/** Test of calcTimeSinceDeath method, of class LabSceneControl. */
@Test
public void testCalcTimeSinceDeath() {
System.out.println("calcTimeSinceDeath");
/** ************ TEST CASE #1 ************ */
System.out.println("\tTest Case #1");
// input values
double avgBodyTemp = 98.6;
double currentBodyTemp = 88;
double heatLostPerHour = 1.5;
// output value expected
double expResult = 7.0666;
// instance of LabSceneControl class
LabSceneControl instance = new LabSceneControl();
// call function to run test
double result = instance.calcTimeSinceDeath(avgBodyTemp, currentBodyTemp, heatLostPerHour);
// compare expected return value with actual calue returned
assertEquals(expResult, result, 0.0001);
/** ************ TEST CASE #2 ************ */
System.out.println("\tTest Case #2");
// input values
avgBodyTemp = 98.6;
currentBodyTemp = 10;
heatLostPerHour = 1.5;
// output value expected
expResult = -1.0;
// call function to run test
result = instance.calcTimeSinceDeath(avgBodyTemp, currentBodyTemp, heatLostPerHour);
// compare expected return value with actual calue returned
assertEquals(expResult, result, 0.0001);
/** ************ TEST CASE #3 ************ */
System.out.println("\tTest Case #3");
// input values
avgBodyTemp = 95.8;
currentBodyTemp = 32;
heatLostPerHour = 1.5;
// output value expected
expResult = -1.0;
// call function to run test
result = instance.calcTimeSinceDeath(avgBodyTemp, currentBodyTemp, heatLostPerHour);
// compare expected return value with actual calue returned
assertEquals(expResult, result, 0.0001);
/** ************ TEST CASE #4 ************ */
System.out.println("\tTest Case #4");
// input values
avgBodyTemp = 98.6;
currentBodyTemp = 88;
heatLostPerHour = -1.0;
// output value expected
expResult = -1.0;
// call function to run test
result = instance.calcTimeSinceDeath(avgBodyTemp, currentBodyTemp, heatLostPerHour);
// compare expected return value with actual calue returned
assertEquals(expResult, result, 0.0001);
/** ************ TEST CASE #5 ************ */
System.out.println("\tTest Case #5");
// input values
avgBodyTemp = 98.6;
currentBodyTemp = 32;
heatLostPerHour = 1.5;
// output value expected
expResult = 44.4;
// call function to run test
result = instance.calcTimeSinceDeath(avgBodyTemp, currentBodyTemp, heatLostPerHour);
// compare expected return value with actual calue returned
assertEquals(expResult, result, 0.0001);
/** ************ TEST CASE #6 ************ */
System.out.println("\tTest Case #6");
// input values
avgBodyTemp = 98.6;
currentBodyTemp = 98.6;
heatLostPerHour = 1.5;
// output value expected
expResult = 0.0;
// call function to run test
result = instance.calcTimeSinceDeath(avgBodyTemp, currentBodyTemp, heatLostPerHour);
// compare expected return value with actual calue returned
assertEquals(expResult, result, 0.0001);
/** ************ TEST CASE #7 ************ */
System.out.println("\tTest Case #7");
// input values
avgBodyTemp = 98.6;
currentBodyTemp = 98.6;
heatLostPerHour = 1.5;
// output value expected
expResult = 0.0;
// call function to run test
result = instance.calcTimeSinceDeath(avgBodyTemp, currentBodyTemp, heatLostPerHour);
// compare expected return value with actual calue returned
assertEquals(expResult, result, 0.0001);
}
/** Test of celsiusToFahrenheit method, of class LabSceneControl. */
@Test
public void testCelsiusToFahrenheit() {
System.out.println("celsiusToFahrenheit");
/** ************ TEST CASE #1 ************ */
System.out.println("\tTest Case #1");
// input values
double tempCelsius = -05;
double factorOne = 1.8;
double factorTwo = 32;
// output value expected
double expResult = 23;
// instance of LabSceneControl class
LabSceneControl instance = new LabSceneControl();
// call function to run test
double result = instance.celsiusToFahrenheit(tempCelsius, factorOne, factorTwo);
assertEquals(expResult, result, 0.0);
/** ************ TEST CASE #2 ************ */
System.out.println("\tTest Case #2");
// input values
tempCelsius = -30;
factorOne = 1.8;
factorTwo = 32;
// output value expected
expResult = -1;
// call function to run test
result = instance.celsiusToFahrenheit(tempCelsius, factorOne, factorTwo);
assertEquals(expResult, result, 0.0);
/** ************ TEST CASE #3 ************ */
System.out.println("\tTest Case #3");
// input values
