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Update OTVortex authored by Federico Andrés Stasyszyn's avatar Federico Andrés Stasyszyn
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The initial conditions for an ideal gas with γ = 5/3 are constructed within a unit-length domain (e.g. x = [0, 1], y = [0, 1]) with periodic boundary conditions. The velocity The initial conditions for an ideal gas with γ = 5/3 are constructed within a unit-length domain (e.g. x = [0, 1], y = [0, 1]) with periodic boundary conditions. The velocity
field is defined by vx = −sin(2πy) and vy = sin(2πx). The initial magnetic field is set to be Bx = B0 vx and By = B0 sin(4πx). The initial density is ρ = γ P and the pressure is set to P = γ B0**2 . B0= 1/(4*pi) field is defined by vx = −sin(2πy) and vy = sin(2πx). The initial magnetic field is set to be Bx = B0 vx and By = B0 sin(4πx). The initial density is ρ = γ P and the pressure is set to P = γ B0**2 . B0= 1/(4*pi)
## Status 2.10.2023
GitBrach: MHD_canvas ver: ceac5a918
ReSolution: 16x6 ~ 96x96x16
### Resitivity 0.001
![dODI](uploads/d5fe7d1627bd4640287c2a6cc86be425/dODI.gif)
![dFDI](uploads/a64d9d060a31045b006c71f042e7ddad/dFDI.gif)
![dVeP](uploads/04494a5dfbf2a8fcef3b89481a5d8257/dVeP.gif)
### Ideal MHD / Resitivity = 0.0
![nODI](uploads/9ca52c80fd27cc8960aee27b47a6a869/nODI.gif)
![nFDI](uploads/974974f659feab4624baf17629e9e732/nFDI.gif)
![nVeP](uploads/3161f7c9db52c114e714c9b236c25df1/nVeP.gif)
## Status 13.9.2023 ## Status 13.9.2023
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