Graphic Processing Technology Photoshop Classic Experiment Tutorial

Author: Chen Sanming
Publisher:
Publish Date: 2004-11-01
Features: The book embodies a new teaching method and approach, complemented by the award-winning multimedia courseware developed by me. It leverages the advantages of a three-dimensional textbook by implementing the course "PHOTOSHOP Image Processing Application Technology" in the form of computer experiments using the "goal-driven, reverse teaching" method. Years of frontline teaching practice have proven that this method is indeed effective. The book is divided into fourteen chapters:
1. Experiment Introduction: It explains why the experiment is conducted and how it is designed.
2. Experiment Objectives: It outlines the key technical points you need to master.
3. Experiment Steps: It provides a step-by-step tutorial to guide you in creating the project.
4. Key Points Summary: It summarizes the knowledge points, key takeaways, and challenging aspects of the example.
5. Learn Some Theory: It explains the concepts involved in the example, connecting them to relevant theories or common knowledge, using clear and engaging language along with multimedia courseware to illustrate abstract concepts.
6. Exercises and Assignments: It assigns post-class exercises, providing detailed step-by-step explanations for each, enabling you to apply what you’ve learned to similar tasks or additional practice exercises, with comments to help you generalize from one example to many.
7. A Story to Share: Each chapter concludes with a story to enhance your technical skills beyond the classroom.
At the end of the book and in the accompanying courseware, there are standardized exam questions and reference answers, making it convenient for teachers to modify them into test papers. This book can serve as a textbook for universities, colleges, vocational schools, and social training centers offering "Image Processing Photoshop" application technology courses. It is also suitable for individuals seeking to improve their digital image technology skills through self-study.