48     QList<Edge> stars;  in runTest()  local
49     stars.append(makeEdge(90, 70));  in runTest()
50     stars.append(makeEdge(110, 70));  in runTest()
51     stars.append(makeEdge(0, 0));  in runTest()
52     stars.append(makeEdge(10, 30));  in runTest()
53     stars.append(makeEdge(20, 70));  in runTest()
54     stars.append(makeEdge(70, 10));  in runTest()
55     stars.append(makeEdge(70, 80));  in runTest()
56     stars.append(makeEdge(80, 40));  in runTest()
57     stars.append(makeEdge(30, 20));  in runTest()
58     stars.append(makeEdge(30, 80));  in runTest()
59     stars.append(makeEdge(50, 60));  in runTest()
61     StarCorrespondence c(stars, guideStar);  in runTest()
66     GuiderUtils::Vector position = c.find(stars, maxDistanceToStar, &output, false);  in runTest()
67     QVERIFY2(position.x == stars[guideStar].x, "Identity");  in runTest()
68     QVERIFY2(position.y == stars[guideStar].y, "Identity");  in runTest()
69     for (int i = 0; i < stars.size(); ++i)  in runTest()
77     for (int i = 0; i < stars.size(); ++i)  in runTest()
80         double x = stars[i].x + rand_fraction;  in runTest()
82         double y = stars[i].y + rand_fraction;  in runTest()
88     for (int i = 0; i < stars.size(); ++i)  in runTest()
136     guideX = stars[guideStar].x;  in runTest()
137     guideY = stars[guideStar].y;  in runTest()
138     stars.removeAt(guideStar);  in runTest()
140     position = c.find(stars, maxDistanceToStar, &output, false);  in runTest()
155     QList<Edge> stars;  in runAdaptationTest()  local
156     stars.append(makeEdge(100, 50));  in runAdaptationTest()
157     stars.append(makeEdge(150, 50));  in runAdaptationTest()
158     stars.append(makeEdge(100, 80));  in runAdaptationTest()
159     StarCorrespondence c(stars, 0);  in runAdaptationTest()
168     stars[1].x = 151;  in runAdaptationTest()
169     stars[1].y = 48;  in runAdaptationTest()
173     c.find(stars, 5.0, &output, true);  in runAdaptationTest()