How to use NumericRounding class of NBi.Core.Scalar.Comparer package

Best NBi code snippet using NBi.Core.Scalar.Comparer.NumericRounding

NumericComparer.cs

Source:NumericComparer.cs Github

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...43 return CompareObjects(x, y, NumericAbsoluteTolerance.None);44 }45 protected override ComparerResult CompareObjects(object x, object y, Rounding rounding)46 {47 if (!(rounding is NumericRounding))48 throw new ArgumentException("Rounding must be of type 'NumericRounding'");49 return CompareObjects(x, y, (NumericRounding)rounding);50 }51 protected override ComparerResult CompareObjects(object x, object y, Tolerance tolerance)52 {53 if (tolerance == null)54 tolerance = NumericAbsoluteTolerance.None;55 if (!(tolerance is NumericTolerance))56 throw new ArgumentException("Tolerance must be of type 'NumericTolerance'");57 return CompareObjects(x, y, (NumericTolerance)tolerance);58 }59 60 public ComparerResult CompareObjects(object x, object y, NumericRounding rounding)61 {62 var rxDecimal = caster.Execute(x);63 var ryDecimal = caster.Execute(y);64 rxDecimal = rounding.GetValue(rxDecimal);65 ryDecimal = rounding.GetValue(ryDecimal);66 return CompareObjects(rxDecimal, ryDecimal);67 }68 protected ComparerResult CompareObjects(object x, object y, NumericTolerance tolerance)69 {70 var builder = new NumericIntervalBuilder(x);71 builder.Build();72 if (builder.IsValid())73 return CompareDecimals74 (...

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NumericRoundingTest.cs

Source:NumericRoundingTest.cs Github

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...4using NUnit.Framework;5namespace NBi.Testing.Core.Scalar.Comparer6{7 [TestFixture]8 public class NumericRoundingTest9 {10 #region SetUp & TearDown11 //Called only at instance creation12 [OneTimeSetUp]13 public void SetupMethods()14 {15 }16 //Called only at instance destruction17 [OneTimeTearDown]18 public void TearDownMethods()19 {20 }21 //Called before each test22 [SetUp]23 public void SetupTest()24 {25 }26 //Called after each test27 [TearDown]28 public void TearDownTest()29 {30 }31 #endregion32 [Test]33 [TestCase(105, 20, Rounding.RoundingStyle.Floor, 100)]34 [TestCase(105, 2, Rounding.RoundingStyle.Floor, 104)]35 [TestCase(105, 2, Rounding.RoundingStyle.Round, 106)]36 [TestCase(108, 10, Rounding.RoundingStyle.Round, 110)]37 [TestCase(105, 20, Rounding.RoundingStyle.Ceiling, 120)]38 [TestCase(105, 2, Rounding.RoundingStyle.Ceiling, 106)]39 [TestCase(105, 5, Rounding.RoundingStyle.Floor, 105)]40 [TestCase(105, 5, Rounding.RoundingStyle.Ceiling, 105)]41 [TestCase(105, 5, Rounding.RoundingStyle.Round, 105)]42 [TestCase(-105, 5, Rounding.RoundingStyle.Round, -105)]43 [TestCase(1.2345, 0.01, Rounding.RoundingStyle.Round, 1.23)]44 [TestCase(-1.2345, 0.01, Rounding.RoundingStyle.Round, -1.23)]45 [TestCase(-1.2355, 0.01, Rounding.RoundingStyle.Round, -1.24)]46 [TestCase(-1.2355, 0.01, Rounding.RoundingStyle.Floor, -1.24)]47 [TestCase(-1.2345, 0.01, Rounding.RoundingStyle.Ceiling, -1.23)]48 public void GetValue_ValueStepStyle_NewValue(decimal value, decimal step, Rounding.RoundingStyle roundingStyle, decimal newValue)49 {50 var rounder = new NumericRounding(step, roundingStyle);51 52 Assert.That(rounder.GetValue(value), Is.EqualTo(newValue));53 }54 [Test]55 [TestCase(19.10)]56 [TestCase(19.14)]57 [TestCase(19.15)]58 [TestCase(19.16)]59 [TestCase(0.01)]60 [TestCase(0)]61 [TestCase(-0.01)]62 [TestCase(-19.10)]63 [TestCase(-19.14)]64 [TestCase(-19.15)]65 [TestCase(-19.16)]66 public void GetValue_ValueStepStyle_EquivalentToMathRound(decimal value)67 {68 var rounder = new NumericRounding(0.1m, Rounding.RoundingStyle.Round);69 Assert.That(rounder.GetValue(value), Is.EqualTo(Math.Round(value, 1)));70 }71 [Test]72 [TestCase(19.1)]73 [TestCase(19.4)]74 [TestCase(19.5)]75 [TestCase(19.6)]76 [TestCase(0.1)]77 [TestCase(0)]78 [TestCase(-0.1)]79 [TestCase(-19.1)]80 [TestCase(-19.4)]81 [TestCase(-19.5)]82 [TestCase(-19.6)]83 public void GetValue_ValueStepStyle_EquivalentToMathCeiling(decimal value)84 {85 var rounder = new NumericRounding(1, Rounding.RoundingStyle.Ceiling);86 Assert.That(rounder.GetValue(value), Is.EqualTo(Math.Ceiling(value)));87 }88 [Test]89 [TestCase(19.1)]90 [TestCase(19.4)]91 [TestCase(19.5)]92 [TestCase(19.6)]93 [TestCase(0.1)]94 [TestCase(0)]95 [TestCase(-0.1)]96 [TestCase(-19.1)]97 [TestCase(-19.4)]98 [TestCase(-19.5)]99 [TestCase(-19.6)]100 public void GetValue_ValueStepStyle_EquivalentToMathFloor(decimal value)101 {102 var rounder = new NumericRounding(1, Rounding.RoundingStyle.Floor);103 Assert.That(rounder.GetValue(value), Is.EqualTo(Math.Floor(value)));104 }105 }106}...

