public void AddTest()
{
Mock <ICtx> mockCtx = new Mock <ICtx>();
RectangleHandler rectangleHandler = new RectangleHandler(mockCtx.Object);
rectangleHandler.Add("NoName", 8, 5);
rectangleHandler.Add("NoName", 4, 7);
}
public void GetTest()
{
Mock <ICtx> mockCtx = new Mock <ICtx>();
RectangleHandler rectangleHandler = new RectangleHandler(mockCtx.Object);
rectangleHandler.Add("NoName", 8, 5);
IRectangle rectangle = rectangleHandler.Get("NoName");
Assert.NotNull(rectangle);
Assert.True(rectangle.SideA == 8 && rectangle.SideB == 5);
Assert.Null(rectangleHandler.Get("aaa"));
}
public void GetPerimeterTest()
{
Mock <ICtx> mockCtx = new Mock <ICtx>();
Mock <IPerimeterCalc> mockPerimeter = new Mock <IPerimeterCalc>();
mockCtx.SetupGet(a => a.GetPerimeterCalc).Returns(mockPerimeter.Object);
mockPerimeter.Setup(f => f.Calc(It.IsAny <IRectangle>())).Returns <IRectangle>(
g =>
{
return((g.SideA + g.SideB) * 2);
});
RectangleHandler rectangleHandler = new RectangleHandler(mockCtx.Object);
rectangleHandler.Add("NoName", 8, 5);
Assert.True(rectangleHandler.GetPerimeter("NoName") == 26);
Assert.True(rectangleHandler.GetPerimeter("aaa") == 0);
}
public void GetAreaTest()
{
Mock <ICtx> mockCtx = new Mock <ICtx>();
Mock <IAreaCalc> mockArea = new Mock <IAreaCalc>();
mockCtx.SetupGet(a => a.GetAreaCalc).Returns(mockArea.Object);
mockArea.Setup(f => f.Calc(It.IsAny <IRectangle>())).Returns <IRectangle>(
g =>
{
return(g.SideA * g.SideB);
});
RectangleHandler rectangleHandler = new RectangleHandler(mockCtx.Object);
rectangleHandler.Add("NoName", 8, 5);
Assert.True(rectangleHandler.GetArea("NoName") == 40);
Assert.True(rectangleHandler.GetArea("aaa") == 0);
}
void SetupSolutionParams()
{
SolutionPanel.SolveButtonHandler = solution;
void solution(bool isGraphic)
{
GraphicSettings settings = null;
SolutionPanel.button1.Enabled = false;
if (isMethodParams && isFuncParams)
{
if (isGraphic)
{
this.graphicFirstDimension = (int)SolutionPanel.firstVar.Value;
this.graphicSecondDimension = ((int)SolutionPanel.secondVar.Value != graphicFirstDimension) ? (int)SolutionPanel.secondVar.Value : ((int)SolutionPanel.secondVar.Value != (int)SolutionPanel.secondVar.Maximum) ? Math.Min(this.graphicFirstDimension + 1, (int)SolutionPanel.secondVar.Maximum): this.graphicFirstDimension - 1;
graphic = new GraphicWindow(graphicWindowHeight, graphicWindowWidth, graphicWindowFPS, graphicWindowVsync, graphicWindowAnit);
graphic.SetRectangleLimit(rectangleLimit);
RectangleHandler handler = new RectangleHandler(graphic.GetRectangleFromMethod);
settings = new GraphicSettings(handler, graphicFirstDimension, graphicSecondDimension);
graphic?.Window.SetActive(false);
}
if (isDihtomiaCurrentMethod)
{
var method = currentMethodSettings as DihtomiaParams;
double funcMin = 0;
int counter = 0;
int optimal = 0;
List <double> optimalPoint = null;
FormTimer.Start();
watch.Restart();
Task.Run(() =>
{
this.isCalculating = true;
var solve = MNPD.Solve(method.Function, method.Lipzits, method.Precision, method.LipzitsParametr, method.LowerPoint, method.UpperPoint, method.Rule, settings);
funcMin = solve.FunctionMinimum;
counter = solve.counter;
optimal = solve.optimal;
optimalPoint = solve.optimalPoint;
this.Invoke(new Action(() =>
{
watch.Stop();
Logs($"Мин. значение функции={funcMin}\nЧисло итерации={counter}\nИтерация оптимального значения={optimal}");
Logs(string.Join("\r\n", optimalPoint.Select((point, index) => $"x{index} = {String.Format("{0:F8}", point)}")));
graphic?.ShowWindow();
SolutionPanel.button1.Enabled = false;
}
));
}).ContinueWith((taskRes) =>
{
this.isCalculating = false;
this.Invoke(new Action(() =>
{
SolutionPanel.button1.Enabled = true;
FormTimer.Stop();
}));
//TODO: NORMAL RESET
});
}
else
{
var method = currentMethodSettings as ModificatedParams;
double funcMin = 0;
int counter = 0;
int optimal = 0;
List <double> optimalPoint = null;
FormTimer.Start();
watch.Restart();
Task.Run(() =>
{
this.isCalculating = true;
var solve = MNPANK.Solve(method.Function, method.Lipzits, method.Precision, method.LipzitsParametr, method.LowerPoint, method.UpperPoint, method.SubRule, method.MainRule, settings);
funcMin = solve.FunctionMinimum;
counter = solve.counter;
optimal = solve.optimal;
optimalPoint = solve.optimalPoint;
this.Invoke(new Action(() =>
{
watch.Stop();
Logs($"\r\nМин. значение функции={funcMin}\r\nЧисло итерации={counter}\r\nИтерация оптимального значения={optimal}\r\n");
Logs("Точка оптимума:");
Logs(string.Join("\r\n", optimalPoint.Select((point, index) => $"x{index} = {String.Format("{0:F8}", point)}")));
graphic?.ShowWindow();
SolutionPanel.button1.Enabled = false;
}
));
//graphic?.Window.SetActive(true);
}).ContinueWith((taskRes) =>
{
this.isCalculating = false;
this.Invoke(new Action(() =>
{
SolutionPanel.button1.Enabled = true;
FormTimer.Stop();
}));
});
}
}
GC.Collect();
}
}
public Ctx()
{
GetRectangleHandler = new RectangleHandler(this);
}
public GraphicSettings(RectangleHandler handler, int firstDimension, int secondDimension)
{
this.handler = handler;
this.firstDimension = firstDimension;
this.secondDimension = secondDimension;
}
