private float PointDistance(PointClassOne pointOne, PointClassTwo pointTwo)
{
float x = pointOne.X - pointTwo.X;
float y = pointOne.Y - pointTwo.Y;
return(MathF.Sqrt((x * x) + (y * y)));
}
private void SetArrays()
{
int size = 100;
_arrayForPointClassOne = new PointClassOne[size];
_arrayForPointClassTwo = new PointClassTwo[size];
_arrayForPointStructOne = new PointStructOne[size];
_arrayForPointStructTwo = new PointStructTwo[size];
_arrayForPointStructOneD = new PointStructOne[size];
_arrayForPointStructTwoD = new PointStructTwo[size];
for (int i = 0; i < _arrayForPointStructOne.Length; i++)
{
_arrayForPointClassOne[i] = new PointClassOne()
{
X = (float)_random.NextDouble(),
Y = (float)_random.NextDouble()
};
_arrayForPointClassTwo[i] = new PointClassTwo()
{
X = (float)_random.NextDouble(),
Y = (float)_random.NextDouble()
};
_arrayForPointStructOne[i] = new PointStructOne()
{
X = (float)_random.NextDouble(),
Y = (float)_random.NextDouble()
};
_arrayForPointStructTwo[i] = new PointStructTwo()
{
X = (float)_random.NextDouble(),
Y = (float)_random.NextDouble()
};
_arrayForPointStructOneD[i] = new PointStructOne()
{
pX = _random.NextDouble(),
pY = _random.NextDouble()
};
_arrayForPointStructTwoD[i] = new PointStructTwo()
{
pX = _random.NextDouble(),
pY = _random.NextDouble()
};
}
}