def run8():
measure=("extent")
seed = randint(0,1000000)
rf = randomFact(NumberFact, measure, rseed=seed)
magnitude = rf.magnitude
scale = rf.scale
# print(rf.render)
# test = NumberFact.objects.filter().order_by("value")[0:10]#
# for item in test:
# print(item.render, item.magnitude, item.value)
# print(bracketNumber(NumberFact, "481", 3, "extent"))
# for i in range(-3,24,3):
# print(i, bracketNumber(NumberFact, "1.25", i, measure))
# print(i+1,bracketNumber(NumberFact, "12.5", i, measure))
# print(i+2,bracketNumber(NumberFact, "125", i, measure))
# for i in range(-3,24,3):
# print(i, bracketNumber(NumberFact, "1.0", i, measure))
# print(i+1,bracketNumber(NumberFact, "10.0", i, measure))
# print(i+2,bracketNumber(NumberFact, "100.0", i, measure))
for i in range(-3,18,3):
print(i, bracketNumber(NumberFact, "1.0", i, measure))
print(i,bracketNumber(NumberFact, "2.0", i, measure))
print(i,bracketNumber(NumberFact, "4.0", i, measure))
print(i,bracketNumber(NumberFact, "8.0", i, measure))
print(i,bracketNumber(NumberFact, "16.0", i, measure))
print(i,bracketNumber(NumberFact, "32.0", i, measure))
print(i,bracketNumber(NumberFact, "64.0", i, measure))
print(i,bracketNumber(NumberFact, "125.0", i, measure))
print(i,bracketNumber(NumberFact, "250.0", i, measure))
print(i,bracketNumber(NumberFact, "500.0", i, measure))
def run():
measure = ("extent")
seed = randint(0, 1000000)
rf = randomFact(NumberFact, measure, rseed=seed)
magnitude = rf.magnitude
scale = rf.scale
# print(rf.render)
# test = NumberFact.objects.filter().order_by("value")[0:10]#
# for item in test:
# print(item.render, item.magnitude, item.value)
# print(bracketNumber(NumberFact, "481", 3, "extent"))
# for i in range(-3,24,3):
# print(i, bracketNumber(NumberFact, "1.25", i, measure))
# print(i+1,bracketNumber(NumberFact, "12.5", i, measure))
# print(i+2,bracketNumber(NumberFact, "125", i, measure))
# for i in range(-3,24,3):
# print(i, bracketNumber(NumberFact, "1.0", i, measure))
# print(i+1,bracketNumber(NumberFact, "10.0", i, measure))
# print(i+2,bracketNumber(NumberFact, "100.0", i, measure))
for i in range(-3, 18, 3):
print(i, bracketNumber(NumberFact, "1.0", i, measure))
print(i, bracketNumber(NumberFact, "2.0", i, measure))
print(i, bracketNumber(NumberFact, "4.0", i, measure))
print(i, bracketNumber(NumberFact, "8.0", i, measure))
print(i, bracketNumber(NumberFact, "16.0", i, measure))
print(i, bracketNumber(NumberFact, "32.0", i, measure))
print(i, bracketNumber(NumberFact, "64.0", i, measure))
print(i, bracketNumber(NumberFact, "125.0", i, measure))
print(i, bracketNumber(NumberFact, "250.0", i, measure))
print(i, bracketNumber(NumberFact, "500.0", i, measure))
def run12():
klass = NumberFact
measure=("extent")
seed = randint(0,1000000)
rf = randomFact(NumberFact, measure, rseed=seed)
print(rf.render)
print(rf.measure)
facts = neatFacts(klass, rf)
for fact in facts:
# print(fact["comparison"], fact["fact2"].render2)
print(fact)
print(fact["fact2"].measure)
def run12():
klass = NumberFact
measure = ("extent")
seed = randint(0, 1000000)
rf = randomFact(NumberFact, measure, rseed=seed)
print(rf.render)
print(rf.measure)
facts = neatFacts(klass, rf)
for fact in facts:
# print(fact["comparison"], fact["fact2"].render2)
print(fact)
print(fact["fact2"].measure)
def run7():
measure=("area")
seed = randint(0,1000000)
rf = randomFact(NumberFact, measure, rseed=seed)
print(rf.render)
bestComparisons, tolerance, score = numberFactsLikeThis(NumberFact, rf, rseed=seed)
print(tolerance, score)
for fact in bestComparisons:
print(fact.render_folk)
print(fact.magnitude)
print(fact.scale)
print(fact.permlink)
biggest = biggestNumberFact(bestComparisons)
print(">>>", biggest.render)
def run7():
measure = ("extent")
seed = randint(0, 1000000)
rf = randomFact(NumberFact, measure, rseed=seed)
print(rf.render)
bestComparisons, tolerance, score = numberFactsLikeThis(NumberFact,
rf,
rseed=seed)
print(tolerance, score)
for fact in bestComparisons:
print(fact.render)
print(fact.magnitude)
print(fact.scale)
biggest = biggestNumberFact(bestComparisons)
print(">>>", biggest.render)
def run13():
klass = NumberFact
measure=("extent")
seed = randint(0,1000000)
rf = randomFact(NumberFact, measure, rseed=seed)
print(rf.render_folk)
def run13():
klass = NumberFact
measure = ("extent")
seed = randint(0, 1000000)
rf = randomFact(NumberFact, measure, rseed=seed)
print(rf.render_folk)
