Full Code of facebookresearch/segment-anything for AI

Repository: facebookresearch/segment-anything
Branch: main
Commit: dca509fe793f
Files: 49
Total size: 12.4 MB

Directory structure:
gitextract_o4om8lod/

├── .flake8
├── .gitignore
├── CODE_OF_CONDUCT.md
├── CONTRIBUTING.md
├── LICENSE
├── README.md
├── demo/
│   ├── README.md
│   ├── configs/
│   │   └── webpack/
│   │       ├── common.js
│   │       ├── dev.js
│   │       └── prod.js
│   ├── package.json
│   ├── postcss.config.js
│   ├── src/
│   │   ├── App.tsx
│   │   ├── assets/
│   │   │   ├── index.html
│   │   │   └── scss/
│   │   │       └── App.scss
│   │   ├── components/
│   │   │   ├── Stage.tsx
│   │   │   ├── Tool.tsx
│   │   │   ├── helpers/
│   │   │   │   ├── Interfaces.tsx
│   │   │   │   ├── maskUtils.tsx
│   │   │   │   ├── onnxModelAPI.tsx
│   │   │   │   └── scaleHelper.tsx
│   │   │   └── hooks/
│   │   │       ├── context.tsx
│   │   │       └── createContext.tsx
│   │   └── index.tsx
│   ├── tailwind.config.js
│   └── tsconfig.json
├── linter.sh
├── notebooks/
│   ├── automatic_mask_generator_example.ipynb
│   ├── onnx_model_example.ipynb
│   └── predictor_example.ipynb
├── scripts/
│   ├── amg.py
│   └── export_onnx_model.py
├── segment_anything/
│   ├── __init__.py
│   ├── automatic_mask_generator.py
│   ├── build_sam.py
│   ├── modeling/
│   │   ├── __init__.py
│   │   ├── common.py
│   │   ├── image_encoder.py
│   │   ├── mask_decoder.py
│   │   ├── prompt_encoder.py
│   │   ├── sam.py
│   │   └── transformer.py
│   ├── predictor.py
│   └── utils/
│       ├── __init__.py
│       ├── amg.py
│       ├── onnx.py
│       └── transforms.py
├── setup.cfg
└── setup.py

================================================
FILE CONTENTS
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FILE: .flake8
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[flake8]
ignore = W503, E203, E221, C901, C408, E741, C407, B017, F811, C101, EXE001, EXE002
max-line-length = 100
max-complexity = 18
select = B,C,E,F,W,T4,B9
per-file-ignores =
  **/__init__.py:F401,F403,E402


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FILE: .gitignore
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.nfs*

# compilation and distribution
__pycache__
_ext
*.pyc
*.pyd
*.so
*.dll
*.egg-info/
build/
dist/
wheels/

# pytorch/python/numpy formats
*.pth
*.pkl
*.npy
*.ts
model_ts*.txt

# onnx models
*.onnx

# ipython/jupyter notebooks
**/.ipynb_checkpoints/

# Editor temporaries
*.swn
*.swo
*.swp
*~

# editor settings
.idea
.vscode
_darcs

# demo 
**/node_modules
yarn.lock
package-lock.json

================================================
FILE: CODE_OF_CONDUCT.md
================================================
# Code of Conduct

## Our Pledge

In the interest of fostering an open and welcoming environment, we as
contributors and maintainers pledge to make participation in our project and
our community a harassment-free experience for everyone, regardless of age, body
size, disability, ethnicity, sex characteristics, gender identity and expression,
level of experience, education, socio-economic status, nationality, personal
appearance, race, religion, or sexual identity and orientation.

## Our Standards

Examples of behavior that contributes to creating a positive environment
include:

* Using welcoming and inclusive language
* Being respectful of differing viewpoints and experiences
* Gracefully accepting constructive criticism
* Focusing on what is best for the community
* Showing empathy towards other community members

Examples of unacceptable behavior by participants include:

* The use of sexualized language or imagery and unwelcome sexual attention or
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## Our Responsibilities

Project maintainers are responsible for clarifying the standards of acceptable
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Project maintainers have the right and responsibility to remove, edit, or
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## Enforcement

Instances of abusive, harassing, or otherwise unacceptable behavior may be
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Further details of specific enforcement policies may be posted separately.

Project maintainers who do not follow or enforce the Code of Conduct in good
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## Attribution

This Code of Conduct is adapted from the [Contributor Covenant][homepage], version 1.4,
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[homepage]: https://www.contributor-covenant.org

For answers to common questions about this code of conduct, see
https://www.contributor-covenant.org/faq


================================================
FILE: CONTRIBUTING.md
================================================
# Contributing to segment-anything
We want to make contributing to this project as easy and transparent as
possible.

## Pull Requests
We actively welcome your pull requests.

1. Fork the repo and create your branch from `main`.
2. If you've added code that should be tested, add tests.
3. If you've changed APIs, update the documentation.
4. Ensure the test suite passes.
5. Make sure your code lints, using the `linter.sh` script in the project's root directory. Linting requires `black==23.*`, `isort==5.12.0`, `flake8`, and `mypy`.
6. If you haven't already, complete the Contributor License Agreement ("CLA").

## Contributor License Agreement ("CLA")
In order to accept your pull request, we need you to submit a CLA. You only need
to do this once to work on any of Facebook's open source projects.

Complete your CLA here: <https://code.facebook.com/cla>

## Issues
We use GitHub issues to track public bugs. Please ensure your description is
clear and has sufficient instructions to be able to reproduce the issue.

Facebook has a [bounty program](https://www.facebook.com/whitehat/) for the safe
disclosure of security bugs. In those cases, please go through the process
outlined on that page and do not file a public issue.

## License
By contributing to segment-anything, you agree that your contributions will be licensed
under the LICENSE file in the root directory of this source tree.


