLine("VehicleSpeed: " + data.Data));
@@ -63,8 +63,8 @@ public class Program
     /// <returns></returns>
     public static async Task MainAsync(string comPort)
     {
-        using SerialConnection connection = new SerialConnection(comPort);
+        using SerialConnection connection = new(comPort);
-        using ELM327 dev = new ELM327(connection, new OBDConsoleLogger(OBDLogLevel.Debug));
+        using ELM327 dev = new(connection, new OBDConsoleLogger(OBDLogLevel.Debug));
 
         dev.Initialize();
 

OBD.NET/OBD.NET.Universal/Communication/BluetoothSerialConnection.cs

@@ -7,7 +7,9 @@ using Windows.Devices.Bluetooth.Rfcomm;
 using Windows.Networking.Sockets;
 using Windows.Storage.Streams;
 using System.Linq;
+using Windows.Devices.Enumeration;
 
+// ReSharper disable once CheckNamespace
 namespace OBD.NET.Communication
 {
     /// <summary>
@@ -16,35 +18,43 @@ namespace OBD.NET.Communication
     /// <seealso cref="OBD.NET.Communication.ISerialConnection" />
     public class BluetoothSerialConnection : ISerialConnection
     {
+        #region Properties & Fields
 
         private StreamSocket _socket;
         private DataWriter _writer;
 
         private readonly byte[] _readBuffer = new byte[1024];
-        
+
         private CancellationTokenSource _cancellationTokenSource = new CancellationTokenSource();
         private Task _readerTask;
 
-        private string device;
+        private string _device;
+
+        #endregion
+
+        #region Constructors
 
         /// <summary>
         /// Initializes a new instance of the <see cref="BluetoothSerialConnection"/> class.
         /// </summary>
         public BluetoothSerialConnection()
         {
-            device = null;
+            _device = null;
         }
 
         /// <summary>
         /// Initializes a new instance of the <see cref="BluetoothSerialConnection"/> class.
         /// </summary>
-        /// <param name="deviceName">Name of the device.</param>
+        /// <param name="deviceName">Name of the _device.</param>
         /// <param name="logger">The logger.</param>
         public BluetoothSerialConnection(string deviceName)
         {
-            device = deviceName;
+            this._device = deviceName;
         }
 
+        #endregion
+
+        #region Methods
 
         /// <summary>
         /// Gets a value indicating whether this instance is open.
@@ -72,10 +82,7 @@ namespace OBD.NET.Communication
         /// Connects the serial port.
         /// </summary>
         /// <exception cref="System.NotSupportedException">Synchronous operations not supported</exception>
-        public void Connect()
+        public void Connect() => throw new NotSupportedException("Synchronous operations not supported on UWP platform");
-        {
-            throw new NotSupportedException("Synchronous operations not supported on UWP platform");
-        }
 
         /// <summary>
         /// Connects the serial port asynchronously
@@ -83,31 +90,28 @@ namespace OBD.NET.Communication
         /// <returns></returns>
         public async Task ConnectAsync()
         {
-            var services = await Windows.Devices.Enumeration.DeviceInformation
+            DeviceInformationCollection services = await DeviceInformation.FindAllAsync(RfcommDeviceService.GetDeviceSelector(RfcommServiceId.SerialPort));
-                .FindAllAsync(RfcommDeviceService.GetDeviceSelector(RfcommServiceId.SerialPort));
+
-            
             //use first serial service
             if (services.Count > 0)
             {
-                var id = services[0].Id;
+                string id = services[0].Id;
 
-                //use predefined device from constructor
+                //use predefined _device from constructor
-                if (!string.IsNullOrWhiteSpace(device))
+                if (!string.IsNullOrWhiteSpace(_device))
                 {
-                    id = services.Where(x => x.Name.Equals(device, StringComparison.OrdinalIgnoreCase))
+                    id = services.Where(x => x.Name.Equals(_device, StringComparison.OrdinalIgnoreCase))
-                        .Select(x => x.Id).FirstOrDefault();
+                                 .Select(x => x.Id)
+                                 .FirstOrDefault();
 
                     if (id == null)
-                    {
+                        throw new InvalidOperationException($"Device {_device} not found");
-                        throw new InvalidOperationException($"Device {device} not found");
-                    }
                 }
 
-                // Initialize the target Bluetooth device
+                // Initialize the target Bluetooth _device
-                var service = await RfcommDeviceService.FromIdAsync(id);
+                RfcommDeviceService service = await RfcommDeviceService.FromIdAsync(id);
 
                 // Check that the service meets this App's minimum requirement
-
                 _socket = new StreamSocket();
                 await _socket.ConnectAsync(service.ConnectionHostName,
                     service.ConnectionServiceName);
@@ -120,17 +124,12 @@ namespace OBD.NET.Communication
         /// <summary>
         /// Writes the specified text to the serial connection
         /// </summary>
-        /// <param name="text">The text.</param>
         /// <exception cref="System.NotImplementedException">Synchronous operations not supported</exception>
-        public void Write(byte[] data)
+        public void Write(byte[] data) => throw new NotSupportedException("Synchronous operations not supported on UWP platform");
-        {
-            throw new NotImplementedException("Synchronous operations not supported on UWP platform");
-        }
 
         /// <summary>
         /// Writes the specified text to the serial connection asynchronously
         /// </summary>
-        /// <param name="text">The text.</param>
         /// <returns></returns>
         public async Task WriteAsync(byte[] data)
         {
@@ -141,30 +140,27 @@ namespace OBD.NET.Communication
 
         private Task StartReader()
         {
-             return Task.Factory.StartNew(async () =>
+            return Task.Factory.StartNew(async () =>
-             {
+            {
 
