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Đào Hoa Nữ

PYTHON IMAGE EFFECTS & HIGH-PERFORMANCE PIPELINES

Custom Image Effects & High-Performance Pipelines.

Custom visual algorithms (3D LUT color grading, anamorphic bloom, mesh warp, edge stylization) and high-throughput processing pipelines (NumPy, GPU CuPy, OpenCV) engineered for production applications.

Explore Live StudioContact & Inquiries

01

Modular Hot-Swappable Design

Clean, decoupled Python modules ready to plug into any backend service, desktop app, or pipeline.

02

Vectorized & GPU Acceleration

Maximized matrix vectorization with NumPy & GPU CuPy/Taichi for lightning-fast high-throughput throughput.

03

Cinematic LUTs & Shaders

Advanced Hollywood 3D LUT grading, dynamic tone mapping, multi-pass bloom, and optical distortions.

04

AI & Deep Learning Models

Seamless integration with lightweight ONNX / TensorRT models for restoration and neural style transfers.

Interactive Online Playground

Live Effects Studio & AI Generator

Inspect Python algorithm outputs live or prompt Gemini AI to generate custom matrix operations on the fly.

Live Python Effects Studio
Real-time Preview

Interactive live preview of Python image processing algorithms (Color Grading, Bloom, Stylize, Warp...) directly in your browser.

Suggestions:
Motion Radial Speed Zoom
Tokyo Cyberpunk Neon
1970s Polaroid Film
HDR Golden Sunset Glow
Fisheye & Chromatic Shift
Cinematic 3D LUT & Teal-Orange
Anamorphic Glow & Soft Bloom
Cyberpunk Neon & Edge Glow
Mesh Warp & Chromatic Distortion
Motion Blur & Radial Speed Zoom
Adaptive Tone Mapping & HDR Boost
Analog 35mm Film Grain & Vignette
Glitch Kỹ Thuật Số & Lệch Kênh (Pixel Slicing)
Original
Original (Before)
Effect: Cinematic 3D LUT & Teal-Orange
Samples:
Algorithm Parameters

Phân tách tone màu điện ảnh Hollywood: Tăng cường sắc da ấm áp kết hợp phủ tone xanh Teal mờ ảo ở vùng tối.

Effect Intensity85%
Teal/Orange Contrast65%
Shadow Depth45%
Production Image Pipeline Architecture

Modular dataflow engineered for low latency, zero redundant allocations, and parallel throughput.

OpenCV / Pillow
NumPy Vectorized
CuPy / Taichi GPU
FastAPI / Docker
Stage 1
Ingestion & Decoupling

Asynchronous ingestion from memory buffer, base64, raw files, or video streams.

Stage 2
Color Space & Tensors

Color space conversion (LAB/HSV/RGB) with zero-copy NumPy/CuPy tensor normalization.

Stage 3
Modular Effects Layer

Hot-swappable filter chaining for LUT grading, bloom extraction, and geometric warping.

Stage 4
Rendering & Export

Alpha blending compositing, edge anti-aliasing, and ultra-fast JPEG/WebP export.

Collaboration Workflow

4-Step Project Delivery Process

Structured delivery with clear milestones, rapid iterations, and verified performance benchmarks.

01

Requirements & Reference Brief

Client provides creative brief, desired visual style, or reference moodboards.

02

Technical Specs & Milestones

Agree on algorithm stack (NumPy/GPU CuPy), delivery schedule, and transparent quotation.

03

Algorithm Implementation & Tuning

Engineer modular hot-swappable plugins, vectorize matrix math, and profile real-time FPS.

04

Delivery & Integration Support

Deliver clean PEP8 Python codebase, API documentation, unit tests, and integration assistance.

Contact

Have an Image Processing
Project in Mind?

hoanu14302@gmail.com
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