A python package to perform same transformation to coco-annotation as performed on the image.

Overview

coco-transform-util

A python package to perform same transformation to coco-annotation as performed on the image.

Installation

Way 1

$ git clone https://git.cglcloud.com/ILC-APAC/coco-transform-util.git
$ cd coco-transform-util
$ python3 setup.py install

Way 2

$ pip3 install git+https://git.cglcloud.com/ILC-APAC/coco-transform-util.git
<<< Username: <[email protected]>
<<< Password: <personal access token or SSH key>

Personal Access token looks like this 83b318cg875a5g302e5fdaag74afc8ceb6a91a2e.

Reference: How to generate Personal Access token

Check installation

import ctu
print(ctu.__version__)

Benefits and Use Cases

  1. Faster Model Training: Decrease the size of images and accordingly its annotation will be changed using this.
  2. Flexibility: Rescaling of images and annotations to meet the need of Model/Framework.
  3. Cost Saving: Lesser Computation requirement as images can be downscaled.
  4. Interpretability: Annotation Visualization is also a part of this package.
  5. Data Augmentation: <more practical in future>
  6. Ability to handle other cases: Added Functionality such as cropping or padding of the annotation can help in multiple other cases such as:
    • cropping out each object image & annotation from an original image
    • cropping unnecessary area to zoom in on some particular area.
    • converting images to 1:1 aspect ratio by using padding and/or cropping.

How to use it?

Core

There are four core modules inside that helps in performing operations on COCO Annotation. These can imported as shown below:

from ctu import WholeCoco2SingleImgCoco, Coco2CocoRel, CocoRel2CocoSpecificSize, AggreagateCoco  

It's recommended that you have look at samples/example_core_modules.py to understand and explore how to use these.

Wrapper

Making use of wrappers can also come in handly to perform multiple operations in a much simpler and interpretable manner using the functions provided below:

from ctu import (
    sample_modif_step_di, get_modif_imag, get_modif_coco_annotation, 
    accept_and_process_modif_di, ImgTransform, Visualize
)

It's recommended that you have look at samples/example_highlevel_function.py to understand and explore how to use these.

Some sample data has also been provided with this package at example_data/* to explore these functionalities.

Demo / Sample

A sample HTML created from Jupyter-Notebook, contating some sample results has been added to the path samples/Demo-SampleOutput.html.

Version History

  • v0.1: Core Modules: WholeCoco2SingleImgCoco, Coco2CocoRel, CocoRel2CocoSpecificSize. External Dependency on AMLEET package.
  • v0.2: Removed the dependency on AMLEET package. Develop Core Module: AggreagateCoco. Addition of field "area" under "annotations" in coco.
  • v0.3: Completed: Remove the out of frame coordinates in annotation. Update & add fields in "annotation" > "images". Ability to create transparent and general mask create_mask. In Development: Ability to export transformed image, mask and annotation per image wise and as a whole too.

Future

  • Update the image fields in "images" key. (done)
  • Crop out the annotation which are out-of-frame based on recent image shape. (done)
  • Annotation Visualization + Mask creation can become a core feature to this library. (done)
  • Rotate 90 degree left/right.
  • Flip horizontally or vertically.
  • COCO to other annotation format can also be a feature to this package.
Harmonic Memory Networks for Graph Completion

HMemNetworks Code and documentation for Harmonic Memory Networks, a series of models for compositionally assembling representations of graph elements

mlalisse 0 Oct 27, 2021
The code of paper 'Learning to Aggregate and Personalize 3D Face from In-the-Wild Photo Collection'

Learning to Aggregate and Personalize 3D Face from In-the-Wild Photo Collection Pytorch implemetation of paper 'Learning to Aggregate and Personalize

Tencent YouTu Research 136 Dec 29, 2022
ICCV2021 Expert-Goal Trajectory Prediction

ICCV 2021: Where are you heading? Dynamic Trajectory Prediction with Expert Goal Examples This repository contains the code for the paper Where are yo

hz 21 Dec 12, 2022
AoT is a system for automatically generating off-target test harness by using build information.

