Production Quality Standards

3Blue1Brown-style standards for professional mathematical animations.

Color Standards

Semantic Color Palette

Limit to 5 semantic colors per video:

COLORS = {
    "PRIMARY": BLUE,        # Main concept
    "SECONDARY": ORANGE,    # Supporting/contrasting concept
    "POSITIVE": GREEN,      # Success, correct, good
    "EMPHASIS": PURPLE,     # Highlights, key insights
    "MUTED": GRAY,          # De-emphasized, background
}

Color Guidelines

Use Case	Color	Example
Main variable/concept	PRIMARY	x, f(x)
Secondary variable	SECONDARY	y, derivative
Correct answer	POSITIVE	Checkmarks, solutions
Key insight	EMPHASIS	Critical formulas
Background/old info	MUTED	Previous steps

Avoid

• More than 5 distinct colors
• RED for general highlighting (reserve for errors/warnings)
• Similar shades that are hard to distinguish
• Colors that don't contrast with black background

Timing Standards

Animation Durations

Content Type	run_time	Notes
Simple shape	0.5-1.0s	Basic geometric objects
Text/label	1.0s	Short text, labels
Formula	1.5-2.0s	Mathematical expressions
Complex formula	2.0-3.0s	Multi-part equations
Transform	1.5-2.0s	Shape morphing
Dramatic reveal	3.0s	Key moments

Wait Times

Context	wait()	Purpose
After label	0.5s	Quick read
After simple content	1.0s	Standard pause
After new concept	2.0s	Processing time
After complex content	4.0s	Deep comprehension
After key insight	6.0s	Let it sink in

Timing Constants

TIMING = {
    # Animation durations
    "FAST": 0.5,
    "NORMAL": 1.0,
    "SLOW": 2.0,
    "DRAMATIC": 3.0,

    # Wait times
    "BRIEF": 0.5,
    "STANDARD": 1.0,
    "EXTENDED": 2.0,
    "COMPLEX": 4.0,
    "CRITICAL": 6.0,
}

Anti-Patterns

# TOO FAST - viewer can't process
self.play(Write(formula), run_time=0.3)

# NO BREATHING ROOM
self.play(anim1)
self.play(anim2)
self.play(anim3)

# GOOD - appropriate pacing
self.play(Write(formula), run_time=2)
self.wait(4)  # Time to understand
self.play(next_animation)

Positioning Standards

Never Use Magic Numbers

# BAD - Magic numbers
element.shift(LEFT * 3.5)
title.move_to([2, 3, 0])
box.scale(0.73)

# GOOD - Relative positioning
element.move_to(LEFT * config.frame_width / 4)
title.to_edge(UP, buff=0.5)
box.scale_to_fit_width(axes.width * 0.3)

Positioning Methods

# Relative to screen
obj.to_edge(UP, buff=0.5)
obj.to_corner(UR)
obj.move_to(ORIGIN)

# Relative to frame
obj.move_to(LEFT * config.frame_width / 4)
obj.move_to(UP * config.frame_height / 3)

# Relative to objects
obj.next_to(other, RIGHT, buff=1.0)
obj.align_to(other, UP)

# Group arrangement
VGroup(a, b, c).arrange(DOWN, buff=0.5)
VGroup(a, b, c).arrange_in_grid(rows=2)

Standard Buffers

Context	buff	Use
Labels	0.1-0.2	Next to objects
Grouped elements	0.5	Within groups
Major sections	1.0	Between groups
Screen edges	0.5	Edge padding

Scene Organization

One Concept Per Scene

Each scene should convey ONE main idea:

# BAD - Multiple concepts
class OverloadedScene(Scene):
    def construct(self):
        # Concept 1: Definition
        # Concept 2: Properties
        # Concept 3: Examples
        # Concept 4: Proofs

# GOOD - Focused scenes
class DefinitionScene(Scene): ...
class PropertiesScene(Scene): ...
class ExampleScene(Scene): ...
class ProofScene(Scene): ...

Section Organization

class WellOrganizedScene(Scene):
    def construct(self):
        self.next_section("Introduction")
        self.show_title()

        self.next_section("Main Concept")
        self.show_visualization()

        self.next_section("Key Insight")
        self.show_insight()

        self.next_section("Conclusion")
        self.show_summary()

    def show_title(self):
        """Isolated logic for title"""
        pass

    def show_visualization(self):
        """Isolated logic for main content"""
        pass

Object Tracking

Track Everything

class ProductionScene(Scene):
    def setup(self):
        self.tracked = []

    def track(self, *mobjects):
        """Add mobjects to tracking and scene"""
        for m in mobjects:
            self.tracked.append(m)
            self.add(m)
        return mobjects[0] if len(mobjects) == 1 else mobjects

    def cleanup(self, keep=None):
        """Fade out tracked objects except those in keep"""
        keep = keep or []
        to_remove = [m for m in self.tracked if m not in keep]
        if to_remove:
            self.play(*[FadeOut(m) for m in to_remove])
        self.tracked = list(keep)

