Welcome to H-wave documentations!
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Contents
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1. What is H-wave?
1.1. Introduction
1.2. License
1.3. Contributors
1.4. Copyright
1.5. Operating environment
1.6. Reference
2. Basic usage
3. Coordinate-space UHF (UHFr)
3.1. Tutorial
3.1.1. Create a parameter file
3.1.2. Create definition files for Hamiltonian
3.1.3. Specify output components
3.1.4. Run
3.2. File specifications
3.2.1. Parameter file
3.2.2. Input files for UHFr
3.2.3. Output files for UHFr
4. Wave-number space UHF (UHFk)
4.1. Tutorial
4.1.1. Create a parameter file
4.1.2. Create interaction definition files
4.1.3. Run
4.1.4. Calculate density of state (
hwave_dos
)
4.2. File specifications
4.2.1. Parameter files
4.2.2. Input files for UHFk
4.2.3. Output files of UHFk
5. Random Phase Approximation (RPA)
5.1. Tutorial
5.1.1. Create a parameter file
5.1.2. Create interaction definition files
5.1.3. Run
5.2. File specifications
5.2.1. Parameter files
5.2.2. Input files for RPA
5.2.3. Output files of RPA
6. Algorithms
6.1. Unrestricted Hartree-Fock method
6.1.1. Overview
6.1.2. Extension to wave-number space
6.2. Random Phase Approximation
7. Acknowledgments
8. Appendix
8.1. Generation of interaction files using StdFace library
8.1.1. Compile StdFace library
8.1.2. Run StdFace library
8.2. List of error messages
Navigation
1. What is H-wave?
2. Basic usage
3. Coordinate-space UHF (UHFr)
4. Wave-number space UHF (UHFk)
5. Random Phase Approximation (RPA)
6. Algorithms
7. Acknowledgments
8. Appendix
Related Topics
Documentation overview
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