// This class implements a singleton pattern; meaning that no matter how many times the
// Instance attribute is used, there will only ever be one of these created in the entire system.
// Copy this template and give it a new name. Assign all of the data members of the EvoSpec
// base class in the constructor. Your subclass must not be abstract.
// Never call new on this class, use the Instance attribute to get the instance instead.
UberMercenarySpec()
{
m_Tamable = true;
m_MinTamingToHatch = 0;
m_PercentFemaleChance = .20;
m_GuardianEggOrDeedChance = .01;
m_AlwaysHappy = false;
m_ProducesYoung = false;
m_AbsoluteStatValues = false;
m_PackSpecialItemChance = 0.02;
m_MaxEvoResistance = 125;
m_MaxTrainingStage = 0;
m_CanAttackPlayers = false;
m_Skills = new SkillName[11] {
SkillName.Swords, SkillName.Macing, SkillName.Fencing, SkillName.Archery,
SkillName.Tactics, SkillName.Wrestling, SkillName.Parry, SkillName.Anatomy,
SkillName.MagicResist, SkillName.Healing, SkillName.Chivalry
};
m_MinSkillValues = new int[11] {
10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10
};
m_MaxSkillValues = new int[11] {
120, 120, 120, 120, 120, 120, 120, 120, 120, 120, 120
};
m_Stages = new BaseEvoStage[] { new UberMercenaryStageOne(), new UberMercenaryStageTwo(), new UberMercenaryStageThree(),
new UberMercenaryStageFour(), new UberMercenaryStageFive(), new UberMercenaryStageSix(), new UberMercenaryStageSeven() };
}
// This class implements a singleton pattern; meaning that no matter how many times the
// Instance attribute is used, there will only ever be one of these created in the entire system.
// Copy this template and give it a new name. Assign all of the data members of the EvoSpec
// base class in the constructor. Your subclass must not be abstract.
// Never call new on this class, use the Instance attribute to get the instance instead.
HiryuEvoSpec()
{
m_Tamable = true;
m_MinTamingToHatch = 99.9;
m_PercentFemaleChance = 0.0;
m_GuardianEggOrDeedChance = .08;
m_AlwaysHappy = true;
m_ProducesYoung = false;
m_PregnancyTerm = 0.10;
m_AbsoluteStatValues = false;
m_MaxEvoResistance = 90;
m_MaxTrainingStage = 6;
m_MountStage = 4;
m_CanAttackPlayers = false;
m_Skills = new SkillName[4] {
SkillName.MagicResist, SkillName.Tactics, SkillName.Wrestling, SkillName.Anatomy
};
m_MinSkillValues = new int[4] {
50, 50, 50, 15,
};
m_MaxSkillValues = new int[4] {
100, 110, 120, 110
};
m_Stages = new BaseEvoStage[] { new HiryuStageOne(), new HiryuStageTwo(), new HiryuStageThree(),
new HiryuStageFour(), new HiryuStageFive() };
}
// This class implements a singleton pattern; meaning that no matter how many times the
// Instance attribute is used, there will only ever be one of these created in the entire system.
// Copy this template and give it a new name. Assign all of the data members of the EvoSpec
// base class in the constructor. Your subclass must not be abstract.
// Never call new on this class, use the Instance attribute to get the instance instead.
