Merge branch 'main' of https://github.com/HyperSphereStudio/JULIA.Net

README.md

@@ -2,34 +2,37 @@ Julia.NET is an API designed to go between .NET and the Julia Language. It utili
 
 This is a very new library (created a couple days ago) so there is alot of things that can be added / fixed!
 
-Example Usage:
 
+Evaluation:
+```csharp
+Julia.Init();
+int v = (int) Julia.Eval("2 * 2");
+Julia.Exit(0);
+```
+
+Function Handling:
 ```csharp
   Julia.Init();
-  Console.WriteLine(Julia.Eval("2.0 * 2.0").UnboxFloat64());   //Version 0.0.0
+  JLFun fun = Julia.Eval("t(x::Int) = Int32(x * 2)");
+  JLSvec ParameterTypes = fun.ParameterTypes;
+  JLType willbeInt64 = fun.ParameterTypes[1];
+  JLType willBeInt32 = fun.ReturnType;
 
-
-  //Version 0.0.1
-  Julia.Eval("t(x) = x * 2");
-  Julia.GetFunction(JLModule.Main, "t").Invoke(new JLVal(5)).Println();
-
-  //Version 0.0.2
-  JLFun fun = Julia.Eval("t(x) = x * 2");
-  fun.Invoke(5).Println();
+  int resultWillBe4 = (int) fun.Invoke(2);
+  object willReturnNetBoxed4 = fun.Invoke(2).Value;
+```
 
-  //Version 0.0.3
-  JLFun fun = Julia.Eval("t(x) = x * 2");
+Exception Handling:
+```csharp
+  Julia.Init();
+  JLFun fun = Julia.Eval("t(x) = sqrt(x)");
   fun.Invoke(5).Println();   //Exception Checking
   fun.UnsafeInvoke(5).Println();   //No Exception Checking
-  
-  //Version 0.0.4
-  JLFun fun = Julia.Eval("t(x) = sqrt(x)");
-  double result = (double) fun.Invoke(2);
-  object dotNetObject = fun.Invoke(3).Value;
-
   Julia.Exit(0);  
 ```
 
+
+
 .NET Interface
 
 The Julia.NET API also has a reverse calling API to call .NET from Julia. This also uses the C interface making it super fast (compared to message protocol based language interop systems. It depends on reflection which is the factor that slows it down compared to normal C# code).
@@ -52,3 +55,7 @@ o = sharpCon(6) #Create Instance
 sharpField = SharpField(sharpType, "g") #Get Field
 println(sharpField(o)) #Get Field Value
 ```
+
+
+
+Library Written by Johnathan Bizzano