""""""

# Standard library modules.

# Third party modules.

# Local modules.
from pypenelopetools.penelope.separator import Separator

# Globals and constants variables.

GEOMETRY_LIST_START = Separator(">>>>>>>> Geometry definition list.", "GSTART")
GEOMETRY_LIST_END = Separator("<<<<<<<< End of the geometry definition list.", "GEND")
DSMAX_EABSB = Separator(">>>>>>>> Local maximum step lengths and absorption energies.")
WOODCOCK = Separator(">>>>>>>> Woodcock's delta-scattering method for photons.")
COUNTER_ARRAY = Separator(">>>>>>>> Counter array dimensions and PDF ranges.")
PARTICLE_POSITIONS = Separator(
    ">>>>>>>> Particle positions at the lower and upper planes."
)
DOSE_CHARGE_DISTRIBUTION = Separator(">>>>>>>> Dose and charge distributions.")

""""""

# Standard library modules.

# Third party modules.

# Local modules.
from pypenelopetools.penelope.separator import Separator

# Globals and constants variables.

GEOMETRY_LIST_START = Separator(">>>>>>>> Geometry definition list.", "GSTART")
GEOMETRY_LIST_END = Separator("<<<<<<<< End of the geometry definition list.", "GEND")
DSMAX_EABSB = Separator(">>>>>>>> Local maximum step lengths and absorption energies.")
WOODCOCK = Separator(">>>>>>>> Woodcock's delta-scattering method for photons.")
COUNTER_ARRAY = Separator(">>>>>>>> Counter array dimensions and PDF ranges.")
PARTICLE_POSITIONS = Separator(
    ">>>>>>>> Particle positions at the lower and upper planes."
)
DOSE_CHARGE_DISTRIBUTION = Separator(">>>>>>>> Dose and charge distributions.")

# Standard library modules. # Third party modules. # Local modules. # Globals and constants variables.