Python FlexLogPol Examples

Example #1

File: flex_log_pol_test.py Project: daliagachc/flexpart_management

# ---

# %%
# %load_ext autoreload
# %autoreload 2

# %%
from useful_scit.imps import *
import flexpart_management.modules.FlexLogPol as FLP
import flexpart_management.modules.constants as co
import flexpart_management.modules.flx_array as fa

# %%
path = '/Volumes/mbProD/Downloads/flx_log_coor/run_2019-06-05_18-42-11_'
# flp = FLP.FlexLogPol(path,concat=True)
self = FLP.FlexLogPol(path, concat=False, get_clusters=False)

# %%
i = 0
ax = self.plot_cluster_influence_i(colors=FLP.COLORS, i=i)

# %%
axfig = ax.figure.add_subplot(1, 1, 1)

# %%
axfig.set_ylabel('sdfsdf')
axfig.set_xticks([])
axfig.set_yticks([])
ax.figure

# %%

Example #2

File: full_dispersion_analysis.py Project: daliagachc/flexpart_management

# %%
from useful_scit.imps import *
import flexpart_management.modules.FlexLogPol as FLP
import flexpart_management.modules.constants as co
import flexpart_management.modules.flx_array as fa

# %%
path = '/Volumes/mbProD/Downloads/flx_log_coor/run_2019-08-18_18-46-19_'
# flp = FLP.FlexLogPol(path,concat=True)
# self = FLP.FlexLogPol(path,concat=False)
self = FLP.FlexLogPol(
    path,
    #concat=True,
    concat=False,
    get_clusters=False,
    open_merged=True,
    clusters_avail=False
)

# %%

# %%
self.reset_z_levels()

# %%
dsF= self.filter_hours_with_few_mea()


# %%
dsSM = ds1 = FLP.smooth_merged_ds(

Example #3

File: flex_log_pol_test.py Project: daliagachc/flexpart_management

# %%
from useful_scit.imps import *
import flexpart_management.modules.FlexLogPol as FLP
import flexpart_management.modules.constants as co
import flexpart_management.modules.flx_array as fa

# %%
path = '/Volumes/mbProD/Downloads/flx_log_coor/run_2019-06-05_18-42-11_'
path = '/Volumes/mbProD/Downloads/flx_log_coor/run_2019-06-10_11-10-03_'
# flp = FLP.FlexLogPol(path,concat=True)
# self = FLP.FlexLogPol(path,concat=False)
self = FLP.FlexLogPol(
    path,
    #     concat=True,
    concat=False,
    get_clusters=False,
    open_merged=True,
    clusters_avail=False)

# %%

# %%
com = fa.get_dims_complement(self.merged_ds, [co.R_CENTER, co.TH_CENTER])
sds = self.merged_ds.sum(com)
ax = fa.get_ax_bolivia()
fa.logpolar_plot(sds[co.CONC], name=co.CONC, ax=ax, drop_zeros=False)

# %%
ax = fa.get_ax_bolivia()
fa.logpolar_plot(self.merged_ds[co.TOPO],

Example #4

    def __fun(r_, ds):
        res = FlexLogPol.smooth_col(
            ds[con_var], **r_['dic'], truncate=truncate
        )

        ds[r_['name_col']] = res