32 lines
1.4 KiB
Java
32 lines
1.4 KiB
Java
package ch.epfl.alpano;
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import static java.lang.Math.toDegrees;
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import static java.lang.Math.toRadians;
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import static org.junit.Assert.assertEquals;
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import org.junit.Test;
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public class GeoPointTestP {
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private static GeoPoint CORNAVIN = new GeoPoint(toRadians(6.14308), toRadians(46.21023));
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private static GeoPoint M1_EPFL = new GeoPoint(toRadians(6.56599), toRadians(46.52224));
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private static GeoPoint FEDERAL_PALACE = new GeoPoint(toRadians(7.44428), toRadians(46.94652));
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private static GeoPoint SAENTIS = new GeoPoint(toRadians(9.34324), toRadians(47.24942));
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private static GeoPoint MONTE_TAMARO = new GeoPoint(toRadians(8.86598), toRadians(46.10386));
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@Test
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public void distanceToWorksOnKnownPoints() {
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assertEquals(226_000, M1_EPFL.distanceTo(SAENTIS), 10);
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assertEquals( 81_890, M1_EPFL.distanceTo(FEDERAL_PALACE), 10);
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assertEquals(143_560, FEDERAL_PALACE.distanceTo(MONTE_TAMARO), 10);
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assertEquals(269_870, SAENTIS.distanceTo(CORNAVIN), 10);
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}
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@Test
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public void azimuthToWorksOnKnownPoints() {
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assertEquals( 68.03, toDegrees(M1_EPFL.azimuthTo(SAENTIS)), 0.01);
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assertEquals( 54.50, toDegrees(M1_EPFL.azimuthTo(FEDERAL_PALACE)), 0.01);
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assertEquals(130.23, toDegrees(FEDERAL_PALACE.azimuthTo(MONTE_TAMARO)), 0.01);
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assertEquals(245.82, toDegrees(SAENTIS.azimuthTo(CORNAVIN)), 0.01);
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}
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}
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