def MultiplyReal(self,real):
''' Descr: Prints the result obtained by multiplying all complex numbers with a given real number
Data: real
Preconditions: real is an integer number
Result:
Postcondition:
'''
for elem in self.__repo.getAll():
Output.printFile(str(elem.MultiplyByReal(real))+"\n")
def MultiplyImaginary(self,imag):
''' Descr: Prints the result obtained by multiplying all complex numbers with a given imaginary number
Data: imag
Preconditions: imag is an integer number
Result:
Postcondition:
'''
for elem in self.__repo.getAll():
Output.printFile(str(elem.MultiplyByImaginary(imag))+"\n")
def PrintAll(self):
''' Descr: Returns all the complex numbers in the list
Data:
Preconditions:
Result:
Postcondition:
'''
for elem in self.__repo.getAll():
Output.printNumber(elem)
def Conjugate(self):
''' Descr: Returns the conjugate of all the complex numbers in the list
Data:
Preconditions:
Result:
Postcondition:
'''
for elem in self.__repo.getAll():
Output.printFile(str(elem.getConjugate())+"\n")
def Exponential(self):
''' Descr: Prints the exponential of all complex numbers
Data:
Preconditions:
Result:
Postcondition:
'''
for elem in self.__repo.getAll():
Output.printNumber(elem.ExponentialOfComplex())
def SquareR(self):
''' Descr: Prints the square root of all complex numbers
Data:
Preconditions:
Result:
Postcondition:
'''
for elem in self.__repo.getAll():
Output.printNumber(elem.SquareRootOfComplex())
def Power(self,power):
''' Descr: Prints the power of all complex numbers
Data: power
Preconditions: power is a natural number
Result:
Postcondition:
'''
for elem in self.__repo.getAll():
Output.printNumber(elem.PowerOfComplex(power))
def MultiplyComplex(self,other):
''' Descr: Prints the result obtained by multiplying all complex numbers with a given complex number
Data: other
Preconditions: other is a complex number
Result:
Postcondition:
'''
for elem in self.__repo.getAll():
Output.printNumber(elem.MultiplyTwoComplexNumbers(other))
def AddComplex(self,other):
''' Descr: Prints the result obtained by adding all complex numbers to a given complex number
Data: other
Preconditions: other is a complex number
Result:
Postcondition:
'''
for elem in self.__repo.getAll():
Output.printNumber(elem.AddTwoComplexNumbers(other))
def PolarForm(self):
''' Descr: Returns the polar form of all the complex numbers in the list
Data:
Preconditions:
Result:
Postcondition:
'''
for elem in self.__repo.getAll():
s="modulus = " + str(elem.getModulus())+" and argument = " + str(elem.getArgument())
Output.printFile(s+"\n")
s=""
def CartesianForm(self):
''' Descr: Returns the cartesian form of all the complex numbers in the list
Data:
Preconditions:
Result:
Postcondition:
'''
for elem in self.__repo.getAll():
s="real = " + str(elem.getReal())+" and imaginary = " + str(elem.getImaginary())
Output.printFile(s+"\n")
s=""