public override double CalculateFitness(BuildingRule model)
{
var universities = model.Roads.SelectMany(b => b.Buildings).Count(b => b is University);
var schools = model.Roads.SelectMany(b => b.Buildings).Count(b => b is School);
if (schools / (universities + 1) < 10)
{
//("No more than one school per 100 residences");
return(0);
}
return(15);
}
public override double CalculateFitness(BuildingRule model)
{
var residences = model.Roads.SelectMany(b => b.Buildings).Count(b => b is Residence);
var schools = model.Roads.SelectMany(b => b.Buildings).Count(b => b is School);
if (residences / (schools + 1) < 500)
{
//("No more than one school per 500 residences");
return(0);
}
return(7);
}
public async Task <BuildingRule> SaveAsync(SimpleUser user, BuildingRule buildingRule, CancellationToken cancellationToken = default(CancellationToken))
{
if (user == null)
{
throw new ArgumentNullException(nameof(user));
}
if (buildingRule == null)
{
throw new ArgumentNullException(nameof(buildingRule));
}
//查看楼盘是否存在
if (!Context.Buildings.Any(x => x.Id == buildingRule.Id))
{
Buildings buildings = new Buildings()
{
Id = buildingRule.Id,
CreateUser = user.Id,
ResidentUser1 = user.Id,
CreateTime = DateTime.Now,
OrganizationId = user.OrganizationId,
ExamineStatus = 0
};
Context.Add(buildings);
}
//基本信息
if (!Context.BuildingRules.Any(x => x.Id == buildingRule.Id))
{
Context.Add(buildingRule);
}
else
{
Context.Attach(buildingRule);
Context.Update(buildingRule);
}
try
{
await Context.SaveChangesAsync(cancellationToken);
}
catch (DbUpdateConcurrencyException) { }
return(buildingRule);
}
public override double CalculateFitness(BuildingRule model)
{
var minDistanceBetweenChurches = 30;
var churches = model.Roads.SelectMany(b => b.Buildings).Where(b => b != this && b is Church);
if (!churches.All(m => m.Position.DistanceTo(this.Position) >= minDistanceBetweenChurches))
{
return(0);
}
var residences = model.Roads.SelectMany(b => b.Buildings).Where(b => b is Residence);
if (residences.Count(r => r.Position.DistanceTo(this.Position) <= 30) < 500)
{
return(0);
}
return(5);
}
public override double CalculateFitness(BuildingRule model)
{
var maxPortDistanceToWater = 5;
var field = model.Fields[this.Position.X, this.Position.Y];
if (field.DistanceToWater > maxPortDistanceToWater)
{
return(0);
}
var ports = model.Roads.SelectMany(b => b.Buildings).Where(b => b is Port);
if (ports.Any())
{
//("There can be only one port");
return(0);
}
return(15);
}
public override double CalculateFitness(BuildingRule model)
{
var maxResidencesPerTavern = Position.DistanceTo(model.SettlementCenter) < 15 ? 60 : 80;
var residences = model.Roads
.SelectMany(b => b.Buildings)
.Where(r => r.Position.DistanceTo(this.Position) <= 10)
.Count(b => b is Residence);
var taverns = model.Roads
.SelectMany(b => b.Buildings)
.Where(r => r.Position.DistanceTo(this.Position) <= 10)
.Count(b => b is Tavern);
if (residences / (taverns + 1) < maxResidencesPerTavern)
{
return(0);
}
return(3);
}
static IRule CompileNodeForRule(string ruletext, Dictionary <int, RuleCacheItem> ruleSet)
{
Function Head, BuildingRule;
Head = BuildingRule = new AndRule();
foreach (var item in ruletext.Split(' '))
{
if (item.Contains("\""))
{
var nodeToAdd = new StringRule {
toMatch = item[1]
};;
//Comment this line for multi string rule support
return(nodeToAdd);
BuildingRule.AddNode(nodeToAdd);
}
else if (item.Contains("|"))
{
//Split on left and right
Head = new OrRule();
Head.AddNode(BuildingRule);
BuildingRule = new AndRule();
Head.AddNode(BuildingRule);
}
else
{
var childToExplore = int.Parse(item);
//Check if the cached copy hasn't compiled yet and compile it
if (ruleSet[childToExplore].CachedRule == null)
{
ruleSet[childToExplore].CachedRule = CompileNodeForRule(ruleSet[childToExplore].Text, ruleSet);
}
BuildingRule.AddNode(ruleSet[childToExplore].CachedRule);
}
}
return(Head);
