Acid Library

Code Examples

Acid Library LogoThe Acid Library is easy to get started with. It only requires three code lines to setup. For maximum performance, the Acid Library Parser has several functions with support for different calculations. Functions for evaluation, functions for complex numbers, functions for user-defined equations and many more.
Parsing Functions
ParseSimpleReal
  • Addition, Subtraction, Multiplication, Division & Brackets

ParseAdvancedReal
  • Addition, Subtraction, Multiplication, Division & Brackets
  • Trigonometric Functions & Special Functions

ParseSimpleComplex
  • Addition, Subtraction, Multiplication, Division & Brackets
  • Imaginary & Complex Numbers

ParseAdvancedComplex
  • Addition, Subtraction, Multiplication, Division & Brackets
  • Trigonometric Functions & Special Functions
  • Imaginary & Complex Numbers

ParseCustomReal
  • Addition, Subtraction, Multiplication, Division & Brackets
  • Trigonometric Functions & Special Function
  • User-defined equations

ParseCustomComplex
  • Addition, Subtraction, Multiplication, Division & Brackets
  • Trigonometric Functions & Special Function
  • Imaginary & Complex Numbers
  • User-defined equations
Evaluation Functions
    EvaluateSimpleReal
    • Addition, Subtraction, Multiplication, Division & Brackets
    • Evaluation signs: =, !=, <, >, <=, =>

    EvaluateAdvancedReal
    • Addition, Subtraction, Multiplication, Division & Brackets
    • Trigonometric Functions & Special Functions
    • Evaluation signs: =, !=, <, >, <=, =>

    EvaluateSimpleComplex
    • Addition, Subtraction, Multiplication, Division & Brackets
    • Imaginary & Complex Numbers
    • Evaluation signs: =, !=, <, >, <=, =>

    EvaluateAdvancedComplex
    • Addition, Subtraction, Multiplication, Division & Brackets
    • Trigonometric Functions & Special Functions
    • Imaginary & Complex Numbers
    • Evaluation signs: =, !=, <, >, <=, =>

    EvaluateCustomReal
    • Addition, Subtraction, Multiplication, Division & Brackets
    • Trigonometric Functions & Special Function
    • User-defined equations
    • Evaluation signs: =, !=, <, >, <=, =>

    EvaluateCustomComplex
    • Addition, Subtraction, Multiplication, Division & Brackets
    • Trigonometric Functions & Special Function
    • Imaginary & Complex Numbers
    • User-defined equations
    • Evaluation signs: =, !=, <, >, <=, =>
      CSharp.Net

      After adding a reference to the Acid Library, the following C# Code will calculate any simple mathematical formula, with brackets, addition, subtraction, multiplication and division:

      using Acid_Library;

      ...

      string formula, result;

      AcidParser MyParser = new AcidParser("User", "Serial");

      formula = "8-(2+2)*(20-2)";

      result = MyParser.ParseSimple(formula);

      The following C# Code will calculate advanced expressions as well with both imaginary and complex numbers, including functions such as cosine, sine, tan, log etc...

      using Acid_Library;

      ...

      string formula, result;

      AcidParser MyParser = new AcidParser("User", "Serial");

      formula = "sin(2+i3)*cos(i3+5)/pi";

      result = MyParser.ParseAdvancedComplex(formula);

      The following C# Code will create a custom function named "wow" to calculate the Euclidean Distance between a point(x,y) and the center:

      using Acid_Library;

      ...

      string formula, result;

      string nfunction = "wow";

      string [] pfunction = new string[2]{"x", "y"};

      string efunction = "(x^2+y^2)^0.5";

      AcidParser MyParser = new AcidParser("User", "Serial");

      MyParser.AddCustomFunction(nfunction,pfunction,efunction);

      formula = "wow(51;32)";

      result = MyParser.ParseCustomReal(formula);

      The following C# Code will evaluate a given expression of advanced functions and complex numbers to be either true or false. Supported evaluation operators include =, !=, <, >, <=, => etc..:

      using Acid_Library;

      ...

      string formula;

      bool result;

      AcidParser MyParser = new AcidParser("User", "Serial");

      formula = "sin(2+i3)*cos(i3+5)/pi<=cos(i32+3)*3";

      result = MyParser.EvaulateAdvancedComplex(formula);

      Download complete CSharp Code Examples.

