public void TankDK_OverallCheck()
{
Rawr.TankDK.CalculationsTankDK CalcTankDK = new Rawr.TankDK.CalculationsTankDK();
CalculationOptionsTankDK calcOpts = new CalculationOptionsTankDK();
m_char.CalculationOptions = calcOpts;
Item additionalItem = new Item("TestItem", ItemQuality.Common, ItemType.None, 102010, "", ItemSlot.Back, "", false,
new Stats(), null,
ItemSlot.None, ItemSlot.None, ItemSlot.None,
0, 0, ItemDamageType.Physical, 0, "");
CharacterCalculationsTankDK calcs = CalcTankDK.GetCharacterCalculations(m_char) as CharacterCalculationsTankDK;
float OValueBase = calcs.OverallPoints;
float[] SValueBase = calcs.SubPoints;
// Setup the stats on what we want.
additionalItem.Stats.Stamina = 5000;
calcs = CalcTankDK.GetCharacterCalculations(m_char, additionalItem) as CharacterCalculationsTankDK;
float OValueStam = calcs.OverallPoints;
float[] SValueStam = calcs.SubPoints;
additionalItem.Stats.Stamina = 0;
Assert.IsTrue(OValueBase < OValueStam, "Stamina");
additionalItem.Stats.DodgeRating = 5000;
calcs = CalcTankDK.GetCharacterCalculations(m_char, additionalItem) as CharacterCalculationsTankDK;
float OValueDodge = calcs.OverallPoints;
float[] SValueDodge = calcs.SubPoints;
additionalItem.Stats.DodgeRating = 0;
additionalItem.Stats.DodgeRating = 10000;
calcs = CalcTankDK.GetCharacterCalculations(m_char, additionalItem) as CharacterCalculationsTankDK;
float OValueDodge2 = calcs.OverallPoints;
float[] SValueDodge2 = calcs.SubPoints;
additionalItem.Stats.DodgeRating = 0;
Assert.IsTrue(OValueDodge < OValueDodge2, "Dodge2");
Assert.IsTrue(SValueBase[0] < SValueDodge[0], "Dodge1"); // Due to inverse scaling between Burst & Avoidance, only check Mitigation improvement.
additionalItem.Stats.ParryRating = 5000;
calcs = CalcTankDK.GetCharacterCalculations(m_char, additionalItem) as CharacterCalculationsTankDK;
float OValueParry = calcs.OverallPoints;
float[] SValueParry = calcs.SubPoints;
additionalItem.Stats.ParryRating = 0;
Assert.IsTrue(SValueBase[0] < SValueParry[0], "Parry"); // Due to inverse scaling between Burst & Avoidance, only check Mitigation improvement.
additionalItem.Stats.MasteryRating = 5000;
calcs = CalcTankDK.GetCharacterCalculations(m_char, additionalItem) as CharacterCalculationsTankDK;
float OValueMastery = calcs.OverallPoints;
float[] SValueMastery = calcs.SubPoints;
additionalItem.Stats.MasteryRating = 0;
Assert.IsTrue(OValueBase < OValueMastery, "Mastery");
}
public void TankDK_BuildAcceptance()
{
Rawr.TankDK.CalculationsTankDK CalcTankDK = new Rawr.TankDK.CalculationsTankDK();
CalculationOptionsTankDK calcOpts = new CalculationOptionsTankDK();
m_char.CalculationOptions = calcOpts;
this.testContextInstance.BeginTimer("GetCalc");
CharacterCalculationsBase calcs = CalcTankDK.GetCharacterCalculations(m_char);
calcs.GetCharacterDisplayCalculationValues();
this.testContextInstance.EndTimer("GetCalc");
}
public void TankDK_BuildAcceptance()
{
Rawr.TankDK.CalculationsTankDK CalcTankDK = new Rawr.TankDK.CalculationsTankDK();
CalculationOptionsTankDK calcOpts = new CalculationOptionsTankDK();
m_char.CalculationOptions = calcOpts;
this.testContextInstance.BeginTimer("GetCalc");
CharacterCalculationsBase calcs = CalcTankDK.GetCharacterCalculations(m_char);
calcs.GetCharacterDisplayCalculationValues();
this.testContextInstance.EndTimer("GetCalc");
}
public void TankDK_OverallCheck()
{
Rawr.TankDK.CalculationsTankDK CalcTankDK = new Rawr.TankDK.CalculationsTankDK();
CalculationOptionsTankDK calcOpts = new CalculationOptionsTankDK();
m_char.CalculationOptions = calcOpts;
Item additionalItem = new Item("TestItem", ItemQuality.Common, ItemType.None, 102010, "", ItemSlot.Back, "", false,
new Stats(), null,
ItemSlot.None, ItemSlot.None, ItemSlot.None,
0, 0, ItemDamageType.Physical, 0, "");
CharacterCalculationsTankDK calcs = CalcTankDK.GetCharacterCalculations(m_char) as CharacterCalculationsTankDK;
float OValueBase = calcs.OverallPoints;
float[] SValueBase = calcs.SubPoints;
// Setup the stats on what we want.
additionalItem.Stats.Stamina = 5000;
calcs = CalcTankDK.GetCharacterCalculations(m_char, additionalItem) as CharacterCalculationsTankDK;
float OValueStam = calcs.OverallPoints;
float[] SValueStam = calcs.SubPoints;
additionalItem.Stats.Stamina = 0;
Assert.IsTrue(OValueBase < OValueStam, "Stamina");
additionalItem.Stats.DodgeRating = 5000;
calcs = CalcTankDK.GetCharacterCalculations(m_char, additionalItem) as CharacterCalculationsTankDK;
float OValueDodge = calcs.OverallPoints;
float[] SValueDodge = calcs.SubPoints;
additionalItem.Stats.DodgeRating = 0;
additionalItem.Stats.DodgeRating = 10000;
calcs = CalcTankDK.GetCharacterCalculations(m_char, additionalItem) as CharacterCalculationsTankDK;
float OValueDodge2 = calcs.OverallPoints;
float[] SValueDodge2 = calcs.SubPoints;
additionalItem.Stats.DodgeRating = 0;
Assert.IsTrue(OValueDodge < OValueDodge2, "Dodge2");
Assert.IsTrue(SValueBase[0] < SValueDodge[0], "Dodge1"); // Due to inverse scaling between Burst & Avoidance, only check Mitigation improvement.
additionalItem.Stats.ParryRating = 5000;
calcs = CalcTankDK.GetCharacterCalculations(m_char, additionalItem) as CharacterCalculationsTankDK;
float OValueParry = calcs.OverallPoints;
float[] SValueParry = calcs.SubPoints;
additionalItem.Stats.ParryRating = 0;
Assert.IsTrue(SValueBase[0] < SValueParry[0], "Parry"); // Due to inverse scaling between Burst & Avoidance, only check Mitigation improvement.
additionalItem.Stats.MasteryRating = 5000;
calcs = CalcTankDK.GetCharacterCalculations(m_char, additionalItem) as CharacterCalculationsTankDK;
float OValueMastery = calcs.OverallPoints;
float[] SValueMastery = calcs.SubPoints;
additionalItem.Stats.MasteryRating = 0;
Assert.IsTrue(OValueBase < OValueMastery, "Mastery");
}