static void Main(string[] args)
{
_flowers = new List <Flower>();
Gene _g;
Flower _f;
dna = new List <Gene>();
_g = new Gene(typeof(FlowerColor), FlowerColor.Purple, FlowerColor.Purple);
dna.Add(_g);
_g = new Gene(typeof(FlowerPosition), FlowerPosition.Axil, FlowerPosition.Axil);
dna.Add(_g);
_g = new Gene(typeof(StemLength), StemLength.Long, StemLength.Long);
dna.Add(_g);
_g = new Gene(typeof(SeedShape), SeedShape.Round, SeedShape.Round);
dna.Add(_g);
_g = new Gene(typeof(PodShape), PodShape.Inflated, PodShape.Inflated);
dna.Add(_g);
_g = new Gene(typeof(SeedColor), SeedColor.Green, SeedColor.Green);
dna.Add(_g);
_g = new Gene(typeof(PodColor), PodColor.Green, PodColor.Green);
dna.Add(_g);
_f = new Flower(1, dna);
_flowers.Add(_f);
dna = new List <Gene>();
_g = new Gene(typeof(FlowerColor), FlowerColor.White, FlowerColor.White);
dna.Add(_g);
_g = new Gene(typeof(FlowerPosition), FlowerPosition.Terminal, FlowerPosition.Terminal);
dna.Add(_g);
_g = new Gene(typeof(StemLength), StemLength.Short, StemLength.Short);
dna.Add(_g);
_g = new Gene(typeof(SeedShape), SeedShape.Wrinkled, SeedShape.Wrinkled);
dna.Add(_g);
_g = new Gene(typeof(PodShape), PodShape.Constricted, PodShape.Constricted);
dna.Add(_g);
_g = new Gene(typeof(SeedColor), SeedColor.Yellow, SeedColor.Yellow);
dna.Add(_g);
_g = new Gene(typeof(PodColor), PodColor.Yellow, PodColor.Yellow);
dna.Add(_g);
_f = new Flower(2, dna);
_flowers.Add(_f);
_flowers.Add(new Flower(3, dnacontroller.CreateChild(_flowers[0], _flowers[1])));
_flowers[2].SetParents(_flowers[0], _flowers[1]);
#region Straight info
/*
* foreach (Flower f in _flowers)
* {
* Console.WriteLine("Flower {0}\n", f.ID);
*
* foreach (Gene g in f.DNA.Genes)
* {
* switch((Trait)Enum.Parse(typeof(Trait), g.Trait))
* {
* case Trait.FlowerColor:
* Console.WriteLine("Trait: {0}\n\tDominant: {1}\n\tRecessive: {2}\n",
* ((Trait)Enum.Parse(typeof(Trait), g.Trait)).GetAttribute<DescriptionAttribute>().Description,
* ((FlowerColor)Enum.Parse(typeof(FlowerColor), g.Dominant)).GetAttribute<DescriptionAttribute>().Description,
* ((FlowerColor)Enum.Parse(typeof(FlowerColor), g.Recessive)).GetAttribute<DescriptionAttribute>().Description
* );
* break;
* case Trait.SeedColor:
* case Trait.PodColor:
* Console.WriteLine("Trait: {0}\n\tDominant: {1}\n\tRecessive: {2}\n",
* ((Trait)Enum.Parse(typeof(Trait), g.Trait)).GetAttribute<DescriptionAttribute>().Description,
* ((PodAndSeedColor)Enum.Parse(typeof(PodAndSeedColor), g.Dominant)).GetAttribute<DescriptionAttribute>().Description,
* ((PodAndSeedColor)Enum.Parse(typeof(PodAndSeedColor), g.Recessive)).GetAttribute<DescriptionAttribute>().Description
* );
* break;
* case Trait.SeedShape:
* Console.WriteLine("Trait: {0}\n\tDominant: {1}\n\tRecessive: {2}\n",
* ((Trait)Enum.Parse(typeof(Trait), g.Trait)).GetAttribute<DescriptionAttribute>().Description,
* ((SeedShape)Enum.Parse(typeof(SeedShape), g.Dominant)).GetAttribute<DescriptionAttribute>().Description,
* ((SeedShape)Enum.Parse(typeof(SeedShape), g.Recessive)).GetAttribute<DescriptionAttribute>().Description
* );
* break;
* case Trait.PodShape:
* Console.WriteLine("Trait: {0}\n\tDominant: {1}\n\tRecessive: {2}\n",
* ((Trait)Enum.Parse(typeof(Trait), g.Trait)).GetAttribute<DescriptionAttribute>().Description,
* ((PodShape)Enum.Parse(typeof(PodShape), g.Dominant)).GetAttribute<DescriptionAttribute>().Description,
