def timejuxtapose(timepoints1, timepoints2):
T1 = [fracarithmetic.improp(x) for x in timepoints1]
T2 = [
fracarithmetic.fracplus(fracarithmetic.improp(x), T1[-1])
for x in timepoints2
]
L = T1 + T2
return listoperations.eliminate_duplicates(
[fracarithmetic.mixednum(x) for x in L])
def motivejuxtapose(motive1, motive2):
T1 = [fracarithmetic.improp(x) for x in timepoints(motive1)]
T2 = [
fracarithmetic.fracplus(fracarithmetic.improp(x), T1[-1])
for x in timepoints(motive2)
]
L = T1 + T2
return listoperations.eliminate_duplicates(
[fracarithmetic.mixednum(x) for x in L])
def timepoints(durations):
points = [[0, 1], durations[0]]
for i in range(2, len(durations) + 1):
points.append(
fracarithmetic.mixednum(
fracarithmetic.fracplus(
fracarithmetic.improp(points[i - 1]),
fracarithmetic.improp(durations[i - 1]))))
return points
def motivecombine(motive1, motive2):
L = listoperations.eliminate_duplicates(
fracarithmetic.fracsortlist([
fracarithmetic.improp(x)
for x in timepoints(motive1) + timepoints(motive2)
]))
return [fracarithmetic.mixednum(x) for x in L]
def timecombine(timepoints1, timepoints2):
L = listoperations.eliminate_duplicates(
fracarithmetic.fracsortlist(
[fracarithmetic.improp(x) for x in timepoints1 + timepoints2]))
return [fracarithmetic.mixednum(x) for x in L]
def dilate(array, num):
for i in range(len(array)):
array[i] = fracarithmetic.mixednum(
fracarithmetic.fractimes(fracarithmetic.improp(array[i]), num))
return array