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    MAXON Cinema 4D R20: A Detailed Guide to Modeling, Texturing, Lighting, Rendering, and Animation
    MAXON Cinema 4D R20: A Detailed Guide to Modeling, Texturing, Lighting, Rendering, and Animation
    MAXON Cinema 4D R20: A Detailed Guide to Modeling, Texturing, Lighting, Rendering, and Animation
    Ebook1,002 pages7 hours

    MAXON Cinema 4D R20: A Detailed Guide to Modeling, Texturing, Lighting, Rendering, and Animation

    By Pradeep Mamgain

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    About this ebook

    The MAXON Cinema 4D R20: A Detailed Guide to Modeling, Texturing, Lighting, Rendering, and Animation book aim to help you become the best Cinema 4D artist you can be. This book will help you get started with modeling, texturing, lighting, rendering, and animation in Cinema 4D and you will learn some important concepts as well as some of the popular techniques which you can utilize to create any scene in Cinema 4D.

     

    Using a structured and pragmatic approach, this guide begins with the basics of modeling, then builds on this knowledge using practical examples to enhance your texturing, lighting, rendering, and animation skills. Each unit builds on the knowledge gained in the previous unit, showing you all the essentials of modeling, texturing, lighting, rendering, and animation with Cinema 4D. As you go from hands-on exercise to hands-on exercise, you'll develop a strong arsenal of skills that combined will form a complete end to end process to creating high-quality projects using Cinema 4D.

     

    This book shares tips, tricks, notes, and cautions throughout, which will help you become a better Cinema 4D artist and you will be able to speed up your workflow. This book is aimed to be a solid teaching resource for learning Cinema 4D.  It avoids any jargon and explains concepts and techniques in an easy-to-understand manner. The first page of every unit summarizes the topics that will be covered in the unit. Hands-on exercises in this book instruct users how things can be done in Cinema 4D step-by-step. 

     

    Practicing is one of the best ways to improve skills. This book contains practice activities which you are highly encouraged to complete and gain confidence for real-world projects. By completing these activities, you will be able to master the powerful capabilities of Cinema 4D. By the time you're done, you'll be ready to model, illuminate, and render any scene in Cinema 4D.  

     

    For more information, visit Padexi Academy's website.

     

    LanguageEnglish
    PublisherPradeep Mamgain
    Release dateJul 31, 2020
    ISBN9781393551782
    MAXON Cinema 4D R20: A Detailed Guide to Modeling, Texturing, Lighting, Rendering, and Animation

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      Book preview

      MAXON Cinema 4D R20 - Pradeep Mamgain

      front.png

      Unit CMP: Practice

      Activities [Modeling]

      Practice Activities

      Activity 1

      Create a model of a road side sign [see Fig. A1].

      Hint

      Create the model using the Cone, Cylinder, and Polygon primitive objects.

      Activity 2

      Create a robo model [see Fig. A2].

      Hint

      Create the model using the Cube, Sphere, Cylinder, Pyramid, Cone, Torus, and Tube primitive objects.

      Activity 3

      Create the coffee table model [see Fig. A3] using the Cube primitive.

      Dimensions:

      A: Length=35.433, Width=21.654, Height=1.5"

      B: Length=34.037, Width=20.8, Height=1.5"

      C: Length=2, Width=2, Height=13.78"

      Activity 4

      Create the 8-Drawer Dresser model [see Fig. A4] using the Cube primitive.

      Dimensions:

      A: Length=65, Width=21, Height=1.5"

      B: Length=2, Width=2, Height=35"

      C: Length=60.76, Width=18.251, Height=30"

      D: Length=27.225, Width=19.15, Height=11"

      E: Length=27.225, Width=19.15, Height=7"

      F: Length=12.871, Width=19.15, Height=5"

      Activity 5

      Create the foot stool model [see Fig. A5] using the Cylinder and Cube primitives.

      Dimensions:

      A: Radius=14, Height=5.91, and Fillet Radius=0.32"

      B: Radius=14, Height=7.5, and Fillet Radius=0.74"

      C: Length=1.651, Width=3.455, Height=1.496, and Fillet Radius=0.087

      Also, use the Slice feature for cylinders [From=-180 degrees and To 0 degrees].

      Activity 6

      Create shape of the word Love using splines and then use the Cube primitive, and the Arrange and Duplicate functions to create text, as shown in Fig. A6.

      Hint

      Create a spline using the Sketch tool along which the cubes will be duplicated. Create another spline using the Pen tool that will be used to rotate the cubes, see Fig. A7. Use the Duplicate function to create 100 copies of the cube and then use the Arrange function to arrange duplicate cubes on the spline.

      Activity 7

      Create a model of bowl using the Lathe generator [see Fig. A8]. Use bowl.jpg as reference.

      Activity 8

      Create the candle stand model [see Fig. A9] using the Lathe generator.

      Activity 9

      Create model of a glass rack using the Rectangle spline, Cylinder primitive, and Extrude generator [see Fig. A10].

      Activity 10

      Create model of a corkscrew using the Helix spline and the Sweep generator object [see Fig. A11].

      Activity 11

      Create the model shown in the first image of Fig. A12. Rest of the images in Fig. A12 show hints for creating the model.

      Activity 12

      Create a model of flash drive using polygon modeling techniques [see Fig. A13].

      Hint

      Set Units to Millimeters. Create a Cylinder primitive and then set its Radius to 7.5, Height to 7, Height Segments to 1, and Rotation Segments to 36. Make it editable and then dissolve the top and bottom points using the Dissolve command, see Fig. A14. Weld the points using the Connect object. Select the one half of the points in the Top view and then move them about 25 units to the right see Fig. A15. Now, use various modeling tools and functions to create the flash drive model.

      Activity 13

      Create a model of the USB connector using polygon modeling techniques [see Fig. A16].

      Hint

      Set Units to Millimeters. Create a Box and then set its Size X, Size Y, and Size Z to 15, 5, and 30, respectively. Now, use various modeling tools and functions to create the USB connector model.

      Activity 14

      Create the kitchen cabinet model [see Fig. A17] using the Cube primitive. Use dimensions of your choice.

      Activity 15

      Create the clutch model [see Fig. A18].

      Hint

      Create a Cogwheel primitive. Use Teeth Type as Flat, set Inlay Type to Holes, and then set Holes, Radius, and Ring Radius parameters, as per you need. Next, extrude the primitive.

      Activity 16

      Create the clutch model [see Fig. A19].

      Hint

      Refer to Activity 15. This time create three holes and then use the Arc setting to make holes elliptical.

      Using variations of Cogwheel settings and create models as shown in Figs. A20 through A31.

      Activity 17

      The Cogwheel primitive is a powerful parametric object. Experiment with it and create different clutch, gear, and ratchet models [refer to Figs. A22 through A30].

      MAXON

      Cinema 4D R20

      A Detailed Guide to Modeling,

      Texturing, Lighting,

      Rendering, and Animation

      Pradeep Mamgain

      MAXON Cinema 4D R20

      A Detailed Guide to Modeling, Texturing, Lighting, Rendering, and Animation

      © 2019 PADEXI Academy. All rights reserved.

      No part of this book may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, without the prior written permission of the publisher, except in the case of brief quotations embedded in critical articles or reviews.

      NOTICE TO THE READER

      Electronic Files

      The electronic file/eBook in any form of this textbook is licensed to the original user only and may not be transferred to any other party.

      Disclaimer

      No patent liability is assumed with respect to the use of the information contained herein. Although every precaution has been taken in the preparation of this book, neither the author, nor PADEXI, and its dealers and distributors will be held liable for any damages caused or alleged to be caused directly or indirectly by this book. All terms mentioned in this book that are known to be trademarks or service marks have been appropriately capitalized. PADEXI cannot attest to the accuracy of this information. Use of a term in this book should not be regarded as affecting the validity of any trademark or service mark.

      Book Code: PDX014P

      For information about the books, eBooks, and video courses published by PADEXI ACADEMY, visit our website: www.padexi.academy

      Acknowledgments

      I would like to express my gratitude to the many people who saw me through this book; to all those who provided support, offered comments, and assisted in editing, proofreading, and design.

      Thanks to:

      Parents, family, and friends.

      Teachers and mentors: Thank you for your wisdom and whip-cracking—they have helped me immensely.

      I am grateful to my many students at the organizations where I’ve taught. Many of them taught me things I did not know about computer graphics.

      Everyone at Maxon [www.maxon.net].

      Finally, thank you for picking up the book.

      About the Author

      I’ll keep this short, I am a digital artist, teacher, consultant, and founder of Padexi Academy [www.padexi.academy]. I am self-taught in computer graphics, the Internet has been the best source of training for me [thanks to those amazing artists, who share the knowledge for free on YouTube]. I have worked with several companies dealing with animation and VFX. I love helping young aspiring 3D artists to become professional 3D artists. I helped my students to achieve rewarding careers in 3D animation and visual effects industry.

      I have more than ten years of experience in CGI. I am passionate about computer graphics that helped me building skills in particles, fluids, cloth, RBD, pyrotechnics simulations, and post-production techniques. The core software applications that I use are Maya, 3ds Max, CINEMA 4D, Photoshop, Nuke, After Effects, and Fusion. In addition to computer graphics, I have a keen interest in web design/development, digital marketing, and search engine optimization.

      You can contact me by sending an e-mail to [email protected].

      Introduction

      The MAXON Cinema 4D R20: A Detailed Guide to Modeling, Texturing, Lighting, Rendering, and Animation book aim to help you become the best Cinema 4D artist you can be. This book will help you get started with modeling, texturing, lighting, rendering, and animation in Cinema 4D and you will learn some important concepts as well as some of the popular techniques which you can utilize to create any scene in Cinema 4D.

      Using a structured and pragmatic approach, this guide begins with the basics of modeling, then builds on this knowledge using practical examples to enhance your texturing, lighting, rendering, and animation skills. Each unit builds on the knowledge gained in the previous unit, showing you all the essentials of modeling, texturing, lighting, rendering, and animation with Cinema 4D. As you go from hands-on exercise to hands-on exercise, you’ll develop a strong arsenal of skills that combined will form a complete end to end process to creating high-quality projects using Cinema 4D.

      This book shares tips, tricks, notes, and cautions throughout, which will help you become a better Cinema 4D artist and you will be able to speed up your workflow. This book is aimed to be a solid teaching resource for learning Cinema 4D. It avoids any jargon and explains concepts and techniques in an easy-to-understand manner. The first page of every unit summarizes the topics that will be covered in the unit. Hands-on exercises in this book instruct users how things can be done in Cinema 4D step-by-step.

      Practicing is one of the best ways to improve skills. This book contains practice activities which you are highly encouraged to complete and gain confidence for real-world projects. By completing these activities, you will be able to master the powerful capabilities of Cinema 4D. By the time you’re done, you’ll be ready to model, illuminate, and render any scene in Cinema 4D.

      If you buy this book, you’ll also get access to all Cinema 4D files, texture files, and any other resource used in the book. You are free to use these resources in your own projects personal or commercial. These working files allow you to follow along with the author throughout the units.

      What are the key features of the book?

      Covers Cinema 4D’s updated user interface, navigation, tools, functions, and commands.

      Covers all the basics as well as advanced topics using easy to follow, hands-on exercises. Detailed coverage of tools and features.

      Covers polygon, subdivision, spline, and volumetric modeling techniques.

      Explains the Standard, Physical, HardwareOpenGL, and Software OpenGL renderers.

      Explains global illumination, ambient occlusion, color mapping, and other post effects. Covers the process of rendering flicker-free animation.

      Explains the depth-of-field and motion blur effects.

      Covers Cinema 4D lights.

      Covers product visualization and interior rendering techniques.

      Covers UV mapping.

      Explains the process of creating various materials.

      Covers the Node Editor and nodes in detail.

      Features 85 hands-on exercises – complete with before and after files.

      Features 26 practice activities to test the knowledge gained.

      Additional guidance is provided in the form of tips, notes, and cautions.

      Important terms are in boldface so that you never miss them.

      The content under What just happened? heading explains the working of the instructions.

      The content under What next? heading tells you about the procedure you will follow after completing a step(s).

      Includes an ePub file that contains the color images of the screenshots/illustrations used in the textbook. These color images will help you in the learning process. This ePub file is included with the resources.

      Tech support from the author.

      Access to each exercise’s initial and final states along with the resources used in hands-on exercises.

      Quiz to assess knowledge.

      Who this book is for?

      Beginners and intermediate users of Cinema 4D

      Digital artists

      Motion graphics artists

      Indie game developers

      And anyone who wants to learn Cinema 4D

      What are the prerequisites?

      Before you start this book, you should have Cinema 4D Studio R20 installed on your system.

      You should have the desire to learn.

      Willingness to be awesome.

      What you will learn?

      Polygon, subdivision, spline, and volumetric modeling techniques.

      Use various renderers available in Cinema 4D.

      Work with post effects such as global illumination, ambient occlusion, and so on.

      Illuminate and render any scene in Cinema 4D.

      Create the depth-of-field and motion blur effects.

      Use the new node-based material system and various nodes.

      Speed up your workflow.

      Create cool looking renders.

      How this book is structured?

      This book is divided into the following units:

      Unit CM1: Introduction to Cinema 4D R20, introduces you to Cinema 4D interface and primitive objects available in the Object command group. You will learn about the Cinema 4D unit system, coordinate system, interface elements, and how to customize the interface. You will also create models using primitives.

      Unit CM2: Tools of the Trade, walks you through some of the important tools that you will use in the modeling process. These tools are used to create guides in the editor view, interactively placing lights and adjusting their attributes in the scene, measure angles and distances, arrange/duplicate/randomize objects, correct lens distortions, and create virtual walkthroughs.

      Unit CM3: Spline Modeling, introduces you to the spline modeling tools, concepts, and techniques.

      Unit CM4: Polygon Modeling, introduces you to the polygon modeling tools, concepts, and techniques. This unit talks about polygons components, selection tools, polygons structure tools, modeling objects, and deformers.

      Unit CMP: Practice Activities [Modeling], contains practice activities which you are highly encouraged to complete.

      Unit CV1: Volumes - I, covers the Volume Builder and Volume Mesher functions. You will learn how to quickly create 3D models with ease using boolean operations with voxels.

      Unit CV2: Volumes - II, covers volume filters, volume group, and the Volume Loader object.

      Unit CVP: Practice Activities [Volumes], contains practice activities which you are highly encouraged to complete.

      Unit CR1: Standard Renderer, introduces you to the Standard renderer and its settings. You will also learn about various post effects such as global illumination, ambient occlusion, and so on. In addition, you will learn how to create a dynamic depth-of-field effect.

      Unit CR2: Other Renderers, introduces you to the Physical, Hardware OpenGL, and Software OpenGL renderers. You will also learn how to create depth-of-field and motion blur effects. Moreover, this unit covers the process of illuminating a scene using only polygon lights.

      Unit CR3: Lighting, introduces you to Cinema 4D lights, you will learn various lighting techniques.

      Unit CT1: Introduction to UV Mapping, introduces you to UVs, the UV Manager, and UV Projection techniques.

      Unit CT2: Material Presets, introduces you to some of the material presets available in Cinema 4D. You will learn how to create these presets from scratch.

      Unit CT3: Creating Materials, covers the material creation process. You will learn how to create various materials. In addition, you will learn about the reflectance model of Cinema 4D.

      Unit CT4: Node-Based Materials, covers the new node-based system introduced in R20. You will learn about various nodes and how to use them to create node graphs.

      Unit CNA: Understanding Animation and Keyframes, introduces you to the fundamentals of animation in Cinema 4D. You will learn how to record and edit animation in Cinema 4D. In addition, you will learn to use Cinema 4D’s Motion System.

      Unit CMA: Appendix - Quiz Answers [Modeling], contains quiz answers.

      Unit CVA: Appendix - Quiz Answers [Volumes], contains quiz answers.

      Unit CRA: Appendix - Quiz Answers [Rendering], contains quiz answers.

      Unit CTA: Appendix - Quiz Answers [Texturing], contains quiz answers.

      Unit CAA: Appendix - Quiz Answers [Animation], contains quiz answers.

      Conventions

      Icons Used in This Book

      Given below are some examples with these icons:

      Note: Refraction index

      Materials such as glass and water look realistic when they are rendered with refraction index but they increase the render time. However, note that if the scene does not contain materials that reflect light, no additional render time will be added if the Refraction checkbox is selected.

      Tip: Rendering transparency

      If the transparent objects that lie behind other transparent objects are rendered black, increase the value of the Ray Depth parameter. The default value for the Ray Depth parameter is 15.

      Caution: Color profile

      Many of the programs can’t read color profiles. For example, Windows 7 partially reads profiles. Generally, the default sRGB profile will be the correct profile.

      What just happened?

      When we apply a material to an object, a texture tag is automatically assigned to the object. The texture tag controls how the texture is mapped or placed on the object. The settings appear in the Attribute Manager.

      What next?

      Now, we already have a scene with optimized shadows. Before we apply the Global Illumination settings, we need to make sure that our materials are looking right. If you find any issue, you need to fix it before you proceed. In the next steps, we will apply materials and also specify the optimized render settings.

      Parameter: Exit Reflections

      When reflection rays meet a surface after being refracted, two types of reflections can be calculated: one when rays enter the medium and the other when they exit the medium. A single reflection is visually more appealing than the double reflection. To achieve a single reflection, clear the Exit Reflections checkbox.

      Important Words

      Important words such as menu name, tools’ name, name of the dialogs/windows, button names, and so on are in boldface. For example:

      Create an area light and then position it, as shown in Fig. E4. Rename the light as Fill Light. In the General tab, change Intensity to 3, and on the Details tab, select the Z Direction Only checkbox.

      Unit Numbers

      The following table shows the terminology used for the unit numbers:

      This approach helps us better organize the units when multiple modules/books are included in a textbook. For example, XPresso units will be numbered as CX1, CX2, CX3, and so on; dynamics units will be numbered as CD1, CD2, and so on.

      Figure Numbers

      In theory, figure numbers are in the following sequence Fig. 1, Fig. 2, and so on. In hands-on exercises, the sequence is as follows: Fig. E1, Fig. E2, and so on. In hands-on exercises, the sequence restarts from number E1 for each exercise.

      Naming Terminology

      LMB, MMB, and RMB

      These acronyms stand for the left mouse button, middle mouse button, and right mouse button.

      MEV Menu

      This acronym stands for Menu in editor view. It represents the menubar located in each viewport of Cinema 4D.

      Tool

      If you click an item in a palette, toolbar, manager, or browser and a command is invoked to create/edit an object or perform some action then that item is termed as a tool. For example: Move tool, Rotate tool, Loop Selection tool.

      Right-click Contextual Menus

      The right-click menus [see Fig. 1] are the contextual menus in Cinema 4D that provide quick access to the commands/functions/tools related to the currently selected entities.

      Hidden Menus

      There are several hidden menus available in Cinema 4D. These menus quickly allow you to select tools, commands, and functions. For example, the M menu lets you quickly access the modeling tools. Now, if you want to invoke the Extrude tool, press MT [see Fig. 2].

      Checkbox

      A small box [labeled as 1 in Fig. 3], when selected by the user, shows that a particular feature has been enabled or a particular option chosen.

      Drop-down

      A drop-down (abbreviated drop-down list; also known as a drop-down menu, drop menu, pull-down list, picklist) is a graphical control element [labeled as 2 in Fig. 3], similar to a list box, that allows the user to choose one value from a list.

      Button

      The term button (sometimes known as a command button or push button) refers to any graphical control element [labeled as 3 in Fig. 3] that provides the user a simple way to trigger an event, like searching for a query, or to interact with dialog boxes, like confirming an action.

      Window

      A window [labeled as 4 in Fig. 3] is a separate viewing area on a computer display screen in a system that allows multiple viewing areas as part of a graphical user interface (GUI).

      Dialog Box

      An area on screen [see Fig. 4] in which the user is prompted to provide information or select commands.

      Trademarks

      Windows is the registered trademark of Microsoft Inc. Cinema 4D is the registered trademark of MAXON Computer.

      Access to Electronic Files

      This book is sold via multiple sales channels. If you don’t have access to the resources used in this book, you can place a request for the resources by visiting the following link: http://www.padexi.academy/contact. Fill the form under the Book Resources [Electronic Files] section and submit your request.

