def __get_remaining_set(self):
ignored = (E_CharacterCountType.BAD,
E_CharacterCountType.BEGIN_NEWLINE_SUPPRESSOR,
E_CharacterCountType.BEGIN_NEWLINE,
E_CharacterCountType.END_NEWLINE)
result = NumberSet()
for character_set, info in self.__map:
if info.cc_type in ignored: continue
result.unite_with(character_set)
return result.get_complement(Setup.buffer_codec.source_set)
def test(X):
print "#_______________________________________________"
nset = NumberSet([ Interval(x, y) for x, y in X])
clone = nset.clone()
print "#NumberSet: %s" % nset
result = nset.clone()
result.complement(all)
print "#NumberSet.inverse: %s" % result
assert result.is_equal(nset.get_complement(all))
assert result.intersection(nset).is_empty()
assert result.union(nset).is_all()
def test(X):
print "#_______________________________________________"
nset = NumberSet([ Interval(x, y) for x, y in X])
clone = nset.clone()
print "#NumberSet: %s" % nset
result = nset.clone()
result.complement(all)
print "#NumberSet.inverse: %s" % result
assert result.is_equal(nset.get_complement(all))
assert result.intersection(nset).is_empty()
assert result.union(nset).is_all()
print NSet.gnuplot_string(1)
result = NSet.get_complement(all)
result.assert_consistency()
print result.gnuplot_string(0)
if "1" in sys.argv:
test(NumberSet([Interval(10,20), Interval(21,30),
Interval(50,70), Interval(71,80),
Interval(80,81), Interval(82,90),
Interval(90,100), Interval(110,130),
Interval(150,170), Interval(171,190),
Interval(200,230), Interval(231,240),
Interval(250,260), Interval(261,280)]))
elif "2" in sys.argv:
NSet = NumberSet(Interval(1, 0x10FFFE))
print NSet.get_complement(all)
elif "serious" in sys.argv:
def test(X):
print "#_______________________________________________"
nset = NumberSet([ Interval(x, y) for x, y in X])
clone = nset.clone()
print "#NumberSet: %s" % nset
result = nset.clone()
result.complement(all)
print "#NumberSet.inverse: %s" % result
assert result.is_equal(nset.get_complement(all))
assert result.intersection(nset).is_empty()
assert result.union(nset).is_all()
test([(0, 100)])
print NSet.gnuplot_string(1)
result = NSet.get_complement(all)
result.assert_consistency()
print result.gnuplot_string(0)
if "1" in sys.argv:
test(NumberSet([Interval(10,20), Interval(21,30),
Interval(50,70), Interval(71,80),
Interval(80,81), Interval(82,90),
Interval(90,100), Interval(110,130),
Interval(150,170), Interval(171,190),
Interval(200,230), Interval(231,240),
Interval(250,260), Interval(261,280)]))
elif "2" in sys.argv:
NSet = NumberSet(Interval(1, 0x10FFFE))
print NSet.get_complement(all)
elif "serious" in sys.argv:
def test(X):
print "#_______________________________________________"
nset = NumberSet([ Interval(x, y) for x, y in X])
clone = nset.clone()
print "#NumberSet: %s" % nset
result = nset.clone()
result.complement(all)
print "#NumberSet.inverse: %s" % result
assert result.is_equal(nset.get_complement(all))
assert result.intersection(nset).is_empty()
assert result.union(nset).is_all()
test([(0, 100)])