-                 var buffer = _readBuffer.AsBuffer();
+                IBuffer buffer = _readBuffer.AsBuffer();
-                 while (!_cancellationTokenSource.IsCancellationRequested)
+                while (!_cancellationTokenSource.IsCancellationRequested)
-                 {
+                {
-                     var readData = await _socket.InputStream.ReadAsync(buffer, buffer.Capacity, InputStreamOptions.Partial);
+                    IBuffer readData = await _socket.InputStream.ReadAsync(buffer, buffer.Capacity, InputStreamOptions.Partial);
-                     SerialPortOnDataReceived(readData);
+                    SerialPortOnDataReceived(readData);
-                 }
+                }
-             }, _cancellationTokenSource.Token);
+            }, _cancellationTokenSource.Token);
         }
 
-        private void SerialPortOnDataReceived(IBuffer buffer)
+        private void SerialPortOnDataReceived(IBuffer buffer) => DataReceived?.Invoke(this, new DataReceivedEventArgs((int)buffer.Length, _readBuffer));
-        {
-            DataReceived?.Invoke(this, new DataReceivedEventArgs((int)buffer.Length, _readBuffer));
-        }
 
-   
         public void Dispose()
         {
             _cancellationTokenSource?.Cancel();
             _readerTask?.Wait();
             _socket?.Dispose();
         }
-
     }
+
+    #endregion
 }

OBD.NET/OBD.NET/Commands/ATCommand.cs

@@ -7,20 +7,20 @@ public class ATCommand
 
     //TODO DarthAffe 26.06.2016: Implement all commands
 
-    public static readonly ATCommand RepeatLastCommand = new ATCommand("\r");
+    public static readonly ATCommand RepeatLastCommand = new("\r");
-    public static readonly ATCommand ResetDevice = new ATCommand("ATZ");
+    public static readonly ATCommand ResetDevice = new("ATZ");
-    public static readonly ATCommand ReadVoltage = new ATCommand("ATRV");
+    public static readonly ATCommand ReadVoltage = new("ATRV");
-    public static readonly ATCommand EchoOn = new ATCommand("ATE1", "^OK$");
+    public static readonly ATCommand EchoOn = new("ATE1", "^OK$");
-    public static readonly ATCommand EchoOff = new ATCommand("ATE0", "^OK$");
+    public static readonly ATCommand EchoOff = new("ATE0", "^OK$");
-    public static readonly ATCommand HeadersOn = new ATCommand("ATH1", "^OK$");
+    public static readonly ATCommand HeadersOn = new("ATH1", "^OK$");
-    public static readonly ATCommand HeadersOff = new ATCommand("ATH0", "^OK$");
+    public static readonly ATCommand HeadersOff = new("ATH0", "^OK$");
-    public static readonly ATCommand PrintSpacesOn = new ATCommand("ATS1", "^OK$");
+    public static readonly ATCommand PrintSpacesOn = new("ATS1", "^OK$");
-    public static readonly ATCommand PrintSpacesOff = new ATCommand("ATS0", "^OK$");
+    public static readonly ATCommand PrintSpacesOff = new("ATS0", "^OK$");
-    public static readonly ATCommand LinefeedsOn = new ATCommand("ATL1", "^OK$");
+    public static readonly ATCommand LinefeedsOn = new("ATL1", "^OK$");
-    public static readonly ATCommand LinefeedsOff = new ATCommand("ATL0", "^OK$");
+    public static readonly ATCommand LinefeedsOff = new("ATL0", "^OK$");
-    public static readonly ATCommand SetProtocolAuto = new ATCommand("ATSP0", "^OK$");
+    public static readonly ATCommand SetProtocolAuto = new("ATSP0", "^OK$");
-    public static readonly ATCommand PrintVersion = new ATCommand("ATI", "^ELM327.*");
+    public static readonly ATCommand PrintVersion = new("ATI", "^ELM327.*");
-    public static readonly ATCommand CloseProtocol = new ATCommand("ATPC");
+    public static readonly ATCommand CloseProtocol = new("ATPC");
 
     // ReSharper restore InconsistentNaming
     #endregion
@@ -36,8 +36,8 @@ public class ATCommand
 
     private ATCommand(string command, string expectedResult = null)
     {
-        Command = command;
+        this.Command = command;
-        ExpectedResult = expectedResult;
+        this.ExpectedResult = expectedResult;
     }
 
     #endregion

OBD.NET/OBD.NET/Commands/STCommand.cs

@@ -7,14 +7,14 @@ public class STCommand
 
     //TODO DarthAffe 19.03.2017: Implement all commands
 
-    internal static readonly STCommand AddPassFilter = new STCommand("STFAP");
+    internal static readonly STCommand AddPassFilter = new("STFAP");
-    internal static readonly STCommand AddBlockFilter = new STCommand("STFAB");
+    internal static readonly STCommand AddBlockFilter = new("STFAB");
-    internal static readonly STCommand AddFlowControlFilter = new STCommand("STFAFC");
+    internal static readonly STCommand AddFlowControlFilter = new("STFAFC");
-    internal static readonly STCommand ClearPassFilters = new STCommand("STFCP");
+    internal static readonly STCommand ClearPassFilters = new("STFCP");
-    internal static readonly STCommand ClearBlockFilters = new STCommand("STFCB");
+    internal static readonly STCommand ClearBlockFilters = new("STFCB");
-    internal static readonly STCommand ClearFlowControlFilters = new STCommand("STFCFC");
+    internal static readonly STCommand ClearFlowControlFilters = new("STFCFC");
-    internal static readonly STCommand Monitor = new STCommand("STM");
+    internal static readonly STCommand Monitor = new("STM");
-    internal static readonly STCommand MonitorAll = new STCommand("STMA");
+    internal static readonly STCommand MonitorAll = new("STMA");
 
     // ReSharper restore InconsistentNaming
     #endregion
@@ -29,7 +29,7 @@ public class STCommand
 
     protected STCommand(string command)
     {
-        Command = command;
+        this.Command = command;
     }
 