RaelisDragonSpec()
{
m_Tamable = true;
m_MinTamingToHatch = 99.9; //originaly was 99.9
m_PercentFemaleChance = 0.00; // Made small to limit access to eggs. originaly was 0.02
m_GuardianEggOrDeedChance = .01;
m_AlwaysHappy = false;
m_ProducesYoung = false; // originaly was true
m_PregnancyTerm = 0.0; // originaly was 0.10
m_AbsoluteStatValues = false;
m_MaxEvoResistance = 100;
m_MaxTrainingStage = 7; // At what stage stop atack training dummy and leveling
m_CanAttackPlayers = false;
m_RandomHues = new int[] { 1157, 1175, 1172, 1170, 2703, 2473, 2643, 1156, 2704, 2734, 2669, 2621, 2859, 2716, 2791, 2927, 2974, 1161, 2717, 2652, 2821, 2818, 2730, 2670, 2678, 2630, 2641, 2644, 2592, 2543, 2526, 2338, 2339, 1793, 1980, 1983 };
m_Skills = new SkillName[7] {
SkillName.Magery, SkillName.EvalInt, SkillName.Meditation, SkillName.MagicResist,
SkillName.Tactics, SkillName.Wrestling, SkillName.Anatomy
};
m_MinSkillValues = new int[7] {
50, 50, 50, 15, 19, 19, 19
};
m_MaxSkillValues = new int[7] {
120, 120, 110, 110, 100, 100, 100
};
m_Stages = new BaseEvoStage[] { new RaelisDragonStageOne(), new RaelisDragonStageTwo(),
new RaelisDragonStageThree(), new RaelisDragonStageFour(),
new RaelisDragonStageFive(), new RaelisDragonStageSix(),
new RaelisDragonStageSeven() };
}
MercenarySpec()
{
m_Tamable = true;
m_MinTamingToHatch = 0;
m_PercentFemaleChance = .70;
m_GuardianEggOrDeedChance = .10;
m_AlwaysHappy = true;
m_ProducesYoung = false;
m_AbsoluteStatValues = false;
m_PackSpecialItemChance = 0.90;
m_MaxEvoResistance = 90;
m_MaxTrainingStage = 6;
m_ArtifactStage = m_MaxTrainingStage;
m_CraftedWeaponStage = m_ArtifactStage - 1;
m_CanAttackPlayers = false;
m_Skills = new SkillName[10] {
SkillName.Swords, SkillName.Macing, SkillName.Chivalry,
SkillName.Healing, SkillName.Tactics, SkillName.Meditation,
SkillName.Anatomy, SkillName.MagicResist, SkillName.Parry, SkillName.Fencing
};
m_MinSkillValues = new int[10] {
10, 10, 10, 10, 10, 10, 10, 10, 10, 10
};
m_MaxSkillValues = new int[10] {
120, 120, 120, 120, 120, 120, 120, 120, 120, 120
};
m_Stages = new BaseEvoStage[] { new MercenaryStageZero(), new MercenaryStageOne(), new MercenaryStageTwo(),
new MercenaryStageThree(), new MercenaryStageFour(), new MercenaryStageFive(),
new MercenaryStageSix() };
}
// This class implements a singleton pattern; meaning that no matter how many times the
// Instance attribute is used, there will only ever be one of these created in the entire system.
// Copy this template and give it a new name. Assign all of the data members of the EvoSpec
// base class in the constructor. Your subclass must not be abstract.
// Never call new on this class, use the Instance attribute to get the instance instead.
RaelisDaemonSpec()
{
m_Tamable = true;
m_MinTamingToHatch = 99.9;
m_PercentFemaleChance = 0.02; // Made small to limit access to eggs.
m_GuardianEggOrDeedChance = .01;
m_AlwaysHappy = true;
m_ProducesYoung = true;
m_PregnancyTerm = 0.10;
m_AbsoluteStatValues = false;
m_MaxEvoResistance = 100;
m_MaxTrainingStage = 7;
m_CanAttackPlayers = false;
m_RandomHues = new int[] { 1157, 1175, 1172, 1170, 319, 130, 573, 285, 133, 432, 149, 622, 204, 29, 55, 745, 987, 514, 42, 17, 61, 80 };
m_Skills = new SkillName[7] {
SkillName.Magery, SkillName.EvalInt, SkillName.Meditation, SkillName.MagicResist,
SkillName.Tactics, SkillName.Wrestling, SkillName.Anatomy
};
m_MinSkillValues = new int[7] {
50, 50, 50, 15, 19, 19, 19
};
m_MaxSkillValues = new int[7] {
120, 120, 110, 110, 100, 100, 100
};
m_Stages = new BaseEvoStage[] { new RaelisDaemonStageOne(), new RaelisDaemonStageTwo(),
new RaelisDaemonStageThree(), new RaelisDaemonStageFour(),
new RaelisDaemonStageFive(), new RaelisDaemonStageSix(),
new RaelisDaemonStageSeven() };
}
// This class implements a singleton pattern; meaning that no matter how many times the
// Instance attribute is used, there will only ever be one of these created in the entire system.
