generate_articles.py - master - nacha/pseado

generate_articles.py
123 строки5 KB
alex
Add article generator script
02 авг 2026, 23:13
02 авг 2026, 23:13569e665
#!/usr/bin/env python3
"""
Holographic Pseado System: Article Generator.
Generates 50 technical articles/txt files about the holographic system,
transparent monitors, optical coatings, and applications.
"""
import os
import random
import textwrap

CATEGORIES = [
    "Optics & Coatings",
    "Software Architecture",
    "AR/VR Integration",
    "Hardware Design",
    "Future Research"
]

TEMPLATES = [
    "Analysis of {material} transparency for 45-degree holographic projection.",
    "Optimizing the Pseado engine for volumetric displays.",
    "Comparing Pepper's Ghost with modern dielectric mirrors.",
    "User experience studies on floating 3D interfaces.",
    "The role of transparency ratio (R/T) in ambient light adaptability.",
    "Calibrating 4-screen cubes for seamless edge blending.",
    "Haptic feedback integration with holographic projections.",
    "Low-latency rendering strategies for real-time holograms.",
    "The evolution of transparent OLEDs in volumetric displays.",
    "Safety protocols for high-intensity holographic light sources.",
    "Stereoscopic perception limits in 6-sided holographic rooms.",
    "Computational geometry for non-planar transparent screens.",
    "Thermal management of high-brightness projectors in enclosed cubes.",
    "Spectroscopic analysis of aluminum foil reflectivity.",
    "Developing open-source drivers for transparent LCD panels.",
    "The impact of viewer distance on holographic scale perception.",
    "Wireless synchronization protocols for multi-monitor setups.",
    "Algorithm for dynamic transparency adjustment based on background.",
    "Holographic data visualization for complex molecular structures.",
    "Cost-benefit analysis of DIY vs. commercial holographic cubes.",
    "Refraction correction shaders for glass-based holograms.",
    "Virtual prototyping of holographic user interfaces.",
    "Cross-reality interactions: manipulating physical objects with light.",
    "The psychology of 'ghosting' in augmented reality interfaces.",
    "Optical flow tracking for hand-interaction in holographic spaces.",
    "Spectral filtering for improved contrast in daylight environments.",
    "Generative design principles for holographic display enclosures.",
    "Real-time ray tracing techniques for volumetric rendering.",
    "Ethical considerations of immersive holographic environments.",
    "Integration of LIDAR for depth-aware holographic layering.",
    "Theoretical limits of resolution in pyramid-based holograms.",
    "Multi-user holographic collaboration frameworks.",
    "Neural network approaches to predictive screen content masking.",
    "Acoustic levitation combined with visual holography.",
    "Standardization of holographic file formats (.holo).",
    "Energy efficiency of transparent displays in mobile devices.",
    "Ferrofluid dynamics for physical holographic surface generation.",
    "Cinematic techniques for virtual set extensions.",
    "Haptic gloves interface for volumetric touch.",
    "Holographic navigation systems for autonomous vehicles.",
    "Medical training using full-scale holographic anatomy.",
    "Architectural visualization via portable holographic tablets.",
    "The history of light fields and their modern resurgence.",
    "Polysphere holography: covering 360-degree viewing angles.",
    "Photopolymerization techniques for static 3D holographic printing.",
    "Algorithmic generation of 3D models from 2D sketches.",
    "Wearable holographic HUDs: a review of recent patents.",
    "Underwater holographic communication systems.",
    "Space applications: holographic tool displays in zero gravity.",
    "Quantum computing interfaces using light-field displays.",
    "Holographic storage media: density and durability."
]

def generate_content(title):
    """Generates a pseudo-technical paragraph based on the title."""
    intro = f"This article explores {title.lower()}."
    body = (
        "The implementation requires a deep understanding of light optics "
        "and rendering pipelines. By utilizing advanced transparent substrates, "
        "we can achieve a visual fidelity that previously required expensive "
        "specialized equipment. The key challenge lies in balancing "
        "reflectivity (R) and transmissivity (T) to ensure the hologram "
        "is visible against various background conditions."
    )
    conclusion = (
        "Future work will focus on reducing the optical distortion "
        "and improving the brightness uniformity across the projection surface. "
        "Pseado's modular engine is perfectly suited for these iterative experiments."
    )
    return f"{intro}\n\n{body}\n\nConclusion: {conclusion}"

def generate_articles(count=50):
    output_dir = "articles"
    if not os.path.exists(output_dir):
        os.makedirs(output_dir)

    files = []
    for i in range(1, count + 1):
        title = TEMPLATES[i-1] if i-1 < len(TEMPLATES) else f"Study {i}: Exploring New Dimensions."
        category = random.choice(CATEGORIES)
        content = generate_content(title)
        
        filename = f"article_{i:03d}.txt"
        filepath = os.path.join(output_dir, filename)
        
        full_text = f"""TITLE: {title}
CATEGORY: {category}
STATUS: Draft
DATE: 2024-08-02

---
{content}
"""
        with open(filepath, 'w') as f:
            f.write(full_text)
        
        files.append(filepath)
        print(f"Generated: {filepath}")

    print(f"\nTotal articles generated: {len(files)}")
    print(f"Save path: ./{output_dir}/")

if __name__ == "__main__":
    generate_articles(50)