     #endregion

OBD.NET/OBD.NET/Communication/EventArgs/DataReceivedEventArgs.cs

@@ -28,8 +28,8 @@ public class DataReceivedEventArgs : System.EventArgs
     /// <param name="data">The data.</param>
     public DataReceivedEventArgs(int count, byte[] data)
     {
-        Count = count;
+        this.Count = count;
-        Data = data;
+        this.Data = data;
     }
 
     #endregion

OBD.NET/OBD.NET/Communication/SerialConnection.cs

@@ -16,9 +16,9 @@ public class SerialConnection : ISerialConnection
     public bool IsAsync => false;
 
     private readonly byte[] _readBuffer = new byte[1024];
-    private readonly StringBuilder _lineBuffer = new StringBuilder();
+    private readonly StringBuilder _lineBuffer = new();
 
-    private readonly AutoResetEvent _hasPrompt = new AutoResetEvent(true);
+    private readonly AutoResetEvent _hasPrompt = new(true);
 
     #endregion
 

OBD.NET/OBD.NET/DataTypes/GenericData.cs

@@ -17,17 +17,19 @@ public abstract class GenericData
 
     protected GenericData(double value, double minValue, double maxValue)
     {
-        Value = value;
+        this.Value = value;
-        MinValue = minValue;
+        this.MinValue = minValue;
-        MaxValue = maxValue;
+        this.MaxValue = maxValue;
+
         IsFloatingPointValue = true;
     }
 
     protected GenericData(int value, int minValue, int maxValue)
     {
-        Value = value;
+        this.Value = value;
-        MinValue = minValue;
+        this.MinValue = minValue;
-        MaxValue = maxValue;
+        this.MaxValue = maxValue;
+
         IsFloatingPointValue = false;
     }
 

OBD.NET/OBD.NET/DataTypes/Kilopascal.cs

@@ -22,7 +22,7 @@ public class Kilopascal : GenericData
 
     #region Operators
 
-    public static explicit operator Pascal(Kilopascal pa) => new Pascal(pa.Value / 1000.0, pa.MinValue / 1000.0, pa.MaxValue / 1000.0);
+    public static explicit operator Pascal(Kilopascal pa) => new(pa.Value / 1000.0, pa.MinValue / 1000.0, pa.MaxValue / 1000.0);
 
     #endregion
 }

OBD.NET/OBD.NET/DataTypes/Second.cs

@@ -22,7 +22,7 @@ public class Second : GenericData
 
     #region Operators
 
-    public static explicit operator Minute(Second s) => new Minute(s.Value / 60.0, s.MinValue / 60.0, s.MaxValue / 60.0);
+    public static explicit operator Minute(Second s) => new(s.Value / 60.0, s.MinValue / 60.0, s.MaxValue / 60.0);
 
     #endregion
 }

OBD.NET/OBD.NET/Devices/Command.cs

@@ -7,7 +7,7 @@ public class QueuedCommand
 {
     #region Properties & Fields
 
-    public string CommandText { get; private set; }
+    public string CommandText { get; }
 
     public CommandResult CommandResult { get; }
 
@@ -17,7 +17,7 @@ public class QueuedCommand
 
     public QueuedCommand(string commandText)
     {
-        CommandText = commandText;
+        this.CommandText = commandText;
 
         CommandResult = new CommandResult();
     }

OBD.NET/OBD.NET/Devices/ELM327.cs

@@ -14,10 +14,10 @@ public class ELM327 : SerialDevice
 {
     #region Properties & Fields
 
-    protected readonly Dictionary<Type, IDataEventManager> DataReceivedEventHandlers = new Dictionary<Type, IDataEventManager>();
+    protected readonly Dictionary<Type, IDataEventManager> DataReceivedEventHandlers = new();
 
-    protected static Dictionary<Type, byte> PidCache { get; } = new Dictionary<Type, byte>();
+    protected static Dictionary<Type, byte> PidCache { get; } = new();
-    protected static Dictionary<byte, Type> DataTypeCache { get; } = new Dictionary<byte, Type>();
+    protected static Dictionary<byte, Type> DataTypeCache { get; } = new();
 
     protected Mode Mode { get; set; } = Mode.ShowCurrentData; //TODO DarthAffe 26.06.2016: Implement different modes
 

OBD.NET/OBD.NET/Devices/SerialDevice.cs

@@ -14,14 +14,14 @@ public abstract class SerialDevice : IDisposable
 {
     #region Properties & Fields
 
-    private readonly BlockingCollection<QueuedCommand> _commandQueue = new BlockingCollection<QueuedCommand>();
+    private readonly BlockingCollection<QueuedCommand> _commandQueue = new();
-    private readonly StringBuilder _lineBuffer = new StringBuilder();
+    private readonly StringBuilder _lineBuffer = new();
-    private readonly AutoResetEvent _commandFinishedEvent = new AutoResetEvent(false);
+    private readonly AutoResetEvent _commandFinishedEvent = new(false);
     private Task _commandWorkerTask;
     private CancellationTokenSource _commandCancellationToken;
 
     private volatile int _queueSize = 0;
-    private readonly ManualResetEvent _queueEmptyEvent = new ManualResetEvent(true);
+    private readonly ManualResetEvent _queueEmptyEvent = new(true);
 
     public int QueueSize => _queueSize;
 
@@ -42,9 +42,9 @@ public abstract class SerialDevice : IDisposable
     /// <param name="logger">logger instance</param>
     protected SerialDevice(ISerialConnection connection, char terminator = '\r', IOBDLogger logger = null)
     {
-        Connection = connection;
+        this.Connection = connection;
-        Terminator = terminator;
+        this.Terminator = terminator;
-        Logger = logger;
+        this.Logger = logger;
 
         connection.DataReceived += OnDataReceived;
     }
@@ -103,7 +103,7 @@ public abstract class SerialDevice : IDisposable
         command = PrepareCommand(command);
         Logger?.WriteLine("Queuing Command: '" + command.Replace('\r', '\'') + "'", OBDLogLevel.Verbose);
 