Avoid Nuclear Cleanup

# BAD - Destroys everything blindly
self.play(FadeOut(*self.mobjects))

# GOOD - Explicit control
self.cleanup(keep=[title, axes])

Typography Standards

Font Size Scale

FONTS = {
    "TITLE": 52,      # Scene titles
    "SECTION": 42,    # Section headers
    "BODY": 28,       # Body text
    "SMALL": 24,      # Annotations
    "FORMULA": 38,    # Standalone formulas
}

Text Guidelines

• Use consistent font sizes
• Limit text on screen (prefer visuals)
• Use Text() for prose, MathTex() for math
• Avoid orphaned words (single word on line)

Visual Hierarchy

Primary → Secondary → Tertiary

# Primary focus: Large, bright, centered
main_concept = ...
main_concept.scale(1.2).set_color(COLORS["PRIMARY"])

# Secondary: Normal size, slightly dimmer
support = ...
support.set_color(COLORS["SECONDARY"])

# Tertiary: Smaller, muted
background = ...
background.scale(0.8).set_color(COLORS["MUTED"])

Attention Management

# Dim old content when showing new
old_content.animate.set_opacity(0.3)

# Highlight current focus
current.animate.set_color(COLORS["EMPHASIS"])

# Use movement to guide eye
new_element.animate.shift(target_position)

Quality Checklist

Before rendering, verify:

Colors

• Maximum 5 semantic colors
• Each color has consistent meaning
• All colors visible on black background

Timing

• No animations under 0.5s
• Wait after complex content
• Pacing matches content complexity

Positioning

• No magic numbers
• All positions relative
• Consistent spacing/buffers

Organization

• One concept per scene
• Sections marked with next_section()
• Objects tracked for cleanup

Typography

• Consistent font sizes
• Minimal on-screen text
• Formulas properly formatted

Production Workflow

1. Planning

• Define ONE concept for scene
• Plan timeline with durations
• Identify color assignments

2. Implementation

• Use config constants
• Track all objects
• Use helper methods

3. Review

• Run quality checklist
• Preview at low quality
• Check timing feels natural

4. Polish

• Fine-tune timing
• Adjust colors for clarity
• Ensure smooth transitions

5. Export

• Render at target quality
• Verify output plays correctly
• Check file size is reasonable

Example: Production-Quality Scene

from manim import *

COLORS = {
    "PRIMARY": BLUE,
    "SECONDARY": ORANGE,
    "POSITIVE": GREEN,
    "EMPHASIS": PURPLE,
    "MUTED": GRAY,
}

TIMING = {
    "NORMAL": 1.0,
    "SLOW": 2.0,
    "COMPLEX": 4.0,
}

FONTS = {
    "TITLE": 52,
    "BODY": 28,
}

class ProductionExample(Scene):
    def setup(self):
        self.tracked = []

    def track(self, *mobjects):
        for m in mobjects:
            self.tracked.append(m)
            self.add(m)
        return mobjects[0] if len(mobjects) == 1 else mobjects

    def cleanup(self, keep=None):
        keep = keep or []
        to_remove = [m for m in self.tracked if m not in keep]
        if to_remove:
            self.play(*[FadeOut(m) for m in to_remove])
        self.tracked = list(keep)

    def construct(self):
        # Section 1: Title
        self.next_section("Title")

        title = Text("Pythagorean Theorem", font_size=FONTS["TITLE"])
        self.play(GrowFromCenter(title), run_time=TIMING["NORMAL"])
        self.wait(TIMING["NORMAL"])
        self.play(title.animate.to_edge(UP, buff=0.5))

        # Section 2: Visualization
        self.next_section("Visualization")

        # Create triangle (no magic numbers)
        triangle = Polygon(
            ORIGIN,
            RIGHT * 3,
            RIGHT * 3 + UP * 4,
            color=COLORS["PRIMARY"]
        ).move_to(ORIGIN)

        self.play(Create(triangle), run_time=TIMING["SLOW"])
        self.wait(TIMING["NORMAL"])

        # Section 3: Formula
        self.next_section("Formula")

        formula = MathTex(
            r"a^2 + b^2 = c^2",
            tex_to_color_map={
                r"a": COLORS["PRIMARY"],
                r"b": COLORS["SECONDARY"],
                r"c": COLORS["EMPHASIS"],
            }
        )
        formula.next_to(triangle, RIGHT, buff=1.0)

        self.play(Write(formula), run_time=TIMING["SLOW"])
        self.wait(TIMING["COMPLEX"])  # Key concept needs time

        # Section 4: Emphasis
        self.next_section("Emphasis")

        self.play(Circumscribe(formula, color=COLORS["EMPHASIS"]))
        self.wait(TIMING["NORMAL"])