A

complexno.py

+class ComplexNumber:
+
+	
+	def __init__(comp,x=0,y=0):
+		comp.x=x
+		comp.y=y
+	
+
+	def __str__(comp):
+		if comp.y<0 :
+			return "({0}-i{1})".format(comp.x,abs(comp.y))
+		else:
+			return "({0}+i{1})".format(comp.x,comp.y)
+	
+
+
+	def __add__(comp,other):
+		if (type(other) is ComplexNumber):
+			return ComplexNumber(comp.x+other.x,comp.y+other.y)
+		else:
+			return ComplexNumber(comp.x+other,comp.y)
+
+	def __radd__(comp,other):
+		if (type(other) is ComplexNumber):
+			return ComplexNumber(comp.x+other.x,comp.y+other.y)
+		else:
+			return ComplexNumber(comp.x+other,comp.y)
+	
+	def __lt__(comp,other):
+		print("Not Allowed")
+
+	def __gt__(comp,other):
+		print("Not Allowed")
+
+	def __eq__(comp,other):
+		return (comp.x==other.x and comp.y==other.y)
+	
+
+	def __ne__(comp,other):
+		return (comp.x!=other.x or comp.y!=other.y)
+
+	def __sub__(comp,other):
+		if (type(other) is ComplexNumber) :
+			x=comp.x-other.x
+			y=comp.y-other.y
+			return ComplexNumber(x,y)
+		else:
+			return ComplexNumber(comp.x-other,comp.y)
+
+	def __rsub__(comp,other):
+		temp=ComplexNumber(other,0)
+		x=temp.x-comp.x
+		y=temp.y-comp.y
+		return ComplexNumber(x,y)
+		
+
+	def __mul__(comp,other):
+		if (type(other) is ComplexNumber ):
+			x=comp.x*other.x - comp.y*other.y
+			y=comp.x*other.y + comp.y*other.x
+			return ComplexNumber(x,y)
+		else:
+			return ComplexNumber(other*comp.x,other*comp.y)
+
+	def __rmul__(comp,other):
+		if (type(other) is ComplexNumber ):
+			x=comp.x*other.x - comp.y*other.y
+			y=comp.x*other.y + comp.y*other.x
+			return ComplexNumber(x,y)
+		else:
+			return ComplexNumber(other*comp.x,other*comp.y)
+ 
+
+	def __truediv__(comp,other):
+		if (type(other) is ComplexNumber ):
+			temp=comp*conj(other)
+			temp=temp/(other.x**2+other.y**2)
+			return temp
+		else:
+			return ComplexNumber(comp.x/other,comp.y/other)
+
+	def __rtruediv__(comp,other):
+		temp1=ComplexNumber(other,0)
+		temp=temp1*conj(comp)
+		temp=temp/(comp.x**2+comp.y**2)
+		return temp
+		
+
+	def __pow__(comp,num):  
+		x=ComplexNumber(1,0)
+		for i in range(0,num):
+			x=x*comp
+		return x;
+
+def conj(comp):
+	if (type(comp) is ComplexNumber ): 
+		x=comp.x
+		y=-comp.y
+		return ComplexNumber(x,y)
+	else:
+		return comp
+
+
+def mag(comp):
+	return (comp.x**2+comp.y**2)**(0.5)
+
+
+
+
+

trytypes.py

+from complexno import ComplexNumber
+def myexponent(x):
+	epowx=1
+	m=1
+	for i in range(1,100):
+		m*=x/i
+		epowx+=m
+	return epowx
+