1 Check your inputs and outputs

The first step to debug any math error or glitch is to check your inputs and outputs. This means verifying the values and parameters that you are feeding into your animation system, such as keyframes, curves, constraints, drivers, or scripts. You also need to check the outputs that your animation system is producing, such as the final pose, the deformation, or the rendering. Make sure that your inputs and outputs are consistent, accurate, and compatible with your animation software and hardware.

2 Use visual aids and tools

The second step to debug any math error or glitch is to use visual aids and tools that can help you identify and isolate the problem. For example, you can use debug modes, wireframes, axis indicators, or color codes to highlight the components and properties of your animation system. You can also use tools such as calculators, graphs, or debuggers to inspect and modify the values and expressions of your animation system. Visual aids and tools can help you see what is happening behind the scenes and how to correct it.

3 Simplify and isolate the problem

The third step to debug any math error or glitch is to simplify and isolate the problem. This means reducing the complexity and scope of your animation system until you find the source and cause of the error or glitch. You can do this by disabling or removing unnecessary elements, such as modifiers, effects, or layers. You can also do this by testing different scenarios, such as changing the input values, the animation software, or the hardware. Simplifying and isolating the problem can help you narrow down and eliminate the possible factors and solutions.

4 Apply logical and mathematical reasoning

The fourth step to debug any math error or glitch is to apply logical and mathematical reasoning. This means using your knowledge and understanding of the principles and concepts of animation, such as timing, spacing, interpolation, transformation, or rotation. You also need to use your skills and intuition of the techniques and methods of animation, such as inverse kinematics, quaternion, or Euler angles. Applying logical and mathematical reasoning can help you analyze and solve the error or glitch in a systematic and rational way.

5 Seek feedback and help

The fifth step to debug any math error or glitch is to seek feedback and help from others. This means sharing your animation system and your problem with other animators, programmers, or experts who can offer you advice, suggestions, or solutions. You can also seek feedback and help from online forums, communities, or tutorials that can provide you with resources, examples, or tips. Seeking feedback and help from others can help you gain new perspectives, insights, or ideas that can improve your animation.

6 Learn from your mistakes

The sixth and final step to debug any math error or glitch is to learn from your mistakes. This means reflecting on what went wrong, what went right, and what you can do better next time. You also need to document and record your problem and your solution, so that you can avoid repeating the same error or glitch in the future. Learning from your mistakes can help you grow as an animator and enhance your skills and knowledge.

7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?