Automatic Image Morphing
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Updated
Apr 7, 2025 - Python
Automatic Image Morphing
Dataset for image stitching by line-guided local warping with global similarity constraint, PR2018
Learning Local Implicit Fourier Representation for Image Warping, in ECCV 2022
[TIP 2020] Code for the paper "Single-Perspective Warps in Natural Image Stitching"
Real-time image warping based on 2D cubic B-spline free-form deformations, and sketch generation based on edge detection filters
Implementation of Kaiming He's Paper Content-Aware Rotation on ICCV 2013
使用onnxruntime部署MOWA:多合一图像扭曲模型,能处理6种图像扭曲任务,依然是包含C++和Python两个版本的程序
Automatic image morphing
Course Project for the course CS 736
This repository contains an implementation of panorama stitching, a computer vision technique used to combine multiple images into a seamless panoramic image. The project leverages classical techniques such as feature detection, matching, and RANSAC, along with a deep learning approach using Homography Net and Tensor DLT.
This JavaScript library enables fast and efficient image distortion transformations using Canvas 2D.
Dewarp top-down fisheye image to panorama and rewarp panorama to fisheye image.
Image Warpping using homography transformation
"Parallax-Tolerant Image Stitching Based on Robust Elastic Warping" paper implementation
Detection of ar tags without opencv homography functions
Personal toolbox for image Warping
view interpolation of cubic panorama
A browser-native virtual try-on app with a WebMCP agent-stylist loop on top: garments render on a photo entirely on-device (no server inference, no upload), and an AI agent can search the catalog and apply try-ons through WebMCP site tools while the human judges fit and vibe.
In this project, we have implemented an image stitcher that uses image warping and homo-graphies to automatically create an image mosaic. We have focused on the case where we have two input images that should form the mosaic, where we warp one image into the plane of the second image and display the combined views. This problem gives some practi…
Moving Least Squares (MLS) deformation for images using control points. It supports affine, similar, and rigid transformations.
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