-        QueuedCommand cmd = new QueuedCommand(command);
+        QueuedCommand cmd = new(command);
         _queueEmptyEvent.Reset();
         _queueSize++;
         _commandQueue.Add(cmd);

OBD.NET/OBD.NET/Events/EventArgs/DataReceivedEventArgs.cs

@@ -15,8 +15,8 @@ public class DataReceivedEventArgs<T> where T : IOBDData
 
     public DataReceivedEventArgs(T data, DateTime timestamp)
     {
-        Data = data;
+        this.Data = data;
-        Timestamp = timestamp;
+        this.Timestamp = timestamp;
     }
 
     #endregion

OBD.NET/OBD.NET/Events/EventArgs/RawDataReceivedEventArgs.cs

@@ -13,8 +13,8 @@ public class RawDataReceivedEventArgs
 
     public RawDataReceivedEventArgs(string data, DateTime timestamp)
     {
-        Data = data;
+        this.Data = data;
-        Timestamp = timestamp;
+        this.Timestamp = timestamp;
     }
 
     #endregion

OBD.NET/OBD.NET/Exceptions/UnexpectedResultException.cs

@@ -14,22 +14,22 @@ public class UnexpectedResultException : Exception
     public UnexpectedResultException(string result, string expectedResult)
         : this($"Unexpected result '{result}'. Expected was '{expectedResult}'", result, expectedResult)
     {
-        Result = result;
+        this.Result = result;
-        ExpectedResult = expectedResult;
+        this.ExpectedResult = expectedResult;
     }
 
     public UnexpectedResultException(string message, string result, string expectedResult)
         : base(message)
     {
-        Result = result;
+        this.Result = result;
-        ExpectedResult = expectedResult;
+        this.ExpectedResult = expectedResult;
     }
 
     public UnexpectedResultException(string message, Exception innerException, string result, string expectedResult)
         : base(message, innerException)
     {
-        Result = result;
+        this.Result = result;
-        ExpectedResult = expectedResult;
+        this.ExpectedResult = expectedResult;
     }
 
     #endregion

OBD.NET/OBD.NET/Logging/OBDConsoleLogger.cs

@@ -16,7 +16,7 @@ public class OBDConsoleLogger : IOBDLogger
 
     public OBDConsoleLogger(OBDLogLevel level = OBDLogLevel.None)
     {
-        LogLevel = level;
+        this.LogLevel = level;
     }
 
     #endregion

OBD.NET/OBD.NET/Logging/OBDDebugLogger.cs

@@ -19,7 +19,7 @@ public class OBDDebugLogger : IOBDLogger
 
     public OBDDebugLogger(OBDLogLevel level = OBDLogLevel.None)
     {
-        LogLevel = level;
+        this.LogLevel = level;
     }
 
     #endregion

OBD.NET/OBD.NET/OBDData/00-1F/CalculatedEngineLoad.cs

@@ -6,7 +6,7 @@ public class CalculatedEngineLoad : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Load => new Percent(A / 2.55, 0, 100);
+    public Percent Load => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/EngineCoolantTemperature.cs

@@ -6,7 +6,7 @@ public class EngineCoolantTemperature : AbstractOBDData
 {
     #region Properties & Fields
 
-    public DegreeCelsius Temperature => new DegreeCelsius(A - 40, -40, 215);
+    public DegreeCelsius Temperature => new(A - 40, -40, 215);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/EngineRPM.cs

@@ -6,7 +6,7 @@ public class EngineRPM : AbstractOBDData
 {
     #region Properties & Fields
 
-    public RevolutionsPerMinute Rpm => new RevolutionsPerMinute(((256 * A) + B) / 4.0, 0, 16383.75);
+    public RevolutionsPerMinute Rpm => new(((256 * A) + B) / 4.0, 0, 16383.75);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/FuelPressure.cs

@@ -6,7 +6,7 @@ public class FuelPressure : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Kilopascal Pressure => new Kilopascal(3 * A, 0, 765);
+    public Kilopascal Pressure => new(3 * A, 0, 765);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/IntakeAirTemperature.cs

@@ -6,7 +6,7 @@ public class IntakeAirTemperature : AbstractOBDData
 {
     #region Properties & Fields
 
-    public DegreeCelsius Temperature => new DegreeCelsius(A - 40, -40, 215);
+    public DegreeCelsius Temperature => new(A - 40, -40, 215);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/IntakeManifoldAbsolutePressure.cs

@@ -6,7 +6,7 @@ public class IntakeManifoldAbsolutePressure : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Kilopascal Pressure => new Kilopascal(A, 0, 255);
+    public Kilopascal Pressure => new(A, 0, 255);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/LongTermFuelTrimBank1.cs

@@ -6,7 +6,7 @@ public class LongTermFuelTrimBank1 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Trim => new Percent((A / 1.28) - 100, -100, 99.2);
+    public Percent Trim => new((A / 1.28) - 100, -100, 99.2);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/LongTermFuelTrimBank2.cs

@@ -6,7 +6,7 @@ public class LongTermFuelTrimBank2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Trim => new Percent((A / 1.28) - 100, -100, 99.2);
+    public Percent Trim => new((A / 1.28) - 100, -100, 99.2);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/MAFAirFlowRate.cs

@@ -6,7 +6,7 @@ public class MAFAirFlowRate : AbstractOBDData
 {
     #region Properties & Fields
 
-    public GramPerSec Rate => new GramPerSec(((256 * A) + B) / 100.0, 0, 655.35);
+    public GramPerSec Rate => new(((256 * A) + B) / 100.0, 0, 655.35);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/OxygenSensor1FuelTrim.cs

@@ -6,8 +6,8 @@ public class OxygenSensor1FuelTrim : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Volt Voltage => new Volt(A / 200.0, 0, 1.275);
+    public Volt Voltage => new(A / 200.0, 0, 1.275);
-    public Percent ShortTermFuelTrim => new Percent((B / 1.28) - 100, -100, 99.2);
+    public Percent ShortTermFuelTrim => new((B / 1.28) - 100, -100, 99.2);
     public bool IsSensorUsed => B != 0xFF;
 
