def calcFractionIntermediate(time, proteins, datInter, datTerminal, k):
fitInter = {}
P = {}
X = {}
for p in proteins:
X[p] = {}
fitInter[p] = qMS.poolInterFunc(k, time, datInter[p])
P[p] = datTerminal[p]
X[p]['fracX'] = fracInter(fitInter[p], P[p], time, k)
return X
def fracInter(flObsInt, PObsTerm, time, k):
fl70S = qMS.poolFunc(k, time, PObsTerm)
flInter = qMS.poolInterFunc(k, time, PObsTerm)
X = (flObsInt - fl70S)/(flInter - fl70S)
return X
def poolIntermediatesResid10(P, y, t):
k = qMS.growthRate(doublingTime_10)
return y - qMS.poolInterFunc(k, t, P)
