Card games have existed for hundreds of years and come in a wide variety of manners. Cards usually have a backside which makes the card indistinguishable from the other cards in the same deck. The Front side will typically give the card some meaning and shows how the card will be applied according to the rules of the game. Games vary in complexity from simple games like Go-Fish to complex poker games which carry hand types based on complex combinations of the card vale and suite.Card games give to a strong example of data management. If we take a basic deck of playing cards and break it down, we can see why. An individual card can be looked at as having two pieces of data associated with it. A value and a suit. In a standard 52 card deck, there are 52 unique combinations from 13 value types (2-10 plus jack, queen, king and ace), and 4 suits (spade, club, diamond, heart). If we look at a card as a single object, we can look at the deck as a list of card objects. Card objects can also move from the deck to hand as moving from a large list container to a small list container. This smaller list container can be sorted and evaluated according to the rules of the game.You are tasked with designing a program for a card game. This program should create a Deck, populate the Deck with Card objects and randomize the order of the cards. Cards should then be played to hands in accordance to the rules of the game.Over the next week, I would like you to decide on the game you propose to create a program for. Some suggestions would be games like, Black Jack, Draw Poker, Uno, Hearts… etc. The game must require at least 2 players, and a single deck of unique cards which all players feed from, and formal rules.Complexity of games vary, and I will only require one complex piece of the game. For example, a game like poker requires that the hand combinations are compared to determine which hand is of higher value; Full house is of higher value then a pair of aces, or three kings is of higher value then three queens. For poker I would not require an AI for a computer player as that would be beyond the scope of this class and the program will already have a complexity piece to it. A game like Go-Fish on the other hand does not need a complex piece to determine if the player has four of a kind. This program I would require an AI player component and want to make sure that the computer player is not requesting just the same card each time of the player.When you return next week, I will require a write up of the following:The Game you want to developThe approach you want to takeThe Complexity ComponentIf you choose to have one, your partner.If you do choose to have a partner, I will expect more from your project.Send me an email of what you are planning.part 1Specification for building your DeckFor part 1 of your card game you will need to create a specification for your card deck.(I choice blackjack)This specification will include functions for populating cards to your deck and shuffling the deck (randomizing the order of the cards).For the specification I do expect a list of each operation with preconditions and postconditionsPart 2For Task 2, You must implement the code for your deck. This implementation will require a test menu that can be easily used to demonstrate and test the functionality thus far.Card Game Project Requirements:Title ScreenTitle Menu:Run GameRules – How game is played. This should display a string output explaining the game.Run Test ModeObject Oriented Design pieces:Building Card ObjectsBuilding a Deck of Card ObjectsShuffling Card Objects in DeckCreating Player ObjectsMoving cards from Deck to PlayerValidating Card valuesFunctional Design pieces:Test Engine – Used to test pieces of functionality separatelyShould allow for test cases to validate functions are working as expectedGame EnginePregame functions – betting, dealing out cards, number of players. Essentially any thing that needs to happen before game starts.Game workflow – setting which players turn it is, giving player turn choices. If Computer Player exist then logic must be in place to handle Computer players choices.Game Over conditions – What happens at end of gameDesign DocumentationOverview of what program does.Specification of each Object (Card, Deck, Player)Description and workflow for game engine.Complexity requirement:Part of the Program which adds complex logic; Validation of Card values, complex workflow for determining whos turn it is, Decision making for Computer players.Code Standards:Code is ReadableVariable Names are meaningfulCode Tabs Lineup properlyComments are handled appropriately

Applying PMBOK Concepts to Process ChangeYou will be submitting this Assignment as an individual document. Remember, you should not attempt to address the questions asked without first completing the required Reading (you may find you need to do additional research using the Library or the Internet).Your assignment is to apply PMBOK concepts to enable a business process change to occur based on your chosen scenario from the topics below.Choose one of the following topics:-A retirement home wants to acquire self-drive vehicles to enable their elderly residents to shop around the corner from the retirement home.-A Hospice Care facility wants to introduce robots to converse with patients and relay and complete simple patient requests.-A building manufacturer wants to institute virtual reality tours of building sites in 3D for clients to save on gas and time.-You can identify a business process change at your current or former employer. You will be responsible for maintaining information confidential.Checklist:Select one specific activity to be performed within the process change and explain the process (Ex: For a rebranding of a toothpaste you might specify the decision making process used to determine how to repackage the product.)Explain where that selected activity would be performed within the organization and who would perform the task and manage it, measure it, and evaluate task completion. Make sure you separate out the information requested. Do not place the information in a large block paragraph.Delineate and describe the differences between measuring human performance and task completion.Describe how Six Sigma would be used to evaluate, measure, and encourage continuous improvement concerning the scenario topic you chose.Provide an original fishbone diagram that addresses one risk, a potential defect, or a problem that may result from the change which may impact goal attainment.Explain the value of your fishbone diagram as a visual representation. Your response to these questions should be in an essay format with correct spelling and grammar and 3–5 pages in length not including a title page and references page. Your Word document should follow APA format and citation style