Book Image

CryENGINE 3 Cookbook

By : Dan Tracy, Sean P Tracy (USD)
Book Image

CryENGINE 3 Cookbook

By: Dan Tracy, Sean P Tracy (USD)

Overview of this book

With every successive console generation, the cost, time, and complexity of developing games has grown. Meet CryENGINE3, a middleware engine that is the perfect fit for most developers allowing users to exceed current generation quality standards while using less people and time than ever thought possible.The CryENGINE3 CookBook is packed full of recipes for junior and senior developers alike. It covers everything from creating photo realistic architectural visualizations to implementing advanced physics such as ragdoll and tornado effects. Topics covered include the sandbox, level layout, environment creation, AI, character creation, creating vehicles, and game logic. Every recipe is designed to add AAA quality to your games. The CryENGINE3 SDK has many tools immediately available to developers of all disciplines. For designers the book has recipes for building up your own levels and populating your levels with intelligent AI and photo realistic assets. For artists we have recipes for practical workflow tools and techniques used when working with the advanced CryENGINE shaders and materials. For animators we have recipes that will bring your creations to life using skinned characters and advanced animation systems like locomotion groups. Finally for programmers we have recipes that show how to employ the core mechanics behind entities such as vehicles and weapons while also utilizing the strengths of the physics engine to create a unique and exciting game.

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CryENGINE 3 Cookbook
Dan Tracy | Sean P Tracy (USD)
Jun, 2011 | 324 pages
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Table of Contents (18 chapters)
CryENGINE 3 Cookbook
CryENGINE 3 Cookbook
Credits
Credits
About the Authors
About the Authors
www.PacktPub.com
www.PacktPub.com
Preface
Preface
Free Chapter
1
CryENGINE 3: Getting Started
CryENGINE 3: Getting Started
Introduction
Opening a level in the CryENGINE 3 Sandbox
Navigating a level with the Sandbox Camera
Setting up a personalized toolset layout
How to customize toolbars and menus
Using the Rollup Bar
Selecting and browsing level objects
Restoring the CryENGINE 3 default settings
2
Sandbox Basics
Sandbox Basics
Introduction
Creating a new level
Generating a procedural terrain
Terrain sculpting
Setting up the terrain texture
Placing the objects in the world
Refining the object placement
Utilizing the layers for multiple developer collaboration
Switching to game mode
Saving your level
Exporting to an engine
Essential game objects
Running a map from the Launcher
3
Basic Level Layout
Basic Level Layout
Introduction
Making basic shapes with the Solids tool
Editing and merging solids
Grouping the objects
Utilizing the Geom entities instead of brushes
Road construction
Painting vegetation
Breaking up tiling with Decals
Making caves with Voxels
Creating Prefabs to store in external libraries
4
Environment Creation
Environment Creation
Introduction
Creating your first time of day using the basic parameters
Adjusting the terrain lighting
Using the real-time Global Illumination
Editing HDR lighting and the effects for flares
Creating a global volumetric fog
Creating a night scene with time of day parameters
Color grading your level
Creating a photo realistic ocean
Improving your sky with clouds
Making it rain in your level
5
Basic Artificial Intelligence
Basic Artificial Intelligence
Introduction
Placing the enemy AI
Generating the AI navigation
Forbidden boundaries
Forbidden areas
Setting up the interior navigation
Debugging the AI triangulation
Narrowing the AI's FOV to allow attacks from behind
Respawning AI
6
Asset Creation
Asset Creation
Introduction
Installing the CryENGINE 3 plugin for 3D Studio Max
Creating textures using CryTIF
Setting up units to match CryENGINE in 3ds
Basic material setup in 3ds
Creating and exporting static objects
Creating and exporting destroyable objects
Using advanced material editor parameters to create animation
Creating new material effects
Creating image-based lighting
7
Characters and Animation
Characters and Animation
Introduction
Creating skinned characters for the CryENGINE
Ragdoll and physics for characters
Creating animation for your character
Previewing animations and characters for Sandbox
Creating upper body only animations
Creating locomotion animations
Animating rigid body geometry data
8
Creating Vehicles
Creating Vehicles
Introduction
Creating a new car mesh (CGA)
Creating a new car XML
Giving more speed to the car
Increasing the mass to push objects with the car
Defining a sitting location
Setting up multiple cameras for the car
Need for a machine gun
Giving the car a weak spot
9
Game Logic
Game Logic
Introduction
How to beam the player to a tag point from a trigger
Making the AI go to a location when the player enters a proximity trigger
Debugging the Flow Graph
Creating a kill counter
Rewarding the player for reaching a kill goal
Displaying the player's health through a Flow Graph
Changing the player camera through key input
Creating a countdown timer
10
Track View and Cut-Scenes
Track View and Cut-Scenes
Introduction
Creating a new Track View sequence
Animating a camera in the Track View
Triggering a sequence using the Flow Graph
Animating entities in the Track View
Playing animations on entities in the Track View
Using console variables (CVars) in the Track View
Using track events
11
Fun Physics
Fun Physics
Introduction
Low gravity
Hangman on a rope
Tornadoes
Constraints
Wrecking ball
Rock slide
12
Profiling and Improving Performance
Profiling and Improving Performance
Introduction
Profiling performance in the Sandbox
Saving level statics
Enabling the debug draw modes
Optimizing the levels with VisAreas and portals
Using light boxes and light areas
Activating and deactivating the layers
Index
Index

Enabling the debug draw modes

In this recipe, we will explore the different modes that you can enable in the Sandbox to be able to track down and spot the performance and assets problems.

Getting ready

This recipe will make extensive use of the console and in the previous performance cases you must have a populated level opened for the majority of these functions.

How to do it...

As our goal is to provide the best performance, we need to be able to visually observe the impact of using different debugging features, especially how to use them in combination with each other:

  1. The first debug view that we will use will be the r_stats 1 view. Enter r_stats 1 into the console to enable this:

    This view breaks down the per-frame statistics of the renderer. This is extremely important as the render takes up the highest percentage in most cases of the frame time. It is also the most important view to use when following certain budget guidelines as designers and artist have direct control over these variables...

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