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NumericRounding.cs

Source:NumericRounding.cs Github

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2using System.Globalization;3using System.Linq;4namespace NBi.Core.Scalar.Comparer5{6 class NumericRounding : Rounding7 {8 protected decimal step;9 public NumericRounding(decimal step, Rounding.RoundingStyle style)10 : base(step.ToString(NumberFormatInfo.InvariantInfo), style)11 {12 if (step <= 0)13 throw new ArgumentException("The parameter '{0}' must be a value greater than zero.", "step");14 this.step = step;15 }16 public decimal GetValue(decimal value)17 {18 return GetValue(value, step);19 }20 }21}...

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NumericRounding

Using AI Code Generation

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1using NBi.Core.Scalar.Comparer;2using System;3using System.Collections.Generic;4using System.Linq;5using System.Text;6using System.Threading.Tasks;7{8 {9 static void Main(string[] args)10 {11 var nr = new NumericRounding();12 Console.WriteLine(nr.Execute(1.23456789, 3));13 Console.WriteLine(nr.Execute(1.23456789, 4));14 Console.WriteLine(nr.Execute(1.23456789, 5));15 Console.WriteLine(nr.Execute(1.23456789, 6));16 Console.WriteLine(nr.Execute(1.23456789, 7));17 Console.WriteLine(nr.Execute(1.23456789, 8));18 Console.WriteLine(nr.Execute(1.23456789, 9));19 Console.WriteLine(nr.Execute(1.23456789, 10));20 Console.WriteLine(nr.Execute(1.23456789, 11));21 Console.WriteLine(nr.Execute(1.23456789, 12));22 Console.WriteLine(nr.Execute(1.23456789, 13));23 Console.WriteLine(nr.Execute(1.23456789, 14));24 Console.WriteLine(nr.Execute(1.23456789, 15));25 Console.WriteLine(nr.Execute(1.23456789, 16));26 Console.WriteLine(nr.Execute(1.23456789, 17));27 Console.WriteLine(nr.Execute(1.23456789, 18));28 Console.WriteLine(nr.Execute(1.23456789, 19));29 Console.WriteLine(nr.Execute(1.23456789, 20));30 Console.WriteLine(nr.Execute(1.23456789, 21));31 Console.WriteLine(nr.Execute(1.23456789, 22));32 Console.WriteLine(nr.Execute(1.23456789, 23));33 Console.WriteLine(nr.Execute(1.23456789, 24));34 Console.WriteLine(nr.Execute(1.23456789, 25));35 Console.WriteLine(nr.Execute(1.23456789, 26));36 Console.WriteLine(nr.Execute(1.23456789, 27));37 Console.WriteLine(nr.Execute(1.23456789, 28));38 Console.WriteLine(nr.Execute(1.23456789, 29));39 Console.WriteLine(nr.Execute(1.23456789, 30));40 Console.WriteLine(nr.Execute(1.23456789, 31));

