def test0():
p1 = Person()
p1.events = []
persons = [p1]
calculate_estimates(persons)
assert p1.birth_low is MIN
assert p1.birth_high is MAX
assert p1.death_low is MIN
assert p1.death_high is MAX
def test_none():
p1 = Person()
p1.events = [
Event(BIRTH, "exact", None),
]
persons = [p1]
calculate_estimates(persons)
assert p1.birth_low is MIN
assert p1.birth_high is MAX
assert p1.death_low is MIN
assert p1.death_high is MAX
def test4():
p1 = Person()
p1.events = [
Event(DEATH, "exact", 1900),
]
persons = [p1]
calculate_estimates(persons)
assert p1.birth_low == 1800
assert p1.birth_high == 1900
assert p1.death_low == 1900
assert p1.death_high == 1900
def test2():
p1 = Person()
p1.events = [
Event("resi", "exact", 1950),
]
persons = [p1]
calculate_estimates(persons)
assert p1.birth_low == 1850
assert p1.birth_high == 1950
assert p1.death_low == 1950
assert p1.death_high == 2050
def xtest14():
p1 = Person()
p1.events = [
Event(BIRTH, "exact", 1950),
Event(DEATH, "exact", 1940),
]
persons = [p1]
calculate_estimates(persons)
assert p1.birth_low == 1950
assert p1.birth_high == 1950
assert p1.death_low == 1940
assert p1.death_high == 1940
def xtest(name, *events):
return
p = Person()
p.events = events
calculate_estimates(p)
#print("birth_high=",p.birth_high)
#print("death_high=",p.death_high)
print(name)
print(f" birth: {p.birth_low}-{p.birth_high}")
print(f" death: {p.death_low}-{p.death_high}")
def test12():
p1 = Person()
p1.events = []
p2 = Person()
p2.events = [
Event(BIRTH, "exact", 2000),
]
p1.children = [p2]
p2.parents = [p1]
persons = [p1, p2]
calculate_estimates(persons)
assert p1.birth_low == 1935
assert p1.birth_high == 1985
assert p1.death_low == 2000
assert p1.death_high == 2085
def test6():
p1 = Person()
p1.events = [
Event(BIRTH, "exact", 1900),
]
p2 = Person()
p2.events = []
p1.children = [p2]
p2.parents = [p1]
persons = [p1, p2]
calculate_estimates(persons)
assert p2.birth_low == 1915
assert p2.birth_high == 1965
assert p2.death_low == 1915
assert p2.death_high == 2065
def test13j():
p1 = Person()
p1.events = []
p2 = Person()
p2.events = [
Event(BIRTH, "before", 1950),
Event(DEATH, "before", 2000),
]
p1.children = [p2]
p2.parents = [p1]
persons = [p1, p2]
calculate_estimates(persons)
assert p1.birth_low is MIN
assert p1.birth_high == 1935
assert p1.death_low is MIN
assert p1.death_high == 2035
def test13f():
p1 = Person()
p1.events = []
p2 = Person()
p2.events = [
Event(BIRTH, "after", 1950),
Event(DEATH, "after", 2000),
]
p1.children = [p2]
p2.parents = [p1]
persons = [p1, p2]
calculate_estimates(persons)
assert p1.birth_low == 1885
assert p1.birth_high is MAX
assert p1.death_low == 1950
assert p1.death_high is MAX
def test5():
# p1 is a parent of p2
p1 = Person()
p1.events = [
Event(BIRTH, "exact", 1900),
Event(DEATH, "exact", 1950),
]
p2 = Person()
p2.events = []
p1.children = [p2]
p2.parents = [p1]
persons = [p1, p2]
calculate_estimates(persons)
assert p2.birth_low == 1915
assert p2.birth_high == 1950
assert p2.death_low == 1915
assert p2.death_high == 2050
def test15():
p1 = Person()
p2 = Person()
p3 = Person()
p3.events = [
Event(BIRTH, "exact", 1950),
]
persons = [p1, p2, p3]
p1.children = [p2]
p2.children = [p3]
p2.parents = [p1]
p3.parents = [p2]
calculate_estimates(persons)
assert p1.birth_low == 1820
assert p1.birth_high == 1920
assert p1.death_low == 1885
assert p1.death_high == 2020
def main():
p1 = Person()
p1.events = [
# Event(BIRTH,"exact",1860),
# Event(DEATH,"exact",1950),
#Event("resi","exact",1950),
#Event(MARRIAGE,"exact",1960),
]
p2 = Person()
p2.events = [
#Event("resi","exact",1900),
# Event(MARRIAGE,"exact",1960),
]
p3 = Person()
p3.events = [
Event("resi", "exact", 1980),
]
p1.parents = [p2]
p3.parents = [p2]
p1.children = []
p2.children = [p1, p3]
calculate_estimates([p1, p2, p3])
print("p1")
p = p1
print(f" birth: {p.birth_low}-{p.birth_high}")
print(f" death: {p.death_low}-{p.death_high}")
print("p2")
p = p2
print(f" birth: {p.birth_low}-{p.birth_high}")
print(f" death: {p.death_low}-{p.death_high}")
print("p3")
p = p3
print(f" birth: {p.birth_low}-{p.birth_high}")
print(f" death: {p.death_low}-{p.death_high}")