================================================
FILE: LICENSE
================================================
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================================================
FILE: README.md
================================================
## Latest updates -- SAM 2: Segment Anything in Images and Videos

Please check out our new release on [**Segment Anything Model 2 (SAM 2)**](https://github.com/facebookresearch/segment-anything-2).

* SAM 2 code: https://github.com/facebookresearch/segment-anything-2
* SAM 2 demo: https://sam2.metademolab.com/
* SAM 2 paper: https://arxiv.org/abs/2408.00714

 ![SAM 2 architecture](https://github.com/facebookresearch/segment-anything-2/blob/main/assets/model_diagram.png?raw=true)

**Segment Anything Model 2 (SAM 2)** is a foundation model towards solving promptable visual segmentation in images and videos. We extend SAM to video by considering images as a video with a single frame. The model design is a simple transformer architecture with streaming memory for real-time video processing. We build a model-in-the-loop data engine, which improves model and data via user interaction, to collect [**our SA-V dataset**](https://ai.meta.com/datasets/segment-anything-video), the largest video segmentation dataset to date. SAM 2 trained on our data provides strong performance across a wide range of tasks and visual domains.

# Segment Anything

**[Meta AI Research, FAIR](https://ai.facebook.com/research/)**

[Alexander Kirillov](https://alexander-kirillov.github.io/), [Eric Mintun](https://ericmintun.github.io/), [Nikhila Ravi](https://nikhilaravi.com/), [Hanzi Mao](https://hanzimao.me/), Chloe Rolland, Laura Gustafson, [Tete Xiao](https://tetexiao.com), [Spencer Whitehead](https://www.spencerwhitehead.com/), Alex Berg, Wan-Yen Lo, [Piotr Dollar](https://pdollar.github.io/), [Ross Girshick](https://www.rossgirshick.info/)

[[`Paper`](https://ai.facebook.com/research/publications/segment-anything/)] [[`Project`](https://segment-anything.com/)] [[`Demo`](https://segment-anything.com/demo)] [[`Dataset`](https://segment-anything.com/dataset/index.html)] [[`Blog`](https://ai.facebook.com/blog/segment-anything-foundation-model-image-segmentation/)] [[`BibTeX`](#citing-segment-anything)]

![SAM design](assets/model_diagram.png?raw=true)

The **Segment Anything Model (SAM)** produces high quality object masks from input prompts such as points or boxes, and it can be used to generate masks for all objects in an image. It has been trained on a [dataset](https://segment-anything.com/dataset/index.html) of 11 million images and 1.1 billion masks, and has strong zero-shot performance on a variety of segmentation tasks.

<p float="left">
  <img src="assets/masks1.png?raw=true" width="37.25%" />
  <img src="assets/masks2.jpg?raw=true" width="61.5%" /> 
</p>

## Installation

The code requires `python>=3.8`, as well as `pytorch>=1.7` and `torchvision>=0.8`. Please follow the instructions [here](https://pytorch.org/get-started/locally/) to install both PyTorch and TorchVision dependencies. Installing both PyTorch and TorchVision with CUDA support is strongly recommended.

Install Segment Anything:

```
pip install git+https://github.com/facebookresearch/segment-anything.git
```

or clone the repository locally and install with

```
git clone git@github.com:facebookresearch/segment-anything.git
cd segment-anything; pip install -e .
```

The following optional dependencies are necessary for mask post-processing, saving masks in COCO format, the example notebooks, and exporting the model in ONNX format. `jupyter` is also required to run the example notebooks.

```
pip install opencv-python pycocotools matplotlib onnxruntime onnx
```

## <a name="GettingStarted"></a>Getting Started

First download a [model checkpoint](#model-checkpoints). Then the model can be used in just a few lines to get masks from a given prompt:

```
from segment_anything import SamPredictor, sam_model_registry
sam = sam_model_registry["<model_type>"](checkpoint="<path/to/checkpoint>")
predictor = SamPredictor(sam)
predictor.set_image(<your_image>)
masks, _, _ = predictor.predict(<input_prompts>)
```

or generate masks for an entire image:

```
from segment_anything import SamAutomaticMaskGenerator, sam_model_registry
sam = sam_model_registry["<model_type>"](checkpoint="<path/to/checkpoint>")
mask_generator = SamAutomaticMaskGenerator(sam)
masks = mask_generator.generate(<your_image>)
```

Additionally, masks can be generated for images from the command line:

```
python scripts/amg.py --checkpoint <path/to/checkpoint> --model-type <model_type> --input <image_or_folder> --output <path/to/output>
```

See the examples notebooks on [using SAM with prompts](/notebooks/predictor_example.ipynb) and [automatically generating masks](/notebooks/automatic_mask_generator_example.ipynb) for more details.

<p float="left">
  <img src="assets/notebook1.png?raw=true" width="49.1%" />
  <img src="assets/notebook2.png?raw=true" width="48.9%" />
</p>

## ONNX Export

SAM's lightweight mask decoder can be exported to ONNX format so that it can be run in any environment that supports ONNX runtime, such as in-browser as showcased in the [demo](https://segment-anything.com/demo). Export the model with

```
python scripts/export_onnx_model.py --checkpoint <path/to/checkpoint> --model-type <model_type> --output <path/to/output>
```

See the [example notebook](https://github.com/facebookresearch/segment-anything/blob/main/notebooks/onnx_model_example.ipynb) for details on how to combine image preprocessing via SAM's backbone with mask prediction using the ONNX model. It is recommended to use the latest stable version of PyTorch for ONNX export.

### Web demo

The `demo/` folder has a simple one page React app which shows how to run mask prediction with the exported ONNX model in a web browser with multithreading. Please see [`demo/README.md`](https://github.com/facebookresearch/segment-anything/blob/main/demo/README.md) for more details.

## <a name="Models"></a>Model Checkpoints

Three model versions of the model are available with different backbone sizes. These models can be instantiated by running

```
from segment_anything import sam_model_registry
sam = sam_model_registry["<model_type>"](checkpoint="<path/to/checkpoint>")
```

Click the links below to download the checkpoint for the corresponding model type.

