public void SetUp()
{
_personScheme = new TestPersonScheme();
var survivalRandomSourceMock = new Mock <ISurvivalRandomSource>();
_survivalRandomSource = survivalRandomSourceMock.Object;
}
public static IPersonScheme CreatePersonScheme()
{
var personScheme = new TestPersonScheme
{
SurvivalStats = new[]
{
new TestPersonSurvivalStatSubScheme
{
Type = PersonSurvivalStatType.Satiety,
MinValue = -100,
MaxValue = 100,
StartValue = 0,
KeyPoints = new[]
{
new TestPersonSurvivalStatKeySegmentSubScheme
{
Level = PersonSurvivalStatKeypointLevel.Lesser,
Start = 0.25f,
End = 0.75f
},
new TestPersonSurvivalStatKeySegmentSubScheme
{
Level = PersonSurvivalStatKeypointLevel.Strong,
Start = 0.12f,
End = 0.25f
},
new TestPersonSurvivalStatKeySegmentSubScheme
{
Level = PersonSurvivalStatKeypointLevel.Max,
Start = 0,
End = 0.12f
}
}
},
new TestPersonSurvivalStatSubScheme
{
Type = PersonSurvivalStatType.Hydration,
MinValue = -100,
MaxValue = 100,
StartValue = 0,
KeyPoints = new[]
{
new TestPersonSurvivalStatKeySegmentSubScheme
{
Level = PersonSurvivalStatKeypointLevel.Lesser,
Start = 0.25f,
End = 0.75f
},
new TestPersonSurvivalStatKeySegmentSubScheme
{
Level = PersonSurvivalStatKeypointLevel.Strong,
Start = 0.12f,
End = 0.25f
},
new TestPersonSurvivalStatKeySegmentSubScheme
{
Level = PersonSurvivalStatKeypointLevel.Max,
Start = 0,
End = 0.12f
}
}
}
}
};
return(personScheme);
}
public void SetUp()
{
_personScheme = new TestPersonScheme
{
SurvivalStats = new[] {
new TestPersonSurvivalStatSubScheme
{
Type = PersonSurvivalStatType.Satiety,
MinValue = -100,
MaxValue = 100,
StartValue = 0,
KeyPoints = new [] {
new TestPersonSurvivalStatKeySegmentSubScheme
{
Level = PersonSurvivalStatKeypointLevel.Lesser,
Start = 0.25f,
End = 0.75f
},
new TestPersonSurvivalStatKeySegmentSubScheme
{
Level = PersonSurvivalStatKeypointLevel.Strong,
Start = 0.12f,
End = 0.25f
},
new TestPersonSurvivalStatKeySegmentSubScheme
{
Level = PersonSurvivalStatKeypointLevel.Max,
Start = 0,
End = 0.12f
}
}
},
new TestPersonSurvivalStatSubScheme
{
Type = PersonSurvivalStatType.Hydration,
MinValue = -100,
MaxValue = 100,
StartValue = 0,
KeyPoints = new [] {
new TestPersonSurvivalStatKeySegmentSubScheme
{
Level = PersonSurvivalStatKeypointLevel.Lesser,
Start = 0.25f,
End = 0.75f
},
new TestPersonSurvivalStatKeySegmentSubScheme
{
Level = PersonSurvivalStatKeypointLevel.Strong,
Start = 0.12f,
End = 0.25f
},
new TestPersonSurvivalStatKeySegmentSubScheme
{
Level = PersonSurvivalStatKeypointLevel.Max,
Start = 0,
End = 0.12f
}
}
}
}
};
var survivalRandomSourceMock = new Mock <ISurvivalRandomSource>();
_survivalRandomSource = survivalRandomSourceMock.Object;
}
public void HumanPerson_EquipPropWithHungerResistance_DownPassOfSatietyDescreased()
{
// ARRANGE
const int START_PERSON_HP = 10;
const int EXPECTED_DOWNPASS = 2;
var personScheme = new TestPersonScheme
{
Hp = START_PERSON_HP,
Slots = new[] {
new PersonSlotSubScheme
{
Types = EquipmentSlotTypes.Aux
}
},
SurvivalStats = new[]
{
new TestPersonSurvivalStatSubScheme
{
Type = PersonSurvivalStatType.Satiety,
MinValue = -100,
MaxValue = 100,
StartValue = 0
},
new TestPersonSurvivalStatSubScheme
{
Type = PersonSurvivalStatType.Hydration,
MinValue = -100,
MaxValue = 100,
StartValue = 0
}
}
};
var defaultAct = new TestTacticalActScheme
{
Stats = new TestTacticalActStatsSubScheme
{
Efficient = new Roll(6, 1)
}
};
var evolutionDataMock = new Mock <IEvolutionData>();
var evolutionData = evolutionDataMock.Object;
var survivalRandomSourceMock = new Mock <ISurvivalRandomSource>();
var survivalRandomSource = survivalRandomSourceMock.Object;
var person = new HumanPerson(personScheme, defaultAct, evolutionData, survivalRandomSource);
var armorPropScheme = new TestPropScheme
{
Equip = new TestPropEquipSubScheme
{
Rules = new[]
{
new PersonRule(EquipCommonRuleType.HungerResistance, PersonRuleLevel.Normal)
},
SlotTypes = new[]
{
EquipmentSlotTypes.Aux
}
}
};