tempCelsius = 50;
factorOne = 1.5;
factorTwo = 32;
// output value expected
expResult = -1;
// call function to run test
result = instance.celsiusToFahrenheit(tempCelsius, factorOne, factorTwo);
assertEquals(expResult, result, 0.0);
/** ************ TEST CASE #4 ************ */
System.out.println("\tTest Case #4");
// input values
tempCelsius = 0;
factorOne = 1.8;
factorTwo = 30;
// output value expected
expResult = -1;
// call function to run test
result = instance.celsiusToFahrenheit(tempCelsius, factorOne, factorTwo);
assertEquals(expResult, result, 0.0);
/** ************ TEST CASE #5 ************ */
System.out.println("\tTest Case #5");
// input values
tempCelsius = -20;
factorOne = 1.8;
factorTwo = 32;
// output value expected
expResult = -4;
// call function to run test
result = instance.celsiusToFahrenheit(tempCelsius, factorOne, factorTwo);
assertEquals(expResult, result, 0.0);
/** ************ TEST CASE #6 ************ */
System.out.println("\tTest Case #6");
// input values
tempCelsius = 50;
factorOne = 1.8;
factorTwo = 32;
// output value expected
expResult = 122;
// call function to run test
result = instance.celsiusToFahrenheit(tempCelsius, factorOne, factorTwo);
assertEquals(expResult, result, 0.0);
/** ************ TEST CASE #7 ************ */
System.out.println("\tTest Case #7");
// input values
tempCelsius = 50;
factorOne = 1.8;
factorTwo = 32;
// output value expected
expResult = 122;
// call function to run test
result = instance.celsiusToFahrenheit(tempCelsius, factorOne, factorTwo);
assertEquals(expResult, result, 0.0);
}
/** Test of validateAlibi method, of class LabSceneControl. */
@Test
public void testValidateAlibi() {
System.out.println("validateAlibi");
/** ************ TEST CASE #1 ************ */
System.out.println("\tTest Case #1");
// input values
double milesTraveled = 30;
double minutesInAnHour = 60;
double speedOfTravel = 45;
// output value expected
double expResult = 40;
// instance of LabSceneControl class
LabSceneControl instance = new LabSceneControl();
// call function to run test
double result = instance.validateAlibi(speedOfTravel, milesTraveled, minutesInAnHour);
assertEquals(expResult, result, 0.0001);
/** ************ TEST CASE #2 ************ */
System.out.println("\tTest Case #2");
// input values
milesTraveled = 60;
minutesInAnHour = 60;
speedOfTravel = 5;
// output value expected
expResult = -1;
// call function to run test
result = instance.validateAlibi(speedOfTravel, milesTraveled, minutesInAnHour);
assertEquals(expResult, result, 0.0001);
/** ************ TEST CASE #3 ************ */
System.out.println("\tTest Case #3");
// input values
milesTraveled = 15;
minutesInAnHour = 70;
speedOfTravel = 65;
// output value expected
expResult = -1;
// call function to run test
result = instance.validateAlibi(speedOfTravel, milesTraveled, minutesInAnHour);
assertEquals(expResult, result, 0.0001);
/** ************ TEST CASE #4 ************ */
System.out.println("\tTest Case #4");
// input values
milesTraveled = 15;
minutesInAnHour = 70;
speedOfTravel = 45;
// output value expected
expResult = -1;
// call function to run test
result = instance.validateAlibi(speedOfTravel, milesTraveled, minutesInAnHour);
assertEquals(expResult, result, 0.0001);
/** ************ TEST CASE #5 ************ */
System.out.println("\tTest Case #5");
// input values
milesTraveled = 60;
minutesInAnHour = 60;
speedOfTravel = 10;
// output value expected
expResult = 360;
// call function to run test
result = instance.validateAlibi(speedOfTravel, milesTraveled, minutesInAnHour);
assertEquals(expResult, result, 0.0001);
/** ************ TEST CASE #6 ************ */
System.out.println("\tTest Case #6");
// input values
milesTraveled = 2;
minutesInAnHour = 60;
speedOfTravel = 90;
// output value expected
expResult = 1.3333;
// call function to run test
result = instance.validateAlibi(speedOfTravel, milesTraveled, minutesInAnHour);
assertEquals(expResult, result, 0.0001);
/** ************ TEST CASE #7 ************ */
System.out.println("\tTest Case #7");
// input values
milesTraveled = 60;
minutesInAnHour = 60;
speedOfTravel = 90;
// output value expected
expResult = 40;
// call function to run test
result = instance.validateAlibi(speedOfTravel, milesTraveled, minutesInAnHour);
assertEquals(expResult, result, 0.0001);
}
