def animate(frame):
print('*' * 60)
print(frame)
roms_file = roms_path + 'chaba_his.' + str(start_file +
(frame // 5) * 5) + '.nc'
print(roms_file)
zeta = vt.get_var('zeta', roms_file, itime=frame % 5, ndims=3)
map_var = zeta[ymin:ymax, xmin:xmax]
quad1.set_array(map_var.ravel())
X = np.c_[px[frame, :] - xmin + npts, py[frame, :] - ymin + npts]
#scat.set_offsets(X)
scat = plt.scatter(px[frame, :] - xmin,
py[frame, :] - ymin,
c=pt[frame, :],
cmap='jet',
zorder=4)
ax1.set_title('time ' + str(frame * delta_t / 3600 / 24) + ' (days)')
#scat = vt.plot_seeding(px[frame, :]-xmin+npts, py[frame, :]-ymin+npts)
vt.plot_traj(px - xmin + npts, py - ymin + npts, tend=frame, ax=ax1)
return quad1
end_file = 1040
my_simul = 'polygr_apero'
parameters = my_simul + ' [0,10000,0,10000,[1,100,1]] ' + format(start_file)
simul = load(simul=parameters, floattype=np.float64)
ncfile = '/home/jeremy/Bureau/Data/Pyticles/Visual_2_depths/' \
+ 'Case_1_Visual_2_depths_1_1510.nc'
roms_file = '/home/jeremy/Bureau/Data/Pyticles/chaba_his.1550.nc'
grd_file = '/home/jeremy/Bureau/Data/Pyticles/chaba_grd.nc'
##############################################################################
# COMPUTING TEST ZONE
##############################################################################
# Case Adv3d
# Given a variable at particle location and a 2D var over wall domain
zeta = vt.get_var('zeta', roms_file, itime=0, ndims=3)
temp = vt.get_var('temp', roms_file, itime=0, ndims=4)
salt = vt.get_var('salt', roms_file, itime=0, ndims=4)
topo_roms = vt.get_var('h', grd_file)
#zeta.mask = mask
px = vt.get_var('px', ncfile).data
py = vt.get_var('py', ncfile).data
pz = vt.get_var('pz', ncfile).data
pu = vt.get_var('pu', ncfile).data
pw = vt.get_var('pw', ncfile).data
pt = vt.get_var('pt', ncfile).data
psalt = vt.get_var('ps', ncfile).data
pdepth = vt.get_var('pdepth', ncfile).data
ntraj = 20
####################
# + 'Case_1_New_Version_Linear_6_1510.nc'
roms_file = '/home/jeremy/Bureau/Data/Pyticles/chaba_his.1550.nc'
grd_file = '/home/jeremy/Bureau/Data/Pyticles/chaba_grd.nc'
#############################################################################
itime = 3
# new linear
'''
px_new = vt.get_var('px', nc_new_linear, itime=itime)
py_new = vt.get_var('py', nc_new_linear, itime=itime)
pt_new = vt.get_var('pt', nc_new_linear, itime=itime)
pdepth_new = vt.get_var('pdepth', nc_new_linear, itime=itime)
'''
# old linear and new cubic
px_lin = vt.get_var('px', nc_linear)
px_cub = vt.get_var('px', nc_cubic)
py_lin = vt.get_var('py', nc_linear)
py_cub = vt.get_var('py', nc_cubic)
pt_lin = vt.get_var('pt', nc_linear)
pt_cub = vt.get_var('pt', nc_cubic)
ps_lin = vt.get_var('ps', nc_linear)
ps_cub = vt.get_var('ps', nc_cubic)
pdepth_lin = vt.get_var('pdepth', nc_linear)
pdepth_cub = vt.get_var('pdepth', nc_cubic)
ocean_time = vt.get_var('ocean_time', nc_cubic)
# comparing cubic and old linear
np.std(pdepth_lin - pdepth_cub)
np.std(pt_lin - pt_cub)
my_simul = 'Case_1'
parameters = my_simul + ' [0,10000,0,10000,[1,100,1]] ' + format(start_file)
simul = load(simul=parameters, floattype=np.float64)
save_fig = True
save_dir = '/home/jeremy/Bureau/Data/Pyticles/RESU/Visual_tools/Anim/'
gen_name = 'fig_zavdg_bis_'
fmt = '.png'
ncfile = '/home/jeremy/Bureau/Data/Pyticles/Visual_ZAVG_/' + 'Case_1_Visual_ZAVG__adv200.0m_1_1510.nc'
roms_file = '/home/jeremy/Bureau/Data/Pyticles/chaba_his.1550.nc'
grd_file = '/home/jeremy/Bureau/Data/Pyticles/chaba_grd.nc'
##############################################################################
# COMPUTING TEST ZONE
##############################################################################
zeta = vt.get_var('zeta', roms_file, itime=0, ndims=3)
temp = vt.get_var('temp', roms_file, itime=0, ndims=4)
salt = vt.get_var('salt', roms_file, itime=0, ndims=4)
ocean_time = vt.get_var('time', roms_file)
delta_t = ocean_time[1] - ocean_time[0]
topo_roms = vt.get_var('h', grd_file)
#zeta.mask = mask
px = vt.get_var('px', ncfile).data
py = vt.get_var('py', ncfile).data
pu = vt.get_var('pu', ncfile).data
pt = vt.get_var('pt', ncfile).data
####################
# Function trial map_traj
#####################
