Open source Star Ruler 2 source code!
This commit is contained in:
Lucas de Vries
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import constructions;
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from constructions import ConstructionHook;
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import generic_hooks;
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import requirement_effects;
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import bonus_effects;
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import target_filters;
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import listed_values;
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import consume_effects;
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import util.formatting;
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#section server
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from constructions import Constructible;
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#section all
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class AddBuildCostAttribute : ConstructionHook {
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Document doc("Add build cost based on an empire attribute value.");
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Argument attribute(AT_EmpAttribute, doc="Attribute to use.");
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Argument multiply(AT_Decimal, "1", doc="Multiply attribute value by this much.");
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Argument multiply_sqrt(AT_Decimal, "0", doc="Add cost based on the square root of the attribute multiplied by this.");
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Argument power(AT_Decimal, "1", doc="Raise the attribute to this power before multiplying.");
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void getBuildCost(Object& obj, const ConstructionType@ cons, const Targets@ targs, int& cost) const override {
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double value = obj.owner.getAttribute(attribute.integer);
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if(power.decimal != 1.0)
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value = pow(value, power.decimal);
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cost += value * multiply.decimal;
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if(multiply_sqrt.decimal != 0)
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cost += sqrt(value) * multiply_sqrt.decimal;
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}
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};
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class AddMaintainCostAttribute : ConstructionHook {
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Document doc("Add maintenance cost based on an empire attribute value.");
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Argument attribute(AT_EmpAttribute, doc="Attribute to use.");
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Argument multiply(AT_Decimal, "1", doc="Multiply attribute value by this much.");
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Argument multiply_sqrt(AT_Decimal, "0", doc="Add cost based on the square root of the attribute multiplied by this.");
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Argument power(AT_Decimal, "1", doc="Raise the attribute to this power before multiplying.");
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void getMaintainCost(Object& obj, const ConstructionType@ cons, const Targets@ targs, int& cost) const override {
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double value = obj.owner.getAttribute(attribute.integer);
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if(power.decimal != 1.0)
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value = pow(value, power.decimal);
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cost += value * multiply.decimal;
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if(multiply_sqrt.decimal != 0)
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cost += sqrt(value) * multiply_sqrt.decimal;
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}
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};
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class AddLaborCostAttribute : ConstructionHook {
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Document doc("Add labor cost based on an empire attribute value.");
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Argument attribute(AT_EmpAttribute, doc="Attribute to use.");
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Argument multiply(AT_Decimal, "1", doc="Multiply attribute value by this much.");
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Argument multiply_sqrt(AT_Decimal, "0", doc="Add cost based on the square root of the attribute multiplied by this.");
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Argument power(AT_Decimal, "1", doc="Raise the attribute to this power before multiplying.");
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void getLaborCost(Object& obj, const ConstructionType@ cons, const Targets@ targs, double& cost) const override {
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double value = obj.owner.getAttribute(attribute.integer);
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if(power.decimal != 1.0)
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value = pow(value, power.decimal);
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cost += value * multiply.decimal;
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if(multiply_sqrt.decimal != 0)
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cost += sqrt(value) * multiply_sqrt.decimal;
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}
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};
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class AddBuildCostTotalPopulation : ConstructionHook {
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Document doc("Add build cost based on an empire attribute value.");
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Argument add(AT_Decimal, "0", doc="Modify the value by this amount first.");
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Argument add_attribute(AT_EmpAttribute, EMPTY_DEFAULT, doc="Attribute to add to the amount first.");
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Argument multiply(AT_Decimal, "1", doc="Multiply attribute value by this much.");
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Argument multiply_sqrt(AT_Decimal, "0", doc="Add cost based on the square root of the attribute multiplied by this.");
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Argument power(AT_Decimal, "1", doc="Raise the attribute to this power before multiplying.");
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void getBuildCost(Object& obj, const ConstructionType@ cons, const Targets@ targs, int& cost) const override {
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double value = obj.owner.TotalPopulation + add.decimal;
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if(add_attribute.integer != 0)
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value += obj.owner.getAttribute(add_attribute.integer);
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value = max(value, 0.0);
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if(power.decimal != 1.0)
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value = pow(value, power.decimal);
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cost += value * multiply.decimal;
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if(multiply_sqrt.decimal != 0)
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cost += sqrt(value) * multiply_sqrt.decimal;
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}
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};
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class AddMaintainCostTotalPopulation : ConstructionHook {
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Document doc("Add maintenance cost based on an empire attribute value.");
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Argument add(AT_Decimal, "0", doc="Modify the value by this amount first.");
