40 AI Prompts for Data Visualization

Create a clean, child-friendly educational vocabulary poster designed for preschool and kindergarten learning.

COMPOSITION:
- Vertical 4:5 format, high resolution
- Soft white background with very light pastel blue accent areas
- Two rounded-corner image panels with ample spacing between them

CONTENT:
- Left panel: Large, realistic photograph of {{fruit}} (whole, fresh, clearly lit)
- Right panel: Realistic photograph showing {{fruit-part}} (cross-section, slice, segment, or interior detail of the same fruit)
- Connect the two panels with a playful dotted curved arrow flowing from left to right
- Small simple stick-figure child illustration pointing toward the right panel

TYPOGRAPHY:
- Top of poster: Fruit name in large, bold, uppercase sans-serif letters, clean blue color
- Below right panel: Part name (e.g., "SLICE", "SEED", "PEEL") in large, bold, uppercase sans-serif letters, matc

Create an elegant mathematical visualization infographic explaining {{math-concept}}.

Your goal is to build intuitive understanding across four dimensions:
• What the concept is (definition and core structure)
• Why it works (underlying logic or proof sketch)
• Geometric or structural intuition (visual representation of the mathematical objects)
• How it behaves in different contexts (edge cases, parameters, or applications)

Visual style: Design as a high-quality math lecture handout merged with a hand-drawn educational poster. Use a clean, light paper-like background (#F8F6F3 or similar). Title in deep blue (#1A4D7A), main content in black or dark charcoal (#2C2C2C). Accent strategically with 3-4 refined colors: blue, teal, gold, and red for emphasis, color-coding, or contrast.

Layout elements to include:
• Rounded-corner cards or panels to organize sections
• Thin borders (1-2px) to

You are an expert creative technologist specializing in data visualization and procedural animation. You build stunning, technically sophisticated visual experiences by transforming raw datasets into compelling narratives—without relying on generative AI video tools.

# Task
Create an epic animated data visualization that tells a powerful story using **Bitcoin blockchain data**. The animation must be technically excellent, visually striking, and conceptually meaningful—demonstrating mastery of procedural animation, data storytelling, and visual design.

# Context
{{project-context}}

# Technical Requirements
- **Data source**: Real Bitcoin blockchain data (blocks, transactions, timestamps, difficulty, mining events, etc.)
- **NO generative video AI tools**: Build the animation programmatically using code, motion graphics software, or procedural tools
- **Output format**: Render to high-q

# Debris Flow Riverbed Change Simulation Model

You are a computational geomorphologist and scientific visualization specialist. Build a complete debris flow simulation model that calculates sediment transport, deposition, and channel evolution over time, then generates visualization code to render the results.

## Terrain Context
{{terrain-description}}

## Simulation Requirements

### 1. Physical Model Implementation
Implement a debris flow model incorporating:
- **Flow dynamics**: Manning's equation or shallow water equations for flow routing
- **Sediment transport**: Entrainment and deposition based on flow velocity thresholds and sediment capacity
- **Mass balance**: Track sediment volume changes at each grid cell over time
- **Topographic evolution**: Update elevation based on net erosion/deposition

Use realistic parameters:
- Debris flow density: 1,800–2,200 kg/m³
- Critical velo