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MightyDragon-Dev/
dragon_interceptor

Name: dragon_interceptor
Rating: 2.5 (6 reviews)

generated_from_trainer

text-generation-inference

endpoints_compatible

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🐉 Dragon Interceptor (267k)

Dragon Interceptor is an ultra-compact, high-speed generative model designed for aviation-inspired structural synthesis. Optimized for 35W mobile hardware, it bridges the gap between neural text generation and 2D pixel blueprints.

Model Status: Active

Hardware: i5-10210U

Parameters: 267k

🚀 Performance HUD

Benchmarks recorded on Intel Core i5-10210U (Surface Pro setup):

Weight Loading: 2055.47 it/s
Inference Speed: ~286 iterations/sec
Full Image Gen (28x28): ~0.88s
Brute Force Throughput: 1.2 - 2.5 images/sec (Turbo Mode)

🛠️ Architecture

The model utilizes a GPT-2 Causal LM backbone, repurposed for spatial data:

Vocab Size: 256 (Mapped to 8-bit grayscale intensity)
Sequence Length: 784 (Fixed $28 \times 28$ positional embeddings)
Parameters: 267,000 (Fits entirely within L2/L3 CPU cache)

🛰️ Key Features

1. Mosaic Synthesis

By utilizing a sliding-window context bridge, the model can bypass its 784-position limit to generate seamless, multi-tile blueprints.

Tile Resolution: 28x28
Global Resolution: 112x112 (4x4 Mosaic) or custom strips.

2. Seed Brute-Forcing

The "Titan DNA" protocol allows for mass-generation of 1,000+ seeds to map the latent space for specific aircraft parts (wings, fuselages, tail fins).

3. Thermal-Aware Inference

Optimized for the Surface Pro's 35W power envelope. Uses raw Torch inference with KV-Caching to maintain stable frame rates even under thermal pressure.

🖼️ Sample Inference & Visualization

Use the following code to generate a high-fidelity "Radar Scan" from a specific seed. This snippet is optimized for 4K displays and technical clarity.

python

import torch
from transformers import AutoModelForCausalLM
import matplotlib.pyplot as plt
import os
# Load Dragon Interceptor
model = AutoModelForCausalLM.from_pretrained("MightyDragon-Dev/dragon_interceptor")

# Generate a 28x28 Blueprint (Random Seed)
seed_id = os.urandom(1)[0] % 10**6  # Random seed for variability
print(f"🚀 Generating Dragon Blueprint with Seed {seed_id}...")
input_ids = torch.tensor([[seed_id]])
output = model.generate(input_ids, max_length=784, min_length=784, do_sample=True, temperature=0.7)

# Reshape and Render
blueprint = output[0].view(28, 28).detach().numpy()

plt.figure(figsize=(8, 8), dpi=120)
plt.imshow(blueprint, cmap='magma', interpolation='lanczos')
plt.title(f"Dragon Interceptor: Sector Scan (Seed {seed_id})", color='white')
plt.style.use('dark_background')
plt.axis('off')
plt.show()