Computer Programming 150

(April 17, 2008)

Lab14a.py – A Date object: Note blue code denotes alternate approach

#

# Name:

# File: Lab14a.py

# Date: April 17, 2008

#

# Desc: Using a Date object

import string

class Date:

def __init__(self, month, day, year):

" constructor - accepts month , day and year"

self.month = int(month)

self.day = int(day)

self.year = int(year)

def getMonth(self):

return self.month

def getDay(self):

return self.day

def getYear(self):

return self.year

def isLeapYear(self):

if ((self.year % 4) == 0 and (self.year % 100) != 0 or

(self.year % 400) == 0):

return True

else:

return False

def dayOfYear(self):

daysB4first = [0, 31, 59, 90, 120, 151, 181, 212, 243, 273, 304, 334]

dayNumber = daysB4first[self.month - 1] + self.day

if (self.month >2) and self.isLeapYear():

dayNumber = dayNumber + 1

return dayNumber

def __str__(self):

months = ["January", "February", "March", "April", "May", "June",

"July", "August", "September", "October", "November",

"December"]

return months[self.month-1] + " " + str(self.day) + \

", " + str(self.year)

def main():

# Display Title

print "\nDate Conversion"

# ask-before-iterating loop

again = "y"

while again == "y":

# get the date

dateStr = raw_input("\nEnter a date (mm/dd/yyyy): ")

# split into string components

monthStr, dayStr, yearStr = string.split(dateStr, "/")

# create Date object

date = Date(monthStr, dayStr, yearStr)

# output result in month day, year format

print "The converted date is:", date

# list of number of days before 1st of the month

# daysB4first = [0, 31, 59, 90, 120, 151, 181, 212, 243, 273, 304, 334]

# look up number of days before 1st of month and add day

# dayNumber = daysB4first[date.getMonth()-1] + date.getDay()

# check for leap year

# if ( date.getMonth() > 2) and (date.isLeapYear()):

# dayNumber = dayNumber + 1

# display results

# print "This is day number", dayNumber,"of the year"

print "This is day number", date.dayOfYear(), "of the year"

again = raw_input("\nAgain? (y/n): ")

main()

Lab14b.py – Five Card Draw in Graphics

#

# Name:

# File: Lab14b.py

# Date: April 17, 2008

#

# Desc: Five Card Draw With Graphics

from random import randrange

from graphics import *

from button import *

class Card:

def __init__(self, rank, suit):

" store rank as int between 1 - 13; suit as 'c', 'd', 'h', or 's' "

self.rank = rank

self.suit = suit

def getRank(self):

return self.rank

def getSuit(self):

return self.suit

def BJValue(self):

" return blackjack value of card"

if slef.rank >= 10:

return 10

else:

return self.rank

def getImage(self):

" returns path to image file"

suit = str(self.suit)

if (self.rank <= 10):

rank = str(self.rank)

elif self.rank == 11:

rank = "j"

elif self.rank == 12:

rank = "q"

elif self.rank == 13:

rank = "k"

return "H:\Comp150S08\Cards\\" + suit + rank + ".gif"

def __str__(self):

rankList = ["Ace", "Two", "Three", "Four", "Five", "Six", "Seven", \

"Eight", "Nine", "Ten", "Jack", "Queen", "King"]

if self.suit == "c":

return rankList[self.rank-1]+" of Clubs"

elif self.suit == "d":

return rankList[self.rank-1]+" of Diamonds"

if self.suit == "h":

return rankList[self.rank-1]+" of Hearts"

elif self.suit == "s":

return rankList[self.rank-1]+" of Spades"

def isSameCard(c0, c1):

#

# Returns True if rank and suits are same

#

if ((c0.getRank() == c1.getRank()) and

(c0.getSuit() == c1.getSuit())):

return True

else:

return False

def inList(c, list):

#

# Returns True if card c is in list

#

i = 0;

while (i < len(list) and not isSameCard(c, list[i])):

# alternate search loop

# while ((i < len(list)) and (c.getRank() != list[i].getRank()) and

# (c.getSuit() != list[i].getRank())):

i = i+1

if i < len(list):

return True

else:

return False

def main():

# print "A Five Card Hand"

windowTitle = "A Five Card Hand"

screenWidth = 640

screenHeight = 480

#

# Open a graphics window object

#

win = GraphWin(windowTitle, screenWidth, screenHeight)

win.setBackground("darkgreen")

win.setCoords(0, 0, screenWidth, screenHeight)

# create and activate two buttons

drawButton = button(win, Point(295, 30), 40, 20, "Draw")

quitButton = button(win, Point(345, 30), 40, 20, "Quit")

drawButton.activate()

quitButton.activate()

suitList = ["c", "d", "h","s"] # list of suits

# event handling loop

while (True):

p1 = win.getMouse()

# draw a five card hand

if drawButton.clicked(p1):

hand = []

while len(hand) < 5:

# draw card

c = Card(randrange(1, 14), suitList[randrange(0,4)])

# check for duplicates; append if not duplicated

if not inList(c, hand):

hand.append(c)

# display hand

for i in range(5):

Image(Point(120 + i*100, 240), hand[i].getImage()).draw(win)

# quit program

elif quitButton.clicked(p1):

break

win.close()

main()