| Autore |
George Joseph Thachil
|
| Pubbl/distr/stampa |
New York, New York : , : Apress L. P., , [2022]
|
| Descrizione fisica |
1 online resource (335 pages) : illustrations (some color)
|
| Disciplina |
794.8151
|
| Soggetto topico |
Computer games - Programming
Python (Computer program language)
Human-computer interaction
|
| ISBN |
1-4842-8182-9
|
| Formato |
Materiale a stampa  |
| Livello bibliografico |
Monografia |
| Lingua di pubblicazione |
eng
|
| Nota di contenuto |
Intro -- Table of Contents -- About the Authors -- About the Technical Reviewer -- Introduction -- Chapter 1: Human-Computer Interaction Tools and Methodologies -- Fundamentals of Human-Computer Interaction -- Digging Deeper -- Designing the Interface -- Adaption and Interfaces -- Interfaces of Multi-Device -- Evolutionary Trends -- Evaluation of Usability -- Bringing Usability and Accessibility Together -- Analysis of Task Situations -- Techniques and Tools for Human-Computer Interaction Development -- Techniques for Defining Specifications -- The Cycle of Tool Life and Methodologies Taxonomy -- Selecting Instruments, Techniques, and Resources -- The Eye Tracking Technique and Usability -- Eye Tracking Studies -- User Control -- Usability Testing -- Why Eye Tracking? -- Creating an Effective Interface -- Graphical User Interfaces -- Characteristics of User Interfaces -- Summary -- Chapter 2: Human-Computer Interaction Tools and Game Development -- Tools and Techniques for General Game Development -- The Video Game Interface -- Video Game Development and Interaction -- Video Game Users' Requirements and Needs -- Interactive UI Design for a Game -- Panel Design -- Window Architecture -- Icon Design -- Color Development -- Eye-Tracking Techniques -- The Impact of Eye Tracking in Games -- Eye Tracking in Games -- Project Planning and Development -- Development Environment -- OpenCV -- Structure of OpenCV -- Haar Cascade -- Face and Eye Recognition -- Modeling and Development -- Conclusions and Problems -- Creating the Data Structure -- Modeling and Development -- Conclusions and Problems -- Applying Photographic Filters -- Modeling and Development -- Conclusions -- Recognizing the Iris -- Modeling and Development -- Conclusions and Problems -- Edge Detection -- Modeling and Development -- Conclusions and Problems.
Parameter Analysis on Blur, CLAHE, and CANNY Filters -- Modeling and Development -- Analysis -- Iris Recognition (2) -- Modeling and Development -- Conclusions and Problems -- "Average Color" Recognition -- Modeling and Development -- Conclusions -- Project Analysis -- Data Analysis -- Precision -- Recall -- F-measure -- Result -- Video #1 -- Video #2 -- Video #3 -- Video #4 -- Project Conclusions -- Summary -- Chapter 3: Developing a Video Game -- Roles in the Video Game Industry -- Producers -- Publishers -- Game Developers -- Roles and Processes of Game Development -- Game Design -- Game Art Design -- Game Programming -- Game Testing -- Software Development -- Game Development Phases -- Pre-Production Phase -- Outsourcing -- Production Phase -- Milestones: The Cornerstones of Development -- Post-Production Phase -- Localization -- Fan Translation -- Summary -- Chapter 4: Turning Points in Game Development -- Game Engines -- Rendering Engine -- Indie Video Games -- Crowdfunding -- The Case of Dreams: Developing a Game Within a Video Game -- Current Problems in the Development of Video Games -- Crunch Time -- Piracy -- Programming Stages -- Paradigms and Programming Languages -- Visual Programming -- Summary -- Chapter 5: Developing a Game in Python -- Python and Pygame -- Designing the Video Game -- Development Team -- Game Design Document and Production -- Game Menu -- Short Introduction to Pygame -- Game Interface -- The Player -- Powering Up -- The Enemies -- The Bosses -- Collision Management -- The Levels -- Summary -- Chapter 6: Game Development - Industry Standards -- Game Terminology -- Overall Design of the Game -- Frontend and Backend in Game Development -- Verify the Token -- General Description of the Game's Services -- Network Interfaces and Sequence Diagram for the Game Development Cycle -- Game Network Interfaces -- Sequence Diagrams.
Casino Games -- Tournament Games -- Security of Online Games Through a Web Portal -- Secure Code for Games -- Secure by Design -- Security Control -- Summary -- Chapter 7: Gamification in Human-Computer Interaction -- Gamification Strategy -- Gamification Examples -- Common Risks and Mistakes -- Gamification in Education -- Aspects of the Game's Foundation -- The Different Game Categories -- Psychology and Motivation in Gamification -- The Two Different Types of Motivation -- Playing and Learning -- Gamification in the Classroom -- Factors that Make Gamification in the Classroom Easier -- How Can Gamification Help with Learning? -- Games-Based Learning vs Gamification -- Solutions for an Educational Game -- Designing a Gamified Application -- Math Games for Kids -- Gamified Applications Dedicated to Training -- ClassDojo -- Methodology for Creating Gamified Applications -- Web Application -- Native Application -- Native App vs Web App -- The PhoneGap Framework -- Why PhoneGap? -- PhoneGap's Architecture -- Anaconda Python and the PyQT5 GUI Framework -- Anaconda Installation -- Linux -- Windows -- PyQT5 Installation -- Linux -- Windows -- PyQt5 Example -- PyQT Events -- Drawbacks to Gamification -- Avoiding the Drawbacks -- Summary -- Chapter 8: Human-Computer Interaction Research and Development -- Human-Computer Interaction with a Head-Mounted Display -- Human-Machine Interfaces: Future Development -- The Touchscreen Revolution -- Direct Communication with the Mind -- Gesture Engagement Taken to a New Level -- Applications of Spatial Cognition Human Contact Research -- Interaction with the Voice -- Interactions Between the Brain and the Computer -- Summary -- Chapter 9: Recommendations and Concluding Comments -- Recommendations -- Broad HCI Assessment Criteria -- Information and Communication Technology (ICT) Development -- New Trends.
Promising HCI Technologies -- Important Considerations for Building a User-Friendly Interface -- Final Thoughts on Game Design and HCI -- Summary -- Index.
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| Record Nr. | UNINA-9910574078103321 |
Info
Human-computer interaction in game development with Python : design and develop a game interface using HCI technologies and techniques / / Joseph Thachil George, Meghna Joseph George
