/// <summary>
/// Кнопка для создания рандомных значений
/// и добавления их в datagrid
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void RandomButton_Click(object sender, EventArgs e)
{
var Rundom = new Random();
for (int i = 0; i < 10; i++)
{
IMotion iMotion = null;
const double chislo = 100;
switch (Rundom.Next() % 3)
{
case 0:
{
iMotion = new AcceleratedMotion(Rundom.NextDouble() * chislo, Rundom.NextDouble() * chislo, Convert.ToInt32(Rundom.Next(0, 20) * chislo), Rundom.NextDouble() * chislo);
break;
}
case 1:
{
iMotion = new OscillatoryMotion(Rundom.NextDouble() * chislo, Rundom.NextDouble() * chislo, Convert.ToInt32(Rundom.Next(0, 20) * chislo), Rundom.NextDouble() * chislo, Rundom.NextDouble() * chislo);
break;
}
case 2:
{
iMotion = new UniformlyAcceleratedMotion(Rundom.NextDouble() * chislo, Rundom.NextDouble() * chislo, Convert.ToInt32(Rundom.Next(0, 20) * chislo));
break;
}
}
AddMotion(iMotion);
}
}
public void CalculateCoordination(double counAx, double countVx, double countX0, int countTime)
{
var calulator = new AcceleratedMotion(countX0, counAx, countTime, countVx);
var result = calulator.CalculateCoordination();
Assert.AreEqual(166, result);
}
public void XATest(double count)
{
var acceleratedMotion = new AcceleratedMotion
{
AX = count
};
}
public void TimeTest(uint count)
{
var acceleratedMotion = new AcceleratedMotion
{
Time = count
};
}
public void TimeTest(int count)
{
var acceleratedMotion = new AcceleratedMotion();
Assert.Throws <MinusExeption>(() => acceleratedMotion.Time = count);
}
public void Vx(double count)
{
var acceleratedMotion = new AcceleratedMotion();
Assert.Throws <MinusExeption>(() => acceleratedMotion.V0X = count);
}
