The Quality and Performance of Drawing

Table of contents:


Quality and performance are two basic requirements of all graphics applications. Although an increase in one demands a sacrifice in the other, a good developer will employ good design and coding techniques to provide an optimal solution. In this chapter we discussed some techniques that may be helpful in writing optimal solutions for graphics applications.

We learned about the paint event mechanism and different ways to fire the paint event automatically, as well as manually. We also discussed double buffering, and how it can be achieved with or without the SetStyle method. In addition, we learned a few good programming techniques and covered some topics that may help you implement some good, performance-oriented coding and design practices.

As a GDI developer, you may want to use some of the "cool" techniques of GDI that are not supported by GDI+. Chapter 14 is dedicated to GDI interoperability. In it, we will discuss how you can mix GDI and GDI+ to take advantage of interoperability.

GDI+: The Next-Generation Graphics Interface

Your First GDI+ Application

The Graphics Class

Working with Brushes and Pens

Colors, Fonts, and Text

Rectangles and Regions

Working with Images

Advanced Imaging

Advanced 2D Graphics



Developing GDI+ Web Applications

GDI+ Best Practices and Performance Techniques

GDI Interoperability

Miscellaneous GDI+ Examples

Appendix A. Exception Handling in .NET

GDI+ Programming with C#
GDI+ Programming with C#
ISBN: 073561265X
Year: 2003
Pages: 145 © 2008-2020.
If you may any questions please contact us: