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Focus your efforts on developing the artistic and technical skills that will transform you into the best animator you can be.
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Character Animation Courses
Course 01: Animation Basics
Learn to walk before you run. If you are new to animation, this first course will help you learn the core essence of animation based on the 12 basic principles of animation developed by Disney’s Frank Thomas and Ollie Johnston. You’ll learn animation concepts and techniques to build a solid foundation as you start your animation journey.
Course Length: 12 weeks
Upcoming Term: Winter 2021
Start Date: Week of January 4, 2021
Application Due: December 18, 2020
Registration Opens: October 12, 2020 – January 3, 2021
Price Per Course: $2,499 *
* Includes a $100 non-refundable registration fee
Upcoming Term: Winter 2021
Start Date: Week of January 4, 2021
Application Due: December 18, 2020
Registration Opens: October 12, 2020 – January 3, 2021
Price Per Course: $2,499 *
* Includes a $100 non-refundable registration fee
Apply Now
In Animation Basics, you’ll go beyond software to learn how to realistically convey weight, motion and follow through – critical skills on your journey to become a character animator. You’ll start the course by learning how to animate a bouncing ball, and then evolve that bouncing ball through the creation of both “vanilla” and “personality” walk cycles.
Learn How to:
- Understand critical principles of animation like weight and overlapping action
- Convey emotions like joy, devastation and concern through sketchbook and posing exercises with our Stu rig
- Go beyond the bouncing ball by learning to express different weights
- Understand overlapping action by animating motion and follow through using Squirrels, Monster Ball or Bird Ball
- Animate a simple and straightforward “vanilla” walk cycle
- Create a stylized walk cycle to showcase personality and emotion
Why it’s right for you:
- Learn from Animation Mentor’s proven, trusted Character Animation curriculum – the same curriculum taught to top animators working at studios like Disney Animation Studios, Pixar Animation Studios, Industrial Light & Magic, WETA Digital and Blue Sky Studios
- Learn from the best mentors, at the world’s first and most respected online animation school
- Level up basic 3D animation software experience, and go beyond software tutorials to truly understand the art and craft of animation
- Work with industry-quality characters and assets
- Create a kick-ass demo reel full of your best animation and prepare yourself to apply for a job as a character animator
What You Get:
- Access to the Animation Mentor community of over 5,500 students and alumni in more than 105 countries around the world
- Instruction from top-quality mentors from the world’s leading animation studios
- Over 12 hours of pre-recorded lecture material, made available to watch on-demand each week
- A weekly eCritique of your assignment from your mentor
- A weekly live Q&A with your mentor and classmates
- Access to the Animation Mentor resource library with guest lectures, additional Q&As, and weekly video news
- Ongoing access to all characters and rigs from this course, including Tailor, Ballie, Stu, Squirrels, Monster Ball, Bird Ball and the pendulum
Requirements
- Apply and be accepted into Animation Mentor. Apply Now!
- Be 18 years of age or older upon the first day of this course
- Meet the minimum system requirements
- Have intermediate computer software skills. This course requires a basic knowledge of 3D software. If you have little to no experience using 3D animation software like Maya, Blender or 3DS Max, we strongly recommend our Maya Workshop: Animation Basics
- Our rigs and demonstrations use Autodesk Maya. You are welcome to use any other 3D software or rigs if you choose to.
- Have a good understanding of the English language
Each time an application schedules a storyboard, the application must supply the current time to the animation manager. The current time is also required when directing the animation manager to update its state and set all animation variables to the appropriate interpolated values.
Overview
There are two configurations supported by Windows Animation: application-driven animation and timer-driven animation.
To use application-driven animation in your application, you must update the animation manager before drawing each frame and use an appropriate mechanism to draw frames frequently enough for animation. An application using application-driven animation can use any mechanism to determine the current time, but the Windows Animation timer object returns a precise time in the units accepted by the animation manager. To avoid unnecessary drawing when no animations are playing, you should also provide a manager event handler to start redrawing when animations are scheduled and check after each frame whether redrawing can be suspended. For more information, see Application-Driven Animation.