// Copy this template and give it a new name. Assign all of the data members of the EvoSpec
// base class in the constructor. Your subclass must not be abstract.
// Never call new on this class, use the Instance attribute to get the instance instead.
RaelisDragonSpec()
{
m_Tamable = true;
m_MinTamingToHatch = 99.9; //originaly was 99.9
m_PercentFemaleChance = 0.00; // Made small to limit access to eggs. originaly was 0.02
m_GuardianEggOrDeedChance = .01;
m_AlwaysHappy = false;
m_ProducesYoung = false; // originaly was true
m_PregnancyTerm = 0.0; // originaly was 0.10
m_AbsoluteStatValues = false;
m_MaxEvoResistance = 100;
m_MaxTrainingStage = 7;// At what stage stop atack training dummy and leveling
m_CanAttackPlayers = false;
m_RandomHues = new int[] { 1157, 1175, 1172, 1170, 2703, 2473, 2643, 1156, 2704, 2734, 2669, 2621, 2859, 2716, 2791, 2927, 2974, 1161, 2717, 2652, 2821, 2818, 2730, 2670, 2678, 2630, 2641, 2644, 2592, 2543, 2526, 2338, 2339, 1793, 1980, 1983 };
m_Skills = new SkillName[7] { SkillName.Magery, SkillName.EvalInt, SkillName.Meditation, SkillName.MagicResist,
SkillName.Tactics, SkillName.Wrestling, SkillName.Anatomy };
m_MinSkillValues = new int[7] { 50, 50, 50, 15, 19, 19, 19 };
m_MaxSkillValues = new int[7] { 120, 120, 110, 110, 100, 100, 100 };
m_Stages = new BaseEvoStage[] { new RaelisDragonStageOne(), new RaelisDragonStageTwo(),
new RaelisDragonStageThree(), new RaelisDragonStageFour(),
new RaelisDragonStageFive(), new RaelisDragonStageSix(),
new RaelisDragonStageSeven() };
}
// This class implements a singleton pattern; meaning that no matter how many times the
// Instance attribute is used, there will only ever be one of these created in the entire system.
// Copy this template and give it a new name. Assign all of the data members of the EvoSpec
// base class in the constructor. Your subclass must not be abstract.
// Never call new on this class, use the Instance attribute to get the instance instead.
PhoenixSpec()
{
m_Tamable = true;
m_MinTamingToHatch = 100.9;
m_PercentFemaleChance = 0.02; // Made small to limit access to eggs.
m_GuardianEggOrDeedChance = .01;
m_AlwaysHappy = false;
m_ProducesYoung = true;
m_PregnancyTerm = 0.10;
m_AbsoluteStatValues = false;
m_MaxEvoResistance = 100;
m_MaxTrainingStage = 3;
m_CanAttackPlayers = false;
m_RandomHues = new int[] { 1157, 1175, 1172, 1170, 2703, 2473, 2643, 1156, 2704, 2734, 2669, 2621, 2859, 2716, 2791, 2927, 2974, 1161, 2717, 2652, 2821, 2818, 2730, 2670, 2678, 2630, 2641, 2644, 2592, 2543, 2526, 2338, 2339, 1793, 1980, 1983 };
m_Skills = new SkillName[7] {
SkillName.Veterinary, SkillName.AnimalLore, SkillName.MagicResist,
SkillName.Tactics, SkillName.Wrestling, SkillName.Anatomy, SkillName.Healing
};
m_MinSkillValues = new int[7] {
50, 50, 15, 19, 19, 19, 50
};
m_MaxSkillValues = new int[7] {
120, 110, 110, 100, 100, 100, 120
};
m_Stages = new BaseEvoStage[] { new PhoenixStageOne(), new PhoenixStageTwo(),
new PhoenixStageThree(), new PhoenixStageFour(),
new PhoenixStageFive(), new PhoenixStageSix(),
new PhoenixStageSeven() };
}
// This class implements a singleton pattern; meaning that no matter how many times the
// Instance attribute is used, there will only ever be one of these created in the entire system.
