How to use TupleT1 class of System package

Best FlaUI code snippet using System.TupleT1

SizeTest.cs

Source:SizeTest.cs

1ï»¿using System;2using Microsoft.VisualStudio.TestTools.UnitTesting;3using Tuplemetry;4namespace TuplemetryTester5{6    [TestClass]7    public class SizeTest8    {9        [TestMethod]10        public void Instantiation_Tests()11        {12            Size Size;13            float[] Tuplet;14            Size Size0 = new Size( );15            Tuplet = Size0.Tuplet;16            Assert.IsTrue(0 == Tuplet.Length, "0 dimensional tuple is corrupted");17            Size Size1 = new Size(1);18            Tuplet = Size1.Tuplet;19            Assert.IsTrue(1 == Tuplet.Length && 1 == Tuplet[0], "1 dimensional tuple is corrupted");20            Size Size4 = new Size(2, 3, 4, 5);21            Tuplet = Size4.Tuplet;22            Assert.IsTrue(4 == Tuplet.Length && 2 == Tuplet[0] && 3 == Tuplet[1] && 4 == Tuplet[2] && 5 == Tuplet[3], "4 dimensional tuple is corrupted");23            Size = new Size(Size0);24            Tuplet = Size.Tuplet;25            Assert.IsTrue(0 == Tuplet.Length, "Size object sourced 0 dimensional tuple is corrupted");26            Size = new Size(Size1);27            Tuplet = Size.Tuplet;28            Assert.IsTrue(1 == Tuplet.Length && 1 == Tuplet[0], "Size object sourced 1 dimensional tuple is corrupted");29            Size = new Size(Size4);30            Tuplet = Size.Tuplet;31            Assert.IsTrue(4 == Tuplet.Length && 2 == Tuplet[0] && 3 == Tuplet[1] && 4 == Tuplet[2] && 5 == Tuplet[3], "Size object sourced 4 dimensional tuple is corrupted");32            float[] Tuplet0 = { };33            Size = new Size(Tuplet0);34            Tuplet = Size.Tuplet;35            Assert.IsTrue(0 == Tuplet.Length, "float[] sourced 0 dimensional tuple is corrupted");36            float[] Tuplet1 = { 11 };37            Size = new Size(Tuplet1);38            Tuplet = Size.Tuplet;39            Assert.IsTrue(1 == Tuplet.Length && 11 == Tuplet[0], "float[] sourced 1 dimensional tuple is corrupted");40            float[] Tuplet4 = { 12, 13, 14, 15 };41            Size = new Size(Tuplet4);42            Tuplet = Size.Tuplet;43            Assert.IsTrue(4 == Tuplet.Length && 12 == Tuplet[0] && 13 == Tuplet[1] && 14 == Tuplet[2] && 15 == Tuplet[3], "float[] sourced 4 dimensional tuple is corrupted");44        }45        [TestMethod]46        public void Member_Tests()47        {48            Size Size0 = new Size();49            Assert.AreEqual(0, Size0.Capacity, "Capacity of a 0 dimensioal tupel incorrect");50            Size Size4 = new Size(2f, 3f, 4f, 5f);51            Assert.AreEqual(120f, Size4.Capacity, "Capacity of th 4 dimensioal tupel is incorrect");52            Assert.AreEqual(2f, Size4.Width, "Width of the 4 dimensional tupel is incorrect");53            Assert.AreEqual(3f, Size4.Height, "Height of the 4 dimensional tupel is incorrect");54            Assert.AreEqual(4f, Size4.Depth, "Depth of the 4 dimensional tupel is incorrect");55            Assert.AreEqual(2f, Size4[1], "The first of the 4 dimensional tupel is incorrect");56            Assert.AreEqual(3f, Size4[2], "The second of the 4 dimensional tupel is incorrect");57            Assert.AreEqual(4f, Size4[3], "The third of the 4 dimensional tupel is incorrect");58            Assert.AreEqual(5f, Size4[4], "The forth of the 4 dimensional tupel is incorrect");59            Size4.Width = 6f;60            Assert.AreEqual(6f, Size4.Width, "Width reassingment of the 4 dimensional tupel is incorrect");61            Size4.Height = 7f;62            Assert.AreEqual(7f, Size4.Height, "Height reassingment of the 4 dimensional tupel is incorrect");63            Size4.Depth = 8f;64            Assert.AreEqual(8f, Size4.Depth, "Depth reassingment of the 4 dimensional tupel is incorrect");65            Size4[1] = 9f;66            Assert.AreEqual(9f, Size4[1], "The first of the 4 dimensional tupel is incorrect");67            Size4[2] = 10f;68            Assert.AreEqual(10f, Size4[2], "The second of the 4 dimensional tupel is incorrect");69            Size4[3] = 11f;70            Assert.AreEqual(11f, Size4[3], "The third of the 4 dimensional tupel is incorrect");71            Size4[4] = 12f;72            Assert.AreEqual(12f, Size4[4], "The