/* Enter an integer for much you would like to spend on robots. */ using System; using System.Collections.Generic; namespace SoloLearn { static class Globals{ public static int DrawCounter{get;set;} // //Adjust the standard Robot Attributes here public static int StdPrf = 150; public static int StdEnd = 150; public static int StdCst = 30; public static int PrfCst = 30; public static int StcCst = 30; public static int ChpCst = 20; public static List Names = new List(){"Cameron","Merlie","Deliah","Terrie","Tanyia","Evanel","SueAnn","Lilana", "Phenny","Chester","EvaLou","Dolores","Conrad", "Marcos","Miranda","Elizza", "Bennie","Vickie","Kelvin","Marggo","Archie","Kurtis","Kellie","Jeffery","Jacobi"}; } class Robot { private string Name{get;set;} private int Performance{get;set;} private int Endurance{get;set;} public int Cost{get;set;} public Robot(string name,int prf, int end, int cst){ this.Name = name; this.Performance = prf; this.Endurance = end; this.Cost = cst; } //Adjust the attributes of the differing robot types here. public Robot(string name, string robotType){ switch (robotType){ case "Performer": this.Name = name; this.Performance = 200; this.Endurance = 100; this.Cost = Globals.PrfCst; break; case "Stoic": this.Name = name; this.Performance = 100; this.Endurance = 200; this.Cost = Globals.StcCst; break; case "Cheap": this.Name = name; this.Performance = 120; this.Endurance = 120; this.Cost = Globals.ChpCst; break; //Change Standard Robot using the Globals default: this.Name = name; this.Performance = 150; this.Endurance = 150; this.Cost = Globals.StdCst; break; } } public int amtProducedForTime(int hours, bool verbose){ //This turnary operator took care of the time running past the endurance of the robot leading to 1 extra candy per hour int produced = (((hours-this.Endurance) < 0) ? (this.Performance * hours) : (this.Performance * this.Endurance) +(hours -this.Endurance)); if (verbose) Console.WriteLine(this.Name+ "\t produced "+ produced+ "candies in "+ hours+ " hours." ); return produced; } public void displayAttributes(){ Console.WriteLine("Name: "+ this.Name +"\t P: "+ this.Performance +" E: "+ this.Endurance +" C: "+ this.Cost); } } class Program { static void Main(string[] args) { List robots = new List(); bool verbose = true; Globals.DrawCounter = 0; int cost = 120; //Alter the amout of hours run int time = 200; Console.WriteLine("Enter an integer for much you would like to spend on robots."); if (Int32.TryParse(Console.ReadLine(), out cost)){ //Toggle verbose here. verbose or !verbose candyProducedAt(cost,time,!verbose); } else Console.WriteLine("String could not be parsed."); } static void candyProducedAt(int cost, int time, bool verbose){ int stdRobots = cost/Globals.StdCst; int prfRobots = cost/Globals.PrfCst; int stcRobots = cost/Globals.StcCst; int chpRobots = cost/Globals.ChpCst; List stdRobotsList = new List(); List prfRobotsList = new List(); List stcRobotsList = new List(); List chpRobotsList = new List(); // //If you want a mix of different robot types change the 2nd 3rd 4th and 5th parameter to the numnber of robot types //See the analyzeCandyPerCost method below this one int stdCandies = analyzeCandyPerCost(stdRobotsList,stdRobots,0,0,0,time,verbose); Console.WriteLine(stdRobots + " standard robots yielded " + stdCandies + " at a cost of "+ cost +" for " + time + " hours."); Console.WriteLine(""); int prfCandies = analyzeCandyPerCost(prfRobotsList,0,prfRobots,0,0,time,verbose); Console.WriteLine(prfRobots + " performer robots yielded " + prfCandies + " at a cost of "+ cost +" for " + time + " hours."); Console.WriteLine(""); int stcCandies = analyzeCandyPerCost(stcRobotsList,0,0,stcRobots,0,time,verbose); Console.WriteLine(stcRobots + " stoic robots yielded " + stcCandies + " at a cost of "+ cost +" for " + time + " hours."); Console.WriteLine(""); int chpCandies = analyzeCandyPerCost(chpRobotsList,0,0,0,chpRobots,time,verbose); Console.WriteLine(chpRobots + " cheap robots yielded " + chpCandies + " at a cost of "+ cost +" for " + time + " hours."); Console.WriteLine(""); } static int analyzeCandyPerCost(List robots, int stdRobots, int prfRobots, int stcRobots, int chpRobots, int time, bool verbose){ int totalProduced = 0; int totalCost = 0; for(int i = 0;i < stdRobots; i++){ robots.Add(new Robot(drawName(), Globals.StdPrf,Globals.StdEnd,Globals.StdCst)); } addToRobotList(robots, prfRobots, stcRobots,chpRobots); for(int i = 0; i < robots.Count; i++){ robots[i].displayAttributes(); } foreach (Robot robot in robots){ totalProduced += robot.amtProducedForTime(time,verbose); totalCost+=robot.Cost; } return totalProduced; } static List addToRobotList(List robots, int prfRobots, int stcRobots, int chpRobots){ for(int i = 0; i 0; i--) { thisRand = rnd.Next(0,i); name = Globals.Names[thisRand]; Globals.Names.RemoveAt(thisRand); Globals.Names.Add(name); } } } }

zachsCandyRobotAnalysis