// Copy this template and give it a new name. Assign all of the data members of the EvoSpec
// base class in the constructor. Your subclass must not be abstract.
// Never call new on this class, use the Instance attribute to get the instance instead.
RaelisDragonSpec()
{
m_Tamable = true;
m_MinTamingToHatch = 99.9;
m_AlwaysHappy = true;
m_ProducesYoung = false;
m_PregnancyTerm = 0.10;
m_AbsoluteStatValues = false;
m_Skills = new SkillName[7] {
SkillName.Magery, SkillName.EvalInt, SkillName.Meditation, SkillName.MagicResist,
SkillName.Tactics, SkillName.Wrestling, SkillName.Anatomy
};
m_MinSkillValues = new int[7] {
50, 50, 50, 15, 19, 19, 19
};
m_MaxSkillValues = new int[7] {
100, 100, 100, 100, 120, 120, 100
};
m_Stages = new BaseEvoStage[] { new RaelisDragonStageOne(), new RaelisDragonStageTwo(),
new RaelisDragonStageThree(), new RaelisDragonStageFour(),
new RaelisDragonStageFive(), new RaelisDragonStageSix(),
new RaelisDragonStageSeven() };
}
// This class implements a singleton pattern; meaning that no matter how many times the
// Instance attribute is used, there will only ever be one of these created in the entire system.
// Copy this template and give it a new name. Assign all of the data members of the EvoSpec
// base class in the constructor. Your subclass must not be abstract.
// Never call new on this class, use the Instance attribute to get the instance instead.
HiryuEvoSpec()
{
m_Tamable = true;
m_MinTamingToHatch = 99.9;
m_AlwaysHappy = true;
m_ProducesYoung = false;
m_PregnancyTerm = 0.10;
m_AbsoluteStatValues = false;
m_Skills = new SkillName[4] { SkillName.MagicResist, SkillName.Tactics, SkillName.Wrestling, SkillName.Anatomy };
m_MinSkillValues = new int[4] { 50, 50, 50, 15, };
m_MaxSkillValues = new int[4] { 100, 110, 120, 110 };
m_Stages = new BaseEvoStage[] { new HiryuStageOne(), new HiryuStageTwo(), new HiryuStageThree(),
new HiryuStageFour(), new HiryuStageFive(), new HiryuStageSix() };
}
private int GetEvoHue(BaseEvoSpec spec, BaseEvoStage stage)
{
if (stage.Hue == 0)
{
return(Hue);
}
if (stage.Hue == Evo.Flags.kRandomHueFlag && spec.RandomHues != null && spec.RandomHues.Length > 0)
{
return(Utility.RandomList(spec.RandomHues));
}
if (stage.Hue == Evo.Flags.kUnHueFlag)
{
return(0);
}
return(stage.Hue);
}
// This class implements a singleton pattern; meaning that no matter how many times the
// Instance attribute is used, there will only ever be one of these created in the entire system.
// Copy this template and give it a new name. Assign all of the data members of the EvoSpec
// base class in the constructor. Your subclass must not be abstract.
// Never call new on this class, use the Instance attribute to get the instance instead.
