Forensic mental health assessment (FMHA) has grown into a specialization informed by research and professional guidelines. This series presents up-to-date information on the most important and frequently conducted forms of FMHA. The 19 topical volumes address best approaches to practice for particular types of evaluation in the criminal, civil, and juvenile/family areas. Each volume contains a thorough discussion of the relevant legal and psychological concepts, followed by a step-by-step description of the assessment process from preparing for the evaluation to writing the report and testifying in court.
Volumes include the following helpful features:
- Boxes that zero in on important information for use in evaluations
- Tips for best practice and cautions against common pitfalls
- Highlighting of relevant case law and statutes
- Separate list of assessment tools for easy reference
- Helpful gloassary of key terms for the particular topic
In making recommendations for best practice, authors consider empirical support, legal relevance, and consistency with ethical and professional standards. These volumes offer invaluable guidance for anyone involved in conducting or using forensic evaluations.
This book addresses the evaluation of criminals for capital sentencing, and looks at the history and importance of this process, the legal standards and the procedure for applying this evaluation in court. Established empirical foundations from the behavioral, social, and medical sciences are then presented. Finally, the book provides a detailed "how-to" for practitioners, including information on data collection, interpretation, report writing and expert testimony.

Program in Python on a Raspberry Pi or PC by developing six computer games. Each game project is split into several chapters of the book. Rather than taking you through programming techniques as standalone concepts, this book explains concepts as they are used within a game. You'll learn about variables; integer, real, Boolean and string data types; conditional if statements; fixed loops and conditional loops; modularity; arrays and lists; and predefined functions. You'll also discover the PyGame library, which is popularly used in the development of 2D games. Key programming concepts are revisited in subsequent projects in the book to consolidate prior learning. Beyond teaching you how to code, this book explains the programming logic behind each project-exemplifying the process of designing and writing a computer game. All the projects in this book are supported by Code Angel (mycodeangel.com). Code Angel Code Angel largely serves students and new developers and the projects work by encouraging you to 'Learn...then play'. Taking this approach, you'll be able to build fun 2D games and enjoy playing them by yourself or with friends. Developing games in this way keeps you engaged, gives a purpose as you work through each project, and offers a sense of achievement when each game is finished. What You'll Learn Integrate the fundamentals of the Python 3 programming language Program fun, classic computer games you can then play Develop computational thinking skills and abilities that can be applied to other ventures Who This Book Is For Students, hobbyists, new developers or anyone wishing to learn how to design and write computer games.