public bool Consume(ref Strain parentStrain, ref Block currentBlock, ref CodingGene gene)
{
if (string.IsNullOrEmpty(gene.ConsumeChemicalName))
{
return(true);
}
string ConsumeChemicalName = gene.ConsumeChemicalName.Clone() as string;
// 若消耗物质不存在，gene罢工
var chemicalToConsume = (gene.IsConsumePublic ? currentBlock.PublicChemicals : parentStrain.PrivateChemicals).Find(chem => { return(chem.Name == ConsumeChemicalName); });
if (chemicalToConsume == null)
{
if (gene.ConsumeChemicalName == "")
{
return(true); // 不消耗
}
return(false); // 根本不存在该物质，不工作
}
int count = (int)GetConsumeLinearDelta(ref parentStrain, ref gene);
if (chemicalToConsume.Count >= count)
{
chemicalToConsume.Count -= count;
}
else
{
return(false);
}
return(true);
}
public bool StrainSpread(ref Strain parentStrain, ref Block currentBlock, ref CodingGene gene)
{
var SpreadConditionRate = gene.SpreadConditionRate;
// ----- 细菌扩散 -----
// 是否满足扩散条件
// 避免人口为0时的幽灵扩散
if (parentStrain.Population == 0 || gene.FirstSpreadMountRate.Equals(0))
{
return(true);
}
if (parentStrain.Population >= currentBlock.Capacity * SpreadConditionRate)
{
string strainName = parentStrain.Name.Clone() as string;
// 为周围的格子添加该细菌
foreach (var neighborBlock in currentBlock.NeighborBlocks)
{
// 只要隔壁有存在相同的strain，就不传递
if (neighborBlock.Strains.Exists(m => { return(m.Name == strainName); }))
{
continue;
}
var cloneStrain = ( Strain )parentStrain.Clone();
// 设定初始人口数
cloneStrain.Population = ( int )(parentStrain.Population * gene.FirstSpreadMountRate);
neighborBlock.Strains.Add(cloneStrain);
}
}
return(true);
// ----- 细菌扩散 -----
}
public bool ProductChemical(ref Strain parentStrain, ref Block currentBlock, ref CodingGene gene)
{
if (string.IsNullOrEmpty(gene.ProductionChemicalName))
{
return(true);
}
var ProductionChemicalName = gene.ProductionChemicalName;
var productionChemical = Local.FindChemicalByName(ProductionChemicalName);
// ----- 对化学物质产生影响 -----
// 查找是否存在这个物质
var productChem = currentBlock.PublicChemicals.Find(che => { return(che.Name == ProductionChemicalName); });
if (productChem == null)
{
productChem = new Chemical {
Name = ProductionChemicalName,
Count = 0,
SpreadRate = productionChemical.SpreadRate
};
// 向block物质集中添加改变的chemical
currentBlock.PublicChemicals.Add(productChem);
}
productChem.Count += ( int )GetProductionChemicalDelta(ref parentStrain, ref gene);
// ----- 对化学 物质产生影响 -----
return(true);
}
/// <summary>
/// 分解的量的公式需要再修改
/// </summary>
/// <param name="parentStrain"></param>
/// <param name="currentBlock"></param>
/// <param name="gene"></param>
/// <returns></returns>
public bool Decomposite(ref Strain parentStrain, ref Block currentBlock, ref CodingGene gene)
{
if (string.IsNullOrEmpty(gene.DecompositionChemicalName))
{
return(true);
}
string DeposChemicalName = gene.DecompositionChemicalName.Clone() as string;
// 若分解物质不存在，gene罢工
var decompositeChemical = currentBlock.PublicChemicals.Find(chem => { return(chem.Name == DeposChemicalName); });
var chemicalToDecomposite = (gene.IsDecompositionPublic ? currentBlock.PublicChemicals : parentStrain.PrivateChemicals).Find(chem => { return(chem.Name == DeposChemicalName); });
if (chemicalToDecomposite == null)
{
return(false); // 根本不存在该物质，不工作
}
else
{
if (chemicalToDecomposite.Count >= gene.DecompositionChemicalCount)
{
chemicalToDecomposite.Count -= gene.DecompositionChemicalCount;
}
else
{
return(false); // 需要消耗的量不足，不工作
}
}
return(true);
}
/// <summary>
/// 游戏核心函数
/// </summary>
/// <param name="parentStrain">该基因的父细菌</param>
/// <param name="currentBlock">父细菌所在的block</param>
public void Effect(ref Strain parentStrain, ref Block currentBlock, ref CodingGene gene)
{
foreach (var eve in EffectEvents)
{
if (!eve(ref parentStrain, ref currentBlock, ref gene))
{
//Debug.Log("Stop at" + EffectEvents.FindIndex( m => m == eve ) + "\n Name: " + eve.Method.Name );
return;
}
}
}
/// <summary>
/// 游戏性问题 #22
/// https://github.com/bennycui99/Cellwar.Game/issues/22
/// </summary>
public static void TestDeathGeneImportChemical_Usable()
{
CodingGene g = new CodingGene
{
Name = "g",
ImportChemicalName = "c",
ImportChemicalIntercept = 1,
ImportChemicalCoeffeicient = 0.01f,
};
Chemical c = new Chemical
{
Name = "c",
Count = 10
};
Strain s = new Strain();
s.PrivateChemicals.Add(ObjectHelper.Clone(c));
Block b = new Block();
GameData.Local.AllChemicals = new List <Chemical>();