RaelisDragonSpec()
{
m_Tamable = true;
m_MinTamingToHatch = 99.9;
m_AlwaysHappy = true;
m_ProducesYoung = false;
m_PregnancyTerm = 0.10;
m_AbsoluteStatValues = false;
m_Skills = new SkillName[7] { SkillName.Magery, SkillName.EvalInt, SkillName.Meditation, SkillName.MagicResist,
SkillName.Tactics, SkillName.Wrestling, SkillName.Anatomy };
m_MinSkillValues = new int[7] { 50, 50, 50, 15, 19, 19, 19 };
m_MaxSkillValues = new int[7] { 100, 100, 100, 100, 120, 120, 100 };
m_Stages = new BaseEvoStage[] { new RaelisDragonStageOne(), new RaelisDragonStageTwo(),
new RaelisDragonStageThree(), new RaelisDragonStageFour(),
new RaelisDragonStageFive(), new RaelisDragonStageSix(),
new RaelisDragonStageSeven() };
}
public override void Deserialize(GenericReader reader)
{
base.Deserialize(reader);
int version = reader.ReadInt();
switch (version)
{
case 0:
{
m_Ep = reader.ReadInt();
m_Stage = reader.ReadInt();
m_Pregnant = reader.ReadBool();
m_HasEgg = reader.ReadBool();
m_DeliveryDate = reader.ReadDateTime();
break;
}
}
BaseEvoSpec spec = GetEvoSpec();
if (null != spec && null != spec.Stages)
{
BaseEvoStage stage = spec.Stages[m_Stage];
if (null != stage)
{
m_FinalStage = spec.Stages.Length - 1;
m_ProducesYoung = spec.ProducesYoung;
m_InitialTerm = TimeSpan.FromDays(spec.PregnancyTerm);
m_EpMinDivisor = stage.EpMinDivisor;
m_EpMaxDivisor = stage.EpMaxDivisor;
m_DustMultiplier = stage.DustMultiplier;
m_NextEpThreshold = stage.NextEpThreshold;
//m_AlwaysHappy = spec.AlwaysHappy;
m_NextHappyTime = DateTime.Now;
}
}
Pregnant = m_Pregnant; // resets the timer if pregnant
}
public void LoadSpecValues()
{
BaseEvoSpec spec = GetEvoSpec();
if (null != spec && null != spec.Stages)
{
BaseEvoStage stage = spec.Stages[m_Stage];
if (null != stage)
{
m_FinalStage = spec.Stages.Length - 1;
m_ProducesYoung = spec.ProducesYoung;
m_InitialTerm = TimeSpan.FromDays(spec.PregnancyTerm);
m_EpMinDivisor = stage.EpMinDivisor;
m_EpMaxDivisor = stage.EpMaxDivisor;
m_DustMultiplier = stage.DustMultiplier;
m_NextEpThreshold = stage.NextEpThreshold;
m_AlwaysHappy = spec.AlwaysHappy;
m_NextHappyTime = DateTime.Now;
m_MaxTrainingStage = spec.MaxTrainingStage;
m_CanAttackPlayers = spec.CanAttackPlayers;
}
}
}
// This class implements a singleton pattern; meaning that no matter how many times the
// Instance attribute is used, there will only ever be one of these created in the entire system.
// Copy this template and give it a new name. Assign all of the data members of the EvoSpec
// base class in the constructor. Your subclass must not be abstract.
// Never call new on this class, use the Instance attribute to get the instance instead.
