public static List <RegulatoryGene> LoadAllRegulartoryGenes()
{
var allRegulatoryGeneJson = CellWar.Utils.JsonHelper.Json2Object_NT <List <RegulartoryGeneJsonModel> >(GetGameDataPath("reg_gene.json"));
List <RegulatoryGene> regulatoryGenes = new List <RegulatoryGene>();
foreach (var geneJson in allRegulatoryGeneJson)
{
RegulatoryGene gene = new RegulatoryGene();
gene.Type = geneJson.Type;
gene.Name = geneJson.Name;
gene.Description = geneJson.Description;
gene.Length = geneJson.Length;
foreach (var cc in geneJson.Condition)
{
var ch = ObjectHelper.Clone(FindChemicalByName(cc.Chemical));
if (ch != null)
{
ch.Count = cc.Count;
gene.Conditions.Add(ch);
}
}
regulatoryGenes.Add(gene);
}
AllRegulartoryGenes = regulatoryGenes;
return(regulatoryGenes);
}
public static void TestRegGeneCondition_PA()
{
var condition = new List <Chemical>
{
new Chemical
{
Name = "1", Count = 10
},
new Chemical
{
Name = "2", Count = 200
},
new Chemical
{
Name = "3", Count = -200
}
};
RegulatoryGene reg = new RegulatoryGene
{
Conditions = ObjectHelper.CloneList2(condition),
Type = "PA"
};
Debug.Assert(true == ctor.IsTriggered(condition, reg));
Debug.Assert(!triggered("1", 190, reg));
Debug.Assert(!triggered("2", 190, reg));
Debug.Assert(!triggered("3", 190, reg));
}
public static List <RegulatoryGene> LoadAllRegulartoryGenes()
{
try
{
var allRegulatoryGeneJson = JsonHelper.Json2Object_NT <List <RegulartoryGeneJsonModel> >(GetGameDataPath("reg_gene.json"));
List <RegulatoryGene> regulatoryGenes = new List <RegulatoryGene>();
foreach (var geneJson in allRegulatoryGeneJson)
{
RegulatoryGene gene = new RegulatoryGene();
gene.Type = geneJson.Type;
gene.Name = geneJson.Name;
gene.Description = geneJson.Description;
gene.Length = geneJson.Length;
gene.IsInternal = geneJson.IsInternal;
gene.Conditions = SemanticObjectController.GenerateText2ChemicalsWithCountInfo(geneJson.ChemicalConditions);
regulatoryGenes.Add(gene);
}
AllRegulartoryGenes = regulatoryGenes;
return(regulatoryGenes);
}
catch (Exception ex)
{
throw ex;
}
}
// no 只要一个成立就不工作
public static void TestRegGeneCondition_NO()
{
RegulatoryGene reg = new RegulatoryGene
{
Conditions = new List <Chemical>
{
new Chemical
{
Name = "1", Count = 10
},
new Chemical
{
Name = "2", Count = 200
},
new Chemical
{
Name = "3", Count = -200
}
},
Type = "NO"
};
Debug.Assert(false == triggered("1", 10, reg));
Debug.Assert(true == triggered("1", 5, reg));
Debug.Assert(false == triggered("2", 210, reg));
Debug.Assert(true == triggered("2", 190, reg));
Debug.Assert(true == triggered("3", 1190, reg));
Debug.Assert(false == triggered("3", 190, reg));
Debug.Assert(true == triggered("4", 190, reg));
Debug.Assert(true == triggered("5", 190, reg));
}
static bool triggered(string name, int count, RegulatoryGene reg)
{
return(ctor.IsTriggered(new List <Chemical>
{
new Chemical
{
Name = name, Count = count
}
}, reg));
}
/// <summary>
/// 加载所有的race
/// geneNameList的规范为 r1;c1;c2;r2;c3;r3;c4
/// reg后的cod会被自动归类到该r的支配基因中，读到下一个reg时停止
/// r1;c1;c2;r2;c3;r3;c4
/// 将会转化为
/// r1 - c1
/// c2
///
/// r2 - c3
///
/// r3 - c4
/// </summary>
/// <returns></returns>
public static List <Race> LoadAllRaces()
{
var allRaceJson = CellWar.Utils.JsonHelper.Json2Object_NT <List <RaceJsonModel> >(GetGameDataPath("race.json"));
AllRaces = new List <Race>();
foreach (var raceJson in allRaceJson)
{
if (raceJson.CodingGeneNames == "")
{
continue;
}
var geneNameList = raceJson.CodingGeneNames.Split(';');
List <RegulatoryGene> regulatoryGenes = new List <RegulatoryGene>();
RegulatoryGene previousReg = null;
foreach (var geneName in geneNameList)
{
var regGene = AllRegulartoryGenes.Find(m => m.Name == geneName);
// 首个名字必须为 reg gene
if (regGene == null && previousReg == null)
{
throw new InvalidOperationException("Invalid GeneNames. you should input a reg gene at first of the string list"
+ "\n current gene name:" + geneName);
}
else if (regGene == null && previousReg != null)
{
// 继续增加该reg下的支配cod
var codGene = AllCodingGenes.Find(m => m.Name == geneName);
if (codGene != null)
{
previousReg.DominatedGenes.Add(codGene);
}
else
{