- **`default` or `vit_h`: [ViT-H SAM model.](https://dl.fbaipublicfiles.com/segment_anything/sam_vit_h_4b8939.pth)**
- `vit_l`: [ViT-L SAM model.](https://dl.fbaipublicfiles.com/segment_anything/sam_vit_l_0b3195.pth)
- `vit_b`: [ViT-B SAM model.](https://dl.fbaipublicfiles.com/segment_anything/sam_vit_b_01ec64.pth)

## Dataset

See [here](https://ai.facebook.com/datasets/segment-anything/) for an overview of the datastet. The dataset can be downloaded [here](https://ai.facebook.com/datasets/segment-anything-downloads/). By downloading the datasets you agree that you have read and accepted the terms of the SA-1B Dataset Research License.

We save masks per image as a json file. It can be loaded as a dictionary in python in the below format.

```python
{
    "image"                 : image_info,
    "annotations"           : [annotation],
}

image_info {
    "image_id"              : int,              # Image id
    "width"                 : int,              # Image width
    "height"                : int,              # Image height
    "file_name"             : str,              # Image filename
}

annotation {
    "id"                    : int,              # Annotation id
    "segmentation"          : dict,             # Mask saved in COCO RLE format.
    "bbox"                  : [x, y, w, h],     # The box around the mask, in XYWH format
    "area"                  : int,              # The area in pixels of the mask
    "predicted_iou"         : float,            # The model's own prediction of the mask's quality
    "stability_score"       : float,            # A measure of the mask's quality
    "crop_box"              : [x, y, w, h],     # The crop of the image used to generate the mask, in XYWH format
    "point_coords"          : [[x, y]],         # The point coordinates input to the model to generate the mask
}
```

Image ids can be found in sa_images_ids.txt which can be downloaded using the above [link](https://ai.facebook.com/datasets/segment-anything-downloads/) as well.

To decode a mask in COCO RLE format into binary:

```
from pycocotools import mask as mask_utils
mask = mask_utils.decode(annotation["segmentation"])
```

See [here](https://github.com/cocodataset/cocoapi/blob/master/PythonAPI/pycocotools/mask.py) for more instructions to manipulate masks stored in RLE format.

## License

The model is licensed under the [Apache 2.0 license](LICENSE).

## Contributing

See [contributing](CONTRIBUTING.md) and the [code of conduct](CODE_OF_CONDUCT.md).

## Contributors

The Segment Anything project was made possible with the help of many contributors (alphabetical):

Aaron Adcock, Vaibhav Aggarwal, Morteza Behrooz, Cheng-Yang Fu, Ashley Gabriel, Ahuva Goldstand, Allen Goodman, Sumanth Gurram, Jiabo Hu, Somya Jain, Devansh Kukreja, Robert Kuo, Joshua Lane, Yanghao Li, Lilian Luong, Jitendra Malik, Mallika Malhotra, William Ngan, Omkar Parkhi, Nikhil Raina, Dirk Rowe, Neil Sejoor, Vanessa Stark, Bala Varadarajan, Bram Wasti, Zachary Winstrom

## Citing Segment Anything

If you use SAM or SA-1B in your research, please use the following BibTeX entry.

```
@article{kirillov2023segany,
  title={Segment Anything},
  author={Kirillov, Alexander and Mintun, Eric and Ravi, Nikhila and Mao, Hanzi and Rolland, Chloe and Gustafson, Laura and Xiao, Tete and Whitehead, Spencer and Berg, Alexander C. and Lo, Wan-Yen and Doll{\'a}r, Piotr and Girshick, Ross},
  journal={arXiv:2304.02643},
  year={2023}
}
```


================================================
FILE: demo/README.md
================================================
## Segment Anything Simple Web demo

This **front-end only** React based web demo shows how to load a fixed image and corresponding `.npy` file of the SAM image embedding, and run the SAM ONNX model in the browser using Web Assembly with mulithreading enabled by `SharedArrayBuffer`, Web Worker, and SIMD128.

<img src="https://github.com/facebookresearch/segment-anything/raw/main/assets/minidemo.gif" width="500"/>

## Run the app

Install Yarn

```
npm install --g yarn
```

Build and run:

```
yarn && yarn start
```

Navigate to [`http://localhost:8081/`](http://localhost:8081/)

Move your cursor around to see the mask prediction update in real time.

## Export the image embedding

In the [ONNX Model Example notebook](https://github.com/facebookresearch/segment-anything/blob/main/notebooks/onnx_model_example.ipynb) upload the image of your choice and generate and save corresponding embedding.

Initialize the predictor:

```python
checkpoint = "sam_vit_h_4b8939.pth"
model_type = "vit_h"
sam = sam_model_registry[model_type](checkpoint=checkpoint)
sam.to(device='cuda')
predictor = SamPredictor(sam)
```

Set the new image and export the embedding:

```
image = cv2.imread('src/assets/dogs.jpg')
predictor.set_image(image)
image_embedding = predictor.get_image_embedding().cpu().numpy()
np.save("dogs_embedding.npy", image_embedding)
```

Save the new image and embedding in `src/assets/data`.

## Export the ONNX model

You also need to export the quantized ONNX model from the [ONNX Model Example notebook](https://github.com/facebookresearch/segment-anything/blob/main/notebooks/onnx_model_example.ipynb).

Run the cell in the notebook which saves the `sam_onnx_quantized_example.onnx` file, download it and copy it to the path `/model/sam_onnx_quantized_example.onnx`.

