Busylight/Calc.cs at main · SPDoctor/Busylight · GitHub

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using System.ComponentModel;
using Microsoft.SemanticKernel;

namespace Plugins;

public class CalcPlugin
{
  [KernelFunction, Description("Add two numbers")]
  public static double Add(
      [Description("The first number to add")] double number1,
      [Description("The second number to add")] double number2
  )
  {
    return number1 + number2;
  }

  [KernelFunction, Description("Subtract one number from another number")]
  public static double Subtract(
      [Description("The first number to subtract from")] double number1,
      [Description("The second number to subtract away")] double number2
  )
  {
    return number1 - number2;
  }

  [KernelFunction, Description("Multiply two numbers.")]
  public static double Multiply(
      [Description("The first number to multiply")] double number1,
      [Description("The second number to multiply")] double number2
  )
  {
    return number1 * number2;
  }

  [KernelFunction, Description("Divide one number by another number")]
  public static double Divide(
      [Description("The first number to divide from")] double number1,
      [Description("The second number to divide by")] double number2
  )
  {
    return number1 / number2;
  }

  [KernelFunction, Description("Raise one number to the power of another number")]
  public static double Power(
      [Description("The number to be raised to a power")] double number1,
      [Description("The power to raise the number by")] double number2
  )
  {
    return Math.Pow(number1, number2);
  }

  [KernelFunction, Description("Take the nth root of a number")]
  public static double Root(
     [Description("The number of which to take the root")] double number1,
     [Description("n")] double number2
  )
  {
    return Math.Pow(number1, 1.0 / number2);
  }

  //[KernelFunction, Description("Take the log of a number")]
  //public static double Log(
  //    [Description("The number to take the log of")] double number1,
  //    [Description("The base of the log")] double number2
  //)
  //{
  //  return Math.Log(number1, number2);
  //}

  //[KernelFunction, Description("Round a number to the target number of decimal places")]
  //public static double Round(
  //    [Description("The number to round")] double number1,
  //    [Description("The number of decimal places to round to")] double number2
  //)
  //{
  //  return Math.Round(number1, (int)number2);
  //}

  //[KernelFunction, Description("Take the absolute value of a number")]
  //public static double Abs(
  //    [Description("The number to take the absolute value of")] double number1
  //)
  //{
  //  return Math.Abs(number1);
  //}

  //[KernelFunction, Description("Take the floor of a number")]
  //public static double Floor(
  //    [Description("The number to take the floor of")] double number1
  //)
  //{
  //  return Math.Floor(number1);
  //}

  //[KernelFunction, Description("Take the ceiling of a number")]
  //public static double Ceiling(
  //    [Description("The number to take the ceiling of")] double number1
  //)
  //{
  //  return Math.Ceiling(number1);
  //}

  //[KernelFunction, Description("Take the sine of a number")]
  //public static double Sin(
  //    [Description("The number to take the sine of")] double number1
  //)
  //{
  //  return Math.Sin(number1);
  //}

  //[KernelFunction, Description("Take the cosine of a number")]
  //public static double Cos(
  //    [Description("The number to take the cosine of")] double number1
  //)
  //{
  //  return Math.Cos(number1);
  //}

  //[KernelFunction, Description("Take the tangent of a number")]
  //public static double Tan(
  //    [Description("The number to take the tangent of")] double number1
  //)
  //{
  //  return Math.Tan(number1);
  //}

  //[KernelFunction, Description("Take the arcsine of a number")]
  //public static double Asin(
  //    [Description("The number to take the arcsine of")] double number1
  //)
  //{
  //  return Math.Asin(number1);
  //}

  //[KernelFunction, Description("Take the arccosine of a number")]
  //public static double Acos(
  //    [Description("The number to take the arccosine of")] double number1
  //)
  //{
  //  return Math.Acos(number1);
  //}

  //[KernelFunction, Description("Take the arctangent of a number")]
  //public static double Atan(
  //    [Description("The number to take the arctangent of")] double number1
  //)
  //{
  //  return Math.Atan(number1);
  //}
}