      Customer Support

      At PADEXI Academy, our technical team is always ready to take care of your technical queries. If you are facing any problem with the technical aspect of the textbook, please send an email to the author at the following email address: [email protected]

      Errata

      We have made every effort to ensure the accuracy of this book and its companion content. If you find any error, please report it to us so that we can improve the quality of the book. If you find any errata, please report them by visiting the following link: http://www.padexi.academy/errata.

      This will help other readers from frustration. Once your errata is verified, it will appear in the errata section of the book’s online page.

      THIS UNIT COVERS:

      Navigating the workspace

      Customizing the interface

      Understanding UI components

      Setting preferences

      Understanding layouts

      Moving, rotating, and scaling objects

      Managers and Browsers

      Getting help

      Unit CM1: Introduction to

      Cinema 4D R20

      Welcome to the latest version of Cinema 4D. In any 3D computer graphics application, the first thing you see is interface. Interface is where you view and work with your scene.

      Cinema 4D's interface is intuitive and highly customizable. You can make changes to the interface and then save multiple interface settings using the Layout feature. You can create multiple layouts and switch between them easily.

      Cinema 4D Interface Elements

      You can start Cinema 4D by using one of the following methods:

      Double-click on the Cinema 4D icon on the desktop

      Double-click on a Cinema 4D scene file

      Clicking Cinema 4D entry from the Start menu

      Dragging a .c4d file from Windows Explorer to the program icon

      Running it from Command Prompt

      Running Cinema 4D Lite from After Effects

      When you first time open Cinema 4D, you are presented with the UI, as shown in Fig. 1. I have labeled various elements of the interface using numbers. The following table summarizes the main UI elements.

      The Cinema 4D interface is highly configurable. You can dock and undock windows in the main window. When you move a docked window, the surrounding windows are resized automatically. You can also display windows as tabs to save the screen real-state. You can define the arrangements of elements as layouts and freely switch between them. The fastest way to switch between the layouts is the Layout drop-down list [labeled as 6 in Fig. 1] located on the top-right corner of the interface.

      Let's explore various components of the Cinema 4D interface.

      Title Bar

      The title bar is the first element of the interface and located at the top of the UI. It displays name and version of the software as well as the name of the currently opened file.

      Menubar

      The menubar is located below the tile bar. It hosts almost all important commands, tools, and functions that Cinema 4D offers. You can tear-off a menu [or sub-menu] from the menubar by clicking on the corrugated line located at the top of the menu or sub-menu [see Fig. 2].

      Standard Palette

      The Standard palette is located below the menubar and it hosts various tools, commands, and groups of commands. Some of the icons on the palette have a black triangle on the bottom-right corner that indicates a folded group of tools/commands.

      To access the folded group of commands, hold LMB on the icon and then choose the desired command from the displayed flyout.

      The table given next summarizes the tools available in the Standard palette:

      Note: Highlighting and selections

      The selected objects are surrounded by an orange outline. If you hover the mouse over objects in the editor view, a white outline appears on the objects underneath the mouse pointer. If you are using a graphics card that is not supported by Cinema 4D, these highlights will not appear. In case you have a supported graphics card and highlights are not appearing, you need to enable the Enhanced OpenGL option. You can access this option from the Options menu of the editor view’s menubar.

      Tools Palette

      The Tools palette is the vertical toolbar located on the extreme left of the standard interface. It contains various tools. The following table summarizes these tools:

      Navigation Tools

      The navigation tools are located on the top-right corner of each viewport. Click-drag the first icon to pan the view [move the camera], click-drag second icon to zoom in or out [move the camera in the direction of view] of the viewport. Click-drag the third icon to rotate [rotate the camera] the view. Click the forth icon to maximize the view. You can also maximize a viewport by MMB clicking on it. You can also use hotkeys to navigate the view. To use a hotkey, hold down the key on the keyboard and drag the mouse.

      The following table summarizes these hotkeys:

      The viewports with the orthogonal view can be rotated around their orthographic axis. If you hold Shift, you can rotate the view in 15 degrees increments.

      Menu In Editor View

      The Menu in editor view [MEV menubar] is located on the top of each viewport. It hosts command, tools, and functions corresponding to the views. The MEV menubar contains seven menus. The following tables summarizes the options available in these menus:

      Tip: Framing Geometry/Elements

      You can hold down the Alt key with S, O, and H keys to zoom all views instead of the active view only.

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