GameData.Local.AllChemicals.Add(ObjectHelper.Clone(c));
c.Count = 100;
b.PublicChemicals.Add(ObjectHelper.Clone(c));
CodingGeneController ctor = new CodingGeneController();
ctor.ImportChemical(ref s, ref b, ref g);
//
Debug.Log(b.PublicChemicals.Find(cc => cc.Name == "c").Count);
Debug.Log(s.PrivateChemicals.Find(cc => cc.Name == "c").Count);
Debug.Assert(b.PublicChemicals.Find(cc => cc.Name == "c").Count < 100);
//
s.PrivateChemicals.Clear();
ctor.ImportChemical(ref s, ref b, ref g);
Debug.Log(b.PublicChemicals.Find(cc => cc.Name == "c").Count);
Debug.Log(s.PrivateChemicals.Find(cc => cc.Name == "c").Count);
Debug.Assert(b.PublicChemicals.Find(cc => cc.Name == "c").Count < 100);
GameData.Local.AllChemicals = null;
}
/// <summary>
/// 游戏性问题 #22
/// https://github.com/bennycui99/Cellwar.Game/issues/22
/// </summary>
public static void TestPrivateChemical_Usable()
{
CodingGene g = new CodingGene
{
Name = "g",
ConsumeChemicalName = "c",
ConsumeChemicalIntercept = 1,
ConsumeChemicalCoeffeicient = 0.1f,
IsConsumePublic = false
};
Chemical c = new Chemical
{
Name = "c",
Count = 100
};
Strain s = new Strain();
s.PrivateChemicals.Add(c);
Block b = new Block();
CodingGeneController ctor = new CodingGeneController();
ctor.Consume(ref s, ref b, ref g);
Debug.Log(s.PrivateChemicals.Find(ss => ss.Name == "c").Count);
Debug.Assert(s.PrivateChemicals.Find(ss => ss.Name == "c").Count < 100);
ctor.Consume(ref s, ref b, ref g);
Debug.Log(s.PrivateChemicals.Find(ss => ss.Name == "c").Count);
Debug.Assert(s.PrivateChemicals.Find(ss => ss.Name == "c").Count < 100);
Debug.Log(s.PrivateChemicals.Find(ss => ss.Name == "c").Count);
ctor.Consume(ref s, ref b, ref g);
Debug.Assert(s.PrivateChemicals.Find(ss => ss.Name == "c").Count < 100);
Debug.Log(s.PrivateChemicals.Find(ss => ss.Name == "c").Count);
ctor.Consume(ref s, ref b, ref g);
Debug.Assert(s.PrivateChemicals.Find(ss => ss.Name == "c").Count < 100);
}
public bool ImportChemical(ref Strain parentStrain, ref Block currentBlock, ref CodingGene gene)
{
if (string.IsNullOrEmpty(gene.ImportChemicalName))
{
return(true);
}
var ImportChemicalName = gene.ImportChemicalName;
// --- 添加私有化学库的量 ---
// 先寻找block内是否存在该种化学物质
var importChemical = Local.FindChemicalByName(ImportChemicalName);
var publicChemical = currentBlock.PublicChemicals.Find(chem => { return(chem.Name == ImportChemicalName); });
if (publicChemical != null)
{
var privateChemical = parentStrain.PrivateChemicals.Find(chem => { return(chem.Name == publicChemical.Name); });
if (privateChemical == null)
{
parentStrain.PrivateChemicals.Add(privateChemical = new Chemical {
Count = 0,
Name = ImportChemicalName,
SpreadRate = importChemical.SpreadRate
}); // 如果没有，先添加
}
var importCount = ( int )GetImportChemicalDelta(ref parentStrain, ref gene);
// 只要还能导入
if (publicChemical.Count >= importCount)
{
privateChemical.Count += importCount;
publicChemical.Count -= importCount;
//Debug.Log("imported by " + gene.Name);
//Debug.Log("privateChemical " + privateChemical.Count );
//Debug.Log("publicChemical " + publicChemical.Count );
}
}
return(true);
// ----- 对父strain产生影响 -----
}
private float GetConsumeLinearDelta(ref Strain parentStrain, ref CodingGene gene) => (parentStrain.Population * gene.ConsumeChemicalCoeffeicient) + gene.ConsumeChemicalIntercept;
private float GetImportChemicalDelta(ref Strain parentStrain, ref CodingGene gene) => (parentStrain.Population * gene.ImportChemicalCoeffeicient) + gene.ImportChemicalIntercept;
/// <summary> /// 人口*系数 的值影响物质改变量的大小 /// 7.18 改动? /// </summary> /// <param name="parentStrain"></param> /// <returns></returns> private float GetPopulationDelta(ref Strain parentStrain, ref CodingGene gene) => (parentStrain.Population * gene.PopulationCoefficient) + gene.PopulationIntercept;
public bool ModifyPopulation(ref Strain parentStrain, ref Block currentBlock, ref CodingGene gene)
{
var delta = ( int )GetPopulationDelta(ref parentStrain, ref gene);
if (delta == 0)
{
return(false);
}
if (currentBlock.IsPopulationBeingFull(delta) && !currentBlock.IsPopulationFull()) // 最后一次人口增加，即将变满
{
parentStrain.Population += currentBlock.Capacity - currentBlock.TotalPopulation;
}
else if (currentBlock.IsPopulationFull() && delta > 0) // 人口已满，无法增加，且任然增加人口
{
return(false);
}
else
{
parentStrain.Population += delta;
}
return(true);
}
