@Test
public void test_forceInN() {
f1 = Values.forceInN(500);
f2 = Values.forceInN(500);
f3 = Values.forceInN(1000);
assertEquals(f1, f2);
assertEquals(f3, f2.add(f1));
assertEquals(f1, f3.sub(f2));
assertEquals(f3, f2.mul(2));
assertEquals(f1, f3.div(2));
assertEquals(Values.powerInW(2500), f2.mul(Values.speedInMpS(5)));
assertEquals(Values.accInMss(5), f1.div(Values.massInKg(100)));
assertEquals(Values.massInKg(100), f1.div(Values.accInMss(5)));
assertTrue(f1.compareTo(f2) == 0);
assertTrue(f1.compareTo(f3) == -1);
assertTrue(f3.compareTo(f1) == 1);
assertTrue(f1.equals(f2));
assertTrue(!f1.isZero());
assertTrue("500,00".equals(f1.toString()));
assertTrue(500.0 == f1.n());
assertTrue(0.5 == f1.kn());
}
@Test
public void test_SpeedInKmh() {
// Speed speed = Values.speedInKmh(30);
System.out.println("hallo test");
Speed spo1, spo2, spo3, spo4, spo5;
double mps = 30;
spo1 = Values.speedInKmh(mps);
spo2 = Values.speedInKmh(40);
assertEquals(Values.speedInKmh(mps), Values.speedInKmh(mps));
assertEquals(Values.speedInKmh(mps + mps), spo1.add(spo1));
assertEquals(Values.speedInKmh(mps - mps), spo1.sub(spo1));
assertEquals(Values.speedInKmh(mps * 2), spo1.mul(2d));
assertEquals(Values.speedInKmh(mps / 2), spo1.div(2d));
assertTrue(spo2.compareTo(spo1) == 1);
assertTrue(spo2.compareTo(spo2) == 0);
assertTrue(spo1.compareTo(spo2) == -1);
assertTrue(!spo1.isZero());
assertEquals(Values.speedInMpS(30), Values.speedInKmh(108));
}
@Test
public void test_powerInW() {
p1 = Values.powerInW(500);
p2 = Values.powerInW(500);
p3 = Values.powerInW(1000);
assertEquals(p1, p2);
assertEquals(p3, p2.add(p1));
assertEquals(p1, p3.sub(p2));
assertEquals(p3, p2.mul(2));
assertEquals(p1, p3.div(2));
assertEquals(Values.forceInN(50), p1.div(Values.speedInMpS(10)));
assertTrue(p1.compareTo(p2) == 0);
assertTrue(p1.compareTo(p3) == -1);
assertTrue(p3.compareTo(p1) == 1);
assertTrue(p1.equals(p2));
assertTrue(!p1.isZero());
assertTrue("500,00".equals(p1.toString()));
assertTrue(500.0 == p1.w());
assertTrue(0.5 == p1.kw());
}