forth of the 4 dimensional tupel is incorrect");73        }74        [TestMethod]75        public void Exception_Tests()76        {77            try78            {79                Size A = new Size(-1);80                Assert.Fail("Size instantiation should have thrown ArgumentOutOfRangeException");81            }82            catch (ArgumentOutOfRangeException) {}83            try84            {85                Size A = new Size(0);86                Assert.Fail("Size instantiation should have thrown ArgumentOutOfRangeException");87            }88            catch (ArgumentOutOfRangeException) {}89            try90            {91                Size A = new Size(1, 1, 1, -1);92                Assert.Fail("Size instantiation should have thrown ArgumentOutOfRangeException");93            }94            catch (ArgumentOutOfRangeException) { }95            try96            {97                Size A = new Size(1, 1, 1, 0);98                Assert.Fail("Size instantiation should have thrown ArgumentOutOfRangeException");99            }100            catch (ArgumentOutOfRangeException) { }101            try102            {103                float[] Tuplet = { 1, 1, 1, -1 };104                Size A = new Size(Tuplet);105                Assert.Fail("Size instantiation should have thrown ArgumentOutOfRangeException");106            }107            catch (ArgumentOutOfRangeException) { }108            try109            {110                float[] Tuplet = { 1, 1, 1, 0 };111                Size A = new Size(Tuplet);112                Assert.Fail("Size instantiation should have thrown ArgumentOutOfRangeException");113            }114            catch (ArgumentOutOfRangeException) { }115            try116            {117                Size A = new Size();118                try119                {120                    A.Width = 1;121                    Assert.Fail("Width access should have thrown MemberAccessException");122                }123                catch (MemberAccessException) { }124                try125                {126                    A.Height = 2;127                    Assert.Fail("Height access should have thrown MemberAccessException");128                }129                catch (MemberAccessException) { }130                try131                {132                    A.Depth = 3;133                    Assert.Fail("Depth access should have thrown MemberAccessException");134                }135                catch (MemberAccessException) { }136                try137                {138                    A[0] = 4;139                    Assert.Fail("Area access should have thrown IndexOutOfRangeException");140                }141                catch (IndexOutOfRangeException) { }142                try143                {144                    A[1] = 5;145                    Assert.Fail("Area access should have thrown IndexOutOfRangeException");146                }147                catch (IndexOutOfRangeException) { }148                try149                {150                    A.Tuplet[0] = 4;151                    Assert.Fail("Depth access should have thrown IndexOutOfRangeException");152                }153                catch (IndexOutOfRangeException) { }154                try155                {156                    A.Tuplet[1] = 5;157                    Assert.Fail("Depth access should have thrown IndexOutOfRangeException");158                }159                catch (IndexOutOfRangeException) { }160                try161                {162                    A.Tuplet[2] = 6;163                    Assert.Fail("Depth access should have thrown IndexOutOfRangeException");164                }165                catch (IndexOutOfRangeException) { }166                try167                {168                    float X = A.Width;169                    Assert.Fail("Width access should have thrown MemberAccessException");170                }171                catch (MemberAccessException) { }172                try173                {174                    float X = A.Height;175                    Assert.Fail("Height access should have thrown MemberAccessException");176                }177                catch (MemberAccessException) { }178                try179                {180                    float X = A.Depth;181                    Assert.Fail("Depth access should have thrown MemberAccessException");182                }183                catch (MemberAccessException) { }184                try185                {186                    float X = A.Tuplet[0];187                    Assert.Fail("Should have thrown IndexOutOfRangeException");188                }189                catch (IndexOutOfRangeException) { }190                try191                {192                    float X = A.Tuplet[1];193                    Assert.Fail("Should have thrown IndexOutOfRangeException");194                }195                catch (IndexOutOfRangeException) { }196                try197                {198                    float X = A.Tuplet[2];199                    Assert.Fail("Should have thrown IndexOutOfRangeException");200                }201                catch (IndexOutOfRangeException) { }202                try203                {204                    float X = A.Length;205                    Assert.Fail("Length access should have thrown MemberAccessException");206                }207                catch (MemberAccessException) { }208                try209                {210                    float X = A.Area;211                    Assert.Fail("Area access should have thrown MemberAccessException");212                }213                catch (MemberAccessException) { }214                try215                {216                    float X = A[0];217                    Assert.Fail("Area access should have thrown IndexOutOfRangeException");218                }219                catch (IndexOutOfRangeException) { }220                try221                {222                    float X = A[1];223                    Assert.Fail("Area access should have thrown IndexOutOfRangeException");224                }225                catch (IndexOutOfRangeException) { }226            }227            catch (Exception e)228            {229                throw e;230            }231            try232            {233                Size A = new Size(1, 1, 1);234                try235                {236                    A.Width = -1;237                    Assert.Fail("Width access should have thrown ArgumentOutOfRangeException");238                }239                catch (ArgumentOutOfRangeException) { }240                try241                {242                    A.Width = 0f;243                    Assert.Fail("Width access should have thrown ArgumentOutOfRangeException");244                }245                catch (ArgumentOutOfRangeException) { }246                try247                {248                    A.Height = -1;249                    Assert.Fail("Height access should have thrown ArgumentOutOfRangeException");250                }251                catch (ArgumentOutOfRangeException) { }252                try253                {254                    A.Height = 0;255                    Assert.Fail("Height access should have thrown ArgumentOutOfRangeException");256                }257                catch (ArgumentOutOfRangeException) { }258                try259                {260                    A.Depth = -1;261                    Assert.Fail("Depth access should have thrown ArgumentOutOfRangeException");262                }263                catch (ArgumentOutOfRangeException) { }264                try265                {266                    A.Depth = 0;267                    Assert.Fail("Depth access should have thrown ArgumentOutOfRangeException");268                }269                catch (ArgumentOutOfRangeException) { }270                try271                {272                    A[1] = -1;273                    Assert.Fail("Depth access should have thrown ArgumentOutOfRangeException");274                }275                catch (ArgumentOutOfRangeException) { }276                try277                {278                    A[1] = 0;279                    Assert.Fail("Depth access should have thrown ArgumentOutOfRangeException");280                }281                catch (ArgumentOutOfRangeException) { }282            }283            catch (Exception e)284            {285                throw e;286            }287        }288    }289}...

