class CounterPointGenerator: #define function #For the time being, I'm going to apply the quantization to real notes outside of the classes. In the future, I may want to start using more complex analysis to create accompaniment, like take derivatives def __init__(self, domain): self.domain = domain self.counterPointFunction = CounterPointFunction() #feed domain into function # return transformed domain def getCounterPoint(self): counterPoint = [] for x in self.domain: counterPoint.append(self.counterPointFunction.defaultFunct(x)) # self.counterPoint = counterPoint return counterPoint
class CounterPointGenerator: #define function #For the time being, I'm going to apply the quantization to real notes outside of the classes. In the future, I may want to start using more complex analysis to create accompaniment, like take derivatives def __init__(self, domain): self.domain = domain self.counterPointFunction = CounterPointFunction() #feed domain into function # return transformed domain def getCounterPoint(self): counterPoint = [] for x in self.domain: counterPoint.append (self.counterPointFunction.defaultFunct(x)) # self.counterPoint = counterPoint return counterPoint
def __init__(self, domain): self.domain = domain self.counterPointFunction = CounterPointFunction()