def verwerk_regel(regel):
cr = CoordinateRow()
coordinaten = regel.split()
for coordinaat in coordinaten:
verwerkt_coordinaat = verwerk_coordinaat(coordinaat)
cr.add(verwerkt_coordinaat)
cr2 = CoordinateRow()
cr12 = cr.weave(cr2)
print cr12
def verwerk_regel(regel):
cr = CoordinateRow()
coordinaten = regel.split()
for coordinaat in coordinaten:
verwerkt_coordinaat = verwerk_coordinaat(coordinaat)
cr.add(verwerkt_coordinaat)
cr2 = CoordinateRow()
cr12 = cr.weave(cr2)
print cr12
i = Coordinate(i)
i.getAdjustedX()
return i
def flatten(lst):
return sum(([x] if not isinstance(x, list) else flatten(x) for x in lst),
[])
f = file_input()
content = f.splitlines()
coords = [i.split() for i in content]
print coords
cr = CoordinateRow()
addAll(coords[0], cr)
print cr.coordinate_row
cr2 = CoordinateRow()
removeEqual(coords[0], cr2)
print cr2.coordinate_row
print flatten(cr2.coordinate_row)
cr3 = CoordinateRow()
for i in flatten(cr2.coordinate_row):
cr3.add(
str(Coordinate(i).getAdjustedX()) + "," + str(Coordinate(i).getY()))
print cr3.coordinate_row
cr4 = CoordinateRow()
split_eq = splitEqual(f)
i = Coordinate(i)
i.getAdjustedX()
return i
def flatten(lst):
return sum(([x] if not isinstance(x, list) else flatten(x) for x in lst), [])
f = file_input()
content = f.splitlines()
coords = [i.split() for i in content]
print coords
cr = CoordinateRow()
addAll(coords[0], cr)
print cr.coordinate_row
cr2 = CoordinateRow()
removeEqual(coords[0], cr2)
print cr2.coordinate_row
print flatten(cr2.coordinate_row)
cr3 = CoordinateRow()
for i in flatten(cr2.coordinate_row):
cr3.add(str(Coordinate(i).getAdjustedX()) + "," + str(Coordinate(i).getY()))
print cr3.coordinate_row
cr4 = CoordinateRow()
split_eq = splitEqual(f)
print split_eq.coord