Here is a snippet of the export/quantization code:

```
onnx_model_path = "sam_onnx_example.onnx"
onnx_model_quantized_path = "sam_onnx_quantized_example.onnx"
quantize_dynamic(
    model_input=onnx_model_path,
    model_output=onnx_model_quantized_path,
    optimize_model=True,
    per_channel=False,
    reduce_range=False,
    weight_type=QuantType.QUInt8,
)
```

**NOTE: if you change the ONNX model by using a new checkpoint you need to also re-export the embedding.**

## Update the image, embedding, model in the app

Update the following file paths at the top of`App.tsx`:

```py
const IMAGE_PATH = "/assets/data/dogs.jpg";
const IMAGE_EMBEDDING = "/assets/data/dogs_embedding.npy";
const MODEL_DIR = "/model/sam_onnx_quantized_example.onnx";
```

## ONNX multithreading with SharedArrayBuffer

To use multithreading, the appropriate headers need to be set to create a cross origin isolation state which will enable use of `SharedArrayBuffer` (see this [blog post](https://cloudblogs.microsoft.com/opensource/2021/09/02/onnx-runtime-web-running-your-machine-learning-model-in-browser/) for more details)

The headers below are set in `configs/webpack/dev.js`:

```js
headers: {
    "Cross-Origin-Opener-Policy": "same-origin",
    "Cross-Origin-Embedder-Policy": "credentialless",
}
```

## Structure of the app

**`App.tsx`**

- Initializes ONNX model
- Loads image embedding and image
- Runs the ONNX model based on input prompts

**`Stage.tsx`**

- Handles mouse move interaction to update the ONNX model prompt

**`Tool.tsx`**

- Renders the image and the mask prediction

**`helpers/maskUtils.tsx`**

- Conversion of ONNX model output from array to an HTMLImageElement

**`helpers/onnxModelAPI.tsx`**

- Formats the inputs for the ONNX model

**`helpers/scaleHelper.tsx`**

- Handles image scaling logic for SAM (longest size 1024)

**`hooks/`**

- Handle shared state for the app


================================================
FILE: demo/configs/webpack/common.js
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

const { resolve } = require("path");
const HtmlWebpackPlugin = require("html-webpack-plugin");
const FriendlyErrorsWebpackPlugin = require("friendly-errors-webpack-plugin");
const CopyPlugin = require("copy-webpack-plugin");
const webpack = require("webpack");

module.exports = {
  entry: "./src/index.tsx",
  resolve: {
    extensions: [".js", ".jsx", ".ts", ".tsx"],
  },
  output: {
    path: resolve(__dirname, "dist"),
  },
  module: {
    rules: [
      {
        test: /\.mjs$/,
        include: /node_modules/,
        type: "javascript/auto",
        resolve: {
          fullySpecified: false,
        },
      },
      {
        test: [/\.jsx?$/, /\.tsx?$/],
        use: ["ts-loader"],
        exclude: /node_modules/,
      },
      {
        test: /\.css$/,
        use: ["style-loader", "css-loader"],
      },
      {
        test: /\.(scss|sass)$/,
        use: ["style-loader", "css-loader", "postcss-loader"],
      },
      {
        test: /\.(jpe?g|png|gif|svg)$/i,
        use: [
          "file-loader?hash=sha512&digest=hex&name=img/[contenthash].[ext]",
          "image-webpack-loader?bypassOnDebug&optipng.optimizationLevel=7&gifsicle.interlaced=false",
        ],
      },
      {
        test: /\.(woff|woff2|ttf)$/,
        use: {
          loader: "url-loader",
        },
      },
    ],
  },
  plugins: [
    new CopyPlugin({
      patterns: [
        {
          from: "node_modules/onnxruntime-web/dist/*.wasm",
          to: "[name][ext]",
        },
        {
          from: "model",
          to: "model",
        },
        {
          from: "src/assets",
          to: "assets",
        },
      ],
    }),
    new HtmlWebpackPlugin({
      template: "./src/assets/index.html",
    }),
    new FriendlyErrorsWebpackPlugin(),
    new webpack.ProvidePlugin({
      process: "process/browser",
    }),
  ],
};


================================================
FILE: demo/configs/webpack/dev.js
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

// development config
const { merge } = require("webpack-merge");
const commonConfig = require("./common");

module.exports = merge(commonConfig, {
  mode: "development",
  devServer: {
    hot: true, // enable HMR on the server
    open: true,
    // These headers enable the cross origin isolation state
    // needed to enable use of SharedArrayBuffer for ONNX 
    // multithreading. 
    headers: {
      "Cross-Origin-Opener-Policy": "same-origin",
      "Cross-Origin-Embedder-Policy": "credentialless",
    },
  },
  devtool: "cheap-module-source-map",
});


================================================
FILE: demo/configs/webpack/prod.js
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

// production config
const { merge } = require("webpack-merge");
const { resolve } = require("path");
const Dotenv = require("dotenv-webpack");
const commonConfig = require("./common");

module.exports = merge(commonConfig, {
  mode: "production",
  output: {
    filename: "js/bundle.[contenthash].min.js",
    path: resolve(__dirname, "../../dist"),
    publicPath: "/",
  },
  devtool: "source-map",
  plugins: [new Dotenv()],
});


