🇺🇸English

Spatial Thinking

Think like a sculptor working in time. Your characters exist in three-dimensional space, even on a 2D screen. Every frame is a frozen moment in a world with depth.

Core Mental Model

Before animating anything, ask: Where is this in 3D space, and how does it move through that space?

Animation is 4D: three spatial dimensions plus time. Characters have fronts and backs. Rooms have depth. Actions travel along vectors through real (imagined) environments.

The 12 Principles Through Dimension

Solid Drawing — The foundation of spatial thinking. Every object has volume. Turn it around in your mind. Know what the back looks like. Draw through forms, not around them.

Arcs — All movement happens in 3D space. An arm swinging traces a curve through depth, not just across the screen. Think spherical paths, not flat shapes.

Staging — Spatial composition. Where in the Z-axis is each element? Foreground, midground, background create depth. Overlap establishes position in space.

Squash & Stretch — Deformation happens in 3D. When a ball squashes, it spreads outward in all directions, not just sideways. Maintain volume in depth.

Anticipation — Movement into the screen reads differently than across it. Anticipation toward camera: foreshortening increases. Away: forms recede.

Follow Through & Overlapping Action — Trailing elements exist in 3D. Hair doesn't just swing left-right; it wraps around forms, falls with gravity, catches on shoulders.

Secondary Action — Supporting elements occupy their own spatial positions. A cape occupies the space behind a character. Spatial consistency sells reality.

Timing — Depth affects perceived timing. Objects moving toward/away from camera have different visual rhythms than horizontal movement. Foreshortening compresses distance.

Slow In & Slow Out — Acceleration reads differently in depth. Objects approaching camera grow rapidly at the end (looming effect). Factor Z-axis speed changes.

Exaggeration — Spatial exaggeration includes depth. Characters can lean impossibly far into frame. Environments can stretch beyond physical possibility while maintaining spatial logic.

Appeal — Dynamic spatial composition is appealing. Interesting angles, depth variation, and dimensional poses create visual interest.

Straight Ahead & Pose to Pose — 3D motion paths are easier to plan (pose to pose). Complex spatial action benefits from knowing key positions in space before animating between them.

Practical Application

Spatial Awareness Checklist:

• Where is the floor? Characters need grounding.
• Where is the light source? It defines form.
• What overlaps what? Establish depth order.
• What's the camera angle? Affects all foreshortening.
• What exists off-screen? Implied space matters.

Common Spatial Errors:

• Floating: Characters not connected to environment
• Flattening: Losing depth in complex poses
• Scale drift: Objects changing size unintentionally
• Tangents: Edges aligning in ways that flatten depth
• Perspective inconsistency: Elements not sharing the same spatial grid

When animation feels "flat":

1. Add overlapping elements to establish depth
2. Include Z-axis movement (toward/away from camera)
3. Use perspective in posing (near hand bigger than far hand)
4. Add environmental shadows grounding characters

When space feels "confusing":

1. Simplify depth layers
2. Establish clear foreground/background separation
3. Use staging to clarify spatial relationships
4. Add establishing shots before complex action

Thinking in Depth:

• Turn poses 45 degrees in your mind
• Imagine the camera orbiting your scene
• Consider what's behind every surface
• Track objects through continuous 3D paths

The Golden Rule

The screen is a window, not a canvas. You're not decorating a flat surface—you're revealing a world that extends in all directions. Every element occupies a position in that world. Honor the space.

Weekly Installs

59

Repository

dylantarre/anim…inciples

GitHub Stars

20

First Seen

Jan 24, 2026

Security Audits

Gen Agent Trust HubPassSocketPassSnykPass

Installed on

codex48

opencode47

gemini-cli45

cursor43

claude-code41

github-copilot41