Commit 7d10f6b2b421ab259db152ac33852f1420fd8731 - eag-healpix

+3

-4

gov/fnal/eag/healpix/test/PixToolsSingletonTest.java less more

50	50	double res2 = v1.angle(v2);
51	51	System.out.println("res1 = " + res1 + " res2=" + res2);
52	52	assertEquals("angular Distance=" + res2, 1.0, res1 / res2, 1e-10);
53		/* Check known problem with vecmath for small vector differences */
	53
54	54
55	55	Vector3d v3 = new Vector3d(1.5, 1.6, 0.);
56	56	Vector3d v4 = new Vector3d(1.5, 1.601, 0.);

58	58	double res4 = v3.angle(v4);
59	59	//
60	60	System.out.println("res3 = " + res3 + " res4=" + res4);
61		assertEquals("angular Distance=" + res4, 1., (Math.PI / 2. + res3)
62		/ res4, 1e-3);
	61	assertEquals("angular Distance=" + res4, 1., res3/res4, 1e-3);
63	62	Vector3d v5 = new Vector3d(1.5, 1.6, 0.);
64	63	Vector3d v6 = new Vector3d(-1.5, -1.75, 0.);
65	64	double res5 = PixTools.getInstance().AngDist(v5, v6);
66	65	double res6 = v5.angle(v6);
67	66	System.out.println("res5 = " + res5 + " res6=" + res6);
68		assertEquals("angular Distance=" + res6, 2.0, res5 / res6, 1e-10);
	67	assertEquals("angular Distance=" + res6, 1.0, res5 / res6, 1e-10);
69	68	System.out.println(" test of AngDist is done");
70	69	}
71	70

+3

-4

gov/fnal/eag/healpix/test/PixToolsStaticTest.java less more

58	58	double res2 = v1.angle(v2);
59	59	System.out.println("res1 = " + res1 + " res2=" + res2);
60	60	assertEquals("angular Distance=" + res2, 1.0, res1 / res2, 1e-10);
61		/* Check known problem with vecmath for small vector differences */
	61
62	62
63	63	Vector3d v3 = new Vector3d(1.5, 1.6, 0.);
64	64	Vector3d v4 = new Vector3d(1.5, 1.601, 0.);

66	66	double res4 = v3.angle(v4);
67	67	//
68	68	System.out.println("res3 = " + res3 + " res4=" + res4);
69		assertEquals("angular Distance=" + res4, 1., (Math.PI / 2. + res3)
70		/ res4, 1e-3);
	69	assertEquals("angular Distance=" + res4, 1., res3/ res4, 1e-3);
71	70	Vector3d v5 = new Vector3d(1.5, 1.6, 0.);
72	71	Vector3d v6 = new Vector3d(-1.5, -1.75, 0.);
73	72	double res5 = pixTools.AngDist(v5, v6);
74	73	double res6 = v5.angle(v6);
75	74	System.out.println("res5 = " + res5 + " res6=" + res6);
76		assertEquals("angular Distance=" + res6, 2.0, res5 / res6, 1e-10);
	75	assertEquals("angular Distance=" + res6, 1.0, res5 / res6, 1e-10);
77	76	System.out.println(" test of AngDist is done");
78	77	}
79	78

+3

-4

gov/fnal/eag/healpix/test/PixToolsTest.java less more

60	60	double res2 = v1.angle(v2);
61	61	System.out.println("res1 = " + res1 + " res2=" + res2);
62	62	assertEquals("angular Distance=" + res2, 1.0, res1 / res2, 1e-10);
63		/* Check known problem with vecmath for small vector differences */
	63
64	64
65	65	Vector3d v3 = new Vector3d(1.5, 1.6, 0.);
66	66	Vector3d v4 = new Vector3d(1.5, 1.601, 0.);

68	68	double res4 = v3.angle(v4);
69	69	//
70	70	System.out.println("res3 = " + res3 + " res4=" + res4);
71		assertEquals("angular Distance=" + res4, 1., (Math.PI / 2. + res3)
72		/ res4, 1e-3);
	71	assertEquals("angular Distance=" + res4, 1., res3/res4, 1e-3);
73	72	Vector3d v5 = new Vector3d(1.5, 1.6, 0.);
74	73	Vector3d v6 = new Vector3d(-1.5, -1.75, 0.);
75	74	double res5 = pt.AngDist(v5, v6);
76	75	double res6 = v5.angle(v6);
77	76	System.out.println("res5 = " + res5 + " res6=" + res6);
78		assertEquals("angular Distance=" + res6, 2.0, res5 / res6, 1e-10);
	77	assertEquals("angular Distance=" + res6, 1.0, res5 / res6, 1e-10);
79	78	System.out.println(" test of AngDist is done");
80	79	}
81	80