public void CalculateResultingPoints(CalibrationProgram sourceCalibration, CalibrationProgram targetCalibration, Character character, out int materialEfficiencyPoints, out int timeEfficiencyPoints)
{
//betterCT.ME+weakCT.ME/3 + (1-(100/(100+STANDING+PLAYER_EXTENSION_PONT+Facility_PONT)))*25
var materialBase = 0;
var timeBase = 0;
var weakMaterial = 0;
var weakTime = 0;
if (sourceCalibration.IsBetterThanOther(targetCalibration))
{
materialBase = sourceCalibration.MaterialEfficiencyPoints;
timeBase = sourceCalibration.TimeEfficiencyPoints;
weakMaterial = targetCalibration.MaterialEfficiencyPoints / 3;
weakTime = targetCalibration.TimeEfficiencyPoints / 3;
}
else
{
materialBase = targetCalibration.MaterialEfficiencyPoints;
timeBase = targetCalibration.TimeEfficiencyPoints;
weakMaterial = sourceCalibration.MaterialEfficiencyPoints / 3;
weakTime = sourceCalibration.TimeEfficiencyPoints / 3;
}
var magic = (1 - (100.0 / (100.0 + GetAdditiveComponentForPoints(character)))) * 50;
materialEfficiencyPoints = (int)(materialBase + weakMaterial + magic);
timeEfficiencyPoints = (int)(timeBase + weakTime + magic);
}
public Dictionary <string, object> QueryMaterialAndTime(CalibrationProgram calibrationProgram, Character character, int targetDefintion, int lineOrCPRGMaterialPoints, int lineOrCPRGTimePoints, bool forNextRound = false)
{
var result = new Dictionary <string, object>();
if (forNextRound)
{
var decalibration = ProductionDataAccess.GetDecalibration(targetDefintion);
double newMaterialEfficiency = 0;
double newTimeEfficiency = 0;
ProductionLine.GetDecalibratedEfficiencies(lineOrCPRGMaterialPoints, lineOrCPRGTimePoints, decalibration.decrease, ref newMaterialEfficiency, ref newTimeEfficiency);
lineOrCPRGMaterialPoints = (int)newMaterialEfficiency;
lineOrCPRGTimePoints = (int)newTimeEfficiency;
}
bool hasBonus;
var materialMultiplier = CalculateFinalMaterialMultiplier(character, lineOrCPRGMaterialPoints, targetDefintion, out hasBonus);
if (calibrationProgram.IsMissionRelated)
{
materialMultiplier = materialMultiplier.Clamp(); //never ask more than what we have in the mission
}
var materials = ProductionDescription.GetRequiredComponentsInfo(ProductionInProgressType.massProduction, 1, materialMultiplier, calibrationProgram.Components);
materials.Count.ThrowIfEqual(0, ErrorCodes.WTFErrorMedicalAttentionSuggested);
var productionTimeSeconds = CalculateFinalProductionTimeSeconds(character, targetDefintion, lineOrCPRGTimePoints);
var price = CalculateProductionPrice(productionTimeSeconds);
if (calibrationProgram.IsMissionRelated)
{
//mission stuff is fixed
price = 0;
productionTimeSeconds = 10;
}
result.Add(k.materials, materials);
result.Add(k.productionTime, productionTimeSeconds);
result.Add(k.price, price);
result.Add(k.definition, targetDefintion);
result.Add(k.materialMultiplier, materialMultiplier);
result.Add(k.hasBonus, hasBonus);
result.Add(k.targetQuantity, calibrationProgram.TargetQuantity);
return(result);
}
private ProductionLine DecalibrateLine(ProductionInProgress productionInProgress, ref bool wasLineDead, out CalibrationProgram cprg)
{
cprg = null;
var productionLine = ProductionLine.LoadByProductionId(productionInProgress.character, productionInProgress.ID);
if (productionLine == null)
{
Logger.Error("DecalibrateLine: productionline was not found. a production in progress exists without related productionline. " + productionInProgress);
return(null);
}
//this CPRG drives the production
cprg = productionLine.GetOrCreateCalibrationProgram(this);
// mission mechanism
if (cprg.IsMissionRelated)
{
//kill the line, delete cprg
wasLineDead = true;
ProductionLine.DeleteById(productionLine.Id);
Logger.Info("production line was deleted " + productionLine);
Repository.Delete(cprg);
Logger.Info("CPRG deleted from db " + cprg.Eid);
return(productionLine);
}
//decalibrate
var newMaterialEfficiency = productionLine.MaterialEfficiency;
var newTimeEfficiency = productionLine.TimeEfficiency;
Logger.Info("pre decalibration mateff:" + newMaterialEfficiency + " timeeff:" + newTimeEfficiency + " " + productionInProgress);
productionLine.GetDecalibratedEfficiencies(ref newMaterialEfficiency, ref newTimeEfficiency);
Logger.Info("post decalibration mateff:" + newMaterialEfficiency + " timeeff:" + newTimeEfficiency + " " + productionInProgress);
productionLine.MaterialEfficiency = newMaterialEfficiency;
productionLine.TimeEfficiency = newTimeEfficiency;
if (productionLine.IsAtZero())
{
wasLineDead = true;
Logger.Info("line is dead. " + productionInProgress);
var info = new Dictionary <string, object>
{
{ k.facility, GetFacilityInfo(productionInProgress.character) },
{ k.line, productionLine.ToDictionary() }
};
Message.Builder.SetCommand(Commands.ProductionLineDead)
.WithData(info)
.ToCharacter(productionInProgress.character)
.Send();
}
ProductionLine.PostMassProduction(productionInProgress.character, productionLine.Id, newTimeEfficiency, newMaterialEfficiency);
return(productionLine);
}
public static void CreateCalibratedLine(Character character, long facilityEid, CalibrationProgram program)
{
const string insertSqlCommand = @"INSERT dbo.productionlines (characterid,facilityeid,targetdefinition,materialefficiency,timeefficiency,cprgeid)
VALUES (@characterID, @facility ,@definition,@materialEfficiency,@timeEfficiency,@cprgEid)";
Db.Query().CommandText(insertSqlCommand)
.SetParameter("@characterID", character.Id)
.SetParameter("@facility", facilityEid)
.SetParameter("@definition", program.TargetDefinition)
.SetParameter("@materialEfficiency", program.MaterialEfficiencyPoints)
.SetParameter("@timeEfficiency", program.TimeEfficiencyPoints)
.SetParameter("@cprgEid", program.Eid)
.ExecuteNonQuery().ThrowIfEqual(0, ErrorCodes.SQLInsertError);
}
public static ItemResearchLevel GetItemReserchLevelByCalibrationProgram(this IProductionDataAccess dataAccess, CalibrationProgram calibrationProgram)
{
return(dataAccess.ResearchLevels.Values.FirstOrDefault(i => i.calibrationProgramDefinition == calibrationProgram.Definition));
}
public void Visit(CalibrationProgram calibrationProgram)
{
AddItemTradeInfo(calibrationProgram);
_tradeInfo[k.materialEfficiency] = calibrationProgram.MaterialEfficiencyPoints;
_tradeInfo[k.timeEfficiency] = calibrationProgram.TimeEfficiencyPoints;
}
