C-Sharp Sinh Example – Code Sample Syntax
C-Sharp Sinh Example – Code Sample Syntax
Purpose: – Illustrates using C-Sharp Sinh Code Example.
Purpose:
takes an angle specified in radians (to convert degrees to
radians multiply degrees by 180/Math.PI) and returns the hyperbolic
sine for the angle as a double data type.
Syntax:
Sinh(doublenumber)
Sinh(doublenumber)
Parameters | Description | doublenumber | double percision floating point number representing an angle measured in radians. |
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Result Data Type | Description | double | represents the hyperbolic sine of the angle specified in parameter1. If parameter1 is is equal to NegativeInfinity or PositiveInfinity, NaN (Not a Number), the function returns a value equal to parameter1. |
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Quick Example | Sinh(90) // Returns 6.1020164715892E+38 |
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Step 1: Click cs to Cut-n-paste code into clsSinh.cs
using System; public class clsSinh { public void Main() { //******************************************************************************** // Purpose: takes an angle specified in radians (to convert degrees to // radians multiply degrees by 180/Math.PI) and returns the hyperbolic // sine for the angle as a double data type. // // Syntax: Sinh(doublenumber) // // Parameter1: doublenumber - double percision floating point // number representing an angle measured in radians. // // Result: double - represents the hyperbolic sine of the angle // specified in parameter1. If parameter1 is // is equal to NegativeInfinity or PositiveInfinity, // NaN (Not a Number), the function returns a // value equal to parameter1. // // Quick Example: Sinh(90) // Returns 6.1020164715892E+38 // //******************************************************************************** // This example is from http://idealprogrammer.com Console.WriteLine("Example #1: Sinh(doublenumber)"); Console.WriteLine("Sinh(90) = {0}", Math.Sinh(90)); // Returns 6.1020164715892E+38 //write blank line to make output easier to read Console.WriteLine(); Console.WriteLine("Example #2: Sinh(doublenumber)"); Console.WriteLine("Sinh(-3.4) = {0}", Math.Sinh(-3.4)); // Returns -14.9987366586787 //write blank line to make output easier to read Console.WriteLine(); Console.WriteLine("Example #3: Sinh(doublenumber)"); Console.WriteLine("Sinh(0) = {0}", Math.Sinh(-0)); // Returns 0 //Prevent console from closing before you press enter Console.ReadLine(); } } |
Step 2: Click cs to Cut-n-paste code into Module1.cs
Module Module1 Sub Main() Dim myclsSinh As New clsSinh myclsSinh.Main() End Sub End Module |
Prerequistes:
- Install C-Sharp (Express or Standard Edition)
- Install SQL Server Express
- Download Northwind and pubs Database
- Attach Northwind Database to Databases in Sql Express
- Attach pubs Database to Databases in Sql Express
Notes:
- Console Application is used to simplify things, but Windows Forms or Web Forms could also be used
- You can build a library of syntax examples by using same project over and over and just commenting out what you do not want to execute in Module1.cs
Instructions:
- Use C-Sharp 2010 Express or Standard Edition
- Create new project;
- Click File/New Project
- Select Console Application Template
- Select C-Sharp for Language
- name of project could be C-Sharp_Syntax.
- Add New folder named “Functions”
- Right-click project name in solution explorer;
- add new folder;
- name of folder could be: Functions
- Add New subfolder named “MathFunctions”
- Right-click Functions folder in solution explorer;
- add new folder;
- name of folder could be: MathFunctions
- Add Class Named clsSinh to MathFunctions folder
- Right-click MathFunctions folder;
- add new item;
- Select class
- Class name could be clsSinh
- Click on cs in code in step 1 above to copy code into clsSinh.cs
- Click on cs in code in step 2 above to copy code into Module1.cs
- Click green arrow or press F5 to run program