================================================
FILE: demo/package.json
================================================
{
  "name": "segment-anything-mini-demo",
  "version": "0.1.0",
  "license": "MIT",
  "scripts": {
    "build": "yarn run clean-dist && webpack --config=configs/webpack/prod.js && mv dist/*.wasm dist/js",
    "clean-dist": "rimraf dist/*",
    "lint": "eslint './src/**/*.{js,ts,tsx}' --quiet",
    "start": "yarn run start-dev",
    "test": "yarn run start-model-test",
    "start-dev": "webpack serve --config=configs/webpack/dev.js"
  },
  "devDependencies": {
    "@babel/core": "^7.18.13",
    "@babel/preset-env": "^7.18.10",
    "@babel/preset-react": "^7.18.6",
    "@babel/preset-typescript": "^7.18.6",
    "@pmmmwh/react-refresh-webpack-plugin": "^0.5.7",
    "@testing-library/react": "^13.3.0",
    "@types/node": "^18.7.13",
    "@types/react": "^18.0.17",
    "@types/react-dom": "^18.0.6",
    "@types/underscore": "^1.11.4",
    "@typescript-eslint/eslint-plugin": "^5.35.1",
    "@typescript-eslint/parser": "^5.35.1",
    "babel-loader": "^8.2.5",
    "copy-webpack-plugin": "^11.0.0",
    "css-loader": "^6.7.1",
    "dotenv": "^16.0.2",
    "dotenv-webpack": "^8.0.1",
    "eslint": "^8.22.0",
    "eslint-plugin-react": "^7.31.0",
    "file-loader": "^6.2.0",
    "fork-ts-checker-webpack-plugin": "^7.2.13",
    "friendly-errors-webpack-plugin": "^1.7.0",
    "html-webpack-plugin": "^5.5.0",
    "image-webpack-loader": "^8.1.0",
    "postcss-loader": "^7.0.1",
    "postcss-preset-env": "^7.8.0",
    "process": "^0.11.10",
    "rimraf": "^3.0.2",
    "sass": "^1.54.5",
    "sass-loader": "^13.0.2",
    "style-loader": "^3.3.1",
    "tailwindcss": "^3.1.8",
    "ts-loader": "^9.3.1",
    "typescript": "^4.8.2",
    "webpack": "^5.74.0",
    "webpack-cli": "^4.10.0",
    "webpack-dev-server": "^4.10.0",
    "webpack-dotenv-plugin": "^2.1.0",
    "webpack-merge": "^5.8.0"
  },
  "dependencies": {
    "npyjs": "^0.4.0",
    "onnxruntime-web": "^1.14.0",
    "react": "^18.2.0",
    "react-dom": "^18.2.0",
    "underscore": "^1.13.6",
    "react-refresh": "^0.14.0"
  }
}


================================================
FILE: demo/postcss.config.js
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

const tailwindcss = require("tailwindcss");
module.exports = {
  plugins: ["postcss-preset-env", 'tailwindcss/nesting', tailwindcss],
};


================================================
FILE: demo/src/App.tsx
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

import { InferenceSession, Tensor } from "onnxruntime-web";
import React, { useContext, useEffect, useState } from "react";
import "./assets/scss/App.scss";
import { handleImageScale } from "./components/helpers/scaleHelper";
import { modelScaleProps } from "./components/helpers/Interfaces";
import { onnxMaskToImage } from "./components/helpers/maskUtils";
import { modelData } from "./components/helpers/onnxModelAPI";
import Stage from "./components/Stage";
import AppContext from "./components/hooks/createContext";
const ort = require("onnxruntime-web");
/* @ts-ignore */
import npyjs from "npyjs";

// Define image, embedding and model paths
const IMAGE_PATH = "/assets/data/dogs.jpg";
const IMAGE_EMBEDDING = "/assets/data/dogs_embedding.npy";
const MODEL_DIR = "/model/sam_onnx_quantized_example.onnx";

const App = () => {
  const {
    clicks: [clicks],
    image: [, setImage],
    maskImg: [, setMaskImg],
  } = useContext(AppContext)!;
  const [model, setModel] = useState<InferenceSession | null>(null); // ONNX model
  const [tensor, setTensor] = useState<Tensor | null>(null); // Image embedding tensor

  // The ONNX model expects the input to be rescaled to 1024. 
  // The modelScale state variable keeps track of the scale values.
  const [modelScale, setModelScale] = useState<modelScaleProps | null>(null);

  // Initialize the ONNX model. load the image, and load the SAM
  // pre-computed image embedding
  useEffect(() => {
    // Initialize the ONNX model
    const initModel = async () => {
      try {
        if (MODEL_DIR === undefined) return;
        const URL: string = MODEL_DIR;
        const model = await InferenceSession.create(URL);
        setModel(model);
      } catch (e) {
        console.log(e);
      }
    };
    initModel();

    // Load the image
    const url = new URL(IMAGE_PATH, location.origin);
    loadImage(url);

    // Load the Segment Anything pre-computed embedding
    Promise.resolve(loadNpyTensor(IMAGE_EMBEDDING, "float32")).then(
      (embedding) => setTensor(embedding)
    );
  }, []);

  const loadImage = async (url: URL) => {
    try {
      const img = new Image();
      img.src = url.href;
      img.onload = () => {
        const { height, width, samScale } = handleImageScale(img);
        setModelScale({
          height: height,  // original image height
          width: width,  // original image width
          samScale: samScale, // scaling factor for image which has been resized to longest side 1024
        });
        img.width = width; 
        img.height = height; 
        setImage(img);
      };
    } catch (error) {
      console.log(error);
    }
  };

  // Decode a Numpy file into a tensor. 
  const loadNpyTensor = async (tensorFile: string, dType: string) => {
    let npLoader = new npyjs();
    const npArray = await npLoader.load(tensorFile);
    const tensor = new ort.Tensor(dType, npArray.data, npArray.shape);
    return tensor;
  };

  // Run the ONNX model every time clicks has changed
  useEffect(() => {
    runONNX();
  }, [clicks]);

  const runONNX = async () => {
    try {
      if (
        model === null ||
        clicks === null ||
        tensor === null ||
        modelScale === null
      )
        return;
      else {
        // Preapre the model input in the correct format for SAM. 
        // The modelData function is from onnxModelAPI.tsx.
        const feeds = modelData({
          clicks,
          tensor,
          modelScale,
        });
        if (feeds === undefined) return;
        // Run the SAM ONNX model with the feeds returned from modelData()
        const results = await model.run(feeds);
        const output = results[model.outputNames[0]];
        // The predicted mask returned from the ONNX model is an array which is 
        // rendered as an HTML image using onnxMaskToImage() from maskUtils.tsx.
        setMaskImg(onnxMaskToImage(output.data, output.dims[2], output.dims[3]));
      }
    } catch (e) {
      console.log(e);
    }
  };

  return <Stage />;
};

export default App;


