public void DivisibleBy_ZeroDivisor_ThrowsDivideByExpection(double numbersInTest, double divisor)
{
IMathFunctions iMathFunctions = CreateDefaultMathFunctions();
var ex = Assert.Throws <DivideByZeroException>(() => iMathFunctions.DivisibleBy(numbersInTest, divisor));
Equals(ex.Message.Contains("Divisor cannot be Zero"));
}
public void DivisibleBy_SingleDivisibleNumbersBy5_ReturnFalse(double numbersInTest, double divisor, bool expected)
{
IMathFunctions iMathFunctions = CreateDefaultMathFunctions();
var actual = iMathFunctions.DivisibleBy(numbersInTest, divisor);
Assert.False(actual);
}
static void Main(string[] args)
{
// The code provided will print ‘Hello World’ to the console.
// Press Ctrl+F5 (or go to Debug > Start Without Debugging) to run your app.
iMathFunctions = new MathFunctions();
iPrintFunctions = new PrintFunctions();
PrintHelloAndWorld();
Console.ReadKey();
// Go to http://aka.ms/dotnet-get-started-console to continue learning how to build a console app!
}
public static bool CanSee(this IUnit unit, ICoordinates targetCoords, IMathFunctions math)
{
int visionRange = unit.GetVisionRange();
if (unit.Location.DistanceTo(targetCoords) > visionRange)
{
return(false);
}
var lineOfSight = unit.GetLineTo(targetCoords, math).Take(visionRange);
return(unit.CanSee(lineOfSight));
}
/// <summary>
/// 初始化数据库适配器
/// </summary>
private void InitAdapters()
{
IAdapterLoader loader = GetLoader(DbType);
if (loader == null)
{
throw new Exception("不支持数据库类型:" + DbType);
}
_curAggregateFunctions = loader.AggregateFunctions;
_curCommonFunctions = loader.CommonFunctions;
_curConvertFunctions = loader.ConvertFunctions;
_curDbAdapter = loader.DbAdapter;
_curDBStructure = loader.DBStructure;
_curMathFunctions = loader.MathFunctions;
}
// Constructor
public Engine(ConsoleWindow console, WindowsManager windowsManager,
ILogger logger, CombatManager combatManager,
KeyHandler keyHandler, Visualization visualization,
Movement movement, SelectablePopUpWindow inventoryWindow,
Random randomProvider, IMathFunctions math
)
{
this.console = console;
this.windowsManager = windowsManager;
this.logger = logger;
this.combatManager = combatManager;
this.visualization = visualization;
this.keyHandler = keyHandler;
this.inventoryWindow = inventoryWindow;
this.movement = movement;
this.randomProvider = randomProvider;
this.math = math;
}
public static ICollection <ICoordinates> GetLineTo(this IUnit unit, ICoordinates targetCoords, IMathFunctions math)
{
var rayTracingPath = math.LineAlgorithm(unit.Location.CordY, unit.Location.CordX,
targetCoords.CordY, targetCoords.CordX);
//makes sure we start from the players location
if (rayTracingPath[0].CordX != unit.Location.CordX || rayTracingPath[0].CordY != unit.Location.CordY)
{
rayTracingPath.Reverse();
}
return(rayTracingPath.Skip(1).ToArray());
}
public MathOperation(IMathFunctions mathFunctions)
{
this._mathFunctions = mathFunctions;
}
public Visualization(IMathFunctions math)
{
this.math = math;
Initialise();
}
public static void UpdatePath(this IEnemy enemyUnit, ICoordinates targetCoords, IMathFunctions math)
{
int visionRange = enemyUnit.GetVisionRange();
var lineOfSight = enemyUnit.GetLineTo(targetCoords, math).Take(visionRange);
if (enemyUnit.CanSee(lineOfSight))
{
enemyUnit.UpdatePath(lineOfSight.ToArray());
}
}