Matrix Analysis Software .NET CF Component for Pocket PC Windows Mobile

		MatrixTools/NET Mobile 6.0
		Matrix Maths .NET Compact Framework Pocket PC Component

Matrix Maths Source Code Examples in Visual Basic .NET, Visual C# and Visual C++ .NET and ASP.NET

	SVD Matrix Maths
	LU Decomposition Matrix Maths
	Statistics
	Covariance, Correlation
	Min, Max, Data Loading and Saving

We have shown exactly how to set up the problems in the source code and just how easy it is to solve them using Matrix Maths /NET.

Sample Application Screen Shots

How do I use a .NET Component such as MatrixTools/NET Mobile?

Are you a traditional programmer and haven't started using components? Are you still a little unsure about how to program using components? Don't worry - using .NET components is simple! The screen shots below and show how to include and use our .NET components in your application.

1. With the Pocket PC SDK installed, create a Smart Devices project in Visual Studio.
2. Locate the .NET Component you wish to use in the Toolbox window inside Visual Studio.
   
   
   
3. Drag the component on to a WinForm and it will appear in the region below the form.
   
4. You are now ready to start coding with the particular .NET Component. In your code, simply reference any methods, properties or events within the Component as if you had written them yourself.
   

   	// SVD Test
   
   	Matrix.Rand(X, 4, 3)  // create a random matrix
   
   	Matrix.SVD(ref X, ref U, ref S, ref V);  // Perform SVD on Matrix
   
   	// Test the results from Singular Value Decomposition:
   	//
   	Matrix.Multiply(ref U, ref S, ref Y1);
   	Matrix.Transpose(ref V, ref VT);
   	Matrix.Multiply(ref Y1, ref VT, ref Y); // end to end check: Y = X
   
   
   	// SVDSolve Test
   
   	// Solve this set of ill-conditioned linear equations
   	// Find x, where Ax = b
   
   	double[] Xs = null;
   	A = new double[4,3];
   	double[] b = new double[4];
   	// set A, b values here
   	// :
   	Matrix.SVD(ref A, ref U, ref S, ref V);
   	Matrix.SVDSolve(ref U, ref S, ref V, ref b, ref Xs);
   
   	// LU Test
   
   	Matrix.LU(ref X, ref L, ref U);
   	Matrix.Multiply(ref L, ref U, ref Y); // end to end check .. Y = X
   
   	// Inverse Test
   	//
   	X = new double[M, M];
   
   	Matrix.Inv(ref X, ref Y);			
   	// end to end check ..Y = identity matrix
   	//
   	Matrix.Multiply(ref X, ref Y, ref Y); 
   

   
   Note how easy it is to use - simply supply the necessary inputs and each method returns the appropriate results. 
   

5. Create your Pocket PC Windows Mobile application. Full source code examples in Visual Basic .NET and Visual C# are included with Matrix Maths /NET Mobile. 
   
   
   Pocket PC Emulator image showing how the sample applications will appear on a Pocket PC running Windows Mobile 2003
   
   The advantages of using components such as MatrixTools/NET Mobile for your application are very clear - for the price of a few hours labour, you get to use a highly developed, professional-grade component that delivers exactly what you require in your application. Once installed, you can use it immediately - no time-wasting debugging or wondering if it is delivering the right answers. Because our .NET Compact Framework Components are written in 100% managed Visual C# using highly efficient algorithms, you can be assured that your application will function as quickly as if it were coded directly into your program. 
   

6. Do you wish to create ASP.NET or regular Windows applications? Try MatrixTools/NET. 
   

7. If you are interested in creating applications using Visual Basic 6, Visual C++ 6 or Borland C++ Builder, consider using MatrixTools/X Matrix Maths ActiveX Control. These are some applications created in a very similar approach using MatrixTools/X. Our ActiveX controls are tightly coded in efficient ATL/Visual C++6 to give a highly efficient implementation with a tiny DLL.
   
   Visual Basic 6
   
   
   
   
   Visual C++ 6
   
   

If you have any questions on creating applications using .NET or ActiveX/COM Components, please contact us.