// Uncomment the following line to change the fontsize: // fontsize=14 ////////////////////////////////////////////////////////////////////////////////////////////// // Welcome to UMLet! // // Double-click on UML elements to add them to the diagram, or to copy them // Edit elements by modifying the text in this panel // Hold Ctrl to select multiple elements // Use Ctrl+mouse to select via lasso // // Use ± or Ctrl+mouse wheel to zoom // Drag a whole relation at its central square icon // // Press Ctrl+C to copy the whole diagram to the system clipboard (then just paste it to, eg, Word) // Edit the files in the "palettes" directory to create your own element palettes // // Select "Custom Elements > New..." to create new element types ////////////////////////////////////////////////////////////////////////////////////////////// // This text will be stored with each diagram; use it for notes.10com.umlet.element.base.Class270570390240 Main bg=gray -- static final int TRIALS_TO_RUN ArrayList<State> states -- just Indiana, or Indiana and its neighbors, or all fifty states plus DC, or potentially other lists of State's to simulate -- _main_ -- Uses its ArrayList<State> and its ElectionSimulator to run election simulations several times with different data (i.e. different states) and different numbers of trials.com.umlet.element.base.Class28040400380ElectionSimulator bg=gray -- -- ElectionSimulator(ArrayList<State> states) int getTotalElectoralVotes() int runSimulation() - runs a single simulation (trial) and returns the number of votes that candidate A wins in the simulation double[] runSimulations(int numberOfTrials) - runs the given number of simulations (trials) and returns an array whose value at index i is an estimate of the probability of candidate A winning i electoral votes ArrayList<Double> probabilityABTie(int numberOfTrials) - uses the above to run the given number of simulations (trials) and returns an an ArrayList<Double> whose first value is the probability that A wins the election, second value is the probability that B wins the election, and third value is the probability of a tiecom.umlet.element.base.Class30570190240DataFromSept22 bg=yellow -- private ArrayList<State> _fiftyStatesPlusDC_ -- ArrayList<State> _indiana()_ ArrayList<State> _indianaNeighbors()_ ArrayList<State _ fiftyStatesPlusDC()_com.umlet.element.base.Relation370390210200lt=<- r1= constructs 1..*110;30;110;180com.umlet.element.base.Note2020240240Note.. Students: bg=blue -- You implement the gray classes. -- We supplied the yellow classes for you to use. -- We supplied the green JUnit test classes, to test your classes and the classes that we supplied. Implement StateList first, then ElectionSimulator, then Main.com.umlet.element.base.Note10270230290Key.. bg=pink is-a, extends is-a, implements has-a (association) annotation indicates construction and/or multiplicity uses (dependency) underlined items are /static/com.umlet.element.base.Relation9028014050lt=<<-120;30;30;30com.umlet.element.base.Relation11032012050lt=<<.100;30;30;30com.umlet.element.base.Relation8036014050lt=<-120;30;30;30com.umlet.element.base.Relation4044018050lt=<.160;30;30;30com.umlet.element.base.Note27048019070Note.. bg=blue Run Main as an Application and/or use the JUnit testscom.umlet.element.base.Class910510310300StateList bg=gray -- -- State[ ] _inputStatesArray_ (int numberOfStatesToObtain, Scanner scanner) String _printStatesArray_ (State[ ] states) String _showHistogramArray_ (double [ ] frequencyArray) Plus methods the same as the above except that they take ArrayList's instead of arrays.com.umlet.element.base.Class87060360330State bg=yellow -- -- State(String stateName, int electoralVotes, double percentOfVotersWhoPlanToVoteForA, double percentOfVotersWhoPlanToVoteForB) int getElectoralVotes() String getName() int simulate() - simulates this State's election and returns the result. A positive number indicates the number of electoral votes earned by candidate A. A negative number indicates the number of electoral votes earned by candidate B. String toString() - return's this State's data as a Stringcom.umlet.element.base.Relation6004005260lt=<- m1= 1-10;90;-10;90com.umlet.element.base.Relation910360312170lt=<. uses toString() to display a single State160;30;160;150com.umlet.element.base.Relation650260240122lt=<. uses simulate() to simulate the election in a single state220;50;30;50com.umlet.element.base.Relation630670300122lt=<. uses showHistogramArray() to display the results of the simulations280;50;30;50com.umlet.element.base.Relation19066010050lt=<.30;30;80;30com.umlet.element.base.Relation650150240146lt=<. uses getElectoralVotes() to get the number of electoral votes for a single state220;50;30;50com.umlet.element.base.Class58049014030ArrayList<State> bg=yellowcom.umlet.element.base.Relation470490312118lt=<- gets them by using DataFromSept22 or StateList 160;30;160;80com.umlet.element.base.Class77043019050ElectionSimulatorTest (JUnit4 test class) bg=greencom.umlet.element.base.Class700709070StateTest (JUnit4 test class) bg=greencom.umlet.element.base.Relation650350140110lt=<. tests30;30;120;90com.umlet.element.base.Relation7208013470lt=<. tests70;40;70;40com.umlet.element.base.Class68061013070StateListTest (JUnit 4 test class) bg=greencom.umlet.element.base.Relation78059015070lt=<. tests130;50;30;50com.umlet.element.base.Relation440390312120lt=<- gets it via its constructor m1= 1 160;100;160;30com.umlet.element.base.Relation76080130100lt=<. tests110;80;30;30