     #endregion

OBD.NET/OBD.NET/OBDData/00-1F/OxygenSensor2FuelTrim.cs

@@ -6,8 +6,8 @@ public class OxygenSensor2FuelTrim : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Volt Voltage => new Volt(A / 200.0, 0, 1.275);
+    public Volt Voltage => new(A / 200.0, 0, 1.275);
-    public Percent ShortTermFuelTrim => new Percent((B / 1.28) - 100, -100, 99.2);
+    public Percent ShortTermFuelTrim => new((B / 1.28) - 100, -100, 99.2);
     public bool IsSensorUsed => B != 0xFF;
 
     #endregion

OBD.NET/OBD.NET/OBDData/00-1F/OxygenSensor3FuelTrim.cs

@@ -6,8 +6,8 @@ public class OxygenSensor3FuelTrim : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Volt Voltage => new Volt(A / 200.0, 0, 1.275);
+    public Volt Voltage => new(A / 200.0, 0, 1.275);
-    public Percent ShortTermFuelTrim => new Percent((B / 1.28) - 100, -100, 99.2);
+    public Percent ShortTermFuelTrim => new((B / 1.28) - 100, -100, 99.2);
     public bool IsSensorUsed => B != 0xFF;
 
     #endregion

OBD.NET/OBD.NET/OBDData/00-1F/OxygenSensor4FuelTrim.cs

@@ -6,8 +6,8 @@ public class OxygenSensor4FuelTrim : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Volt Voltage => new Volt(A / 200.0, 0, 1.275);
+    public Volt Voltage => new(A / 200.0, 0, 1.275);
-    public Percent ShortTermFuelTrim => new Percent((B / 1.28) - 100, -100, 99.2);
+    public Percent ShortTermFuelTrim => new((B / 1.28) - 100, -100, 99.2);
     public bool IsSensorUsed => B != 0xFF;
 
     #endregion

OBD.NET/OBD.NET/OBDData/00-1F/OxygenSensor5FuelTrim.cs

@@ -6,8 +6,8 @@ public class OxygenSensor5FuelTrim : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Volt Voltage => new Volt(A / 200.0, 0, 1.275);
+    public Volt Voltage => new(A / 200.0, 0, 1.275);
-    public Percent ShortTermFuelTrim => new Percent((B / 1.28) - 100, -100, 99.2);
+    public Percent ShortTermFuelTrim => new((B / 1.28) - 100, -100, 99.2);
     public bool IsSensorUsed => B != 0xFF;
 
     #endregion

OBD.NET/OBD.NET/OBDData/00-1F/OxygenSensor6FuelTrim.cs

@@ -6,8 +6,8 @@ public class OxygenSensor6FuelTrim : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Volt Voltage => new Volt(A / 200.0, 0, 1.275);
+    public Volt Voltage => new(A / 200.0, 0, 1.275);
-    public Percent ShortTermFuelTrim => new Percent((B / 1.28) - 100, -100, 99.2);
+    public Percent ShortTermFuelTrim => new((B / 1.28) - 100, -100, 99.2);
     public bool IsSensorUsed => B != 0xFF;
 
     #endregion

OBD.NET/OBD.NET/OBDData/00-1F/OxygenSensor7FuelTrim.cs

@@ -6,8 +6,8 @@ public class OxygenSensor7FuelTrim : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Volt Voltage => new Volt(A / 200.0, 0, 1.275);
+    public Volt Voltage => new(A / 200.0, 0, 1.275);
-    public Percent ShortTermFuelTrim => new Percent((B / 1.28) - 100, -100, 99.2);
+    public Percent ShortTermFuelTrim => new((B / 1.28) - 100, -100, 99.2);
     public bool IsSensorUsed => B != 0xFF;
 
     #endregion

OBD.NET/OBD.NET/OBDData/00-1F/OxygenSensor8FuelTrim.cs

@@ -6,8 +6,8 @@ public class OxygenSensor8FuelTrim : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Volt Voltage => new Volt(A / 200.0, 0, 1.275);
+    public Volt Voltage => new(A / 200.0, 0, 1.275);
-    public Percent ShortTermFuelTrim => new Percent((B / 1.28) - 100, -100, 99.2);
+    public Percent ShortTermFuelTrim => new((B / 1.28) - 100, -100, 99.2);
     public bool IsSensorUsed => B != 0xFF;
 
     #endregion

OBD.NET/OBD.NET/OBDData/00-1F/RunTimeSinceEngineStart.cs

@@ -6,7 +6,7 @@ public class RunTimeSinceEngineStart : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Second Runtime => new Second((256 * A) + B, 0, 65535);
+    public Second Runtime => new((256 * A) + B, 0, 65535);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/ShortTermFuelTrimBank1.cs

@@ -6,7 +6,7 @@ public class ShortTermFuelTrimBank1 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Trim => new Percent((A / 1.28) - 100, -100, 99.2);
+    public Percent Trim => new((A / 1.28) - 100, -100, 99.2);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/ShortTermFuelTrimBank2.cs

@@ -6,7 +6,7 @@ public class ShortTermFuelTrimBank2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Trim => new Percent((A / 1.28) - 100, -100, 99.2);
+    public Percent Trim => new((A / 1.28) - 100, -100, 99.2);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/ThrottlePosition.cs

@@ -6,7 +6,7 @@ public class ThrottlePosition : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Position => new Percent(A / 2.55, 0, 100);
+    public Percent Position => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/TimingAdvance.cs

@@ -6,7 +6,7 @@ public class TimingAdvance : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Degree Timing => new Degree((A / 2.0) - 64, -64, 63.5);
+    public Degree Timing => new((A / 2.0) - 64, -64, 63.5);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/00-1F/VehicleSpeed.cs

