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Getting Started with Mirage LSD: A Complete Developer Guide

August 19, 2025
15 min read

What You'll Learn:

  • System requirements and installation process
  • Basic configuration and optimization settings
  • Creating your first real-time video transformation
  • Advanced features and customization options
  • Troubleshooting common issues

Mirage LSD opens up entirely new possibilities for real-time video generation and transformation. Whether you're building interactive applications, creating content, or conducting research, this comprehensive guide will get you up and running quickly. We'll cover everything from installation to advanced configurations, with practical examples you can implement immediately.

Prerequisites and System Requirements

Before we begin, let's ensure your system meets the requirements for optimal Mirage LSD performance:

Recommended Setup

  • GPU: NVIDIA RTX 4090 or H100
  • VRAM: 24GB or higher
  • RAM: 32GB DDR4/DDR5
  • CPU: Intel i7-12700K / AMD Ryzen 7 5800X
  • Storage: 1TB NVMe SSD
  • OS: Ubuntu 22.04 / Windows 11

Minimum Requirements

  • GPU: NVIDIA RTX 3070 or better
  • VRAM: 8GB minimum
  • RAM: 16GB DDR4
  • CPU: Intel i5-10400 / AMD Ryzen 5 3600
  • Storage: 500GB SSD
  • OS: Ubuntu 20.04+ / Windows 10

Note: While Mirage LSD can run on older hardware, real-time performance requires modern GPUs with substantial VRAM. For development and testing, you can use lower settings with reduced quality.

Step 1: Installation

Download Mirage LSD

Visit our official download page to get the latest version of Mirage LSD. We provide pre-built binaries for all major platforms.

Platform-specific downloads:

Linux (Ubuntu/Debian)mirage-lsd-linux-x64.tar.gz
Windows 10/11mirage-lsd-windows-x64.zip
macOS (Apple Silicon)mirage-lsd-macos-arm64.dmg

Verify Download Integrity

Always verify your download using the provided SHA256 checksums:

# Linux/macOS
sha256sum mirage-lsd-*.tar.gz
# Compare with published hash
# Windows (PowerShell)
Get-FileHash mirage-lsd-*.zip -Algorithm SHA256

Installation Process

Linux Installation

# Extract the archive
tar -xzf mirage-lsd-linux-x64.tar.gz
cd mirage-lsd
# Run the installer
sudo ./install.sh
# Verify installation
mirage-lsd --version

Windows Installation

1. Extract the ZIP file to your preferred location

2. Run setup.exe as Administrator

3. Follow the installation wizard

4. Restart your system to complete driver installation

Step 2: Initial Configuration

GPU Setup and Optimization

Mirage LSD automatically detects your GPU configuration, but manual optimization can significantly improve performance:

# Check GPU detection
mirage-lsd --list-devices
# Expected output:
✓ NVIDIA GeForce RTX 4090 (24GB VRAM)
✓ CUDA Compute Capability: 8.9
✓ Hopper optimizations: Enabled

Performance Tuning

Create a configuration file to optimize performance for your specific hardware:

config.yaml

gpu:
device_id: 0
memory_fraction: 0.9
enable_tensor_cores: true
mixed_precision: true
performance:
batch_size: 4
max_sequence_length: 1024
quality_preset: "high"
video:
input_resolution: [1920, 1080]
output_fps: 24
codec: "h264"

Step 3: Your First Video Transformation

Basic Command Line Usage

Let's start with a simple video transformation. We'll apply an artistic style transfer to a webcam feed:

# Basic real-time transformation
mirage-lsd transform \\
--input webcam \\
--style "oil_painting" \\
--output display \\
--quality high

This command will open your default webcam, apply an oil painting style transformation in real-time, and display the result in a new window.

File-based Processing

You can also process existing video files:

# Process a video file
mirage-lsd transform \\
--input "input_video.mp4" \\
--style "cyberpunk" \\
--output "transformed_video.mp4" \\
--config config.yaml

Available Style Presets

Mirage LSD comes with several built-in style presets:

Artistic Styles

  • • oil_painting
  • • watercolor
  • • pencil_sketch
  • • impressionist
  • • pop_art

Cinematic Styles

  • • cyberpunk
  • • film_noir
  • • vintage_film
  • • sci_fi
  • • horror

Step 4: Advanced Features

Custom Style Training

Create your own custom styles by training on reference images:

# Train a custom style
mirage-lsd train-style \\
--name "my_custom_style" \\
--reference-images "./reference_images/" \\
--epochs 100 \\
--learning-rate 0.001

API Integration

For programmatic access, use the Python API:

Python Example

import mirage_lsd
# Initialize the model
model = mirage_lsd.Model(
style="cyberpunk",
quality="high",
device="cuda:0"
)
# Process a frame
output_frame = model.transform(input_frame)
# Stream processing
for frame in video_stream:
transformed = model.transform(frame)
display(transformed)

Real-time Streaming

Set up real-time streaming for live applications:

# Start streaming server
mirage-lsd stream \\
--input rtmp://input-server/stream \\
--output rtmp://output-server/stream \\
--style "cinematic" \\
--latency-target 40ms

Troubleshooting Common Issues

Out of Memory Errors

Symptoms: CUDA out of memory, application crashes during processing

Solutions: Reduce batch size, lower input resolution, enable memory optimization in config

High Latency

Symptoms: Noticeable delay between input and output

Solutions: Enable mixed precision, optimize batch size, check GPU utilization

Quality Issues

Symptoms: Blurry output, artifacts, inconsistent results

Solutions: Increase quality preset, check input resolution, verify model loading

Performance Optimization Tips

Hardware Optimization

  • Use the latest NVIDIA drivers
  • Enable GPU boost in NVIDIA Control Panel
  • Set Windows to High Performance mode
  • Close unnecessary background applications

Software Configuration

  • Enable mixed precision training
  • Optimize batch size for your GPU
  • Use appropriate input resolution
  • Enable CUDA graph optimization

Next Steps

Congratulations! You now have Mirage LSD up and running. Here are some suggestions for what to explore next:

  • Experiment with different style presets and quality settings
  • Try training custom styles on your own image datasets
  • Integrate Mirage LSD into your existing applications using the API
  • Join our community forums to share your creations and get help
  • Explore advanced features like multi-GPU setups and custom models

Get Help and Share Your Work

Our community is here to help you succeed with Mirage LSD. Connect with other developers, share your projects, and get expert assistance.

Join DiscordView Documentation