Moved Fibonacci algorithms in to separate namespace for

organization reasons.

src/Main.py

@author: BMAllred
'''
import FibonacciBinet
import FibonacciDjikstra
import FibonacciGenerator
import FibonacciIteration
import FibonacciLucas
import FibonacciMatrix
import FibonacciMemory
import FibonacciRecursive
import mathex.fibonacci.Binet as Binet
import mathex.fibonacci.Djikstra as Djikstra
import mathex.fibonacci.Generator as Generator
import mathex.fibonacci.Iteration as Iteration
import mathex.fibonacci.Lucas as Lucas
import mathex.fibonacci.Matrix as Matrix
import mathex.fibonacci.Memory as Memory
import mathex.fibonacci.Recursive as Recursive
from StopWatch import StopWatch
def displayMenu():
            break
        
        if choice == "1":
            SingleTest()
            singleTest()
        elif choice == "2":
            Benchmark()
            benchmark()
        else:
            print "Incorrect selection."
        
    print "Hope you had as much as I did!"
    print
def Benchmark():
def benchmark():
    print
    print "Select your poison:"
    print
            print "Binet's formula"
            
            while completed < n:
                FibonacciBinet.fib(completed)
                Binet.fib(completed)
                completed += 1
        except:
            pass
            print "Djikstra's method"
            
            while completed < n:
                FibonacciDjikstra.fib(completed)
                Djikstra.fib(completed)
                completed += 1
        except:
            pass
            print "Iteration"
            
            while completed < n:
                FibonacciIteration.fib(n)
                Iteration.fib(n)
                completed += 1
        except:
            pass
            print "Lucas' numbers"
            
            while completed < n:
                FibonacciLucas.fib(n)
                Lucas.fib(n)
                completed += 1
        except:
            pass
            print "Matrix"
            
            while completed < n:
                FibonacciMatrix.fib(n)
                Matrix.fib(n)
                completed += 1
        except:
            pass
            print "Memory"
            
            while completed < n:
                FibonacciMemory.fib(n)
                Memory.fib(n)
                completed += 1
        except:
            pass
            print "Recursive (intensive)"
            
            while completed < n:
                FibonacciRecursive.fib(n)
                Recursive.fib(n)
                completed += 1
        except:
            pass
            print "\tCompleted: {0}% in {1} ms".format((1.0 * completed / n) * 100, stopWatch.TotalMilliseconds())
            print
def SingleTest():
def singleTest():
    print
    print "Select your poison:"
    print
    try:
        # Perform the necessary method.
        if choice == "1":
            answer = FibonacciBinet.fib(n)
            answer = Binet.fib(n)
        elif choice == "2":
            answer = FibonacciDjikstra.fib(n)
            answer = Djikstra.fib(n)
        elif choice == "3":
            answer = FibonacciIteration.fib(n)
            answer = Iteration.fib(n)
        elif choice == "4":
            answer = FibonacciLucas.fib(n)
            answer = Lucas.fib(n)
        elif choice == "5":
            answer = FibonacciMatrix.fib(n)
            answer = Matrix.fib(n)
        elif choice == "6":
            answer = FibonacciMemory.fib(n)
            answer = Memory.fib(n)
        elif choice == "7":
            answer = FibonacciRecursive.fib(n)
            answer = Recursive.fib(n)
    except:
        pass