public void CircleCoverTiles(float x, float y, float radius)
{
var circle = new CircleShape(new Vector2(x, y), radius);
List <Vector2I> coverTiles = circle.CoverTiles();
if (TestUtils.FloatEq(x, 0.7f) && TestUtils.FloatEq(y, 0.7f) && TestUtils.FloatEq(radius, 0.1f))
{
Assert.True(coverTiles.Count == 1);
Assert.Contains(Vector2I.Zero, coverTiles);
}
if (TestUtils.FloatEq(x, 1.2f) && TestUtils.FloatEq(y, 1.2f) && TestUtils.FloatEq(radius, 0.7f))
{
Assert.True(coverTiles.Count == 4);
Assert.Contains(Vector2I.Zero, coverTiles);
Assert.Contains(new Vector2I(0, 1), coverTiles);
Assert.Contains(new Vector2I(1, 0), coverTiles);
Assert.Contains(new Vector2I(1, 1), coverTiles);
return;
}
if (TestUtils.FloatEq(x, 1f) && TestUtils.FloatEq(y, 1f) && TestUtils.FloatEq(y, 0.8f))
{
Assert.True(coverTiles.Count == 4);
Assert.Contains(Vector2I.Zero, coverTiles);
Assert.Contains(new Vector2I(0, 1), coverTiles);
Assert.Contains(new Vector2I(1, 0), coverTiles);
Assert.Contains(new Vector2I(1, 1), coverTiles);
return;
}
if (TestUtils.FloatEq(x, 1f) && TestUtils.FloatEq(y, 1f) && TestUtils.FloatEq(radius, 1f))
{
Assert.True(coverTiles.Count == 4);
Assert.Contains(Vector2I.Zero, coverTiles);
Assert.Contains(new Vector2I(0, 1), coverTiles);
Assert.Contains(new Vector2I(1, 0), coverTiles);
Assert.Contains(new Vector2I(1, 1), coverTiles);
return;
}
if (TestUtils.FloatEq(x, 1.1f) && TestUtils.FloatEq(y, 1.1f) && TestUtils.FloatEq(radius, 0.8f))
{
Assert.True(coverTiles.Count == 4);
Assert.Contains(Vector2I.Zero, coverTiles);
Assert.Contains(new Vector2I(0, 1), coverTiles);
Assert.Contains(new Vector2I(1, 0), coverTiles);
Assert.Contains(new Vector2I(1, 1), coverTiles);
return;
}
if (TestUtils.FloatEq(x, 2f) && TestUtils.FloatEq(y, 2f) && TestUtils.FloatEq(radius, 1.2f))
{
Assert.True(coverTiles.Count == 12);
Assert.True(!coverTiles.Exists(a => a == new Vector2I(0, 0)));
Assert.Contains(new Vector2I(0, 1), coverTiles);
Assert.Contains(new Vector2I(1, 0), coverTiles);
Assert.Contains(new Vector2I(1, 1), coverTiles);
return;
}
if (TestUtils.FloatEq(x, 1.5f) && TestUtils.FloatEq(y, 2f) && TestUtils.FloatEq(radius, 1.05f))
{
Assert.True(coverTiles.Count == 8);
Assert.True(!coverTiles.Exists(a => a == new Vector2I(0, 0)));
Assert.Contains(new Vector2I(0, 1), coverTiles);
Assert.Contains(new Vector2I(1, 0), coverTiles);
Assert.Contains(new Vector2I(1, 1), coverTiles);
}
}
public void CircleCoverTiles(float x, float y, float radius)
{
var circle = new CircleShape(new Vector2(x, y), radius);
List<Vector2I> coverTiles = circle.CoverTiles();
if (TestUtils.FloatEq(x, 0.7f) && TestUtils.FloatEq(y, 0.7f) && TestUtils.FloatEq(radius, 0.1f))
{
Assert.True(coverTiles.Count == 1);
Assert.Contains(Vector2I.Zero, coverTiles);
}
if (TestUtils.FloatEq(x, 1.2f) && TestUtils.FloatEq(y, 1.2f) && TestUtils.FloatEq(radius, 0.7f))
{
Assert.True(coverTiles.Count == 4);
Assert.Contains(Vector2I.Zero, coverTiles);
Assert.Contains(new Vector2I(0, 1), coverTiles);
Assert.Contains(new Vector2I(1, 0), coverTiles);
Assert.Contains(new Vector2I(1, 1), coverTiles);
return;
}
if (TestUtils.FloatEq(x, 1f) && TestUtils.FloatEq(y, 1f) && TestUtils.FloatEq(y, 0.8f))
{
Assert.True(coverTiles.Count == 4);
Assert.Contains(Vector2I.Zero, coverTiles);
Assert.Contains(new Vector2I(0, 1), coverTiles);
Assert.Contains(new Vector2I(1, 0), coverTiles);
Assert.Contains(new Vector2I(1, 1), coverTiles);
return;
}
if (TestUtils.FloatEq(x, 1f) && TestUtils.FloatEq(y, 1f) && TestUtils.FloatEq(radius, 1f))
{
Assert.True(coverTiles.Count == 4);
Assert.Contains(Vector2I.Zero, coverTiles);
Assert.Contains(new Vector2I(0, 1), coverTiles);
Assert.Contains(new Vector2I(1, 0), coverTiles);
Assert.Contains(new Vector2I(1, 1), coverTiles);
return;
}
if (TestUtils.FloatEq(x, 1.1f) && TestUtils.FloatEq(y, 1.1f) && TestUtils.FloatEq(radius, 0.8f))
{
Assert.True(coverTiles.Count == 4);
Assert.Contains(Vector2I.Zero, coverTiles);
Assert.Contains(new Vector2I(0, 1), coverTiles);
Assert.Contains(new Vector2I(1, 0), coverTiles);
Assert.Contains(new Vector2I(1, 1), coverTiles);
return;
}
if (TestUtils.FloatEq(x, 2f) && TestUtils.FloatEq(y, 2f) && TestUtils.FloatEq(radius, 1.2f))
{
Assert.True(coverTiles.Count == 12);
Assert.True(!coverTiles.Exists(a => a == new Vector2I(0, 0)));
Assert.Contains(new Vector2I(0, 1), coverTiles);
Assert.Contains(new Vector2I(1, 0), coverTiles);
Assert.Contains(new Vector2I(1, 1), coverTiles);
return;
}
if (TestUtils.FloatEq(x, 1.5f) && TestUtils.FloatEq(y, 2f) && TestUtils.FloatEq(radius, 1.05f))
{
Assert.True(coverTiles.Count == 8);
Assert.True(!coverTiles.Exists(a => a == new Vector2I(0, 0)));
Assert.Contains(new Vector2I(0, 1), coverTiles);
Assert.Contains(new Vector2I(1, 0), coverTiles);
Assert.Contains(new Vector2I(1, 1), coverTiles);
}
}