@@ -6,7 +6,7 @@ public class VehicleSpeed : AbstractOBDData
 {
     #region Properties & Fields
 
-    public KilometrePerHour Speed => new KilometrePerHour(A, 0, 255);
+    public KilometrePerHour Speed => new(A, 0, 255);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/AbsoluteBarometricPressure.cs

@@ -6,7 +6,7 @@ public class AbsoluteBarometricPressure : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Kilopascal Pressure => new Kilopascal(A, 0, 255);
+    public Kilopascal Pressure => new(A, 0, 255);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/CatalystTemperatureBank1Sensor1.cs

@@ -6,7 +6,7 @@ public class CatalystTemperatureBank1Sensor1 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public DegreeCelsius Temperature => new DegreeCelsius((((256 * A) + B) / 10.0) - 40, -40, 6513.5);
+    public DegreeCelsius Temperature => new((((256 * A) + B) / 10.0) - 40, -40, 6513.5);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/CatalystTemperatureBank1Sensor2.cs

@@ -6,7 +6,7 @@ public class CatalystTemperatureBank1Sensor2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public DegreeCelsius Temperature => new DegreeCelsius((((256 * A) + B) / 10.0) - 40, -40, 6513.5);
+    public DegreeCelsius Temperature => new((((256 * A) + B) / 10.0) - 40, -40, 6513.5);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/CatalystTemperatureBank2Sensor1.cs

@@ -6,7 +6,7 @@ public class CatalystTemperatureBank2Sensor1 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public DegreeCelsius Temperature => new DegreeCelsius((((256 * A) + B) / 10.0) - 40, -40, 6513.5);
+    public DegreeCelsius Temperature => new((((256 * A) + B) / 10.0) - 40, -40, 6513.5);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/CatalystTemperatureBank2Sensor2.cs

@@ -6,7 +6,7 @@ public class CatalystTemperatureBank2Sensor2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public DegreeCelsius Temperature => new DegreeCelsius((((256 * A) + B) / 10.0) - 40, -40, 6513.5);
+    public DegreeCelsius Temperature => new((((256 * A) + B) / 10.0) - 40, -40, 6513.5);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/CommandedEGR.cs

@@ -6,7 +6,7 @@ public class CommandedEGR : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent EGR => new Percent(A / 2.55, 0, 100);
+    public Percent EGR => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/CommandedEvaporativePurge.cs

@@ -6,7 +6,7 @@ public class CommandedEvaporativePurge : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Purge => new Percent(A / 2.55, 0, 100);
+    public Percent Purge => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/DistanceTraveledSinceCodesCleared.cs

@@ -6,7 +6,7 @@ public class DistanceTraveledSinceCodesCleared : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Kilometre Distance => new Kilometre((256 * A) + B, 0, 65535);
+    public Kilometre Distance => new((256 * A) + B, 0, 65535);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/DistanceTraveledWithMILOn.cs

@@ -6,7 +6,7 @@ public class DistanceTraveledWithMILOn : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Kilometre Distance => new Kilometre((256 * A) + B, 0, 65535);
+    public Kilometre Distance => new((256 * A) + B, 0, 65535);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/EGRError.cs

@@ -6,7 +6,7 @@ public class EGRError : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Error => new Percent((A / 1.28) - 100, -100, 99.2);
+    public Percent Error => new((A / 1.28) - 100, -100, 99.2);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/EvapSystemVaporPressure.cs

@@ -6,7 +6,7 @@ public class EvapSystemVaporPressure : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Pascal Pressure => new Pascal(((256 * A) + B) / 4.0, -8192, 8191.75);
+    public Pascal Pressure => new(((256 * A) + B) / 4.0, -8192, 8191.75);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/FuelRailGaugePressure.cs

@@ -6,7 +6,7 @@ public class FuelRailGaugePressure : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Kilopascal Pressure => new Kilopascal(10 * ((256 * A) + B), 0, 655350);
+    public Kilopascal Pressure => new(10 * ((256 * A) + B), 0, 655350);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/FuelRailPressure.cs

@@ -6,7 +6,7 @@ public class FuelRailPressure : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Kilopascal Pressure => new Kilopascal(0.079 * ((256 * A) + B), 0, 5177.265);
+    public Kilopascal Pressure => new(0.079 * ((256 * A) + B), 0, 5177.265);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/FuelTankLevelInput.cs

@@ -6,7 +6,7 @@ public class FuelTankLevelInput : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Level => new Percent(A / 2.55, 0, 100);
+    public Percent Level => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor1FuelAir.cs

@@ -6,8 +6,8 @@ public class OxygenSensor1FuelAir : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Volt Voltage => new Volt((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
+    public Volt Voltage => new((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor1FuelAir2.cs

@@ -6,8 +6,8 @@ public class OxygenSensor1FuelAir2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Milliampere Current => new Milliampere((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
+    public Milliampere Current => new((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor2FuelAir.cs

@@ -6,8 +6,8 @@ public class OxygenSensor2FuelAir : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Volt Voltage => new Volt((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
+    public Volt Voltage => new((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor2FuelAir2.cs

@@ -6,8 +6,8 @@ public class OxygenSensor2FuelAir2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Milliampere Current => new Milliampere((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
+    public Milliampere Current => new((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor3FuelAir.cs

@@ -6,8 +6,8 @@ public class OxygenSensor3FuelAir : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Volt Voltage => new Volt((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
+    public Volt Voltage => new((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor3FuelAir2.cs

@@ -6,8 +6,8 @@ public class OxygenSensor3FuelAir2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Milliampere Current => new Milliampere((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
+    public Milliampere Current => new((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor4FuelAir.cs

@@ -6,8 +6,8 @@ public class OxygenSensor4FuelAir : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Volt Voltage => new Volt((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
+    public Volt Voltage => new((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor4FuelAir2.cs

@@ -6,8 +6,8 @@ public class OxygenSensor4FuelAir2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Milliampere Current => new Milliampere((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
+    public Milliampere Current => new((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor5FuelAir.cs