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NumericRounding

Using AI Code Generation

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1using NBi.Core.Scalar.Comparer;2using NUnit.Framework;3using System;4using System.Collections.Generic;5using System.Linq;6using System.Text;7using System.Threading.Tasks;8{9 {10 public void Execute_1_1()11 {12 var rounding = new NumericRounding();13 Assert.That(rounding.Execute(1.1), Is.EqualTo(1));14 }15 public void Execute_1_5()16 {17 var rounding = new NumericRounding();18 Assert.That(rounding.Execute(1.5), Is.EqualTo(2));19 }20 public void Execute_1_9()21 {22 var rounding = new NumericRounding();23 Assert.That(rounding.Execute(1.9), Is.EqualTo(2));24 }25 }26}27using NBi.Core.Scalar.Comparer;28using NUnit.Framework;29using System;30using System.Collections.Generic;31using System.Linq;32using System.Text;33using System.Threading.Tasks;34{35 {36 public void Execute_1_1()37 {38 var rounding = new NumericRounding();39 Assert.That(rounding.Execute(1.1), Is.EqualTo(1));40 }41 public void Execute_1_5()42 {43 var rounding = new NumericRounding();44 Assert.That(rounding.Execute(1.5), Is.EqualTo(2));45 }46 public void Execute_1_9()47 {48 var rounding = new NumericRounding();49 Assert.That(rounding.Execute(1.9), Is.EqualTo(2));50 }51 }52}53using NBi.Core.Scalar.Comparer;54using NUnit.Framework;55using System;56using System.Collections.Generic;57using System.Linq;58using System.Text;59using System.Threading.Tasks;60{61 {

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NumericRounding

Using AI Code Generation

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1using NBi.Core.Scalar.Comparer;2var comparer = new NumericRounding(2);3var result = comparer.Compare(1.234, 1.235);4using NBi.Core.Scalar.Comparer;5var comparer = new NumericRounding(2);6var result = comparer.Compare(1.234, 1.236);7using NBi.Core.Scalar.Comparer;8var comparer = new NumericRounding(2);9var result = comparer.Compare(1.234, 1.23);10using NBi.Core.Scalar.Comparer;11var comparer = new NumericRounding(2);12var result = comparer.Compare(1.234, 1.24);13using NBi.Core.Scalar.Comparer;14var comparer = new NumericRounding(2);15var result = comparer.Compare(1.234, 1.23);16using NBi.Core.Scalar.Comparer;17var comparer = new NumericRounding(2);18var result = comparer.Compare(1.234, 1.24);19using NBi.Core.Scalar.Comparer;20var comparer = new NumericRounding(2);21var result = comparer.Compare(1.234, 1.235);22using NBi.Core.Scalar.Comparer;23var comparer = new NumericRounding(2);24var result = comparer.Compare(1.234, 1.236);

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NumericRounding

Using AI Code Generation

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1var comparer = new NumericRounding(0.0001);2var result = comparer.Compare(1.00000001, 1.00000002);3var comparer = new NumericRounding(0.0001);4var result = comparer.Compare(1.00000001, 1.00000002);5var comparer = new NumericRounding(0.0001);6var result = comparer.Compare(1.00000001, 1.00000002);7var comparer = new NumericRounding(0.0001);8var result = comparer.Compare(1.00000001, 1.00000002);9var comparer = new NumericRounding(0.0001);10var result = comparer.Compare(1.00000001, 1.00000002);11var comparer = new NumericRounding(0.0001);12var result = comparer.Compare(1.00000001, 1.00000002);13var comparer = new NumericRounding(0.0001);14var result = comparer.Compare(1.00000001, 1.00000002);15var comparer = new NumericRounding(0.0001);16var result = comparer.Compare(1.00000001, 1.00000002);17var comparer = new NumericRounding(0.0001);18var result = comparer.Compare(1.00000001, 1.00000002);

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NumericRounding

Using AI Code Generation

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1var comparer = new NumericRounding(0.001);2Assert.That(comparer.Compare(1.0001, 1.0005), Is.True);3var comparer = new NumericRounding(0.001);4Assert.That(comparer.Compare(1.0001, 1.0005), Is.True);5var comparer = new NumericRounding(0.001);6Assert.That(comparer.Compare(1.0001, 1.0005), Is.True);7var comparer = new NumericRounding(0.001);8Assert.That(comparer.Compare(1.0001, 1.0005), Is.True);9var comparer = new NumericRounding(0.001);10Assert.That(comparer.Compare(1.0001, 1.0005), Is.True);11var comparer = new NumericRounding(0.001);12Assert.That(comparer.Compare(1.0001, 1.0005), Is.True);13var comparer = new NumericRounding(0.001);14Assert.That(comparer.Compare(1.0001, 1.0005), Is.True);15var comparer = new NumericRounding(0.001);16Assert.That(comparer.Compare(1.0001, 1.0005), Is.True);17var comparer = new NumericRounding(0.001);18Assert.That(comparer.Compare(1.0001, 1.0005), Is.True);

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