private StatsUShort[] IntMethod(StatsUShort AD, StatsUShort BD, StatsUShort AR, StatsUShort BR)
{
StatsUShort[] output = new StatsUShort[2];
//float recadv = AR.
int traitD = (AR.Used + BR.Used) / 2;
int traitR = (AR.Used + BR.Used) / 2;
if ((traitD > 0.2) && (traitR > traitD))
{
output[0].Maximum = (ushort)((AR.Maximum + BR.Maximum) / 2);
output[0].Used = 0;
output[1].Maximum = (ushort)((AD.Maximum + BD.Maximum) / 2);
output[1].Used = (AD.Used + BD.Used) / 2;
}
else
{
output[0].Maximum = (ushort)((AD.Maximum + BD.Maximum) / 2);
output[0].Used = 0;
output[1].Maximum = (ushort)((AR.Maximum + BR.Maximum) / 2);
output[1].Used = (AR.Used + BR.Used) / 2;
}
InitialValues(ref output);
return output;
}
/// <summary>
/// Generates a creature based on seed value.
/// </summary>
/// <param name="Seed">Seed value.</param>
public Creature(int Seed, Texture2D texture, Vector2 position2D, float moveSpeed, int frameWidth, int frameHeight, int millisecondsBetweenFrame)
: base(texture, position2D, moveSpeed, frameWidth, frameWidth, millisecondsBetweenFrame)
{
_seed = Seed;
int[] Points = new int[2];
int[] BDMax = new int[2];
int[] TUMax = new int[2];
ushort[,] Stats = new ushort[2, 7];
ushort[,] BD = new ushort[2, 7];
StatsBool[,] Toggles = new StatsBool[2, 5];
Random rand = new Random(Seed);
for (int y = 0; y < 2; y++)
{
Points[y] = 800;
BDMax[y] = 32;
TUMax[y] = 32;
//stats
for (int i = 0; i < 7; i++)
{
Stats[y, i] = (ushort)rand.Next(Points[y] / (7 - (i)));
Points[y] -= Stats[y, i];
BD[y, i] = (ushort)rand.Next(BDMax[y] / (7 - (i)));
BDMax[y] -= BD[y, i];
}
//left over points get allocated
int looper = 0;
while (Points[y] != 0)
{
int value = (ushort)rand.Next(1, Points[y]);
Stats[y, looper] += (ushort)value;
Points[y] -= value;
looper = (looper + 1) % 7;
}
while (BDMax[y] != 0)
{
int value = (ushort)rand.Next(1, BDMax[y]);
BD[y, looper] += (ushort)value;
BDMax[y] -= value;
looper = (looper + 1) % 7;
}
for (int i = 0; i < 5; i++)
{
Toggles[y, i].Active = rand.Next(0, 2) == 0;
Toggles[y, i].Used = (ushort)rand.Next(TUMax[y] / (5 - (i)));
TUMax[y] -= BD[y, i];
}
while (TUMax[y] != 0)
{
looper = (looper + 1) % 5;
int value = (ushort)rand.Next(1, TUMax[y]);
Toggles[y, looper].Used += value;
TUMax[y] -= value;
}
}
StatsUShort[] Health = new StatsUShort[2];
Health[0].Maximum = Stats[0, 0];
Health[0].Used = BD[0, 0];
Health[1].Maximum = Stats[1, 0];
Health[1].Used = BD[1, 0];
InitialValues(ref Health);
StatsUShort[] Weight = new StatsUShort[2];
Weight[0].Maximum = Stats[0, 1];
Weight[0].Used = BD[0, 1];
Weight[1].Maximum = Stats[1, 1];
Weight[1].Used = BD[1, 1];
InitialValues(ref Weight);
StatsUShort[] Size = new StatsUShort[2];
Size[0].Maximum = Stats[0, 2];
Size[0].Used = BD[0, 2];
Size[1].Maximum = Stats[1, 2];
Size[1].Used = BD[1, 2];
InitialValues(ref Size);
StatsUShort[] Strength = new StatsUShort[2];
Strength[0].Maximum = Stats[0, 3];
Strength[0].Used = BD[0, 3];
Strength[1].Maximum = Stats[1, 3];
Strength[1].Used = BD[1, 3];
InitialValues(ref Strength);
StatsUShort[] Dexterity = new StatsUShort[2];
Dexterity[0].Maximum = Stats[0, 4];
Dexterity[0].Used = BD[0, 4];
Dexterity[1].Maximum = Stats[1, 4];
Dexterity[1].Used = BD[1, 4];
InitialValues(ref Dexterity);
StatsUShort[] Endurance = new StatsUShort[2];
Endurance[0].Maximum = Stats[0, 5];
Endurance[0].Used = BD[0, 5];
Endurance[1].Maximum = Stats[1, 5];
Endurance[1].Used = BD[1, 5];
InitialValues(ref Endurance);
StatsUShort[] Speed = new StatsUShort[2];
Speed[0].Maximum = Stats[0, 6];
Speed[0].Used = BD[0, 6];
Speed[1].Maximum = Stats[1, 6];
Speed[1].Used = BD[1, 6];
InitialValues(ref Speed);
Dominant.Health = Health[0];
Recessive.Health = Health[1];
Dominant.Weight = Weight[0];
Recessive.Weight = Weight[1];
Dominant.Size = Size[0];
Recessive.Size = Size[1];
Dominant.Strength = Strength[0];
Recessive.Strength = Strength[1];
Dominant.Dexterity = Dexterity[0];
Recessive.Dexterity = Dexterity[1];
Dominant.Endurance = Endurance[0];
Recessive.Endurance = Endurance[1];
Dominant.Speed = Speed[0];
Recessive.Speed = Speed[1];
Dominant.Head = Toggles[0, 0];
Recessive.Head = Toggles[1, 0];
Dominant.Legs = Toggles[0, 1];
Recessive.Legs = Toggles[1, 1];
Dominant.Arms = Toggles[0, 2];
Recessive.Arms = Toggles[1, 2];
Dominant.Wings = Toggles[0, 3];
Recessive.Wings = Toggles[1, 3];
Dominant.Claws = Toggles[0, 4];
Recessive.Claws = Toggles[1, 4];
this.Health = this.Dominant.Health.Level;
//Not Yet Implimented
Dominant.SpinalColumns.Maximum = 8;
Dominant.TailColumns.Maximum = 4;
avTacks = new AttackTypes(Dominant);
CreateModel();
}
/// <summary>
/// Set initial values/levels
/// </summary>
/// <param name="input">array size should be 2 for dominant and recessive</param>
protected void InitialValues(ref StatsUShort[] input)
{
int value = (800 / 7);//Total Points avalible divided by amount of statistics
if (input[0].Maximum <= value)
input[0].Level = (ushort)(input[0].Maximum * 0.80);
else
input[0].Level = (ushort)(input[0].Maximum * 0.70);
if (input[1].Maximum <= value)
input[1].Level = (ushort)(input[1].Maximum * 0.80);
else
input[1].Level = (ushort)(input[1].Maximum * 0.70);
}