Card game in java with source code || shuffle Card Game in Java Swing || Thinkswithyou
description of the project
A variation of the problem is to pick cards from a shuffled deck of 52 cards repeatedly and find out how many picks are needed before you see one of each suit. Assume a picked card is placed back in the deck before picking another (with replacement). Write a program to simulate the number of picks needed to get four cards, one from each suit and display the four cards picked (it is possible a card may be picked twice or more in the process).
Your program must contain/do: 1. PickCardsGUI as a driver, similar to the one shown (though you are encouraged to make yours look different, but with all the required functionality). 2. A DeckOfCards class with appropriate instance variables (must have at least one array for the cards), methods (shuffle, pickCard, toString, equals, and others). 3. An external Players.txt text file that you should create with your favorite players. As the form loads, the program should read from this file and populate the playerJComboBox. Provide meaningful exception handling for file I/O errors. Consider, for example, using JFileChoser to allow user to browse and find the Players.txt file. 4. Javadoc comments with Javadoc html documents generated and included in your submission. 5. Menu with at least three main functional menu choices. 6. Meaningful and detailed About JDialog form with type Utility and a Splash screen with a percent progress bar. 7. Display images of the four cards selected from each of the four suits. You can use whichever card images you find (make sure they are free and not copyrighted!). 8. Display the number of picks required for a given simulation before obtaining one card from each suit. 9. Go, Print (prints GUI), Save (saves player’s statistics with file named after the player), and Quit buttons. 10. Printing capability to print the main form as GUI and to print the statistics results. 11. Three descriptive statistical measures are required for each player (though not required to be remembered for subsequent executions of the program): Mean (or arithmetic average) number of picks for a given number of simulation. It is defined as the sum of all picks divided by number of simulations. For example, for the following 5 simulations (with card replacement) it took: 4, 11, 6, 6, and 7 picks to select 4 cards one from each suit. The mean number of pick per simulation for this player therefore is (4 + 11 + 6 + 6 + 7)/5 = 6.80 Median number of picks for a given number of simulation is the 50th percentile (smack middle) of the sorted number of picks. You will need to sort the data first and then find the middle point. From the data just above, sorting the picks yields 4, 6, 6, 7, and 11 with one middle point: 6. If the data points are even in number then the median is the mean of the two middle points.
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