def longMixedTerm(length, **aargs):
return multimap(
functionSource(trees.randomBinaryTree, length),
[ mapI(trees.treeTerm(**aargs))
, mapI(trees.cleverFold)
, mapI(snd)
, avoidDuplication ])
def myrandrange(a, b):
return functionSource(randrange, a, b)
mediumOrderOfOperation = multimap(
longMixedTerm(5),
[ orderOfOperation
, resultBetween(-200, 200)
, renderSymbols])
hardOrderOfOperation = multimap(
longMixedTerm(7, numbers=(randrange, [1, 24], {})),
[ orderOfOperation
, doubleBrackets
, resultBetween(-700, 700)
, renderSymbols])
longDivision = multimap(
functionSource(divisionOhneRest),
[ renderSymbols ])
hardLongDivision = multimap(
functionSource(divisionOhneRest, divisor=[2,25], quotient=[1000, 7000]),
[ renderSymbols ])
simpleMix = randomlyMix(
[ additionUpTo(100)
, substractionUpTo(30)
, smallMultiplicationTable ])
mediumMix = randomlyMix(
[ additionUpTo(1000)
, substractionUpTo(200)
, bigMultiplicationTable
def myrandrange(a, b):
return functionSource(randrange, a, b)
def longMixedTerm(length, **aargs):
return multimap(functionSource(trees.randomBinaryTree, length), [
mapI(trees.treeTerm(**aargs)),
mapI(trees.cleverFold),
mapI(snd), avoidDuplication
])
simpleOrderOfOperation = multimap(
longMixedTerm(3), [orderOfOperation, nonNegative, renderSymbols])
mediumOrderOfOperation = multimap(
longMixedTerm(5),
[orderOfOperation,
resultBetween(-200, 200), renderSymbols])
hardOrderOfOperation = multimap(
longMixedTerm(7, numbers=(randrange, [1, 24], {})), [
orderOfOperation, doubleBrackets,
resultBetween(-700, 700), renderSymbols
])
longDivision = multimap(functionSource(divisionOhneRest), [renderSymbols])
hardLongDivision = multimap(
functionSource(divisionOhneRest, divisor=[2, 25], quotient=[1000, 7000]),
[renderSymbols])
simpleMix = randomlyMix(
[additionUpTo(100),
substractionUpTo(30), smallMultiplicationTable])
mediumMix = randomlyMix([
additionUpTo(1000),
substractionUpTo(200), bigMultiplicationTable, simpleOrderOfOperation
])
# -- define the outputs