In the application-driven configuration, an application can call the IUIAnimationManager::GetStatus method to verify that animations are currently scheduled and continue to draw frames if they are. Because redrawing stops when there are no animations scheduled, it is necessary to restart it the next time an animation is scheduled. An application can register a manager event handler to be notified when the status of the animation manager changes from idle (no animations are currently scheduled) to busy.
To use timer-driven animation in your application, you must connect the animation manager to an animation timer and provide a timer event handler. When the animation manager is connected to a timer, the timer can tell the manager when the animation state should be updated as time progresses. The application should draw a frame for each timer tick. The animation manager can in turn tell the timer when there are animations playing, so the timer can shut itself off during idle periods when redrawing is unnecessary. To avoid unnecessary drawing when no animations are playing, you should configure the timer to disable itself automatically. For more information, see Timer-Driven Animation.
Example Code
Application-Driven Animation
The following example code is taken from ManagerEventHandler.h from the Windows Animation samples Application-Driven Animation and Grid Layout. It defines the manager event handler.
The following example code is taken from MainWindow.cpp from the Windows Animation sample Application-Driven Animation; see CMainWindow::InitializeAnimation. This example creates an instance of the manager event handler using the CreateInstance method and passes it to the animation manager using the IUIAnimationManager::SetManagerEventHandler method.
Because the manager event handler retains a reference to the main window object, the manager event handler should be cleared (by passing NULL to SetManagerEventHandler) or the animation manager should be completely released before the main window is destroyed.
The following example code is taken from MainWindow.cpp in the Windows Animation sample Application-Driven Animation; see the CMainWindow::OnPaint method. It calls the IUIAnimationManager::GetTime method to retrieve the time in the units required by the IUIAnimationManager::Update method.
The following example code is taken from MainWindow.cpp from the Windows Animation samples Application-Driven Animation and Grid Layout; see the CMainWindow::OnPaint method. It assumes that the application is using a graphics API that automatically synchronizes to the monitor refresh rate (such as Direct2D with its default settings), in which case a call to the InvalidateRect function is enough to ensure that the painting code will be called again when it is time to draw the next frame. Rather than call InvalidateRect unconditionally, it is better to check if there are still any animations scheduled using GetStatus.
Timer-Driven Animation
The following example code is taken from TimerEventHandler.h from the Windows Animation sample Timer-Driven Animation. The example code defines the timer event handler, which invalidates the window's client area to cause a repaint after each update of the animation state.
The following example code is taken from MainWindow.cpp from the Windows Animation sample Timer-Driven Animation; see CMainWindow::InitializeAnimation. This example creates an instance of the timer event handler using the CreateInstance method and passes it to the timer using the IUIAnimationTimer::SetTimerEventHandler method. Because the timer event handler retains a reference to the main window object, the timer event handler should be cleared (by passing NULL to SetTimerEventHandler) or the timer completely released before the main window is destroyed.
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The following example code is taken from MainWindow.cpp in the Windows Animation sample Timer-Driven Animation; see the CMainWindow::InitializeAnimation method. It calls the QueryInterface method on the animation manager object to get a pointer to IUIAnimationTimerUpdateHandler, then connects the UIAnimationManager and UIAnimationTimer objects by setting the animation manager as the timer's update handler using the IUIAnimationTimer::SetTimerUpdateHandler method. Note that it is not necessary to explicitly clear this connection; the connection is cleared safely after the application releases both the animation manager and the animation timer.
If UI_ANIMATION_IDLE_BEHAVIOR_DISABLE is not used, it is also necessary to enable the timer to start it ticking.
Previous Step
Before starting this step, you should have completed this step: Create Animation Variables.
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Next Step
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After completing this step, the next step is: Read the Animation Variable Values.