* ((PodShape)Enum.Parse(typeof(PodShape), g.Recessive)).GetAttribute<DescriptionAttribute>().Description
* );
* break;
* case Trait.StemLength:
* Console.WriteLine("Trait: {0}\n\tDominant: {1}\n\tRecessive: {2}\n",
* ((Trait)Enum.Parse(typeof(Trait), g.Trait)).GetAttribute<DescriptionAttribute>().Description,
* ((Length)Enum.Parse(typeof(Length), g.Dominant)).GetAttribute<DescriptionAttribute>().Description,
* ((Length)Enum.Parse(typeof(Length), g.Recessive)).GetAttribute<DescriptionAttribute>().Description
* );
* break;
* case Trait.FlowerPosition:
* Console.WriteLine("Trait: {0}\n\tDominant: {1}\n\tRecessive: {2}\n",
* ((Trait)Enum.Parse(typeof(Trait), g.Trait)).GetAttribute<DescriptionAttribute>().Description,
* ((Position)Enum.Parse(typeof(Position), g.Dominant)).GetAttribute<DescriptionAttribute>().Description,
* ((Position)Enum.Parse(typeof(Position), g.Recessive)).GetAttribute<DescriptionAttribute>().Description
* );
* break;
* }
* }
* }*/
#endregion
#region Table info
Console.WriteLine(String.Format("\n|{0,5}\t\t|{1,5}\t|{2,5}\t|{3,5}\n", "Trait", "Flower 1", "Flower 2", "Flower Child"));
List <Gene> father = _flowers[0].Genes;
List <Gene> mother = _flowers[1].Genes;
List <Gene> child = _flowers[2].Genes;
for (int x = 0; x < Enum.GetValues(typeof(Trait)).Length; x++)
{
Trait t = ((Trait)Enum.GetValues(typeof(Trait)).GetValue(x));
if (t != Trait.FlowerPosition)
{
if (father[x].Dominant.ToString().Length <= 6)
{
Console.WriteLine(String.Format("|{0,5}\t|{1,5}\t\t|{2,5}\t\t|{3,5}", Enums.GetAttribute <DescriptionAttribute>(t).Description, _flowers[0].Genes[x].Dominant, _flowers[1].Genes[x].Dominant, _flowers[2].Genes[x].Dominant));
}
else
{
Console.WriteLine(String.Format("|{0,5}\t|{1,5}\t|{2,5}\t\t|{3,5}", Enums.GetAttribute <DescriptionAttribute>(t).Description, _flowers[0].Genes[x].Dominant, _flowers[1].Genes[x].Dominant, _flowers[2].Genes[x].Dominant));
}
if (father[x].Dominant.ToString().Length <= 6)
{
Console.WriteLine(String.Format("|{0,5}\t|{1,5}\t\t|{2,5}\t\t|{3,5}", Enums.GetAttribute <DescriptionAttribute>(t).Description, _flowers[0].Genes[x].Recessive, _flowers[1].Genes[x].Recessive, _flowers[2].Genes[x].Recessive));
}
else
{
Console.WriteLine(String.Format("|{0,5}\t|{1,5}\t|{2,5}\t\t|{3,5}", Enums.GetAttribute <DescriptionAttribute>(t).Description, _flowers[0].Genes[x].Recessive, _flowers[1].Genes[x].Recessive, _flowers[2].Genes[x].Recessive));
}
}
else
{
if (father[x].Dominant.ToString().Length <= 6)
{
Console.WriteLine(String.Format("|{0,5}|{1,5}\t\t|{2,5}\t\t|{3,5}", Enums.GetAttribute <DescriptionAttribute>(t).Description, _flowers[0].Genes[x].Dominant, _flowers[1].Genes[x].Dominant, _flowers[2].Genes[x].Dominant));
}
else
{
Console.WriteLine(String.Format("|{0,5}|{1,5}\t|{2,5}\t\t|{3,5}", Enums.GetAttribute <DescriptionAttribute>(t).Description, _flowers[0].Genes[x].Dominant, _flowers[1].Genes[x].Dominant, _flowers[2].Genes[x].Dominant));
}
if (father[x].Dominant.ToString().Length <= 6)
{
Console.WriteLine(String.Format("|{0,5}|{1,5}\t\t|{2,5}\t\t|{3,5}", Enums.GetAttribute <DescriptionAttribute>(t).Description, _flowers[0].Genes[x].Recessive, _flowers[1].Genes[x].Recessive, _flowers[2].Genes[x].Recessive));
}
else
{
Console.WriteLine(String.Format("|{0,5}|{1,5}\t|{2,5}\t\t|{3,5}", Enums.GetAttribute <DescriptionAttribute>(t).Description, _flowers[0].Genes[x].Recessive, _flowers[1].Genes[x].Recessive, _flowers[2].Genes[x].Recessive));
}
}
}
#endregion