================================================
FILE: demo/src/assets/index.html
================================================
<!DOCTYPE html>
<html lang="en" dir="ltr" prefix="og: https://ogp.me/ns#" class="w-full h-full">
  <head>
    <meta charset="utf-8" />
    <meta
      name="viewport"
      content="width=device-width, initial-scale=1, shrink-to-fit=no"
    />
    <title>Segment Anything Demo</title>

    <!--  Meta Tags -->
    <meta property="og:type" content="website" />
    <meta property="og:title" content="Segment Anything Demo" />
  </head>
  <body class="w-full h-full">
    <div id="root" class="w-full h-full"></div>
  </body>
</html>


================================================
FILE: demo/src/assets/scss/App.scss
================================================
@tailwind base;
@tailwind components;
@tailwind utilities;


================================================
FILE: demo/src/components/Stage.tsx
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

import React, { useContext } from "react";
import * as _ from "underscore";
import Tool from "./Tool";
import { modelInputProps } from "./helpers/Interfaces";
import AppContext from "./hooks/createContext";

const Stage = () => {
  const {
    clicks: [, setClicks],
    image: [image],
  } = useContext(AppContext)!;

  const getClick = (x: number, y: number): modelInputProps => {
    const clickType = 1;
    return { x, y, clickType };
  };

  // Get mouse position and scale the (x, y) coordinates back to the natural
  // scale of the image. Update the state of clicks with setClicks to trigger
  // the ONNX model to run and generate a new mask via a useEffect in App.tsx
  const handleMouseMove = _.throttle((e: any) => {
    let el = e.nativeEvent.target;
    const rect = el.getBoundingClientRect();
    let x = e.clientX - rect.left;
    let y = e.clientY - rect.top;
    const imageScale = image ? image.width / el.offsetWidth : 1;
    x *= imageScale;
    y *= imageScale;
    const click = getClick(x, y);
    if (click) setClicks([click]);
  }, 15);

  const flexCenterClasses = "flex items-center justify-center";
  return (
    <div className={`${flexCenterClasses} w-full h-full`}>
      <div className={`${flexCenterClasses} relative w-[90%] h-[90%]`}>
        <Tool handleMouseMove={handleMouseMove} />
      </div>
    </div>
  );
};

export default Stage;


================================================
FILE: demo/src/components/Tool.tsx
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

import React, { useContext, useEffect, useState } from "react";
import AppContext from "./hooks/createContext";
import { ToolProps } from "./helpers/Interfaces";
import * as _ from "underscore";

const Tool = ({ handleMouseMove }: ToolProps) => {
  const {
    image: [image],
    maskImg: [maskImg, setMaskImg],
  } = useContext(AppContext)!;

  // Determine if we should shrink or grow the images to match the
  // width or the height of the page and setup a ResizeObserver to
  // monitor changes in the size of the page
  const [shouldFitToWidth, setShouldFitToWidth] = useState(true);
  const bodyEl = document.body;
  const fitToPage = () => {
    if (!image) return;
    const imageAspectRatio = image.width / image.height;
    const screenAspectRatio = window.innerWidth / window.innerHeight;
    setShouldFitToWidth(imageAspectRatio > screenAspectRatio);
  };
  const resizeObserver = new ResizeObserver((entries) => {
    for (const entry of entries) {
      if (entry.target === bodyEl) {
        fitToPage();
      }
    }
  });
  useEffect(() => {
    fitToPage();
    resizeObserver.observe(bodyEl);
    return () => {
      resizeObserver.unobserve(bodyEl);
    };
  }, [image]);

  const imageClasses = "";
  const maskImageClasses = `absolute opacity-40 pointer-events-none`;

  // Render the image and the predicted mask image on top
  return (
    <>
      {image && (
        <img
          onMouseMove={handleMouseMove}
          onMouseOut={() => _.defer(() => setMaskImg(null))}
          onTouchStart={handleMouseMove}
          src={image.src}
          className={`${
            shouldFitToWidth ? "w-full" : "h-full"
          } ${imageClasses}`}
        ></img>
      )}
      {maskImg && (
        <img
          src={maskImg.src}
          className={`${
            shouldFitToWidth ? "w-full" : "h-full"
          } ${maskImageClasses}`}
        ></img>
      )}
    </>
  );
};

export default Tool;


================================================
FILE: demo/src/components/helpers/Interfaces.tsx
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

import { Tensor } from "onnxruntime-web";

export interface modelScaleProps {
  samScale: number;
  height: number;
  width: number;
}

export interface modelInputProps {
  x: number;
  y: number;
  clickType: number;
}

export interface modeDataProps {
  clicks?: Array<modelInputProps>;
  tensor: Tensor;
  modelScale: modelScaleProps;
}

export interface ToolProps {
  handleMouseMove: (e: any) => void;
}


================================================
FILE: demo/src/components/helpers/maskUtils.tsx
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

// Convert the onnx model mask prediction to ImageData
function arrayToImageData(input: any, width: number, height: number) {
  const [r, g, b, a] = [0, 114, 189, 255]; // the masks's blue color
  const arr = new Uint8ClampedArray(4 * width * height).fill(0);
  for (let i = 0; i < input.length; i++) {

    // Threshold the onnx model mask prediction at 0.0
    // This is equivalent to thresholding the mask using predictor.model.mask_threshold
    // in python
    if (input[i] > 0.0) {
      arr[4 * i + 0] = r;
      arr[4 * i + 1] = g;
      arr[4 * i + 2] = b;
      arr[4 * i + 3] = a;
    }
  }
  return new ImageData(arr, height, width);
}

// Use a Canvas element to produce an image from ImageData
function imageDataToImage(imageData: ImageData) {
  const canvas = imageDataToCanvas(imageData);
  const image = new Image();
  image.src = canvas.toDataURL();
  return image;
}

// Canvas elements can be created from ImageData
function imageDataToCanvas(imageData: ImageData) {
  const canvas = document.createElement("canvas");
  const ctx = canvas.getContext("2d");
  canvas.width = imageData.width;
  canvas.height = imageData.height;
  ctx?.putImageData(imageData, 0, 0);
  return canvas;
}

