
from inputs.classes import CsvInput
from components.digraphs import TemporalDiGraph
from plots.plotter import Plotter
from plots.circle import Circle
from plots.slice import Slice
from algorithms.foremost import calculate_foremost_tree


tube = TemporalDiGraph('TubeNetwork', data=CsvInput('./tube.csv'))
tube.details()

plotter = Plotter()
# plotter.single(Circle, tube.get_temporal_subgraph((840, 860)), ordered=True, save=True)
# plotter.single(Circle, calculate_foremost_tree(tube.get_temporal_subgraph((840, 860)), 'Blackhorse Road'), ordered=True, save=True)
# plotter.single(Slice, calculate_foremost_tree(tube.get_temporal_subgraph((840, 860)), 'Blackhorse Road'), slider=True, save=True)
plotter.single(Circle, calculate_foremost_tree(tube.get_temporal_subgraph((850, 920)), 'Warren Street'), ordered=True, save=True)
# plotter.single(Circle, tube, save=True)
# plotter.single(Slice, tube, save=False)

input("Press enter key to exit...")

33f47d959cdefd1edb187c47a2b85762cd37d795
<mask token>

<mask token>
tube.details()
<mask token>
plotter.single(Circle, calculate_foremost_tree(tube.get_temporal_subgraph((
    850, 920)), 'Warren Street'), ordered=True, save=True)
input('Press enter key to exit...')

<mask token>
tube = TemporalDiGraph('TubeNetwork', data=CsvInput('./tube.csv'))
tube.details()
plotter = Plotter()
plotter.single(Circle, calculate_foremost_tree(tube.get_temporal_subgraph((
    850, 920)), 'Warren Street'), ordered=True, save=True)
input('Press enter key to exit...')

from inputs.classes import CsvInput
from components.digraphs import TemporalDiGraph
from plots.plotter import Plotter
from plots.circle import Circle
from plots.slice import Slice
from algorithms.foremost import calculate_foremost_tree
tube = TemporalDiGraph('TubeNetwork', data=CsvInput('./tube.csv'))
tube.details()
plotter = Plotter()
plotter.single(Circle, calculate_foremost_tree(tube.get_temporal_subgraph((
    850, 920)), 'Warren Street'), ordered=True, save=True)
input('Press enter key to exit...')


from inputs.classes import CsvInput
from components.digraphs import TemporalDiGraph
from plots.plotter import Plotter
from plots.circle import Circle
from plots.slice import Slice
from algorithms.foremost import calculate_foremost_tree


tube = TemporalDiGraph('TubeNetwork', data=CsvInput('./tube.csv'))
tube.details()

plotter = Plotter()
# plotter.single(Circle, tube.get_temporal_subgraph((840, 860)), ordered=True, save=True)
# plotter.single(Circle, calculate_foremost_tree(tube.get_temporal_subgraph((840, 860)), 'Blackhorse Road'), ordered=True, save=True)
# plotter.single(Slice, calculate_foremost_tree(tube.get_temporal_subgraph((840, 860)), 'Blackhorse Road'), slider=True, save=True)
plotter.single(Circle, calculate_foremost_tree(tube.get_temporal_subgraph((850, 920)), 'Warren Street'), ordered=True, save=True)
# plotter.single(Circle, tube, save=True)
# plotter.single(Slice, tube, save=False)

input("Press enter key to exit...")
