public void CI_InsertPairTest_04()
{
string testObject = "InsertPair";
// Prepare data structures used in the test.
int width = 1000, height = 1;
List <int>[] objectXs, contourXs, borderXs;
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InitializeScanLines(width, height, out objectXs, out contourXs, out borderXs);
List <int> borderX = borderXs[0];
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderX, 100, 300);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderX, 500, 700);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderX, 700, 900);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderX, 300, 500);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderX, 100, 900);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderX, 400, 600);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderX, 600, 800);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderX, 400, 800);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderX, 550, 850);
int[] expectedPoints = { 100, 900 };
TestInsertPair(testObject, borderXs, expectedPoints);
}
public void CI_PrepareInfluenceRegionsTest_05_BorderLimits()
{
string testObject = "borderLimits";
int radius = SWA_Ariadne_Gui_Mazes_ContourImageAccessor.ContourDistance;
int influenceRange = radius + 1;
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.PrepareInfluenceRegions(influenceRange);
// Verify that an application of the borderLimits gives the same scan lines as applying leftBorderLimits and rightBorderLimits.
for (int i = 0; i < 8; i++)
{
for (int j = 0; j < 8; j++)
{
#region Prepare required data structures.
int width = 2 * influenceRange + 1, height = 2 * influenceRange + 1;
int x = (width + 1) / 2, y = (height + 1) / 2;
List <int>[] objectXs, contourXs, borderXs;
List <int>[] objectXsLR, contourXsLR, borderXsLR;
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InitializeScanLines(width, height, out objectXs, out contourXs, out borderXs);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InitializeScanLines(width, height, out objectXsLR, out contourXsLR, out borderXsLR);
#endregion
// Apply the (single) list to borderXs.
List <ContourImage.RelativePoint> list = SWA_Ariadne_Gui_Mazes_ContourImageAccessor.borderLimits[i, j];
foreach (ContourImage.RelativePoint rp in list)
{
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y + rp.ry], x - rp.rx, x + rp.rx);
}
// Apply the left and right lists to borderXsLR.
list = SWA_Ariadne_Gui_Mazes_ContourImageAccessor.leftBorderLimits[i, j];
foreach (ContourImage.RelativePoint rp in list)
{
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXsLR[y + rp.ry], x + rp.rx, x - rp.rx);
}
list = SWA_Ariadne_Gui_Mazes_ContourImageAccessor.rightBorderLimits[i, j];
foreach (ContourImage.RelativePoint rp in list)
{
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXsLR[y + rp.ry], x - rp.rx, x + rp.rx);
}
// Compare the resulting scan lines.
for (y = 0; y < height; y++)
{
string testLine = testObject + string.Format("[{0},{1}][{2}]", i, j, y);
List <int> expected = borderXsLR[y], actual = borderXs[y];
Assert.AreEqual(expected.Count, actual.Count, testLine + " different count");
for (int p = 0; p < expected.Count; p++)
{
Assert.AreEqual(expected[p], actual[p], testLine + " different entry");
}
}
}
}
}
public void CI_EliminateInsideRegionsTest_03()
{
string testObject = "EliminateInsideRegions";
int width = 11, height = 10, sy = 1, y0 = sy - 1;
List <int>[] objectXs, contourXs, borderXs;
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InitializeScanLines(width, height, out objectXs, out contourXs, out borderXs);
int y = y0;
// nothing
y += sy;
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y], 4, 6);
y += sy;
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y], 2, 7);
y += sy;
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y], 1, 2);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y], 4, 5);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y], 7, 8);
y += sy;
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y], 1, 2);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y], 4, 5);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y], 8, 9);
y += sy;
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y], 1, 2);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y], 4, 4);
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y], 7, 8);
y += sy;
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderXs[y], 2, 7);
int insideRegionsExpected = 2;
int insideRegionsActual = SWA_Ariadne_Gui_Mazes_ContourImageAccessor.EliminateInsideRegions(borderXs, y0, sy);
Assert.AreEqual(insideRegionsExpected, insideRegionsActual, testObject + " returned wrong number of inside regions");
}
private static void InsertBorderLR(List <int> borderX, List <bool> borderLR, int left, int right)
{
SWA_Ariadne_Gui_Mazes_ContourImageAccessor.InsertPair(borderX, left, right);
}