// Convert the onnx model mask output to an HTMLImageElement
export function onnxMaskToImage(input: any, width: number, height: number) {
  return imageDataToImage(arrayToImageData(input, width, height));
}


================================================
FILE: demo/src/components/helpers/onnxModelAPI.tsx
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

import { Tensor } from "onnxruntime-web";
import { modeDataProps } from "./Interfaces";

const modelData = ({ clicks, tensor, modelScale }: modeDataProps) => {
  const imageEmbedding = tensor;
  let pointCoords;
  let pointLabels;
  let pointCoordsTensor;
  let pointLabelsTensor;

  // Check there are input click prompts
  if (clicks) {
    let n = clicks.length;

    // If there is no box input, a single padding point with 
    // label -1 and coordinates (0.0, 0.0) should be concatenated
    // so initialize the array to support (n + 1) points.
    pointCoords = new Float32Array(2 * (n + 1));
    pointLabels = new Float32Array(n + 1);

    // Add clicks and scale to what SAM expects
    for (let i = 0; i < n; i++) {
      pointCoords[2 * i] = clicks[i].x * modelScale.samScale;
      pointCoords[2 * i + 1] = clicks[i].y * modelScale.samScale;
      pointLabels[i] = clicks[i].clickType;
    }

    // Add in the extra point/label when only clicks and no box
    // The extra point is at (0, 0) with label -1
    pointCoords[2 * n] = 0.0;
    pointCoords[2 * n + 1] = 0.0;
    pointLabels[n] = -1.0;

    // Create the tensor
    pointCoordsTensor = new Tensor("float32", pointCoords, [1, n + 1, 2]);
    pointLabelsTensor = new Tensor("float32", pointLabels, [1, n + 1]);
  }
  const imageSizeTensor = new Tensor("float32", [
    modelScale.height,
    modelScale.width,
  ]);

  if (pointCoordsTensor === undefined || pointLabelsTensor === undefined)
    return;

  // There is no previous mask, so default to an empty tensor
  const maskInput = new Tensor(
    "float32",
    new Float32Array(256 * 256),
    [1, 1, 256, 256]
  );
  // There is no previous mask, so default to 0
  const hasMaskInput = new Tensor("float32", [0]);

  return {
    image_embeddings: imageEmbedding,
    point_coords: pointCoordsTensor,
    point_labels: pointLabelsTensor,
    orig_im_size: imageSizeTensor,
    mask_input: maskInput,
    has_mask_input: hasMaskInput,
  };
};

export { modelData };


================================================
FILE: demo/src/components/helpers/scaleHelper.tsx
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.


// Helper function for handling image scaling needed for SAM
const handleImageScale = (image: HTMLImageElement) => {
  // Input images to SAM must be resized so the longest side is 1024
  const LONG_SIDE_LENGTH = 1024;
  let w = image.naturalWidth;
  let h = image.naturalHeight;
  const samScale = LONG_SIDE_LENGTH / Math.max(h, w);
  return { height: h, width: w, samScale };
};

export { handleImageScale };


================================================
FILE: demo/src/components/hooks/context.tsx
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

import React, { useState } from "react";
import { modelInputProps } from "../helpers/Interfaces";
import AppContext from "./createContext";

const AppContextProvider = (props: {
  children: React.ReactElement<any, string | React.JSXElementConstructor<any>>;
}) => {
  const [clicks, setClicks] = useState<Array<modelInputProps> | null>(null);
  const [image, setImage] = useState<HTMLImageElement | null>(null);
  const [maskImg, setMaskImg] = useState<HTMLImageElement | null>(null);

  return (
    <AppContext.Provider
      value={{
        clicks: [clicks, setClicks],
        image: [image, setImage],
        maskImg: [maskImg, setMaskImg],
      }}
    >
      {props.children}
    </AppContext.Provider>
  );
};

export default AppContextProvider;


================================================
FILE: demo/src/components/hooks/createContext.tsx
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

import { createContext } from "react";
import { modelInputProps } from "../helpers/Interfaces";

interface contextProps {
  clicks: [
    clicks: modelInputProps[] | null,
    setClicks: (e: modelInputProps[] | null) => void
  ];
  image: [
    image: HTMLImageElement | null,
    setImage: (e: HTMLImageElement | null) => void
  ];
  maskImg: [
    maskImg: HTMLImageElement | null,
    setMaskImg: (e: HTMLImageElement | null) => void
  ];
}

const AppContext = createContext<contextProps | null>(null);

export default AppContext;


================================================
FILE: demo/src/index.tsx
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

import * as React from "react";
import { createRoot } from "react-dom/client";
import AppContextProvider from "./components/hooks/context";
import App from "./App";
const container = document.getElementById("root");
const root = createRoot(container!);
root.render(
  <AppContextProvider>
    <App/>
  </AppContextProvider>
);


================================================
FILE: demo/tailwind.config.js
================================================
// Copyright (c) Meta Platforms, Inc. and affiliates.
// All rights reserved.

// This source code is licensed under the license found in the
// LICENSE file in the root directory of this source tree.

/** @type {import('tailwindcss').Config} */
module.exports = {
  content: ["./src/**/*.{html,js,tsx}"],
  theme: {},
  plugins: [],
};


================================================
FILE: demo/tsconfig.json
================================================
{
  "compilerOptions": {
    "lib": ["dom", "dom.iterable", "esnext"],
    "allowJs": true,
    "skipLibCheck": true,
    "strict": true,
    "forceConsistentCasingInFileNames": true,
    "noEmit": false,
    "esModuleInterop": true,
    "module": "esnext",
    "moduleResolution": "node",
    "resolveJsonModule": true,
    "isolatedModules": true,
    "jsx": "react",
    "incremental": true,
    "target": "ESNext",
    "useDefineForClassFields": true,
    "allowSyntheticDefaultImports": true,
    "outDir": "./dist/",
    "sourceMap": true
  },
  "include": ["next-env.d.ts", "**/*.ts", "**/*.tsx", "src"],
  "exclude": ["node_modules"]
}


================================================
FILE: linter.sh
================================================
#!/bin/bash -e
# Copyright (c) Facebook, Inc. and its affiliates.

