Books

This is a single chapter from the Phaser Game Starter Kit Collection. This chapter leads you through "Match-3" and "Trace-3+" game development. This tutorial has both v3.16+ & v2.x.x encoding. It's perfect for novices, experienced web developers, and just anyone wanting their own bespoke game, artwork, and features.

This is a single chapter from the Phaser Game Starter Kit Collection. This chapter leads you through Connect-4+ game development. This tutorial has both v3.16+ & v2.x.x encoding. It's perfect for novices, experienced web developers, and just anyone wanting their own bespoke game, artwork, and features.

This is a single chapter from the Phaser Game Starter Kit Collection. This chapter leads you through Collapsing Blocks (aka "Same Game") development. This tutorial has both v3.16+ & v2.x.x encoding. It's perfect for novices, experienced web developers, and just anyone wanting their own bespoke game, artwork, and features.

This is a single chapter from the Phaser Game Starter Kit Collection. This chapter leads you through Dress-up and "Fashions" game development. This tutorial has both v3.16+ & v2.x.x encoding. It's perfect for novices, experienced web developers, and just anyone wanting their own bespoke game, artwork, and features.

This is a single chapter from the Phaser Game Starter Kit Collection. This chapter leads you through Action-Arcade game development. This self-contained tutorial has both v3.16+ & v2.x.x encoding. It's perfect for novices, experienced web developers, and just anyone wanting with their own bespoke game, artwork, and features.

This is a single chapter from the Phaser Game Starter Kit Collection. This chapter leads you through game development for Jump-2-Capture games. These self-contained tutorials are for both v3.x.x & v2.x.x, perfect for novices and experienced web developers, and anyone creating single-player games with their own artwork and features.

A pattern language for event sourced applications and reliable distributed systems. Examples are written in the Python programming language. Now includes event-oriented introductions to the pattern language scheme of Christopher Alexander, the process philosophy of Alfred North Whitehead, and the person-centred psychology of Rogers and Rosenberg.

The Agile Retrospective Smells Cards: a coaching tool for Scrum masters, agile coaches, and anyone who facilitates agile retrospectives to recognize smells and solve problems or mitigate the impact using antidotes.

A fun and serious game to identify and discuss unproductive behavior in retrospective meetings, improve communication and collaboration, and make agile retrospectives more valuable. For agile teams, Scrum masters, agile coaches, and consultants leading agile transformations.

PLC and industrial robot programming

Welcome! This is your very first book on Python programming. Learn the foundation of programming meanwhile getting your finger in the Py-thon. Enjoy!

The second edition of Getting Started with Data Journalism - updated, with expanded sections, as well as new examples and exercises. This new edition brings the book up to date because, while the basic skills needed for data journalism have not changed, the tools and techniques have evolved since the first edition of this book was published.

¡Automatiza tus tareas e incrementa tu eficiencia! Este libro proporciona una introducción a algunos de los comandos más útiles en un sistema Unix/Linux, que te permiten realizar fácilmente tareas de todo tipo, desde la búsqueda de texto en un archivo hasta complejas operaciones de procesamiento, cálculo y extracción de datos.

Powerful questions to inspire your agile retrospectives and keep them valuable and effective!For retrospective facilitators, Scrum masters, Agile Coaches, and consultants.

This book is the chess grandmaster way of learning Python. 127 unique and brand-new Python puzzles - each pointing to gaps in your knowledge, challenges you to guess a solution, and then explains potential solutions in an easy-to-understand manner. # Example puzzle: my_list = [1, 1, 1, 1]my_list[1::2] = [2, 3]print(my_list) # What’s the output?