Comfy Portal vs HCC2D Decoder

Comfy Portal puts the power of AI image generation in your pocket. Connect to and control your ComfyUI servers - whether running on your home computer or cloud services like RunPod - all from your iPhone. [Key Features] Flexible Server Management • Connect to multiple ComfyUI servers seamlessly • Support both local network (home computer) and cloud-based servers • Easy server addition and switching • Monitor server status in real-time Remote Generation Control • Control image generation through your ComfyUI server • Adjust generation parameters on the go • Select and switch between different base models Remote Access & Control • Control your ComfyUI instance from anywhere • Real-time generation monitoring • View results instantly on your device • Save and share generated images directly Mobile-Optimized Experience • Intuitive touch interface for parameter adjustment • Clean and efficient model selection • Easy server management dashboard • Responsive design for all screen sizes [System Requirements] • Requires iOS 15.0 or later • Requires access to a ComfyUI server (local or cloud-based) [Note] This app serves as a remote controller for ComfyUI servers. You'll need an active ComfyUI instance running either on your local network or a cloud service to generate images. Privacy Policy: https://shunl12324.github.io/comfy-portal/privacy/ Terms of Service: https://shunl12324.github.io/comfy-portal/terms/

This app allows you to scan and decode HCC2D and QR code symbols using your mobile camera. It is based on advanced research in high-capacity barcode technologies and provides reliable decoding. Key features: * Decode HCC2D color codes. * Full support for standard QR codes. * Real-time scanning using the camera. * Robust detection and error correction. * No ads and no registration required. HCC2D is a color two-dimensional code format that increases data capacity compared to traditional QR codes while preserving their structure. By using multiple colors, each module can encode more information, enabling higher data density in a compact symbol. The app captures images, detects barcode regions, corrects perspective distortions, and analyzes color or intensity patterns to reconstruct the encoded data. To transfer files from a desktop computer to your smartphone via a stream of HCC2D codes, use HCC2D Decoder together with the HCC2D Streamer desktop companion app. Notes: HCC2D codes can be created using the official online generator at hcc2d.com, the HCC2D Encoder application, the open-source CLI encoder, or the Debian/Ubuntu packages provided through the official HCC2D APT repository. * Low-quality color printing may reduce decoding performance * Best results are achieved with screen-displayed or high-quality printed codes and a high-resolution autofocus camera. * One-dimensional barcodes are intentionally not supported. References: * Querini, M. (2010). Analisi e progettazione di codici bidimensionali ad alta capacità. Sviluppo del lettore per gli ambienti desktop e mobile. Master's Thesis. https://librarysearch.uniroma2.it/discovery/fulldisplay?vid=39RM_2DUE:39RM2_VIEW&docid=alma990002339160402652&lang=en * Querini, M. (2010-2026). HCC2D Code Specification — Version 0.9.0. The specification is available on the official HCC2D website. Licensed under the Creative Commons Attribution-NoDerivatives 4.0 International License (CC BY-ND 4.0). * Querini, M. and Italiano, G. F. (2014). Reliability and Data Density in High Capacity Color Barcodes. Computer Science and Information Systems, 11(4), 1595-1615. * Querini, M., Grillo, A., Lentini, A., and Italiano, G. F. (2011). 2D Color Barcodes for Mobile Phones. IJCSA, 8(1), 136-155. Notice: This application is an independent personal project and is not affiliated with any organization or institution.