internal EconomyReformValue(string name, string description, int id, DoubleConditionsList condition,
bool allowForeighnIvestments, TaxationForPoor.PoorTaxValue maxTax = null, TaxationForPoor.PoorTaxValue minTax = null) : base(name, description, id, condition)
{
AllowForeignInvestments = allowForeighnIvestments;
this.minTax = minTax;
this.maxTax = maxTax;
}
internal GovernmentReformValue(string name, string description, int id, DoubleConditionsList condition,
string prefix, int MaxSizeLimitForDisloyaltyModifier, float scienceModifier, TaxationForPoor.PoorTaxValue defaultPoorTax = null, TaxationForRich.RichTaxValue defaultRichTax = null) : base(name, description, id, condition)
{
Prefix = prefix;
this.MaxSizeLimitForDisloyaltyModifier = MaxSizeLimitForDisloyaltyModifier;
ScienceModifier = scienceModifier;
this.defaultPoorTax = defaultPoorTax;
this.defaultRichTax = defaultRichTax;
}
protected AbstractReformValue(int id, DoubleConditionsList condition)
{
LifeQualityImpact = Procent.ZeroProcent.Copy();
ID = id;
allowed = condition;
wantsReform = new Modifier(x => howIsItGoodForPop(x as PopUnit).get(), "Benefit to population", 1f, true);
loyalty = new Modifier(x => loyaltyBoostFor(x as PopUnit), "Loyalty", 1f, false);
modVoting = new ModifiersList(new List <Condition> {
wantsReform, loyalty, education
});
}
/// <summary>
/// Basic constructor for resource getting FactoryType
/// </summary>
public ProductionType(string name, Storage basicProduction, bool shaft, params Invention[] requiredInventions)
{
this.requiredInventions = requiredInventions;
this.name = name;
this.shaft = shaft;
nameWeight = name.GetWeight();
allTypes.Add(this);
this.basicProduction = basicProduction;
enoughMoneyOrResourcesToBuild = new Condition(
delegate(object forWhom)
{
var agent = forWhom as Agent;
if (agent.Country.economy == Economy.PlannedEconomy)
{
return(agent.Country.countryStorageSet.has(GetBuildNeeds()));
}
else
{
var cost = GetBuildCost(agent.Country.market);
return(agent.CanPay(cost));
}
},
delegate
{
var sb = new StringBuilder();
// var cost = GetBuildCost(agent.Country.market);
//sb.Append("Has ").Append(cost).Append(" coins");
sb.Append("Has enough coins");
sb.Append(" or (with ").Append(Economy.PlannedEconomy).Append(") has ").Append(GetBuildNeeds().ToString(", "));
return(sb.ToString());
}, true);
// Using: Country () , province, this <FactoryType>
// used in BuildPanel only, only for Game.Player
// Should be: de-facto Country, Investor, this <FactoryType> (change Economy.isNot..)
// Ideally: Agent, FactoryProject
// or put it in FactoryProject
conditionsBuildThis = new DoubleConditionsList(new List <Condition> {
Economy.isNotLF, Economy.isNotInterventionism, enoughMoneyOrResourcesToBuild,
allowsForeignInvestments
}); //
}
public UBIReformValue(string name, string description, int id, DoubleConditionsList condition) : base(name, description, id, condition)
{
}
/// <summary>
/// Basic constructor for resource getting FactoryType
/// </summary>
internal ProductionType(string name, Storage basicProduction, bool shaft)
{
//var product = basicProduction.Product;
//if (product == Product.Cattle|| product == Product.Cotton || product == Product.Fish
// || product == Product.Fruit|| product == Product.Grain
// || product == Product.Tobacco || product == Product.Wood )
// _isRural = true;
this.name = name;
nameWeight = name.GetWeight();
if (name == "Gold pit")
{
GoldMine = this;
}
if (name == "Furniture factory")
{
Furniture = this;
}
if (name == "Metal pit")
{
MetalDigging = this;
}
if (name == "Metal smelter")
{
MetalSmelter = this;
}
if (name == "Barnyard")
{
Barnyard = this;
}
allTypes.Add(this);
this.basicProduction = basicProduction;
enoughMoneyOrResourcesToBuild = new Condition(
delegate(object forWhom)
{
var agent = forWhom as Agent;
if (agent.Country.economy.getValue() == Economy.PlannedEconomy)
{
return(agent.Country.countryStorageSet.has(GetBuildNeeds()));
}
else
{
var cost = GetBuildCost();
return(agent.CanPay(cost));
}
},
delegate
{
var sb = new StringBuilder();
var cost = GetBuildCost();
sb.Append("Have ").Append(cost).Append(" coins");
sb.Append(" or (with ").Append(Economy.PlannedEconomy).Append(") have ").Append(GetBuildNeeds().getString(", "));
return(sb.ToString());
}, true);
// Using: Country () , province, this <FactoryType>
// used in BuildPanel only, only for Game.Player
// Should be: de-facto Country, Investor, this <FactoryType> (change Economy.isNot..)
// Ideally: Agent, FactoryProject
// or put it in FactoryProject
conditionsBuildThis = new DoubleConditionsList(new List <Condition> {
Economy.isNotLF, Economy.isNotInterventionism, enoughMoneyOrResourcesToBuild,
allowsForeignInvestments
}); //
this.shaft = shaft;
}
internal FamilyPlanningValue(string inname, string indescription, int id, DoubleConditionsList condition, Procent growthRate)
: base(inname, indescription, id, condition)
{
LifeQualityImpact = new Procent(ID, 10f);
GrowthRate = growthRate;
}
internal UnemploymentReformValue(string name, string description, int id, DoubleConditionsList condition)//, Procent procent
: base(name, description, id, condition)
{
LifeQualityImpact = new Procent(ID * 2f, 10f); // doubles impact
}
internal RichTaxValue(int ID, float number, DoubleConditionsList condition) : base(ID, new Procent(number), condition)
{
LifeQualityImpact = new Procent(ID, 10f);
}
internal MinWageReformValue(string inname, string indescription, int id, DoubleConditionsList condition)
: base(inname, indescription, id, condition)
{
LifeQualityImpact = new Procent(ID, 10f);
}
internal SerfdomReformValue(string name, string description, int id, DoubleConditionsList condition) : base(name, description, id, condition)
{
// this.allowed = condition;
}
internal PoorTaxValue(int ID, float number, DoubleConditionsList condition) : base(ID, new Procent(number), condition)
{
}
internal NamedReformValue(string name, string description, int id, DoubleConditionsList condition) : base(id, condition)
{
this.description = description;
this.name = name;
}
internal MinorityPolicyValue(string inname, string indescription, int idin, DoubleConditionsList condition) : base(inname, indescription, idin, condition)
{
}
internal ProcentReformValue(int ID, Procent procent, DoubleConditionsList condition) : base(ID, condition)
{
Procent = procent;
}