Console.WriteLine("Press enter key to continue . . .");
Console.ReadLine();
}
static void Main(string[] args)
{
animals = new List <Animal>();
Gene _g;
Animal _a;
Races _r;
_r = Races.Human;
dna = new GenePool();
switch (_r)
{
case Races.Human:
_g = new Gene(typeof(HairColor), HairColor.Blonde, HairColor.Blonde);
dna.Add(_g);
_g = new Gene(typeof(SkinColor), SkinColor.Caucasian, SkinColor.Caucasian);
dna.Add(_g);
_g = new Gene(typeof(EyeColor), EyeColor.Green, EyeColor.Green);
dna.Add(_g);
break;
case Races.Dog:
/*_g = new Gene(typeof(Enums.Dog.HairColor), Enums.Dog.HairColor.Blonde.ToString(), Enums.Dog.HairColor.Blonde.ToString());
* dna.Add(_g);
* _g = new Gene(typeof(Enums.Dog.SkinColor), Enums.Dog.SkinColor.Axil.ToString(), Enums.Dog.SkinColor.Axil.ToString());
* dna.Add(_g);
* _g = new Gene(typeof(Enums.Dog.EyeColor), Enums.Dog.EyeColor.Axil.ToString(), Enums.Dog.EyeColor.Axil.ToString());
* dna.Add(_g);*/
break;
}
_a = new Animal(1, _r, dna);
animals.Add(_a);
dna = new GenePool();
switch (_r)
{
case Races.Human:
_g = new Gene(typeof(HairColor), HairColor.Black, HairColor.Black);
dna.Add(_g);
_g = new Gene(typeof(SkinColor), SkinColor.Asian, SkinColor.Asian);
dna.Add(_g);
_g = new Gene(typeof(EyeColor), EyeColor.Brown, EyeColor.Brown);
dna.Add(_g);
break;
case Races.Dog:
/*_g = new Gene(typeof(Enums.Dog.HairColor), Enums.Dog.HairColor.Brunette, Enums.Dog.HairColor.Brunette);
* dna.Add(_g);
* _g = new Gene(typeof(Enums.Dog.SkinColor), Enums.Dog.SkinColor.Terminal.ToString(), Enums.Dog.SkinColor.Terminal.ToString());
* dna.Add(_g);
* _g = new Gene(typeof(Enums.Dog.EyeColor), Enums.Dog.EyeColor.Terminal.ToString(), Enums.Dog.EyeColor.Terminal.ToString());
* dna.Add(_g);*/
break;
}
_a = new Animal(2, _r, dna);
animals.Add(_a);
animals.Add(new Animal(3, animals[0].Race, animals[0], animals[1]));
#region Table info
GenePool father = animals[0].GetGenes;
GenePool mother = animals[1].GetGenes;
GenePool child = animals[2].GetGenes;
Console.WriteLine(String.Format("\n|{0,5}\t\t|{1,5}\t|{2,5}\t|{3,5}\n", "Trait", animals[0].Race.ToString() + " 1", animals[1].Race.ToString() + " 2", animals[2].Race.ToString() + " Child"));
foreach (Type trait in Trait.AllTraits)
{
bool raceFound = false;
foreach (RaceAttribute r in Enums.GetAttributes <RaceAttribute>(trait))
{
if (r.Race.Equals(animals[0].Race))
{
raceFound = true;
break;
}
}
if (raceFound)
{
Gene gf = father.FindByTrait(trait);
Gene gm = mother.FindByTrait(trait);
Gene gc = child.FindByTrait(trait);
string traitAsString = Enums.GetAttribute <DescriptionAttribute>(trait).Description;
if (gf.Dominant.ToString().Length <= 6)
{
Console.WriteLine(String.Format("|{0,5}\t|{1,5}\t\t|{2,5}\t\t|{3,5}", traitAsString, gf.Dominant.ToString(), gm.Dominant.ToString(), gc.Dominant.ToString()));
}
else
{
Console.WriteLine(String.Format("|{0,5}\t|{1,5}\t|{2,5}\t\t|{3,5}", traitAsString, gf.Dominant.ToString(), gm.Dominant.ToString(), gc.Dominant.ToString()));
}
if (gf.Dominant.ToString().Length <= 6)
{
Console.WriteLine(String.Format("|{0,5}\t|{1,5}\t\t|{2,5}\t\t|{3,5}", traitAsString, gf.Recessive.ToString(), gm.Recessive.ToString(), gc.Recessive.ToString()));
}
else
{
Console.WriteLine(String.Format("|{0,5}\t|{1,5}\t|{2,5}\t\t|{3,5}", traitAsString, gf.Recessive.ToString(), gm.Recessive.ToString(), gc.Recessive.ToString()));
}
}
}
#endregion
Console.WriteLine("Press enter key to continue . . .");
Console.ReadLine();
}
