public void DrawTest()
{
// arrange
string specification = @"
⬇10
E10R80E10
78×E10RE78RE10
E10R80E10
⬇10
";
this.ExpectedImage = TestImage.Create(100, 100, Color.Black, specification);
var @event = new SpectralEvent()
{
EventEndSeconds = 9,
EventStartSeconds = 1,
HighFrequencyHertz = 900,
LowFrequencyHertz = 100,
};
var options = new EventRenderingOptions(new UnitConverters(0, 10, 1000, 100, 100));
// act
this.ActualImage.Mutate(x => @event.Draw(x, options));
// assert
this.AssertImagesEqual();
}
public void DrawTest()
{
// arrange
string specification = @"
⬇10
E10R80E10
78×E10RE78RE10
E10R80E10
⬇10
";
var expected = TestImage.Create(100, 100, Color.Black, specification);
var pen = new Pen(Color.Red, 1f);
var actual = Drawing.NewImage(100, 100, Color.Black);
// act
actual.Mutate(x =>
{
//var border = options.Converters.GetPixelRectangle(@event);
var border = new RectangleF(10, 10, 79, 79);
// the following two should be equivalent
//x.NoAA().DrawRectangle(pen, border);
border.Offset(Drawing.NoAA.Bug28Offset);
x.Draw(Drawing.NoAntiAlias, pen, border);
});
// assert - this should pass without the delta if the bug was fixed
Assert.That.ImageMatches(expected, actual, MissingCornerDelta);
// add smoke test - this should fail if bug fixed
// if there were no bug the expected pixel color is red
Assert.AreEqual(
new Rgb24(0, 0, 0),
actual[89, 89]);
}