var satietyStat = person.Survival.Stats.SingleOrDefault(x => x.Type == SurvivalStatType.Satiety);
var armorProp = new Equipment(armorPropScheme);
// ACT
person.EquipmentCarrier[0] = armorProp;
// ASSERT
satietyStat.DownPassRoll.Should().Be(EXPECTED_DOWNPASS);
}
public void HumanPerson_EquipPropWithHpBonusWithNoHalfHp_HpStays()
{
// ARRANGE
const int START_PERSON_HP = 10;
const int NORMAL_HP_BONUS = 3;
const int EXPECTED_PERSON_HP = 6;
const int EXPECTED_PERSON_MAX_HP = START_PERSON_HP + NORMAL_HP_BONUS;
var personScheme = new TestPersonScheme
{
Hp = START_PERSON_HP,
Slots = new[] {
new PersonSlotSubScheme
{
Types = EquipmentSlotTypes.Body
}
}
};
var defaultAct = new TestTacticalActScheme
{
Stats = new TestTacticalActStatsSubScheme
{
Efficient = new Roll(6, 1)
}
};
var evolutionDataMock = new Mock <IEvolutionData>();
var evolutionData = evolutionDataMock.Object;
var survivalRandomSourceMock = new Mock <ISurvivalRandomSource>();
var survivalRandomSource = survivalRandomSourceMock.Object;
var person = new HumanPerson(personScheme, defaultAct, evolutionData, survivalRandomSource);
var armorPropScheme = new TestPropScheme
{
Equip = new TestPropEquipSubScheme
{
Rules = new[]
{
new PersonRule(EquipCommonRuleType.Health, PersonRuleLevel.Normal)
},
SlotTypes = new[]
{
EquipmentSlotTypes.Body
}
}
};
var armorProp = new Equipment(armorPropScheme, new ITacticalActScheme[0]);
var hpStat = person.Survival.Stats.SingleOrDefault(x => x.Type == SurvivalStatType.Health);
person.Survival.DecreaseStat(SurvivalStatType.Health, hpStat.Value / 2);
// ACT
person.EquipmentCarrier[0] = armorProp;
// ASSERT
hpStat.Range.Max.Should().Be(EXPECTED_PERSON_MAX_HP);
hpStat.Value.Should().Be(EXPECTED_PERSON_HP);
}
public void HumanPerson_MultipleDifferentArmor_AllArmorsInStats()
{
// ARRANGE
var personScheme = new TestPersonScheme
{
Slots = new[] {
new PersonSlotSubScheme
{
Types = EquipmentSlotTypes.Head
},
new PersonSlotSubScheme
{
Types = EquipmentSlotTypes.Body
}
}
};
var defaultAct = new TestTacticalActScheme
{
Stats = new TestTacticalActStatsSubScheme
{
Efficient = new Roll(6, 1)
}
};
var evolutionDataMock = new Mock <IEvolutionData>();
var evolutionData = evolutionDataMock.Object;
var survivalRandomSourceMock = new Mock <ISurvivalRandomSource>();
var survivalRandomSource = survivalRandomSourceMock.Object;
var person = new HumanPerson(personScheme, defaultAct, evolutionData, survivalRandomSource);
var armorHeadPropScheme = new TestPropScheme
{
Equip = new TestPropEquipSubScheme
{
Armors = new IPropArmorItemSubScheme[]
{
new TestPropArmorItemSubScheme {
Impact = ImpactType.Kinetic,
ArmorRank = 1,
AbsorbtionLevel = PersonRuleLevel.Lesser
},
new TestPropArmorItemSubScheme {
Impact = ImpactType.Psy,
ArmorRank = 10,
AbsorbtionLevel = PersonRuleLevel.Normal
}
},
SlotTypes = new[] {
EquipmentSlotTypes.Head
}
}
};
var armorBodyPropScheme = new TestPropScheme
{
Equip = new TestPropEquipSubScheme
{
Armors = new IPropArmorItemSubScheme[]
{
new TestPropArmorItemSubScheme {
Impact = ImpactType.Kinetic,
ArmorRank = 18,
AbsorbtionLevel = PersonRuleLevel.Normal
}
},
SlotTypes = new[] {
EquipmentSlotTypes.Body
}
}
};
var armorHeadProp = new Equipment(armorHeadPropScheme, new ITacticalActScheme[0]);
var armorBodyProp = new Equipment(armorBodyPropScheme, new ITacticalActScheme[0]);
// ACT
person.EquipmentCarrier[0] = armorHeadProp;
person.EquipmentCarrier[1] = armorBodyProp;
// ASSERT
person.CombatStats.DefenceStats.Armors[0].Impact.Should().Be(ImpactType.Kinetic);
person.CombatStats.DefenceStats.Armors[0].ArmorRank.Should().Be(1 + 9 + 6);
person.CombatStats.DefenceStats.Armors[0].AbsorbtionLevel.Should().Be(PersonRuleLevel.Lesser);
person.CombatStats.DefenceStats.Armors[1].Impact.Should().Be(ImpactType.Psy);
person.CombatStats.DefenceStats.Armors[1].ArmorRank.Should().Be(10);
person.CombatStats.DefenceStats.Armors[1].AbsorbtionLevel.Should().Be(PersonRuleLevel.Normal);
}
