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| subroutine | random_numbers::initialize_rn (my_pe) |
| | cdf_g, cdf_e are radial cumulative distribution functions for the ground and first excited harmonic oscillator states More...
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| real(dp) function, dimension(size(input)) | random_numbers::uniform_rn (input) |
| | sample a uniform [0,1) random number More...
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| real(dp) function, dimension(size(input)) | random_numbers::gaussian_rn (input) |
| | Gaussian random number generation using the Box-Mueller process with two uniform [0,1) random number. More...
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| subroutine | random_numbers::build_current_cdfs (c_f, c_b, islice) |
| | This is a subroutine that builds the normalized cumulative distribution functions for the radial portion of the ground and first excited state harmonic states in polar coordinates ( \( (x - i p) \rightarrow r e^{-i \theta} \)) More...
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| subroutine | random_numbers::sample_current_cdfs (r, rt) |
| | subroutine to sample the current cumulative distribution functions for the radial portion of the harmonic oscillator states More...
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| real(dp) function | random_numbers::ground_rn () |
| | This function assigns a random number distributed according to the radial portion of the ground harmonic oscillator state in polar coordinates. More...
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| real(dp) function | random_numbers::excited_rn () |
| | This function assigns a random number distributed according to the radial portion of the first excited harmonic oscillator state in polar coordinates. More...
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1.8.14