Whether you are a computer programming student, hobbyist or professional, Lambert's FUNDAMENTALS OF PYTHON (TM): DATA STRUCTURES, 2E offers the perfect introduction to object-oriented design and data structures using the popular Python (TM) programming language. The level of instruction is ideal if you've had at least one semester of programming experience in an object-oriented language, such as Java (TM), C++ or Python (TM). Step-by-step explanations and focused exercises clearly explain the design of collection classes with polymorphism and inheritance and multiple implementations of collection interfaces. This edition also addresses the analysis of the space/time tradeoffs of different collection implementations and, specifically, array-based implementations and link-based implementations. You learn to work with collections, including sets, lists, stacks, queues, trees, dictionaries and graphs. Prepare for success with FUNDAMENTALS OF PYTHON (TM): DATA STRUCTURES, 2E.

This volume will be of enormous interest and value to the growing number of people qualified both in the established and the new training societies for analysts and therapists, or studying to enter them. Within it theory and practice are closely interwoven, demonstrating how theories and models emerge, both from the study of earlier pioneering publications and from day to day experience, and are tested time and time again in the process of a group of practitioners accepting them as viable. An impressive and creative blend of the characteristics which this profession demands of its practitioners is in evidence here, combining originality with passion for their subject and the flexibility required to develop their own pattern of thought. 'In the practice of modern analytical psychology it has become of central importance to reorganise, analyse and interpret projections and introjections of many sorts, the patient's transference, the analyst's counter-transference, and the dialectical interaction between the two, which is descriptively termed transference/counter-transference.

An exposition on individuation including 'Archetypes, Individuation and Internal Objects' and 'The Individuation Process'

Lambert's FUNDAMENTALS OF PYTHON: FIRST PROGRAMS, 3rd EDITION, uses an easygoing, conversational writing style to introduce programming and problem solving to students from all types of backgrounds. This edition is designed so that the program examples gradually transition from simple snippets to realistic applications. These applications include graphics, image processing, graphical user interfaces and data visualization.

An exposition on individuation including 'Archetypes, Individuation and Internal Objects' and 'The Individuation Process'

This volume will be of enormous interest and value to the growing number of people qualified both in the established and the new training societies for analysts and therapists, or studying to enter them. Within it theory and practice are closely interwoven, demonstrating how theories and models emerge, both from the study of earlier pioneering publications and from day to day experience, and are tested time and time again in the process of a group of practitioners accepting them as viable. An impressive and creative blend of the characteristics which this profession demands of its practitioners is in evidence here, combining originality with passion for their subject and the flexibility required to develop their own pattern of thought. 'In the practice of modern analytical psychology it has become of central importance to reorganise, analyse and interpret projections and introjections of many sorts, the patient's transference, the analyst's counter-transference, and the dialectical interaction between the two, which is descriptively termed transference/counter-transference.

Master today's required computer science topics while preparing for further study with Lambert's FUNDAMENTALS OF PYTHON: FIRST PROGRAMS. This book's easygoing approach is ideal, no matter what your background. The approach starts with simple algorithmic code and then scales into working with functions, objects, and classes as the problems become more complex and require new abstraction mechanisms. Rather than working only with numeric or text-based applications like other introductory texts, this edition presents graphics, image manipulation, GUIs, and simple networked client/server applications. The author uses Python's standard Turtle graphics module to introduce graphics and to provide open source frameworks for easy image processing and GUI application development.

Kenneth Louden and Kenneth Lambert's new edition of PROGRAMMING LANGUAGES: PRINCIPLES AND PRACTICE, 3E gives advanced undergraduate students an overview of programming languages through general principles combined with details about many modern languages. Major languages used in this edition include C, C++, Smalltalk, Java, Ada, ML, Haskell, Scheme, and Prolog; many other languages are discussed more briefly. The text also contains extensive coverage of implementation issues, the theoretical foundations of programming languages, and a large number of exercises, making it the perfect bridge to compiler courses and to the theoretical study of programming languages.

Completely revised and updated, Fundamentals of Java: Comprehensive Course, Third Edition covers all of the AP requirements for Computer Science Exams A and AB. By taking a multilevel approach to teaching Java, this text is suitable for a wide range of students, from beginners to those ready for advanced data structures. Since it is non-software specific, it can be used with any Java program compiler, including Borland, Sun Microsystems, Symantec and others.