Masayoshi Someya

@msomeya1

2nd year PhD student. Interested in numerical modeling of seismic waves and tsunamis. Recently trying scientific machine learning (PINN, Neural Operator)

ERI

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Language Breakdown

Lines of code distribution across 6 owned repositories

16.7M Total LOC

Jupyter Notebook

15,666,374 lines

93.8%

N/A

TeX

678,326 lines

4.1%

N/A

Python

234,452 lines

1.4%

N/A

Fortran

116,474 lines

0.7%

N/A

Shell

1,284 lines

0.0%

N/A

Other

464 lines

0.0%

N/A

I-Shaped Developer

I-shaped

Specialist — deep expertise in Jupyter Notebook

Jupyter Notebook

TeX

Python

Fortran

Shell

Collaboration Network

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+18%

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Coding Streak

Contribution activity over the past year

1 day

Contributions

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Jun Jul Aug Sep Oct Nov Dec Jan Feb Mar Apr May Jun

Based on GitHub activity

Less

Followers 8

Takuya Miyashita

@hydrocoast

Shota DEGUCHI

@ShotaDeguchi

AizhiGuo

@gnssguo

Jun Su

@Jun1453

Kazuya Ishitsuka

@KIshitsuka

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Following

12 total

Takuya Miyashita

@hydrocoast

Kiwamu Nishida

@qnishida

Shota DEGUCHI

@ShotaDeguchi

Tomohiro TAKAGAWA

@tomographyyy

Tomohisa Okazaki

@okazakitomo

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Synced via GitHub

Top Repositories

OkadaTorch

OkadaTorch provides PyTorch implementations of FORTRAN subroutines that calculate displacements and strains (spatial derivative of displacements) due to a point source or a rectangular fault (Okada 1985, 1992).

8 1

Jupyter Notebook

2DCoupledTsunami

2D FDM codes to simulate seismic waves and tsunamis simultaneously, based on accurate coupling equations.

4 0

Fortran

tsunami-FNO

Programs for surrogate modeling of offshore tsunami propagation based on Fourier Neural Operator (FNO).

0 0

Python

OkadaJAX

JAX version of OkadaTorch