public void Size2dCloneWorks()
{
var v = new Size2d(1, 2);
var v2 = v.Clone();
v2.Width = 3;
Assert.NotEqual(v, v2);
Assert.True(v.Equivalent(new Size2d(1, 2)));
}
public void Size2dApplyWorks()
{
var v = new Size2d(1.11, 2.22);
v.Apply(Math.Round);
Assert.True(v.Equivalent(new Size2d(1, 2)));
v.Apply(val => { return val + 1; });
Assert.True(v.Equivalent(new Size2d(2, 3)));
}
public void Size2dAddsCorrectly()
{
var v = new Size2d(2, 3);
Assert.False(v == v + 0);
Assert.False(v == v.Add(0));
Assert.True(v.Equivalent(v + 0));
Assert.True(v.Equivalent(v.Add(0)));
Assert.True((v + v).Equivalent(new Size2d(4, 6)));
Assert.True(v.Add(v).Equivalent(new Size2d(4, 6)));
Assert.True((v + .1).Equivalent(new Size2d(2.1, 3.1)));
Assert.True(v.Add(.1).Equivalent(new Size2d(2.1, 3.1)));
}
public void Size2dTriggerWorks()
{
var v = new Size2d(2, 3);
double total = 0;
Action<double> sum = (val) =>
{
total += val;
};
v.Trigger(sum);
Assert.Equal(5, total);
}
public void Size2dSubtractsCorrectly()
{
var v = new Size2d(2, 3);
Assert.False(v == v - 0);
Assert.False(v == v.Subtract(0));
Assert.False(-v == v.SubtractFrom(0));
Assert.True(v.Equivalent(v - 0));
Assert.True(v.Equivalent(v.Subtract(0)));
Assert.True((-v).Equivalent(0 - v));
Assert.True((-v).Equivalent(v.SubtractFrom(0)));
Assert.True((v - v).Equivalent(Size2d.Zero));
Assert.True((v.Subtract(v)).Equivalent(Size2d.Zero));
Assert.True((v - .1).Equivalent(new Size2d(1.9, 2.9)));
Assert.True((v.Subtract(.1)).Equivalent(new Size2d(1.9, 2.9)));
Assert.True((.1 - v).Equivalent(new Size2d(-1.9, -2.9)));
Assert.True((v.SubtractFrom(.1)).Equivalent(new Size2d(-1.9, -2.9)));
}
public BoundingRectangle(Size2d size)
{
Size = size;
}
public BoundingRectangle(double width, double height)
{
Size = new Size2d(width, height);
}
public bool Equivalent(Size2d s1)
{
return Width == s1.Width && Height == s1.Height;
}
public Size2d DivideFrom(Size2d s1)
{
return s1 / this;
}
public Size2d Divide(Size2d s1)
{
return this / s1;
}
public Size2d SubtractFrom(Size2d s1)
{
return s1 - this;
}
public Size2d Subtract(Size2d s1)
{
return this - s1;
}
public Size2d Multiply(Size2d s1)
{
return this * s1;
}
public Size2d Add(Size2d s1)
{
return this + s1;
}
public void Size2dMultipliesCorrectly()
{
var v = new Size2d(2, 3);
Assert.False(Size2d.Zero == v * 0);
Assert.False(Size2d.Zero == v.Multiply(0));
Assert.True(Size2d.Zero.Equivalent(v * 0));
Assert.True(Size2d.Zero.Equivalent(v.Multiply(0)));
Assert.True((v * v).Equivalent(new Size2d(4, 9)));
Assert.True(v.Multiply(v).Equivalent(new Size2d(4, 9)));
Assert.True((v * .5).Equivalent(new Size2d(1, 1.5)));
Assert.True(v.Multiply(.5).Equivalent(new Size2d(1, 1.5)));
}
public void Size2dDividesCorrectly()
{
var v = new Size2d(2, 4);
Assert.False(v == v / 1);
Assert.False(v == v.Divide(1));
Assert.True(v.Equivalent(v / 1));
Assert.True(v.Equivalent(v.Divide(1)));
Assert.True(new Size2d(.5, .25).Equivalent(1 / v));
Assert.True(new Size2d(.5, .25).Equivalent(v.DivideFrom(1)));
Assert.True(new Size2d(20, 40).Equivalent(v / .1));
Assert.True(new Size2d(20, 40).Equivalent(v.Divide(.1)));
}
