brentxphillips

# Recursion practice
# Recurion loop version of a while loop[]

triangle = ["one"]

def pyramid():
    
    print(triangle)
    triangle.append("one")
    line_len = len(triangle)

brentxphillips

# triangle.py
# Recurion loop practice starting with a while loop example

triangle = ["one"]

def pyramid():
    while len(triangle) < 6:
        line_len = len(triangle)
        print(triangle)
        triangle.append("one")

brentxphillips

# Class excercise
# Return statements practice

def helloworld():
    print("hello world")

helloworld()


def isodd(num):

brentxphillips

import graphicsPlus as gr
win = gr.GraphWin("Simple Circle", 400, 400)

def text():
    textblock = gr.Text(gr.Point(100, 100), "Hello!")
    textblock.setSize(18)
    textblock.draw(win)

def main():
    text()

brentxphillips

# prints a string letter-by-letter

def num_letter_test(x):
    string_input = x
    string_len = len(string_input)
    counter = 0
    for i in range(string_len):
        print(string_input[counter])
        counter += 1

brentxphillips

# Simple value returning function, with nested conditional and boolean check/return
# return_test7.py

def pass_info(x, y):
    add = x + y
    # added a nested condition, checking if odd or even and assigning a boolean
    if (add % 2 == 0):
        boo = True
    elif (add % 2 == 1):
        boo = False

brentxphillips

# Simple value returning function, with nested conditional and boolean check/return
# return_test5.py

def pass_info(x, y):
    add = x + y
    # adding a nested condition and operation doesn't seem to impact return statement
    if add < 10:
        boo = False
    return boo

brentxphillips

# Simple value returning function, two retunred values
# return_test4.py

def pass_info(x, y):
    add = x + y
    # adding a nested condition and operation doesn't seem to impact return statement
    if add < 10:
        add = 11
    return add

brentxphillips

# Simple value returning function, two retunred values
# return_test3.py

def pass_info(x, y):
    add = x + y
    sub = x - y
    # note, if one return variable is removed then the main function will only output remaining value
    return add, sub

def main():

brentxphillips

# Simple value returning function, plus odd or even test
# return_test2.py

def pass_info(x, y):
    sum = x + y
    # nested conditional testing if a new math operation changes the sum returned?
    # tests if sum is even
    if (sum % 2 == 0):
        sum += 1
    # tests if sum is odd