akhdefo-functions 2.5.4

Land Deformation Monitoring Using Optical and SAR Satellite Imagery

Akhdefo

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Computer Vision for Slope Stability: Land Deformation Monitoring

Background of Akh-Defo

Akh-Defo is derived from two distinct words:

1. 'Akh' in the Kurdish language, representing land, earth, or soil (originating from the Kurdish Badini dialect).
2. 'Defo', a shorthand for the English term 'deformation'.

Recommended Citation

Muhammad M, Williams-Jones G, Stead D, Tortini R, Falorni G, and Donati D (2022) Applications of Image-Based Computer Vision for Remote Surveillance of Slope Instability. Front. Earth Sci. 10:909078. doi: 10.3389/feart.2022.909078

Updates

• Deprecated: Akhdefo version one. Current recommendation: Use Akhdefo version 2.
• New Feature: Cloud-based real-time processing capabilities.
• Expansion: Over 20 modules for end-to-end Python-based GIS and Image Processing, and Customized Figure generation.
• Integration: Access, filter, and download capabilities for Planet Labs data using the Planet Lab API.
• Enhancement: Orthorectification feature for satellite images.

Installation of AkhDefo Software Method 1 on Linux Operating System

Method 1 works well on Linux Operating System Use method 2 to install on Windows Operating System

This guide provides step-by-step instructions on how to create a Conda environment using the provided akhdefo_conda_env.yml file. This file specifies all the necessary packages, including their versions, required for the project.

Prerequisites

• Conda: Make sure you have either Anaconda or Miniconda installed on your system. If you do not have Conda installed, you can download it from the official Anaconda website or the Miniconda website.

Creating the Environment

1. Download the YAML File: Ensure you have the akhdefo_conda_env.yml Click Here to Download file saved on your computer. This file should be in the directory where you intend to set up the environment, or you should note its path.

2. Open a Terminal: Open your terminal (or Command Prompt/PowerShell on Windows) and navigate to the directory containing the akhdefo_conda_env.yml file. You can navigate to the directory using the cd command followed by the path to the directory.

3. Create the Environment: Execute the following command in your terminal:

Make sure to activate conda base environment

conda activate base # if base environment not activated

conda install -c conda-forge mamba

mamba env create -f akhdefo_conda_env.yml

This command instructs Conda to create a new environment with the name specified in the YAML file (akhdefo_env) and install all the listed packages along with their dependencies.

4. Activate the Environment: After the environment has been successfully created, you can activate it using the following command:

conda activate akhdefo_env

Activating the environment will set up your terminal session to use the packages and their specific versions installed in this environment.

Verifying the Installation

To ensure that the environment has been set up correctly and all packages are installed, you can list the installed packages using:

conda list

This command displays a list of all packages installed in the active conda environment.

Troubleshooting

If you encounter any issues during the installation process, make sure you have the latest version of Conda installed, and try updating Conda using the following command:

conda update conda

If problems persist, refer to the official Conda documentation for more detailed information on managing environments with YAML files.

Conclusion

You now have a dedicated Conda environment for this project, containing all the necessary packages. This environment helps maintain project dependencies isolated from other projects, ensuring reproducibility and consistency.

If you have any questions or need further assistance, please feel free to open an issue in this repository

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Installation of AkhDefo Software Method 2 on Windows Operating System

This guide provides step-by-step instructions on how to create a Conda environment using the provided ENV_Win.yml file. This file specifies all the necessary packages, including their versions, required for the project.

Prerequisites

• Conda: Make sure you have either Anaconda or Miniconda installed on your system. If you do not have Conda installed, you can download it from the official Anaconda website or the Miniconda website.

Creating the Environment

1. Download the YAML File: Ensure you have the ENV_Win.yml Click Here to Download file saved on your computer. This file should be in the directory where you intend to set up the environment, or you should note its path.

2. Open a Terminal: Open your terminal (or Command Prompt/PowerShell on Windows) and navigate to the directory containing the ENV_Win.yml file. You can navigate to the directory using the cd command followed by the path to the directory.

3. Create the Environment: Execute the following command in your terminal:

Make sure to activate conda base environment

conda activate base # if base environment not activated

conda env create -f ENV_Win.yml

This command instructs Conda to create a new environment with the name specified in the YAML file (akhdefo_env) and install all the listed packages along with their dependencies.

4. Activate the Environment: After the environment has been successfully created, you can activate it using the following command:

conda activate akhdefo_env

Activating the environment will set up your terminal session to use the packages and their specific versions installed in this environment.

Verifying the Installation

To ensure that the environment has been set up correctly and all packages are installed, you can list the installed packages using:

conda list

This command displays a list of all packages installed in the active conda environment.

Troubleshooting

If you encounter any issues during the installation process, make sure you have the latest version of Conda installed, and try updating Conda using the following command:

conda update conda

If problems persist, refer to the official Conda documentation for more detailed information on managing environments with YAML files.

Conclusion

You now have a dedicated Conda environment for this project, containing all the necessary packages. This environment helps maintain project dependencies isolated from other projects, ensuring reproducibility and consistency.

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Alternatively you can manually create conda environment and install dependencies

Follow these steps to install the Akhdefo software manually:

1. Create a new Python Anaconda environment using the command:

   conda create --name akhdefo_env
   
   conda activate akhdefo_env
   

2. Create Anaconda environment and install the following libraries with Anaconda

dependencies:
  - python  # Assuming Python 3.8, can be changed as needed
  - cmocean
  - pip
  - opencv
  - earthpy
  - flask
  - geopandas
  - glob2
  - gstools
  - hyp3_sdk
  - ipywidgets
  - json5
  - matplotlib
  - numpy
  - gdal
  - pandas
  - recommonmark
  - sphinx
  - nbsphinx
  - sphinx-book-theme
  - myst-parser
  - plotly
  - pykrige
  - rasterio
  - requests
  - rioxarray
  - scipy
  - seaborn
  - shapely
  - scikit-image  # skimage
  - scikit-learn  # sklearn
  - statsmodels
  - tensorflow
  - tqdm
  - xmltodict

3. Download the Python package requirement file: pip_req.txt.

4. Install required Python packages with the command:

   pip install -r pip_req.txt
   

5. Install Akhdefo using the following command:

   pip install akhdefo-functions