CoordinateTest.cs

Source:CoordinateTest.cs

1ï»¿using System;2using Microsoft.VisualStudio.TestTools.UnitTesting;3using Tuplemetry;4namespace TuplemetryTester5{6    [TestClass]7    public class CoordinateTest8    {9        [TestMethod]10        public void Instantiation_Tests()11        {12            Coordinate Coordinate;13            float[] Tuplet;14            15            Coordinate Coordinate0 = new Coordinate();16            Tuplet = Coordinate0.Tuplet;17            Assert.IsTrue(0 == Tuplet.Length, "0 dimensional coordinate is corrupted");18            Coordinate Coordinate1 = new Coordinate(1);19            Tuplet = Coordinate1.Tuplet;20            21            Assert.IsTrue(1 == Tuplet.Length && 1 == Tuplet[0], "1 dimensional coordinate is corrupted");22            Coordinate Coordinate4 = new Coordinate(2, 3, 4, 5);23            Tuplet = Coordinate4.Tuplet;24            Assert.IsTrue(4 == Tuplet.Length && 2 == Tuplet[0] && 3 == Tuplet[1] && 4 == Tuplet[2] && 5 == Tuplet[3], "4 dimensional coordinate is corrupted");25            Coordinate = new Coordinate(Coordinate0);26            Tuplet = Coordinate.Tuplet;27            28            Assert.IsTrue(0 == Tuplet.Length, "Coordinate object sourced 0 dimensional coordinate is corrupted");29            Coordinate = new Coordinate(Coordinate1);30            Tuplet = Coordinate.Tuplet;31            Assert.IsTrue(1 == Tuplet.Length && 1 == Tuplet[0], "Coordinate object sourced 1 dimensional coordinate is corrupted");32            Coordinate = new Coordinate(Coordinate4);33            Tuplet = Coordinate.Tuplet;34            Assert.IsTrue(4 == Tuplet.Length && 2 == Tuplet[0] && 3 == Tuplet[1] && 4 == Tuplet[2] && 5 == Tuplet[3], "Coordinate object sourced 4 dimensional coordinate is corrupted");35            float[] Tuplet0 = { };36            Coordinate = new Coordinate(Tuplet0);37            Tuplet = Coordinate.Tuplet;38            Assert.IsTrue(0 == Tuplet.Length, "float[] sourced 0 dimensional coordinate is corrupted");39            float[] Tuplet1 = { 11 };40            Coordinate = new Coordinate(Tuplet1);41            Tuplet = Coordinate.Tuplet;42            Assert.IsTrue(1 == Tuplet.Length && 11 == Tuplet[0], "float[] sourced 1 dimensional coordinate is corrupted");43            float[] Tuplet4 = { 12, 13, 14, 15 };44            Coordinate = new Coordinate(Tuplet4);45            Tuplet = Coordinate.Tuplet;46            Assert.IsTrue(4 == Tuplet.Length && 12 == Tuplet[0] && 13 == Tuplet[1] && 14 == Tuplet[2] && 15 == Tuplet[3], "float[] sourced 4 dimensional coordinate is corrupted");47        }48        [TestMethod]49        public void Member_Tests()50        {51            Coordinate Coordinate0 = new Coordinate();52            Coordinate Coordinate4 = new Coordinate(2f, 3f, 4f, 8f);53            Assert.AreEqual(2f, Coordinate4.X, "X of the 4 dimensional coordinate is incorrect");54            Assert.AreEqual(3f, Coordinate4.Y, "Y of the 4 dimensional coordinate is incorrect");55            Assert.AreEqual(4f, Coordinate4.Z, "Z of the 4 dimensional coordinate is incorrect");56            Coordinate4.X = 4f;57            Assert.AreEqual(4f, Coordinate4.X, "X reassingment of the 4 dimensional coordinate is incorrect");58            Coordinate4.Y = 9f;59            Assert.AreEqual(9f, Coordinate4.Y, "Y reassingment of the 4 dimensional coordinate is incorrect");60            Coordinate4.Z = 16f;61            Assert.AreEqual(16f, Coordinate4.Z, "Z reassingment of the 4 dimensional coordinate is incorrect");62            Assert.AreEqual(Round(20.420f), Round(Coordinate4.Length), "Length of the 4 dimensional coordinate is incorrect");63        }64        [TestMethod]65        public void Calculation_Tests()66        {67            Coordinate A = new Coordinate(16f, 1f, 8f);68            Assert.AreEqual(-16f, -A.X, "A.X negation is incorrect");69            Assert.AreEqual(-1f, -A.Y, "A.Y negation is incorrect");70            Assert.AreEqual(-8f, -A.Z, "A.Z negation is incorrect");71            