throw new InvalidOperationException("No gene named: " + geneName + "\n you should call LoadAllRaces() after LoadAllCodingGenes");
}
}
else if (regGene != null)
{
// 开始添加下一个reg
previousReg = ObjectHelper.Clone(regGene, regGene.GetType());
regulatoryGenes.Add(previousReg);
}
}
AllRaces.Add(new Race {
Name = raceJson.Name,
MaxLength = raceJson.MaxLength,
RegulatoryGenes = regulatoryGenes
});
}
return(AllRaces);
}
public void SwitchCodingGeneList( RegulatoryGene currentReg ) {
var reg = currentReg;
LabCurrent.RegulatoryGene = reg;
string str = reg.Name + "'s Coding Gene(s)";
UIHelper.ChangeText( GameObject.Find( "UI_CurrentReg" ), str );
UIHelper.SwitchOffAllToggle( "UI_CodList" );
// 显示所有的cod勾选状态
foreach( var cod in reg.DominatedGenes ) {
UIHelper.SwitchToggle( cod.Name, true );
}
}
/// <summary>
/// 判断格子中的chemicals是否是conditions的父集，且满足一定条件：格子中chemical的Count不小于condition中的Count
/// </summary>
/// <param name="chemicalsInBlock"></param>
/// <returns></returns>
public bool IsTriggered(List <Model.Substance.Chemical> chemicalsInBlock, RegulatoryGene reg)
{
switch (reg.Type)
{
case "PA": return(isMeetAllCondition(chemicalsInBlock, reg));
case "NA": return(!isMeetAllCondition(chemicalsInBlock, reg));
case "PO": return(isMeetAtLeastOneCondition(chemicalsInBlock, reg));
case "NO": return(!isMeetAtLeastOneCondition(chemicalsInBlock, reg));
case "TRUE": return(true);
case "FALSE": return(false);
default: return(default);
}
}
/// <summary>
/// 将reg-cod规范的字符串转化为reg list对象
/// geneNameList的规范为 r1;c1;c2;r2;c3;r3;c4
/// reg后的cod会被自动归类到该r的支配基因中，读到下一个reg时停止
/// r1;c1;c2;r2;c3;r3;c4
/// 将会转化为
/// r1 - c1
/// c2
///
/// r2 - c3
///
/// r3 - c4
/// </summary>
/// <returns></returns>
public static List <RegulatoryGene> GenerateText2RegGeneObjects(string geneNames)
{
var geneNameList = geneNames.Split(';');
List <RegulatoryGene> regulatoryGenes = new List <RegulatoryGene>();
RegulatoryGene previousReg = null;
foreach (var geneName in geneNameList)
{
var regGene = Local.AllRegulartoryGenes.Find(m => m.Name == geneName);
// 首个名字必须为 reg gene
if (regGene == null && previousReg == null)
{
throw new InvalidOperationException("Invalid GeneNames. you should input a reg gene at first of the string list"
+ "\n current gene name:" + geneName);
}
else if (regGene == null && previousReg != null)
{
// 继续增加该reg下的支配cod
var codGene = Local.AllCodingGenes.Find(m => m.Name == geneName);
if (codGene != null)
{
previousReg.DominatedGenes.Add(codGene);
}
else
{
throw new InvalidOperationException("No gene named: " + geneName + "\n you should call LoadAllRaces() after LoadAllCodingGenes");
}
}
else if (regGene != null)
{
// 开始添加下一个reg
previousReg = ObjectHelper.Clone(regGene, regGene.GetType());
regulatoryGenes.Add(previousReg);
}
}
return(regulatoryGenes);
}
/// <summary>
/// 仅有一个条件就触发
/// </summary>
/// <param name="chemicalsInBlock"></param>
/// <returns></returns>
protected bool isMeetAtLeastOneCondition(List <Model.Substance.Chemical> chemicalsInBlock, RegulatoryGene reg)
{
foreach (var cInCondition in reg.Conditions)
{
// 寻找格子中是否含有条件的chemical
var result = chemicalsInBlock.Find(r => { return(r.Name == cInCondition.Name); });
if (result == null)
{
continue;
}
if (cInCondition.Count > 0)
{
if (result.Count >= cInCondition.Count)
{
return(true);
}
}
else if (cInCondition.Count < 0)
{
if (result.Count <= -cInCondition.Count)
{
return(true);
}
}
}
return(false);
}
/// <summary>
/// 判断是否满足所有条件
/// </summary>
/// <param name="chemicalsInBlock"></param>
/// <returns></returns>
protected bool isMeetAllCondition(List <Model.Substance.Chemical> chemicalsInBlock, RegulatoryGene reg)
{
foreach (var cInCondition in reg.Conditions)
{
// 寻找格子中是否含有条件的chemical
var result = chemicalsInBlock.Find(r => { return(r.Name == cInCondition.Name); });
// 如果不存在直接条件直接不成立
if (result == null)
{
return(false);
}
// 如果存在，判断数量是否达标，如不达标直接不成立
if (cInCondition.Count > 0)
{
if (result.Count < cInCondition.Count)
{
return(false);
}
}
else if (cInCondition.Count < 0)
{
if (result.Count > -cInCondition.Count)
{
return(false);
}
}
}
return(true);
}
private void Clb_regs_SelectedIndexChanged(Object sender, EventArgs e)
{
curReg = clb_regs.SelectedItem as RegulatoryGene;
freshCods();
}