AoT: Auto off-Target Automatically generating off-target test harness by using build information. Brought to you by the Mobile Security Team at Samsun

Samsung 10 Oct 19, 2022
Code for the paper: Hierarchical Reinforcement Learning With Timed Subgoals, published at NeurIPS 2021

Hierarchical reinforcement learning with Timed Subgoals (HiTS) This repository contains code for reproducing experiments from our paper "Hierarchical

Autonomous Learning Group 21 Dec 03, 2022
the official implementation of the paper "Isometric Multi-Shape Matching" (CVPR 2021)

Isometric Multi-Shape Matching (IsoMuSh) Paper-CVF | Paper-arXiv | Video | Code Citation If you find our work useful in your research, please consider

Maolin Gao 9 Jul 17, 2022
Train a state-of-the-art yolov3 object detector from scratch!

TrainYourOwnYOLO: Building a Custom Object Detector from Scratch This repo let's you train a custom image detector using the state-of-the-art YOLOv3 c

AntonMu 616 Jan 08, 2023
Repositorio oficial del curso IIC2233 Programación Avanzada 🚀✨

IIC2233 - Programación Avanzada Evaluación Las evaluaciones serán efectuadas por medio de actividades prácticas en clases y tareas. Se calculará la no

IIC2233 @ UC 0 Dec 15, 2022
A Flexible Generative Framework for Graph-based Semi-supervised Learning (NeurIPS 2019)

G3NN This repo provides a pytorch implementation for the 4 instantiations of the flexible generative framework as described in the following paper: A

Jiaqi Ma 14 Oct 11, 2022
NLP From Scratch Without Large-Scale Pretraining: A Simple and Efficient Framework

NLP From Scratch Without Large-Scale Pretraining This repository contains the code, pre-trained model checkpoints and curated datasets for our paper:

Xingcheng Yao 224 Dec 08, 2022
Supplemental learning materials for "Fourier Feature Networks and Neural Volume Rendering"

Fourier Feature Networks and Neural Volume Rendering This repository is a companion to a lecture given at the University of Cambridge Engineering Depa

Matthew A Johnson 133 Dec 26, 2022
[WWW 2021] Source code for "Graph Contrastive Learning with Adaptive Augmentation"

GCA Source code for Graph Contrastive Learning with Adaptive Augmentation (WWW 2021) For example, to run GCA-Degree under WikiCS, execute: python trai

Big Data and Multi-modal Computing Group, CRIPAC 97 Jan 07, 2023
A Dataset for Direct Quotation Extraction and Attribution in News Articles.

DirectQuote - A Dataset for Direct Quotation Extraction and Attribution in News Articles DirectQuote is a corpus containing 19,760 paragraphs and 10,3

THUNLP-MT 9 Sep 23, 2022
Extremely easy multi instancing software for minecraft speedrunning.

Easy Multi Extremely easy multi/single instancing software for minecraft speedrunning. A couple of goals of this project: Setup multi in minutes No fi

Duncan 8 Jul 16, 2022
Implementation of Uformer, Attention-based Unet, in Pytorch

Uformer - Pytorch Implementation of Uformer, Attention-based Unet, in Pytorch. It will only offer the concat-cross-skip connection. This repository wi

Phil Wang 72 Dec 19, 2022
NeuralForecast is a Python library for time series forecasting with deep learning models

NeuralForecast is a Python library for time series forecasting with deep learning models. It includes benchmark datasets, data-loading utilities, evaluation functions, statistical tests, univariate m

Nixtla 1.1k Jan 03, 2023
Semantically Contrastive Learning for Low-light Image Enhancement

Semantically Contrastive Learning for Low-light Image Enhancement Here, we propose an effective semantically contrastive learning paradigm for Low-lig

48 Dec 16, 2022
Easily Process a Batch of Cox Models

ezcox: Easily Process a Batch of Cox Models The goal of ezcox is to operate a batch of univariate or multivariate Cox models and return tidy result. ⏬

Shixiang Wang 15 May 23, 2022
A very impractical 3D rendering engine that runs in the python terminal.

Terminal-3D-Render A very impractical 3D rendering engine that runs in the python terminal. do NOT try to run this program using the standard python I

23 Dec 31, 2022
Pytorch implementation of our method for regularizing nerual radiance fields for few-shot neural volume rendering.

InfoNeRF: Ray Entropy Minimization for Few-Shot Neural Volume Rendering Pytorch implementation of our method for regularizing nerual radiance fields f

106 Jan 06, 2023