Coordinate B = new Coordinate(-11f, 8f, -45f);72            Assert.AreEqual(11f, -B.X, "B.X negation is incorrect");73            Assert.AreEqual(-8f, -B.Y, "B.Y negation is incorrect");74            Assert.AreEqual(45f, -B.Z, "B.Z negation is incorrect");75            Assert.AreEqual(59.891f, Round(A.Distance(B)), "Distance between A and B is incorrect");76            Assert.AreEqual(59.891f, Round(B.Distance(A)), "Distance between B and A is incorrect");77            Coordinate C;78            C = A + B;79            Assert.AreEqual(5f, Round(C.X), "X sum is incorrect");80            Assert.AreEqual(9f, Round(C.Y), "Y sum is incorrect");81            Assert.AreEqual(-37f, Round(C.Z), "Z sum is incorrect");82            C = B + A;83            Assert.AreEqual(5f, Round(C.X), "X sum is incorrect");84            Assert.AreEqual(9f, Round(C.Y), "Y sum is incorrect");85            Assert.AreEqual(-37f, Round(C.Z), "Z sum is incorrect");86            C = A - B;87            Assert.AreEqual(27f, Round(C.X), "X difference is incorrect");88            Assert.AreEqual(-7f, Round(C.Y), "Y difference is incorrect");89            Assert.AreEqual(53f, Round(C.Z), "Z difference is incorrect");90            C = B - A;91            Assert.AreEqual(-27f, Round(C.X), "X difference is incorrect");92            Assert.AreEqual(7f, Round(C.Y), "Y difference is incorrect");93            Assert.AreEqual(-53f, Round(C.Z), "Z difference is incorrect");94            C = A % B;95            Assert.AreEqual(5f, Round(C.X), "X modulus is incorrect");96            Assert.AreEqual(1f, Round(C.Y), "Y modulus is incorrect");97            Assert.AreEqual(8f, Round(C.Z), "Z modulus is incorrect");98            C = B % A;99            Assert.AreEqual(-11f, Round(C.X), "X modulus is incorrect");100            Assert.AreEqual(0f, Round(C.Y), "Y modulus is incorrect");101            Assert.AreEqual(-5f, Round(C.Z), "Z modulus is incorrect");102            103            C = A & B;104            Assert.AreEqual(2.5f, Round(C.X), "X average is incorrect");105            Assert.AreEqual(4.5f, Round(C.Y), "Y average is incorrect");106            Assert.AreEqual(-18.5f, Round(C.Z), "Z average is incorrect");107            C = B & A;108            Assert.AreEqual(2.5f, Round(C.X), "X average is incorrect");109            Assert.AreEqual(4.5f, Round(C.Y), "Y average is incorrect");110            Assert.AreEqual(-18.5f, Round(C.Z), "Z average is incorrect");111            C = A * 10f;112            Assert.AreEqual(160f, Round(C.X), "X scale up is incorrect");113            Assert.AreEqual(10f, Round(C.Y), "Y scale up is incorrect");114            Assert.AreEqual(80f, Round(C.Z), "Z scale up is incorrect");115            C = B * -.3f;116            Assert.AreEqual(3.3f, Round(C.X), "X scale up is incorrect");117            Assert.AreEqual(-2.4f, Round(C.Y), "Y scale up is incorrect");118            Assert.AreEqual(13.5f, Round(C.Z), "Z scale up is incorrect");119            C = A / -7.15f;120            Assert.AreEqual(-2.237f, Round(C.X), "X scale down is incorrect");121            Assert.AreEqual(-0.139f, Round(C.Y), "Y scale down is incorrect");122            Assert.AreEqual(-1.118f, Round(C.Z), "Z scale down is incorrect");123            C = B / 3f;124            Assert.AreEqual(-3.666f, Round(C.X), "X scale down is incorrect");125            Assert.AreEqual(2.666f, Round(C.Y), "Y scale down is incorrect");126            Assert.AreEqual(-15f, Round(C.Z), "Z scale down is incorrect");127            C = A % 4f;128            Assert.AreEqual(0f, Round(C.X), "X modulus is incorrect");129            Assert.AreEqual(1f, Round(C.Y), "Y modulus is incorrect");130            Assert.AreEqual(0f, Round(C.Z), "Z modulus is incorrect");131            C = B % 2.1f;132            Assert.AreEqual(-0.5f, Round(C.X), "X modulus is incorrect");133            Assert.AreEqual(1.7f, Round(C.Y), "Y modulus is incorrect");134            Assert.AreEqual(-0.9f, Round(C.Z), "Z modulus is incorrect");135        }136        [TestMethod]137        public void Exception_Tests()138        {139            try140            {141                Coordinate A = new Coordinate();142                try143                {144                    A.X = 1;145                    Assert.Fail("X assignment should have thrown MemberAccessException");146                }147                catch (MemberAccessException) { }148                try149                {150                    A.Y = 2;151                    Assert.Fail("Y assignment should have thrown MemberAccessException");152                }153                catch (MemberAccessException) { }154                try155                {156                    A.Z = 3;157                    Assert.Fail("Z assignment should have thrown MemberAccessException");158                }159                catch (MemberAccessException) { }160                try161                {162                    A.Tuplet[0] = 4;163                    Assert.Fail("Tuplet[0] assignment should have thrown IndexOutOfRangeException");164                }165                catch (IndexOutOfRangeException) { }166                try167                {168                    A.Tuplet[1] = 5;169                    Assert.Fail("Tuplet[1] assignment should have thrown IndexOutOfRangeException");170                }171                catch (IndexOutOfRangeException) { }172                try173                {174                    A.Tuplet[2] = 6;175                    Assert.Fail("Tuplet[2] assignment should have thrown IndexOutOfRangeException");176                }177                catch (IndexOutOfRangeException) { }178                try179                {180                    float N = A.X;181                    Assert.Fail("X access should have thrown MemberAccessException");182                }183                catch (MemberAccessException) { }184                try185                {186                    float N = A.Y;187                    Assert.Fail("Y access should have thrown MemberAccessException");188                }189                catch (MemberAccessException) { }190                try191                {192                    float N = A.Z;193                    Assert.Fail("Z access should have thrown MemberAccessException");194                }195                catch (MemberAccessException) { }196                try197                {198                    float N = A.Tuplet[0];199                    Assert.Fail("Tuplet[0] access should have thrown IndexOutOfRangeException");200                }201                catch (IndexOutOfRangeException) { }202                try203                {204                    float N = A.Tuplet[1];205                    Assert.Fail("Tuplet[1] access should have thrown IndexOutOfRangeException");206                }207                catch (IndexOutOfRangeException) { }208                try209                {210                    float N = A.Tuplet[2];211                    Assert.Fail("Tuplet[2] access should have thrown IndexOutOfRangeException");212                }213                catch (IndexOutOfRangeException) { }214                try215                {216                    A = new Coordinate(11, 13, 17);217                    A = A / 0;218                    Assert.Fail("Coordinate modulus should have thrown a DivideByZeroException");219                }220                catch (DivideByZeroException) { }221                try222                {223                    A = new Coordinate(11, 13, 17);224                    A = A % 0;225                    Assert.Fail("Coordinate modulus should have thrown a DivideByZeroException");226                }227                catch (DivideByZeroException) { }228            }229            catch (Exception e)230            {231                throw e;232            }233        }234        public float Round(float X)235        {236            Int64 Epsilon = 1000;237            return (float)((Int64)(X * Epsilon)) / Epsilon;238        }239    }240}...

