public void PlannerClass_CalculateDivePlan_SelectedValuesAndEdgeCases()
{
// no dives
Assert.IsNull(_classUnderTest.CalculateDivePlan(new List <Dive>()), "Unexpected dive plans returned");
// single dive
List <Dive> divePlan1 = _classUnderTest.CalculateDivePlan(new List <Dive>
{
new Dive(10, 20)
{
PressureGroupBeforeDive = 'A'
}
});
Assert.AreEqual(1, divePlan1.Count, "Unexpected number of plans returned");
divePlan1[0].AssertHasSamePropertyValues(new Dive(10, 20)
{
AdjustedNoDecompressionLimitBroughtForward = 0,
AdjustedNoDecompressionLimitToCarryForward = 0,
PressureGroupAfterDive = 'B',
PressureGroupAfterSurfaceInterval = null,
PressureGroupBeforeDive = 'A',
ResidualNitrogenTimeBroughtForward = 0,
ResidualNitrogenTimeToCarryForward = 0,
SafetyStop = false,
SurfaceInterval = null,
TotalBottomTime = 20
});
// two dives
List <Dive> divePlan2 = _classUnderTest.CalculateDivePlan(new List <Dive>
{
new Dive(20, 21),
new Dive(30, 10)
});
Assert.AreEqual(2, divePlan2.Count, "Unexpected number of plans returned");
divePlan2[0].AssertHasSamePropertyValues(new Dive(20, 21)
{
AdjustedNoDecompressionLimitBroughtForward = 0,
AdjustedNoDecompressionLimitToCarryForward = 10,
PressureGroupAfterDive = 'H',
PressureGroupAfterSurfaceInterval = 'E',
PressureGroupBeforeDive = 'A',
ResidualNitrogenTimeBroughtForward = 0,
ResidualNitrogenTimeToCarryForward = 10,
SafetyStop = false,
SurfaceInterval = new TimeSpan(0, 21, 0),
TotalBottomTime = 21
});
divePlan2[1].AssertHasSamePropertyValues(new Dive(30, 10)
{
AdjustedNoDecompressionLimitBroughtForward = 10,
AdjustedNoDecompressionLimitToCarryForward = 0,
PressureGroupAfterDive = 'N',
PressureGroupAfterSurfaceInterval = null,
PressureGroupBeforeDive = 'E',
ResidualNitrogenTimeBroughtForward = 10,
ResidualNitrogenTimeToCarryForward = 0,
SafetyStop = true,
SurfaceInterval = null,
TotalBottomTime = 20
});
// three dives - no surface intervals
List <Dive> divePlan3 = _classUnderTest.CalculateDivePlan(new List <Dive>
{
new Dive(20, 30),
new Dive(15, 25),
new Dive(10, 20)
});
Assert.AreEqual(3, divePlan3.Count, "Unexpected number of plans returned");
divePlan3[0].AssertHasSamePropertyValues(new Dive(20, 30)
{
ResidualNitrogenTimeBroughtForward = 0,
AdjustedNoDecompressionLimitBroughtForward = 0,
PressureGroupBeforeDive = 'A',
TotalBottomTime = 30,
SafetyStop = false,
PressureGroupAfterDive = 'M',
SurfaceInterval = new TimeSpan(0, 0, 0),
PressureGroupAfterSurfaceInterval = 'M',
ResidualNitrogenTimeToCarryForward = 39,
AdjustedNoDecompressionLimitToCarryForward = 33
});
divePlan3[1].AssertHasSamePropertyValues(new Dive(15, 25)
{
ResidualNitrogenTimeBroughtForward = 39,
AdjustedNoDecompressionLimitBroughtForward = 33,
PressureGroupBeforeDive = 'M',
TotalBottomTime = 64,
SafetyStop = true,
PressureGroupAfterDive = 'V',
SurfaceInterval = new TimeSpan(0, 0, 0),
PressureGroupAfterSurfaceInterval = 'V',
ResidualNitrogenTimeToCarryForward = 145,
AdjustedNoDecompressionLimitToCarryForward = 74
});
divePlan3[2].AssertHasSamePropertyValues(new Dive(10, 20)
{
ResidualNitrogenTimeBroughtForward = 145,
AdjustedNoDecompressionLimitBroughtForward = 74,
PressureGroupBeforeDive = 'V',
TotalBottomTime = 165,
SafetyStop = true,
PressureGroupAfterDive = 'X',
SurfaceInterval = null,
PressureGroupAfterSurfaceInterval = null,
ResidualNitrogenTimeToCarryForward = 0,
AdjustedNoDecompressionLimitToCarryForward = 0
});
// three dives - requested 1 hour between dives
List <Dive> divePlan4 = _classUnderTest.CalculateDivePlan(new List <Dive>
{
new Dive(20, 30, new TimeSpan(1, 0, 0)),
new Dive(15, 25, new TimeSpan(1, 0, 0)),
new Dive(10, 20)
});
Assert.AreEqual(3, divePlan4.Count, "Unexpected number of plans returned");
divePlan4[0].AssertHasSamePropertyValues(new Dive(20, 30, new TimeSpan(1, 0, 0))
{
ResidualNitrogenTimeBroughtForward = 0,
AdjustedNoDecompressionLimitBroughtForward = 0,
PressureGroupBeforeDive = 'A',
TotalBottomTime = 30,
SafetyStop = false,
PressureGroupAfterDive = 'M',
SurfaceInterval = new TimeSpan(0, 56, 0),
PressureGroupAfterSurfaceInterval = 'D',
ResidualNitrogenTimeToCarryForward = 19,
AdjustedNoDecompressionLimitToCarryForward = 53
});
divePlan4[1].AssertHasSamePropertyValues(new Dive(15, 25, new TimeSpan(1, 0, 0))
{
ResidualNitrogenTimeBroughtForward = 19,
AdjustedNoDecompressionLimitBroughtForward = 53,
PressureGroupBeforeDive = 'D',
TotalBottomTime = 44,
SafetyStop = false,
PressureGroupAfterDive = 'O',
SurfaceInterval = new TimeSpan(0, 56, 0),
PressureGroupAfterSurfaceInterval = 'E',
ResidualNitrogenTimeToCarryForward = 34,
AdjustedNoDecompressionLimitToCarryForward = 185
});
divePlan4[2].AssertHasSamePropertyValues(new Dive(10, 20, new TimeSpan(1, 0, 0))
{
ResidualNitrogenTimeBroughtForward = 34,
AdjustedNoDecompressionLimitBroughtForward = 185,
PressureGroupBeforeDive = 'E',
TotalBottomTime = 54,
SafetyStop = false,
PressureGroupAfterDive = 'J',
SurfaceInterval = null,
PressureGroupAfterSurfaceInterval = null,
ResidualNitrogenTimeToCarryForward = 0,
AdjustedNoDecompressionLimitToCarryForward = 0
});
}