}
public override double CalculateFitness(BuildingRule model)
{
var maxDistanceToCenter = 10;
if (Position.DistanceTo(model.SettlementCenter) > maxDistanceToCenter)
{
//market is close enough to the settlement center
return(0);
}
var buildings = model.Roads.SelectMany(b => b.Buildings).Count();
var administrations = model.Roads.SelectMany(b => b.Buildings).Count(b => b is Administration);
if (buildings / (administrations + 1) < 2000)
{
//("No more than one administration per 2000 buildings");
return(0);
}
return(10);
}
public override double CalculateFitness(BuildingRule model)
{
var minDistanceBetweenMarkets = 30;
var markets = model.Roads.SelectMany(b => b.Buildings).Where(b => b != this && b is Market);
if (!markets.All(m => m.Position.DistanceTo(this.Position) >= minDistanceBetweenMarkets))
{
//("Other markets are too close");
return(0);
}
var residences = model.Roads.SelectMany(b => b.Buildings).Where(b => b is Residence);
if (residences.Count(r => r.Position.DistanceTo(this.Position) <= 20) < 250)
{
//("Not enough residences in closest neighborhood");
return(0);
}
return(5);
}
public override double CalculateFitness(BuildingRule model)
{
return(0.1);
}
public async Task ReportRuleCallbackAsync(ExamineResponse examineResponse)
{
var updaterecord = await Context.UpdateRecords.FirstOrDefaultAsync(a => a.Id == examineResponse.SubmitDefineId);
if (updaterecord == null)
{
throw new Exception("未找到动态记录");
}
if (examineResponse.ExamineStatus == ExamineStatus.Examined)
{
var buildingRule = await Context.BuildingRules.FirstOrDefaultAsync(a => a.Id == examineResponse.ContentId);
updaterecord.ExamineStatus = Models.ExamineStatusEnum.Approved;
ReportRuleUpdateModel reportRuleUpdateModel = JsonConvert.DeserializeObject <ReportRuleUpdateModel>(updaterecord.UpdateContent);
if (buildingRule == null)
{
buildingRule = new BuildingRule();
buildingRule.Id = examineResponse.ContentId;
buildingRule.AdvanceTime = reportRuleUpdateModel.AdvanceTime;
buildingRule.BeltProtectDay = reportRuleUpdateModel.BeltProtectDay;
buildingRule.IsCompletenessPhone = reportRuleUpdateModel.IsCompletenessPhone;
buildingRule.LiberatingEnd = reportRuleUpdateModel.LiberatingEnd;
buildingRule.LiberatingStart = reportRuleUpdateModel.LiberatingStart;
buildingRule.Mark = reportRuleUpdateModel.Mark;
buildingRule.MaxCustomer = reportRuleUpdateModel.MaxCustomer;
buildingRule.ReportedTemplate = reportRuleUpdateModel.ReportedTemplate;
buildingRule.ReportTime = reportRuleUpdateModel.ReportTime;
buildingRule.ValidityDay = reportRuleUpdateModel.ValidityDay;
buildingRule.IsUse = reportRuleUpdateModel.IsUse;
Context.Update(updaterecord);
Context.Add(buildingRule);
}
else
{
buildingRule.AdvanceTime = reportRuleUpdateModel.AdvanceTime;
buildingRule.BeltProtectDay = reportRuleUpdateModel.BeltProtectDay;
buildingRule.IsCompletenessPhone = reportRuleUpdateModel.IsCompletenessPhone;
buildingRule.LiberatingEnd = reportRuleUpdateModel.LiberatingEnd;
buildingRule.LiberatingStart = reportRuleUpdateModel.LiberatingStart;
buildingRule.Mark = reportRuleUpdateModel.Mark;
buildingRule.MaxCustomer = reportRuleUpdateModel.MaxCustomer;
buildingRule.ReportedTemplate = reportRuleUpdateModel.ReportedTemplate;
buildingRule.ReportTime = reportRuleUpdateModel.ReportTime;
buildingRule.ValidityDay = reportRuleUpdateModel.ValidityDay;
buildingRule.IsUse = reportRuleUpdateModel.IsUse;
Context.Update(updaterecord);
Context.Update(buildingRule);
}
}
else if (examineResponse.ExamineStatus == ExamineStatus.Reject)
{
updaterecord.ExamineStatus = Models.ExamineStatusEnum.Reject;
Context.Update(updaterecord);
}
else
{
throw new Exception("审核状态不正确");
}
try
{
Context.SaveChanges();
}
catch (DbUpdateConcurrencyException)
{
throw;
}
}
public void SetFitness(BuildingRule model)
{
Fitness = this.CalculateFitness(model);
}
public abstract double CalculateFitness(BuildingRule model);