TupletNumberUtility.cs

Source:TupletNumberUtility.cs

1ï»¿using Manufaktura.Controls.Model.SMuFL;2using System;3using System.Text;4namespace Manufaktura.Controls.SMuFL.Utilities5{6    public class TupletNumberUtility : NumberUtility7    {8        private readonly ISMuFLGlyphs glyphsInstance;9        public TupletNumberUtility(ISMuFLGlyphs glyphsInstance)10        {11            this.glyphsInstance = glyphsInstance;12        }13        public override string BuildNumber(int number)14        {15            var sb = new StringBuilder();16            var digits = number.ToString();17            foreach (var digit in digits)18            {19                if (digit == '0') sb.Append(glyphsInstance.Tuplet0.Character);20                if (digit == '1') sb.Append(glyphsInstance.Tuplet1.Character);21                if (digit == '2') sb.Append(glyphsInstance.Tuplet2.Character);22                if (digit == '3') sb.Append(glyphsInstance.Tuplet3.Character);23                if (digit == '4') sb.Append(glyphsInstance.Tuplet4.Character);24                if (digit == '5') sb.Append(glyphsInstance.Tuplet5.Character);25                if (digit == '6') sb.Append(glyphsInstance.Tuplet6.Character);26                if (digit == '7') sb.Append(glyphsInstance.Tuplet7.Character);27                if (digit == '8') sb.Append(glyphsInstance.Tuplet8.Character);28                if (digit == '9') sb.Append(glyphsInstance.Tuplet9.Character);29            }30            return sb.ToString();31        }32        public override BoundingBox GetBoundingBox(ISMuFLFontMetadata metadata, char digit)33        {34            if (digit == '0') return metadata.GlyphBBoxes.Tuplet0;35            if (digit == '1') return metadata.GlyphBBoxes.Tuplet1;36            if (digit == '2') return metadata.GlyphBBoxes.Tuplet2;37            if (digit == '3') return metadata.GlyphBBoxes.Tuplet3;38            if (digit == '4') return metadata.GlyphBBoxes.Tuplet4;39            if (digit == '5') return metadata.GlyphBBoxes.Tuplet5;40            if (digit == '6') return metadata.GlyphBBoxes.Tuplet6;41            if (digit == '7') return metadata.GlyphBBoxes.Tuplet7;42            if (digit == '8') return metadata.GlyphBBoxes.Tuplet8;43            if (digit == '9') return metadata.GlyphBBoxes.Tuplet9;44            throw new Exception($"Character {digit} is not a digit.");45        }46    }47}...

TupleT1

Using AI Code Generation

1using System;2{3    {4        static void Main(string[] args)5        {6            TupleT1 t1 = new TupleT1();7            t1.display();8        }9    }10}

TupleT1

Using AI Code Generation

1using System;2{3    public static void Main()4    {5        TupleT1<int, string> t1 = new TupleT1<int, string>(1, "one");6        Console.WriteLine(t1.Item1);7        Console.WriteLine(t1.Item2);8        Console.WriteLine(t1);9    }10}11C# | System.Tuple<T1, T2>.Create(T1, T2) Method12C# | System.Tuple<T1, T2, T3>.Create(T1, T2, T3) Method13C# | System.Tuple<T1, T2, T3, T4>.Create(T1, T2, T3, T4) Method14C# | System.Tuple<T1, T2, T3, T4, T5>.Create(T1, T2, T3, T4, T5) Method15C# | System.Tuple<T1, T2, T3, T4, T5, T6>.Create(T1, T2, T3, T4, T5, T6) Method16C# | System.Tuple<T1, T2, T3, T4, T5, T6, T7>.Create(T1, T2, T3, T4, T5, T6, T7) Method17C# | System.Tuple<T1, T2, T3, T4, T5, T6, T7, TRest>.Create(T

