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calesthioandHanzo Dev 7ffb943132 Initial release — OpenMontage: the first open-source agentic video production system
11 production pipelines, 47 tools, 124 agent skills.
Supports cloud APIs (fal.ai, OpenAI, ElevenLabs, Suno, HeyGen, Runway) and
free local providers (diffusers, Piper TTS, WAN 2.1, Hunyuan, CogVideo).

Co-authored-by: Hanzo Dev <[email protected]>
2026-03-29 08:25:17 -07:00

3.4 KiB

[Video Title]

Overview

  • Topic: [Core mathematical/scientific concept]
  • Hook: [Opening question or mystery that draws viewers in]
  • Target Audience: [Prerequisites - what math/science background is assumed]
  • Estimated Length: [X minutes]
  • Key Insight: [The central "aha moment" - the one thing viewers should remember]

Narrative Arc

[2-3 sentences describing the emotional and intellectual journey. Example: "We start with a puzzling observation, investigate why it's true, and discover a beautiful underlying principle that connects seemingly different ideas."]


Scene 1: [Scene Name]

Duration: ~X seconds Purpose: [What this scene accomplishes in the overall narrative]

Visual Elements

  • [Mobject 1: description, color, position]
  • [Mobject 2: description, color, position]
  • [Animation sequence]
  • [Camera movements if any]

Content

[Detailed description of what happens visually and conceptually. Be specific enough that someone could implement this scene.]

Narration Notes

[Key points to convey, suggested tone, pacing. Not a full script, but guidance.]

Technical Notes

  • [Specific Manim classes to use]
  • [Tricky implementations or gotchas]
  • [Dependencies on previous scenes]

Scene 2: [Scene Name]

Duration: ~X seconds Purpose: [Purpose]

Visual Elements

  • [List elements]

Content

[Description]

Narration Notes

[Notes]

Technical Notes

  • [Notes]

Scene 3: [Scene Name]

Duration: ~X seconds Purpose: [Purpose]

Visual Elements

  • [List elements]

Content

[Description]

Narration Notes

[Notes]

Technical Notes

  • [Notes]

[Add more scenes as needed]


Transitions & Flow

Scene Connections

  • Scene 1 → Scene 2: [How they connect, what carries over visually]
  • Scene 2 → Scene 3: [Connection]
  • [Continue for all transitions]

Recurring Visual Motifs

  • [Element that appears throughout, providing continuity]
  • [Color or shape that reinforces key concept]

Color Palette

Role Color Hex Usage
Primary [e.g., Blue] #58C4DD [Main objects, key terms]
Secondary [e.g., Green] #83C167 [Results, outputs]
Accent [e.g., Yellow] #FFFF00 [Highlights, emphasis]
Warning [e.g., Red] #FF6666 [Errors, negatives]
Background [e.g., Dark grey] #1C1C1C [Scene background]

Mathematical Content

Equations to Render

  1. [LaTeX equation 1] - used in Scene X
  2. [LaTeX equation 2] - used in Scene Y
  3. [Continue...]

Graphs/Plots

  1. [Function 1]: domain, key features
  2. [Function 2]: domain, key features

Geometric Objects

  1. [Object]: properties, how it transforms
  2. [Continue...]

Implementation Order

Suggested order for building scenes (accounting for dependencies):

  1. [Scene name] - [Why first: standalone, establishes base objects]
  2. [Scene name] - [Dependency notes]
  3. [Scene name] - [Dependency notes]
  4. [Continue...]

Shared Components

Objects or code that should be defined once and reused:

  • [Component 1]: used in Scenes X, Y, Z
  • [Component 2]: used in Scenes A, B

Open Questions / Decisions Needed

  • [Question about scope, implementation, or creative direction]
  • [Another decision point]

Reference Material

  • [Link or citation to source material]
  • [Inspiration videos or images]
  • [Academic papers if relevant]