TARANG.libp.fields.vect_field

Contents

TARANG.libp.fields.vect_field#

Attributes#

`comm`
`rank`
`nprocs`

Classes#

Module Contents#

TARANG.libp.fields.vect_field.comm#

TARANG.libp.fields.vect_field.rank#

TARANG.libp.fields.vect_field.nprocs#

class TARANG.libp.fields.vect_field.VectorField#

Vkx = []#

Vky = []#

Vkz = []#

Vx = []#

Vy = []#

Vz = []#

force_Vx = []#

force_Vy = []#

force_Vz = []#

nlinx = []#

nliny = []#

nlinz = []#

ek = []#

Tk = []#

ek_table = []#

Tk_table = []#

total_energy = []#

total_dissipation = []#

standard_dissipation = []#

divergence = []#

total_injection = []#

ur = []#

Vkx_modes_t = []#

Vky_modes_t = []#

Vkz_modes_t = []#

Vkx_mode = []#

Vkz_mode = []#

Vky_mode = []#

set_arrays()#

init_cond(Vkx, Vky, Vkz, univ)#

init_cond_real(Vx, Vy, Vz, univ)#

update2D_Vkz(kx, kz)#

update3D_Vkz(kx, ky, kz)#

compute_divergence()#

compute_total_energy()#

compute_total_injection()#

compute_dissipation()#

compute_dissipation_alter(power)#

compute_ekTk(univ)#

dot_prod_nlin_VF(W=PlainVectorField())#

fill_shell(inner_radius, outer_radius, W=PlainVectorField())#

U_to_Ucopy(univ)#

Ucopy_to_U(univ)#

B_to_Bcopy(univ)#

Bcopy_to_B(univ)#