Examples
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1. Basics
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* `Pado fundamentals`_ - Learn about core components and building blocks
* `RGB multi-wavelength`_ - Working with multiple wavelengths
* `4-F with batch`_ - Batch processing in 4-F systems
* `How to use ASM options`_ - Angular Spectrum Method configuration

2. Computer Generated Holography
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* `DPAC`_ - Double Phase Amplitude Coding
* `Multi-depth CGH`_ - Multi-plane holography
* `CGH optimization`_ - GS, SGD, and Adam methods
* `Multi-depth hologram with Adam`_ - Complex loss-based optimization
* `Phase-only SLM optimization`_ - Optimization with phase-only spatial light modulators
* `Multi-depth hologram with phase-only SLM`_ - Multi-plane optimization with phase-only SLMs

3. Coded Imaging
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* `Lens comparison`_ - Different lens models and wavefront observation
* `Coded aperture comparison`_ - Coded aperture techniques
* `Seeing through DOE`_ - Imaging through diffractive optical elements

4. Polarization Imaging
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* `Polarization light`_ - Polarized light simulation

5. Advanced Applications
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* `Chromatic aberration singlet`_ - Chromatic aberration simulation


.. _Pado fundamentals: https://github.com/shwbaek/pado/blob/main/example/1_Basics/1.1_Pado_fundamentals.ipynb
.. _RGB multi-wavelength: https://github.com/shwbaek/pado/blob/main/example/1_Basics/1.2_RGB_multi_wavelength.ipynb
.. _4-F with batch: https://github.com/shwbaek/pado/blob/main/example/1_Basics/1.3_4-F_with_batch.ipynb
.. _How to use ASM options: https://github.com/shwbaek/pado/blob/main/example/1_Basics/1.4_How2use_ASM_options.ipynb
.. _DPAC: https://github.com/shwbaek/pado/blob/main/example/2_Computer_Generated_Holography/2.1_DPAC.ipynb
.. _Multi-depth CGH: https://github.com/shwbaek/pado/blob/main/example/2_Computer_Generated_Holography/2.2_multi_depth_cgh.ipynb
.. _CGH optimization: https://github.com/shwbaek/pado/blob/main/example/2_Computer_Generated_Holography/2.3_cgh_optimization_gs_sgd_adam.ipynb
.. _Multi-depth hologram with Adam: https://github.com/shwbaek/pado/blob/main/example/2_Computer_Generated_Holography/2.4_multi_depth_hologram_generation_using_adam.ipynb
.. _Phase-only SLM optimization: https://github.com/shwbaek/pado/blob/main/example/2_Computer_Generated_Holography/2.5_cgh_optimization_with_phase_only_slm.ipynb
.. _Multi-depth hologram with phase-only SLM: https://github.com/shwbaek/pado/blob/main/example/2_Computer_Generated_Holography/2.6_multi_depth_hologram_generation_using_adam_with_phase_only_slm.ipynb
.. _Lens comparison: https://github.com/shwbaek/pado/blob/main/example/3_Coded_Imaging/3.1_lens_comparison.ipynb
.. _Coded aperture comparison: https://github.com/shwbaek/pado/blob/main/example/3_Coded_Imaging/3.2_coded_aperture_comparison.ipynb
.. _Seeing through DOE: https://github.com/shwbaek/pado/blob/main/example/3_Coded_Imaging/3.3_seeing_through_doe.ipynb
.. _Polarization light: https://github.com/shwbaek/pado/blob/main/example/4_Polarization_Imaging/4.1_polarization_light.ipynb
.. _Chromatic aberration singlet: https://github.com/shwbaek/pado/blob/main/example/5_Advanced_Applications/5.1_chromatic_aberration_singlet.ipynb