import warnings
from pyvista._version import __version__
from pyvista.plotting import *
from pyvista.utilities import *
from pyvista.errors import *
from pyvista.readers import *
from pyvista.colors import *
from pyvista.features import *
from pyvista.filters import DataSetFilters
from pyvista.common import Common
from pyvista.pointset import PointGrid
from pyvista.pointset import PolyData
from pyvista.pointset import UnstructuredGrid
from pyvista.pointset import StructuredGrid
from pyvista.grid import Grid
from pyvista.grid import RectilinearGrid
from pyvista.grid import UniformGrid
from pyvista.geometric_objects import *
from pyvista.container import MultiBlock
from pyvista.qt_plotting import QtInteractor
from pyvista.qt_plotting import BackgroundPlotter
from pyvista.export import export_plotter_vtkjs, get_vtkjs_url
from pyvista.renderer import Renderer

# IPython interactive tools
from pyvista.ipy_tools import OrthogonalSlicer
from pyvista.ipy_tools import ManySlicesAlongAxis
from pyvista.ipy_tools import Threshold
from pyvista.ipy_tools import Clip
from pyvista.ipy_tools import ScaledPlotter
from pyvista.ipy_tools import Isocontour

# Sphinx-gallery tools
from pyvista.sphinx_gallery import Scraper

import numpy as np
import vtk

# get the int type from vtk
ID_TYPE = np.int32
if vtk.VTK_ID_TYPE == 12:
    ID_TYPE = np.int64


# determine if using vtk > 5
if vtk.vtkVersion().GetVTKMajorVersion() <= 5:
    raise AssertionError('VTK version must be 5.0 or greater.')

# catch annoying numpy/vtk future warning:
warnings.simplefilter(action='ignore', category=FutureWarning)

# A simple flag to set when generating the documentation
OFF_SCREEN = False
try:
    if os.environ['pyvista_OFF_SCREEN'].lower() == 'true':
        OFF_SCREEN = True
except KeyError:
    pass

# A threshold for the max cells to compute a volume for when repr-ing
REPR_VOLUME_MAX_CELLS = 1e6

# Set where figures are saved
FIGURE_PATH = None

# Set up data directory
import appdirs
import os

USER_DATA_PATH = appdirs.user_data_dir('pyvista')
if not os.path.exists(USER_DATA_PATH):
    os.makedirs(USER_DATA_PATH)

EXAMPLES_PATH = os.path.join(USER_DATA_PATH, 'examples')
if not os.path.exists(EXAMPLES_PATH):
    os.makedirs(EXAMPLES_PATH)

# Send VTK messages to the logging module:
send_errors_to_logging()


# Set up panel for interactive notebook rendering
try:
    if os.environ['pyvista_USE_PANEL'].lower() == 'false':
        rcParams['use_panel'] = False
    elif os.environ['pyvista_USE_PANEL'].lower() == 'true':
        rcParams['use_panel'] = True
except KeyError:
    pass
try:
    import panel
    panel.extension('vtk')
except ImportError:
    pass

# Set preferred plot theme
try:
    theme = os.environ['pyvista_PLOT_THEME'].lower()
    set_plot_theme(theme)
except KeyError:
    pass


# Set a parameter to control default print format for floats
FLOAT_FORMAT = "{:.3e}"

import warnings
from pyvista._version import __version__
from pyvista.plotting import *
from pyvista.utilities import *
from pyvista.errors import *
from pyvista.readers import *
from pyvista.colors import *
from pyvista.features import *
from pyvista.filters import DataSetFilters
from pyvista.common import Common
from pyvista.pointset import PointGrid
from pyvista.pointset import PolyData
from pyvista.pointset import UnstructuredGrid
from pyvista.pointset import StructuredGrid
from pyvista.grid import Grid
from pyvista.grid import RectilinearGrid
from pyvista.grid import UniformGrid
from pyvista.geometric_objects import *
from pyvista.container import MultiBlock
from pyvista.qt_plotting import QtInteractor
from pyvista.qt_plotting import BackgroundPlotter
from pyvista.export import export_plotter_vtkjs, get_vtkjs_url
from pyvista.renderer import Renderer

# IPython interactive tools
from pyvista.ipy_tools import OrthogonalSlicer
from pyvista.ipy_tools import ManySlicesAlongAxis
from pyvista.ipy_tools import Threshold
from pyvista.ipy_tools import Clip
from pyvista.ipy_tools import ScaledPlotter
from pyvista.ipy_tools import Isocontour

# Sphinx-gallery tools
from pyvista.sphinx_gallery import Scraper

import numpy as np
import vtk

# get the int type from vtk
ID_TYPE = np.int32
if vtk.VTK_ID_TYPE == 12:
    ID_TYPE = np.int64


# determine if using vtk > 5
if vtk.vtkVersion().GetVTKMajorVersion() <= 5:
    raise AssertionError('VTK version must be 5.0 or greater.')

# catch annoying numpy/vtk future warning:
warnings.simplefilter(action='ignore', category=FutureWarning)

# A simple flag to set when generating the documentation
OFF_SCREEN = False
try:
    if os.environ['PYVISTA_OFF_SCREEN'].lower() == 'true':
        OFF_SCREEN = True
except KeyError:
    pass

# A threshold for the max cells to compute a volume for when repr-ing
REPR_VOLUME_MAX_CELLS = 1e6

# Set where figures are saved
FIGURE_PATH = None

# Set up data directory
import appdirs
import os

USER_DATA_PATH = appdirs.user_data_dir('pyvista')
if not os.path.exists(USER_DATA_PATH):
    os.makedirs(USER_DATA_PATH)

EXAMPLES_PATH = os.path.join(USER_DATA_PATH, 'examples')
if not os.path.exists(EXAMPLES_PATH):
    os.makedirs(EXAMPLES_PATH)

# Send VTK messages to the logging module:
send_errors_to_logging()


# Set up panel for interactive notebook rendering
try:
    if os.environ['PYVISTA_USE_PANEL'].lower() == 'false':
        rcParams['use_panel'] = False
    elif os.environ['PYVISTA_USE_PANEL'].lower() == 'true':
        rcParams['use_panel'] = True
except KeyError:
    pass
try:
    import panel
    panel.extension('vtk')
except ImportError:
    pass

# Set preferred plot theme
try:
    theme = os.environ['PYVISTA_PLOT_THEME'].lower()
    set_plot_theme(theme)
except KeyError:
    pass


# Set a parameter to control default print format for floats
FLOAT_FORMAT = "{:.3e}"

Fix environmental variables