Merge branch 'master' of https://github.com/Angourisoft/MathS

Author: WhiteBlackGoose

AngouriMath/Core/FromString/Lexer.cs

@@ -7,7 +7,7 @@ namespace AngouriMath.Core.FromString
 {
     internal class TokenList : List<Token>
     {
-        public void Add(Token a)
+        public new void Add(Token a)
         {
             if (!string.IsNullOrEmpty(a.Value))
             {

AngouriMath/Core/Sys/Entity.cs

@@ -12,7 +12,11 @@ namespace AngouriMath
     /// Every node, expression, or number is an Entity
     /// However, you cannot create an instance of this class
     /// </summary>
+    #pragma warning disable CS0660
+    #pragma warning disable CS0661
     public abstract partial class Entity
+    #pragma warning restore CS0661
+    #pragma warning restore CS0660
     {
         public string Name { get; set; }
         public bool IsLeaf { get => Children.Count == 0; }
@@ -93,7 +97,7 @@ public NumberEntity(Number value) : base(value.ToString()) {
             Value = value;
         }
         public Number Value { get; internal set; }
-        public string Name { get => Value.ToString(); }
+        public new string Name { get => Value.ToString(); }
         public static implicit operator NumberEntity(int num) => new NumberEntity(num);
         public static implicit operator NumberEntity(Number num) => new NumberEntity(num);
     }

AngouriMath/Core/Sys/Number.cs

@@ -6,7 +6,11 @@
 
 namespace AngouriMath.Core
 {
+    #pragma warning disable CS0660
+    #pragma warning disable CS0661
     public class Number
+    #pragma warning restore CS0660
+    #pragma warning restore CS0661
     {
         /// <summary>
         /// To get real value of the number

AngouriMath/Functions/Algebra/NewtonSolver.cs

@@ -30,7 +30,7 @@ private Number NewtonIter(FastExpression f, FastExpression df, VariableEntity x,
                 {
                     value = value - f.Substitute(value) / df.Substitute(value);
                 }
-                catch(MathSException e)
+                catch(MathSException)
                 {
                     throw new MathSException("Two or more variables in SolveNt is forbidden");
                 }

AngouriMath/Functions/Evaluation/Compilation/FastExpression.cs

@@ -62,13 +62,13 @@ private void InnerCompile(InstructionSet instructions, string[] variables, Dicti
     }
     public class FastExpression
     {
-        private Stack stack;
+        private Stack<Number> stack;
         private InstructionSet instructions;
         private int varCount;
         internal FastExpression(InstructionSet instructions, int varCount)
         {
             this.varCount = varCount;
-            stack = new Stack(instructions.Count);
+            stack = new Stack<Number>(instructions.Count);
             this.instructions = instructions;
         }
 
@@ -108,9 +108,9 @@ public Number Substitute(params Number[] variables)
                         break;
                 }
             }
-            if (stack.Depth != 1)
+            if (stack.Count != 1)
                 throw new Exception("Stack error");
-            var res = stack.Last;
+            var res = stack.Peek();
             stack.Clear();
             return res;
         }

AngouriMath/Functions/Evaluation/Compilation/MathFunctions.cs

@@ -19,7 +19,7 @@ internal static class CompiledMathFunctions
             { "logf", 7 },
         };
 
-        internal delegate void CompiledFunction(Stack stack);
+        internal delegate void CompiledFunction(Stack<Number> stack);
         internal static CompiledFunction[] functions =
             new CompiledFunction[]
             {
@@ -35,45 +35,51 @@ internal static class CompiledMathFunctions
 
         internal static Number[] buffer = new Number[10];
 
-        internal static void Sumf(Stack stack)
+        internal static void Sumf(Stack<Number> stack)
         {
-            stack.Pop(2, buffer);
-            stack.Push(buffer[0] + buffer[1]);
+            Number n1 = stack.Pop();
+            Number n2 = stack.Pop();
+            stack.Push(n1 + n2);
         }
-        internal static void Minusf(Stack stack)
+        internal static void Minusf(Stack<Number> stack)
         {
-            stack.Pop(2, buffer);
-            stack.Push(buffer[0] - buffer[1]);
+            Number n1 = stack.Pop();
+            Number n2 = stack.Pop();
+            stack.Push(n1 - n2);
         }
-        internal static void Mulf(Stack stack)
+        internal static void Mulf(Stack<Number> stack)
         {
-            stack.Pop(2, buffer);
-            stack.Push(buffer[0] * buffer[1]);
+            Number n1 = stack.Pop();
+            Number n2 = stack.Pop();
+            stack.Push(n1 * n2);
         }
-        internal static void Divf(Stack stack)
+        internal static void Divf(Stack<Number> stack)
         {
-            stack.Pop(2, buffer);
-            stack.Push(buffer[0] / buffer[1]);
+            Number n1 = stack.Pop();
+            Number n2 = stack.Pop();
+            stack.Push(n1 / n2);
         }
-        internal static void Powf(Stack stack)
+        internal static void Powf(Stack<Number> stack)
         {
-            stack.Pop(2, buffer);
-            stack.Push(Number.Pow(buffer[0], buffer[1]));
+            Number n1 = stack.Pop();
+            Number n2 = stack.Pop();
+            stack.Push(Number.Pow(n1, n2));
         }
-        internal static void Sinf(Stack stack)
+        internal static void Sinf(Stack<Number> stack)
         {
-            stack.Pop(1, buffer);
-            stack.Push(Number.Sin(buffer[0]));
+            Number n = stack.Pop();
+            stack.Push(Number.Sin(n));
         }
-        internal static void Cosf(Stack stack)
+        internal static void Cosf(Stack<Number> stack)
         {
-            stack.Pop(1, buffer);
-            stack.Push(Number.Cos(buffer[0]));
+            Number n = stack.Pop();
+            stack.Push(Number.Cos(n));
         }
-        internal static void Logf(Stack stack)
+        internal static void Logf(Stack<Number> stack)
         {
-            stack.Pop(2, buffer);
-            stack.Push(Number.Log(buffer[0], buffer[1]));
+            Number n1 = stack.Pop();
+            Number n2 = stack.Pop();
+            stack.Push(Number.Log(n1, n2));
         }
     }
 }