      Visual Basic.Net

      After adding a reference to the Acid Library, the following VB.Net Code will calculate any simple mathematical formula, with brackets, addition, subtraction, multiplication and division:

      Imports Acid_Library

      ...

      Dim MyParser As New AcidParser("User", "Serial")

      Dim formula, result As String

      formula = "8-(2+2)*(20-2)"

      result = MyParser.ParseSimple(formula)

      The following VB.Net Code will calculate advanced expressions as well, including cosine, sine, tan, log etc...

      Imports Acid_Library

      ...

      Dim MyParser As New AcidParser("User", "Serial")

      Dim formula, result As String

      formula = "sin(10)*cos(10) / pi"

      result = MyParser.ParseAdvanced(formula)

    The following VB.Net Code will create a custom function named "wow" to calculate the Euclidean Distance between a point(x,y) and the center:

    Imports Acid_Library

    ...

    Dim formula, nfunction, efunction As String

    Dim result As Boolean

    Dim pfunction(2) As String

    nfunction = "wow"

    pfunction(0) = "x"

    pfunction(1) = "y"

    efunction = "(x^2+y^2)^0.5"

    Dim MyParser As New AcidParser("User", "Serial")

    MyParser.AddCustomFunction(nfunction,pfunction,efunction)

    formula = "wow(51;32)"

    result = MyParser.ParseCustomReal(formula)

    The following C# Code will evaluate a given expression of advanced functions and complex numbers to be either true or false. Supported evaluation operators include =, !=, <, >, <=, => etc..:

    Imports Acid_Library

    ...

    Dim formula As String

    Dim result As Boolean

    Dim MyParser As New AcidParser("User", "Serial")

    formula = "sin(2+i3)*cos(i3+5)/pi<=cos(i32+3)*3"

    result = MyParser.EvaulateAdvancedComplex(formula)

      Download complete Visual Basic.Net Code Examples.

      Boo.Net

      The Acid Library also integrates easily with the Boo Language. Add a reference to the Acid Library, and use the following code to calculate simple mathematical formulas, with brackets, addition, subtraction, multiplication and division:

      import Acid_Library

      ...

      formula as string = "8-(2+2)*(20-2)"

      result as string

      MyParser as AcidParser = AcidParser("User", "Serial")

      result = MyParser.ParseSimple(formula)

      The following code will be able to run advanced mathematical expressions as well, including cosine, sine, tan, log etc...

      import Acid_Library

      ...

      formula as string = "sin(10)*cos(10) / pi"

      result as string

      MyParser as AcidParser = AcidParser("User", "Serial")

      result = MyParser.ParseAdvanced(formula)

    The following Boo.Net Code will create a custom function named "wow" to calculate the Euclidean Distance between a point(x,y) and the center:

    import Acid_Library

    ...

    formula, nfunction, efunction as string

    result as bool

    pfunction(2) as string

    nfunction = "wow"

    pfunction(0) = "x"

    pfunction(1) = "y"

    efunction = "(x^2+y^2)^0.5"

    MyParser as AcidParser = AcidParser("User", "Serial")

    MyParser.AddCustomFunction(nfunction,pfunction,efunction)

    formula = "wow(51;32)"

    result = MyParser.ParseCustomReal(formula)

    The following C# Code will evaluate a given expression of advanced functions and complex numbers to be either true or false. Supported evaluation operators include =, !=, <, >, <=, => etc..:

    import Acid_Library

    ...

    formula as string

    Dim result As bool

    MyParser as AcidParser = AcidParser("User", "Serial")

    formula = "sin(2+i3)*cos(i3+5)/pi<=cos(i32+3)*3"

    result = MyParser.EvaulateAdvancedComplex(formula)