public void WriteOnePolygonTwiceForThreeColorspecs()
{
var polygons = new List <Polygon> {
this.createDefaultPolygon(), this.createOtherPolygon()
};
List <ColorTranslation> ctSingle = this.createSingleColorTranslation();
List <ColorTranslation> ctDouble = this.createDoubleColorTranslation();
var stitchesSingle = StepWriter.WriteStitches(ctSingle, polygons);
var stitchesDouble = StepWriter.WriteStitches(ctDouble, polygons);
Assert.IsTrue(stitchesSingle.Count() * 2 - 1 > stitchesDouble.Count());
}
public void FillBorderOrderIsMaintained()
{
var polygons = new List <Polygon> {
this.createDefaultPolygon()
};
List <ColorTranslation> ctForward = this.createColorAndStrokeTranslation();
List <ColorTranslation> ctBackward = this.createColorAndStrokeTranslation();
ctBackward.Reverse();
var stitchesForward = StepWriter.WriteStitches(ctForward, polygons);
var stitchesBackward = StepWriter.WriteStitches(ctBackward, polygons);
Assert.AreNotEqual(stitchesForward.Skip(1).First(), stitchesBackward.Skip(1).First());
}
public void WritesPolygonTwiceForTwoColorspecs()
{
var polygons = new List <Polygon> {
this.createDefaultPolygon()
};
List <ColorTranslation> ctSingle = this.createSingleColorTranslation();
List <ColorTranslation> ctDouble = this.createDoubleColorTranslation();
var stitchesSingle = StepWriter.WriteStitches(ctSingle, polygons);
var stitchesDouble = StepWriter.WriteStitches(ctDouble, polygons);
Assert.AreNotEqual(0, stitchesDouble.Count());
// substract one for final command
Assert.AreEqual(stitchesSingle.Count() * 2 - 1, stitchesDouble.Count());
}