TupleT1

Using AI Code Generation

1using System;2{3 public static void Main()4 {5 TupleT1 t1 = new TupleT1();6 t1.Display();7 }8}

TupleT1

Using AI Code Generation

1using System;2{3    {4        static void Main(string[] args)5        {6            TupleT1 obj = new TupleT1();7            obj.T1();8            obj.T2();9            obj.T3();10            obj.T4();11            obj.T5();12            obj.T6();13            obj.T7();14            obj.T8();15            obj.T9();16            obj.T10();17            obj.T11();18            obj.T12();19            obj.T13();20            obj.T14();21            obj.T15();22            obj.T16();23            obj.T17();24            obj.T18();25            obj.T19();26            obj.T20();27            obj.T21();28            obj.T22();29            obj.T23();30            obj.T24();31            obj.T25();32            obj.T26();33            obj.T27();34            obj.T28();35            obj.T29();36            obj.T30();37            obj.T31();38            obj.T32();39            obj.T33();40            obj.T34();41            obj.T35();42            obj.T36();43            obj.T37();44            obj.T38();45            obj.T39();46            obj.T40();47            obj.T41();48            obj.T42();49            obj.T43();50            obj.T44();51            obj.T45();52            obj.T46();53            obj.T47();54            obj.T48();55            obj.T49();56            obj.T50();57            obj.T51();58            obj.T52();59            obj.T53();60            obj.T54();61            obj.T55();62            obj.T56();63            obj.T57();64            obj.T58();65            obj.T59();66            obj.T60();67            obj.T61();68            obj.T62();69            obj.T63();70            obj.T64();71            obj.T65();72            obj.T66();73            obj.T67();74            obj.T68();75            obj.T69();76            obj.T70();77            obj.T71();78            obj.T72();79            obj.T73();80            obj.T74();81            obj.T75();82            obj.T76();83            obj.T77();84            obj.T78();85            obj.T79();86            obj.T80();87            obj.T81();88            obj.T82();89            obj.T83();90            obj.T84();91            obj.T85();92            obj.T86();93            obj.T87();94            obj.T88();95            obj.T89();96            obj.T90();97            obj.T91();98            obj.T92();

TupleT1

Using AI Code Generation

1using System;2{3    {4        public static void Main()5        {6            TupleT1<int> t1 = new TupleT1<int>(10);7            t1.Show();8        }9    }10}

TupleT1

Using AI Code Generation

1using System;2{3{4static void Main(string[] args)5{6TupleT1<int, string> tuple = new TupleT1<int, string>(1, "C#");7Console.WriteLine(tuple.Item1);8Console.WriteLine(tuple.Item2);9}10}11}12using System;13{14{15static void Main(string[] args)16{17TupleT2<int, string, double> tuple = new TupleT2<int, string, double>(1, "C#", 4.5);18Console.WriteLine(tuple.Item1);19Console.WriteLine(tuple.Item2);20Console.WriteLine(tuple.Item3);21}22}23}24using System;25{26{27static void Main(string[] args)28{29TupleT3<int, string, double, char> tuple = new TupleT3<int, string, double, char>(1, "C#", 4.5, 'c');30Console.WriteLine(tuple.Item1);31Console.WriteLine(tuple.Item2);32Console.WriteLine(tuple.Item3);33Console.WriteLine(tuple.Item4);34}35}36}

TupleT1

Using AI Code Generation

1using System;2{3    static void Main(string[] args)4    {5        TupleT1 t1 = new TupleT1();6        t1.tuple1();7    }8}9Tuple1 = (1, 2, 3)10Tuple2 = (4, 5, 6)11Tuple3 = (7, 8, 9)12Tuple4 = (10, 11, 12)13Tuple5 = (13, 14, 15)14Tuple6 = (16, 17, 18)15Tuple7 = (19, 20, 21)

TupleT1

Using AI Code Generation

1using System;2public class Test{3    public static void Main(){4        var t = new TupleT1();5        t.print();6    }7}

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