@@ -6,8 +6,8 @@ public class OxygenSensor5FuelAir : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Volt Voltage => new Volt((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
+    public Volt Voltage => new((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor5FuelAir2.cs

@@ -6,8 +6,8 @@ public class OxygenSensor5FuelAir2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Milliampere Current => new Milliampere((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
+    public Milliampere Current => new((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor6FuelAir.cs

@@ -6,8 +6,8 @@ public class OxygenSensor6FuelAir : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Volt Voltage => new Volt((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
+    public Volt Voltage => new((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor6FuelAir2.cs

@@ -6,8 +6,8 @@ public class OxygenSensor6FuelAir2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Milliampere Current => new Milliampere((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
+    public Milliampere Current => new((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor7FuelAir.cs

@@ -6,8 +6,8 @@ public class OxygenSensor7FuelAir : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Volt Voltage => new Volt((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
+    public Volt Voltage => new((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor7FuelAir2.cs

@@ -6,8 +6,8 @@ public class OxygenSensor7FuelAir2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Milliampere Current => new Milliampere((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
+    public Milliampere Current => new((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor8FuelAir.cs

@@ -6,8 +6,8 @@ public class OxygenSensor8FuelAir : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Volt Voltage => new Volt((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
+    public Volt Voltage => new((80 / 25536.0) * ((256 * C) + D), 0, 8 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/OxygenSensor8FuelAir2.cs

@@ -6,8 +6,8 @@ public class OxygenSensor8FuelAir2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
+    public Ratio FuelAirEquivalenceRatio => new((2.0 / 25536.0) * ((256 * A) + B), 0, 2 - double.Epsilon);
-    public Milliampere Current => new Milliampere((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
+    public Milliampere Current => new((C + (D / 256.0)) - 128, -128, 128 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/20-3F/WarmUpsSinceCodesCleared.cs

@@ -6,7 +6,7 @@ public class WarmUpsSinceCodesCleared : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Count WarmUps => new Count(A, 0, 255);
+    public Count WarmUps => new(A, 0, 255);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/AbsoluteEvapSystemVaporPressure.cs

@@ -6,7 +6,7 @@ public class AbsoluteEvapSystemVaporPressure : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Kilopascal Pressure => new Kilopascal(((256 * A) + B) / 200.0, 0, 327.675);
+    public Kilopascal Pressure => new(((256 * A) + B) / 200.0, 0, 327.675);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/AbsoluteLoadValue.cs

@@ -6,7 +6,7 @@ public class AbsoluteLoadValue : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Load => new Percent(((256 * A) + B) / 2.55, 0, 25700);
+    public Percent Load => new(((256 * A) + B) / 2.55, 0, 25700);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/AbsoluteThrottlePositionB.cs

@@ -6,7 +6,7 @@ public class AbsoluteThrottlePositionB : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Position => new Percent(A / 2.55, 0, 100);
+    public Percent Position => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/AbsoluteThrottlePositionC.cs

@@ -6,7 +6,7 @@ public class AbsoluteThrottlePositionC : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Position => new Percent(A / 2.55, 0, 100);
+    public Percent Position => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/AcceleratorPedalPositionD.cs

@@ -6,7 +6,7 @@ public class AcceleratorPedalPositionD : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Position => new Percent(A / 2.55, 0, 100);
+    public Percent Position => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/AcceleratorPedalPositionE.cs

@@ -6,7 +6,7 @@ public class AcceleratorPedalPositionE : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Position => new Percent(A / 2.55, 0, 100);
+    public Percent Position => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/AcceleratorPedalPositionF.cs

@@ -6,7 +6,7 @@ public class AcceleratorPedalPositionF : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Position => new Percent(A / 2.55, 0, 100);
+    public Percent Position => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/AmbientAirTemperature.cs

@@ -6,7 +6,7 @@ public class AmbientAirTemperature : AbstractOBDData
 {
     #region Properties & Fields
 
-    public DegreeCelsius Temperature => new DegreeCelsius(A - 40, -40, 215);
+    public DegreeCelsius Temperature => new(A - 40, -40, 215);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/CommandedThrottleActuator.cs

@@ -6,7 +6,7 @@ public class CommandedThrottleActuator : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Value => new Percent(A / 2.55, 0, 100);
+    public Percent Value => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/ControlModuleVoltage.cs

@@ -6,7 +6,7 @@ public class ControlModuleVoltage : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Volt Voltage => new Volt(((256 * A) + B) / 1000.0, 0, 65.535);
+    public Volt Voltage => new(((256 * A) + B) / 1000.0, 0, 65.535);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/EngineFuelRate.cs

@@ -6,7 +6,7 @@ public class EngineFuelRate : AbstractOBDData
 {
     #region Properties & Fields
 
-    public LitresPerHour FuelRate => new LitresPerHour(((256 * A) + B) / 20.0, 0, 3212.75);
+    public LitresPerHour FuelRate => new(((256 * A) + B) / 20.0, 0, 3212.75);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/EngineOilTemperature.cs

@@ -6,7 +6,7 @@ public class EngineOilTemperature : AbstractOBDData
 {
     #region Properties & Fields
 
-    public DegreeCelsius Temperature => new DegreeCelsius(A - 40, -40, 210);
+    public DegreeCelsius Temperature => new(A - 40, -40, 210);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/EthanolFuel.cs

@@ -6,7 +6,7 @@ public class EthanolFuel : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Value => new Percent(A / 2.55, 0, 100);
+    public Percent Value => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/EvapSystemVaporPressure2.cs

@@ -6,7 +6,7 @@ public class EvapSystemVaporPressure2 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Pascal Pressure => new Pascal(((A * 256) + B) - 32767, -32767, 32768);
+    public Pascal Pressure => new(((A * 256) + B) - 32767, -32767, 32768);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/FuelAirCommandedEquivalenceRatio.cs