{
  black --version | grep -E "23\." > /dev/null
} || {
  echo "Linter requires 'black==23.*' !"
  exit 1
}

ISORT_VERSION=$(isort --version-number)
if [[ "$ISORT_VERSION" != 5.12* ]]; then
  echo "Linter requires isort==5.12.0 !"
  exit 1
fi

echo "Running isort ..."
isort . --atomic

echo "Running black ..."
black -l 100 .

echo "Running flake8 ..."
if [ -x "$(command -v flake8)" ]; then
  flake8 .
else
  python3 -m flake8 .
fi

echo "Running mypy..."

mypy --exclude 'setup.py|notebooks' .


================================================
FILE: notebooks/automatic_mask_generator_example.ipynb
================================================
{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 1,
   "id": "5fa21d44",
   "metadata": {},
   "outputs": [],
   "source": [
    "# Copyright (c) Meta Platforms, Inc. and affiliates."
   ]
  },
  {
   "cell_type": "markdown",
   "id": "b7c0041e",
   "metadata": {},
   "source": [
    "# Automatically generating object masks with SAM"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "289bb0b4",
   "metadata": {},
   "source": [
    "Since SAM can efficiently process prompts, masks for the entire image can be generated by sampling a large number of prompts over an image. This method was used to generate the dataset SA-1B. \n",
    "\n",
    "The class `SamAutomaticMaskGenerator` implements this capability. It works by sampling single-point input prompts in a grid over the image, from each of which SAM can predict multiple masks. Then, masks are filtered for quality and deduplicated using non-maximal suppression. Additional options allow for further improvement of mask quality and quantity, such as running prediction on multiple crops of the image or postprocessing masks to remove small disconnected regions and holes."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "id": "072e25b8",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/html": [
       "\n",
       "<a target=\"_blank\" href=\"https://colab.research.google.com/github/facebookresearch/segment-anything/blob/main/notebooks/automatic_mask_generator_example.ipynb\">\n",
       "  <img src=\"https://colab.research.google.com/assets/colab-badge.svg\" alt=\"Open In Colab\"/>\n",
       "</a>\n"
      ],
      "text/plain": [
       "<IPython.core.display.HTML object>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "from IPython.display import display, HTML\n",
    "display(HTML(\n",
    "\"\"\"\n",
    "<a target=\"_blank\" href=\"https://colab.research.google.com/github/facebookresearch/segment-anything/blob/main/notebooks/automatic_mask_generator_example.ipynb\">\n",
    "  <img src=\"https://colab.research.google.com/assets/colab-badge.svg\" alt=\"Open In Colab\"/>\n",
    "</a>\n",
    "\"\"\"\n",
    "))"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "c0b71431",
   "metadata": {},
   "source": [
    "## Environment Set-up"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "47e5a78f",
   "metadata": {},
   "source": [
    "If running locally using jupyter, first install `segment_anything` in your environment using the [installation instructions](https://github.com/facebookresearch/segment-anything#installation) in the repository. If running from Google Colab, set `using_colab=True` below and run the cell. In Colab, be sure to select 'GPU' under 'Edit'->'Notebook Settings'->'Hardware accelerator'."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "id": "4fe300fb",
   "metadata": {},
   "outputs": [],
   "source": [
    "using_colab = False"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "id": "0685a2f5",
   "metadata": {},
   "outputs": [],
   "source": [
    "if using_colab:\n",
    "    import torch\n",
    "    import torchvision\n",
    "    print(\"PyTorch version:\", torch.__version__)\n",
    "    print(\"Torchvision version:\", torchvision.__version__)\n",
    "    print(\"CUDA is available:\", torch.cuda.is_available())\n",
    "    import sys\n",
    "    !{sys.executable} -m pip install opencv-python matplotlib\n",
    "    !{sys.executable} -m pip install 'git+https://github.com/facebookresearch/segment-anything.git'\n",
    "    \n",
    "    !mkdir images\n",
    "    !wget -P images https://raw.githubusercontent.com/facebookresearch/segment-anything/main/notebooks/images/dog.jpg\n",
    "        \n",
    "    !wget https://dl.fbaipublicfiles.com/segment_anything/sam_vit_h_4b8939.pth"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "fd2bc687",
   "metadata": {},
   "source": [
    "## Set-up"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "id": "560725a2",
   "metadata": {},
   "outputs": [],
   "source": [
    "import numpy as np\n",
    "import torch\n",
    "import matplotlib.pyplot as plt\n",
    "import cv2"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "id": "74b6e5f0",
   "metadata": {},
   "outputs": [],
   "source": [
    "def show_anns(anns):\n",
    "    if len(anns) == 0:\n",
    "        return\n",
    "    sorted_anns = sorted(anns, key=(lambda x: x['area']), reverse=True)\n",
    "    ax = plt.gca()\n",
    "    ax.set_autoscale_on(False)\n",
    "\n",
    "    img = np.ones((sorted_anns[0]['segmentation'].shape[0], sorted_anns[0]['segmentation'].shape[1], 4))\n",
    "    img[:,:,3] = 0\n",
    "    for ann in sorted_anns:\n",
    "        m = ann['segmentation']\n",
    "        color_mask = np.concatenate([np.random.random(3), [0.35]])\n",
    "        img[m] = color_mask\n",
    "    ax.imshow(img)"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "27c41445",
   "metadata": {},
   "source": [
    "## Example image"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "id": "ad354922",
   "metadata": {},
   "outputs": [],
   "source": [
    "image = cv2.imread('images/dog.jpg')\n",
    "image = cv2.cvtColor(image, cv2.COLOR_BGR2RGB)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "id": "e0ac8c67",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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