EvoSpiderSpec()
{
m_Tamable = true;
m_MinTamingToHatch = 99.9;
m_AlwaysHappy = true;
m_ProducesYoung = false;
m_PregnancyTerm = 0.10;
m_AbsoluteStatValues = false;
m_Skills = new SkillName[4] {
SkillName.MagicResist, SkillName.Tactics, SkillName.Wrestling, SkillName.Anatomy
};
m_MinSkillValues = new int[4] {
50, 50, 50, 15,
};
m_MaxSkillValues = new int[4] {
100, 110, 120, 110
};
m_Stages = new BaseEvoStage[] { new EvoSpiderStageOne(), new EvoSpiderStageTwo(), new EvoSpiderStageThree(),
new EvoSpiderStageFour(), new EvoSpiderStageFive(), new EvoSpiderStageSix() };
}
protected virtual void Evolve(bool hatching)
{
BaseEvoSpec spec = GetEvoSpec();
if (null != spec && null != spec.Stages)
{
BaseEvoStage stage = spec.Stages[++m_Stage];
if (null != stage)
{
int OldControlSlots = ControlSlots;
if (null != stage.Title)
{
Title = stage.Title;
}
if (0 != stage.BaseSoundID)
{
BaseSoundID = stage.BaseSoundID;
}
if (0 != stage.BodyValue)
{
Body = stage.BodyValue;
}
if (0 != stage.VirtualArmor)
{
VirtualArmor = stage.VirtualArmor;
}
if (0 != stage.ControlSlots)
{
ControlSlots = stage.ControlSlots;
}
if (0 != stage.MinTameSkill)
{
MinTameSkill = stage.MinTameSkill;
}
if (0 != stage.EpMinDivisor)
{
m_EpMinDivisor = stage.EpMinDivisor;
}
if (0 != stage.EpMaxDivisor)
{
m_EpMaxDivisor = stage.EpMaxDivisor;
}
if (0 != stage.DustMultiplier)
{
m_DustMultiplier = stage.DustMultiplier;
}
m_NextEpThreshold = stage.NextEpThreshold;
if (spec.AbsoluteStatValues)
{
SetStr(stage.StrMin, stage.StrMax);
SetDex(stage.DexMin, stage.DexMin);
SetInt(stage.IntMin, stage.IntMax);
SetHits(stage.HitsMin, stage.HitsMax);
SetDamage(stage.DamageMin, stage.DamageMax);
}
else
{
SetStr(RawStr + Utility.RandomMinMax(stage.StrMin, stage.StrMax));
SetDex(RawDex + Utility.RandomMinMax(stage.DexMin, stage.DexMin));
SetInt(RawInt + Utility.RandomMinMax(stage.IntMin, stage.IntMax));
SetHits(HitsMax + Utility.RandomMinMax(stage.HitsMin, stage.HitsMax));
SetDamage(DamageMin + stage.DamageMin, DamageMax + stage.DamageMax);
}
if (null != stage.DamagesTypes)
{
for (int i = 0; i < stage.DamagesTypes.Length; i++)
{
SetDamageType(stage.DamagesTypes[i], Utility.RandomMinMax(stage.MinDamages[i], stage.MaxDamages[i]));
}
}
if (null != stage.ResistanceTypes)
{
for (int i = 0; i < stage.ResistanceTypes.Length; i++)
{
SetResistance(stage.ResistanceTypes[i], Utility.RandomMinMax(stage.MinResistances[i], stage.MaxResistances[i]));
}
}
Hue = GetEvoHue(spec, stage);
if (null != ControlMaster && stage.ControlSlots > 0 && ControlSlots > 0)
{
ControlMaster.Followers += stage.ControlSlots - OldControlSlots;
}
if (!(hatching || this is IEvoGuardian))
{
PlaySound(665);
Emote("*" + Name + " " + stage.EvolutionMessage + "*");
}
Warmode = false;
}
}
}
private int GetEvoHue( BaseEvoSpec spec, BaseEvoStage stage )
{
if ( stage.Hue == 0 )
return Hue;
if ( stage.Hue == Evo.Flags.kRandomHueFlag && spec.RandomHues != null && spec.RandomHues.Length > 0 )
return Utility.RandomList( spec.RandomHues );
if ( stage.Hue == Evo.Flags.kUnHueFlag )
return 0;
return stage.Hue;
}