@@ -6,7 +6,7 @@ public class FuelAirCommandedEquivalenceRatio : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio Ratio => new Ratio((2.0 / 65536.0) * ((256 * A) + B), 0, 2.0 - double.Epsilon);
+    public Ratio Ratio => new((2.0 / 65536.0) * ((256 * A) + B), 0, 2.0 - double.Epsilon);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/FuelInjectionTiming.cs

@@ -6,7 +6,7 @@ public class FuelInjectionTiming : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Degree Timing => new Degree((((256 * A) + B) / 128.0) - 210, -210, 301.992);
+    public Degree Timing => new((((256 * A) + B) / 128.0) - 210, -210, 301.992);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/FuelRailAbsolutePressure.cs

@@ -6,7 +6,7 @@ public class FuelRailAbsolutePressure : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Kilopascal Pressure => new Kilopascal(10 * ((256 * A) + B), 0, 655350);
+    public Kilopascal Pressure => new(10 * ((256 * A) + B), 0, 655350);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/HybridBatteryPackRemainingLife.cs

@@ -6,7 +6,7 @@ public class HybridBatteryPackRemainingLife : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent RemainingLife => new Percent(A / 2.55, 0, 100);
+    public Percent RemainingLife => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/LongTermSecondaryOxygenSensorTrimBank13.cs

@@ -6,8 +6,8 @@ public class LongtTermSecondaryOxygenSensorTrimBank13 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Bank1 => new Percent((A / 1.28) - 100, -100, 99.2);
+    public Percent Bank1 => new((A / 1.28) - 100, -100, 99.2);
-    public Percent Bank3 => new Percent((B / 1.28) - 100, -100, 99.2);
+    public Percent Bank3 => new((B / 1.28) - 100, -100, 99.2);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/LongTermSecondaryOxygenSensorTrimBank24.cs

@@ -6,8 +6,8 @@ public class LongTermSecondaryOxygenSensorTrimBank24 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Bank2 => new Percent((A / 1.28) - 100, -100, 99.2);
+    public Percent Bank2 => new((A / 1.28) - 100, -100, 99.2);
-    public Percent Bank4 => new Percent((B / 1.28) - 100, -100, 99.2);
+    public Percent Bank4 => new((B / 1.28) - 100, -100, 99.2);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/MaximumValueForAirFlowRate.cs

@@ -6,7 +6,7 @@ public class MaximumValueForAirFlowRate : AbstractOBDData
 {
     #region Properties & Fields
 
-    public GramPerSec Value => new GramPerSec(A * 10, 0, 2550);
+    public GramPerSec Value => new(A * 10, 0, 2550);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/MaximumValues.cs

@@ -6,10 +6,10 @@ public class MaximumValues : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Ratio FuelAirEquivalenceRatio => new Ratio(A, 0, 255);
+    public Ratio FuelAirEquivalenceRatio => new(A, 0, 255);
-    public Volt OxygenSensorVoltage => new Volt(B, 0, 255);
+    public Volt OxygenSensorVoltage => new(B, 0, 255);
-    public Milliampere OxygenSensorCurrent => new Milliampere(C, 0, 255);
+    public Milliampere OxygenSensorCurrent => new(C, 0, 255);
-    public Kilopascal IntakeManifoldAbsolutePressure => new Kilopascal(D * 10, 0, 2550);
+    public Kilopascal IntakeManifoldAbsolutePressure => new(D * 10, 0, 2550);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/RelativeAcceleratorPedalPosition.cs

@@ -6,7 +6,7 @@ public class RelativeAcceleratorPedalPosition : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent PedalPosition => new Percent(A / 2.55, 0, 100);
+    public Percent PedalPosition => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/RelativeThrottlePosition.cs

@@ -6,7 +6,7 @@ public class RelativeThrottlePosition : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Position => new Percent(A / 2.55, 0, 100);
+    public Percent Position => new(A / 2.55, 0, 100);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/ShortTermSecondaryOxygenSensorTrimBank13.cs

@@ -6,8 +6,8 @@ public class ShortTermSecondaryOxygenSensorTrimBank13 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Bank1 => new Percent((A / 1.28) - 100, -100, 99.2);
+    public Percent Bank1 => new((A / 1.28) - 100, -100, 99.2);
-    public Percent Bank3 => new Percent((B / 1.28) - 100, -100, 99.2);
+    public Percent Bank3 => new((B / 1.28) - 100, -100, 99.2);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/ShortTermSecondaryOxygenSensorTrimBank24.cs

@@ -6,8 +6,8 @@ public class ShortTermSecondaryOxygenSensorTrimBank24 : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Bank2 => new Percent((A / 1.28) - 100, -100, 99.2);
+    public Percent Bank2 => new((A / 1.28) - 100, -100, 99.2);
-    public Percent Bank4 => new Percent((B / 1.28) - 100, -100, 99.2);
+    public Percent Bank4 => new((B / 1.28) - 100, -100, 99.2);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/TimeRunWithMILOn.cs

@@ -6,7 +6,7 @@ public class TimeRunWithMILOn : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Minute Time => new Minute((256 * A) + B, 0, 65535);
+    public Minute Time => new((256 * A) + B, 0, 65535);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/40-5F/TimeSinceTroubleCodesCleared.cs

@@ -6,7 +6,7 @@ public class TimeSinceTroubleCodesCleared : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Minute Time => new Minute((256 * A) + B, 0, 65535);
+    public Minute Time => new((256 * A) + B, 0, 65535);
 
     #endregion
 

OBD.NET/OBD.NET/OBDData/60-7F/ActualEnginePercentTorque.cs

@@ -6,7 +6,7 @@ public class ActualEnginePercentTorque : AbstractOBDData
 {
     #region Properties & Fields
 
-    public Percent Torque => new Percent(A - 125, -125, 125);
+    public Percent Torque => new(A - 125, -125, 125);
 
     #endregion