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Argument add_attribute(AT_EmpAttribute, EMPTY_DEFAULT, doc="Attribute to add to the amount first.");
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Argument multiply(AT_Decimal, "1", doc="Multiply attribute value by this much.");
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Argument multiply_sqrt(AT_Decimal, "0", doc="Add cost based on the square root of the attribute multiplied by this.");
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Argument power(AT_Decimal, "1", doc="Raise the attribute to this power before multiplying.");
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void getMaintainCost(Object& obj, const ConstructionType@ cons, const Targets@ targs, int& cost) const override {
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double value = obj.owner.TotalPopulation + add.decimal;
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if(add_attribute.integer != 0)
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value += obj.owner.getAttribute(add_attribute.integer);
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value = max(value, 0.0);
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if(power.decimal != 1.0)
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value = pow(value, power.decimal);
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cost += value * multiply.decimal;
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if(multiply_sqrt.decimal != 0)
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cost += sqrt(value) * multiply_sqrt.decimal;
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}
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};
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class AddLaborCostTotalPopulation : ConstructionHook {
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Document doc("Add labor cost based on an empire attribute value.");
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Argument add(AT_Decimal, "0", doc="Modify the value by this amount first.");
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Argument add_attribute(AT_EmpAttribute, EMPTY_DEFAULT, doc="Attribute to add to the amount first.");
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Argument multiply(AT_Decimal, "1", doc="Multiply attribute value by this much.");
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Argument multiply_sqrt(AT_Decimal, "0", doc="Add cost based on the square root of the attribute multiplied by this.");
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Argument power(AT_Decimal, "1", doc="Raise the attribute to this power before multiplying.");
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void getLaborCost(Object& obj, const ConstructionType@ cons, const Targets@ targs, double& cost) const override {
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double value = obj.owner.TotalPopulation + add.decimal;
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if(add_attribute.integer != 0)
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value += obj.owner.getAttribute(add_attribute.integer);
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value = max(value, 0.0);
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if(power.decimal != 1.0)
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value = pow(value, power.decimal);
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cost += value * multiply.decimal;
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if(multiply_sqrt.decimal != 0)
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cost += sqrt(value) * multiply_sqrt.decimal;
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}
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};
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tidy final class OnStart : ConstructionHook {
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Document doc("Trigger a hook whenever the construction is started.");
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Argument hookID("Hook", AT_Hook, "bonus_effects::BonusEffect", doc="Hook to run.");
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BonusEffect@ hook;
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bool instantiate() override {
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@hook = cast<BonusEffect>(parseHook(hookID.str, "bonus_effects::", required=false));
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if(hook is null) {
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error("OnStart(): could not find inner hook: "+escape(hookID.str));
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return false;
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}
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return ConstructionHook::instantiate();
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}
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#section server
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void start(Construction@ cons, Constructible@ qitem, any@ data) const override {
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if(hook !is null)
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hook.activate(cons.obj, cons.obj.owner);
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}
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#section all
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};
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tidy final class OnCancel : ConstructionHook {
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Document doc("Trigger a hook whenever the construction is canceled.");
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Argument hookID("Hook", AT_Hook, "bonus_effects::BonusEffect", doc="Hook to run.");
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BonusEffect@ hook;
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bool instantiate() override {
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@hook = cast<BonusEffect>(parseHook(hookID.str, "bonus_effects::", required=false));
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if(hook is null) {
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error("OnStart(): could not find inner hook: "+escape(hookID.str));
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return false;
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}
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return ConstructionHook::instantiate();
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}
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#section server
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void cancel(Construction@ cons, Constructible@ qitem, any@ data) const override {
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if(hook !is null)
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hook.activate(cons.obj, cons.obj.owner);
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}
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#section all
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};
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tidy final class Trigger : ConstructionHook {
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Document doc("Runs a triggered hook on the target when the construction completes.");
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Argument targ(TT_Object);
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Argument hookID("Hook", AT_Hook, "bonus_effects::BonusEffect", doc="Hook to run.");
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BonusEffect@ hook;
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GenericEffect@ eff;
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bool instantiate() override {
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@hook = cast<BonusEffect>(parseHook(hookID.str, "bonus_effects::", required=false));
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if(hook is null)
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@eff = cast<GenericEffect>(parseHook(hookID.str, "planet_effects::", required=false));
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if(hook is null && eff is null) {
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error("Trigger(): could not find inner hook: "+escape(hookID.str));
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return false;
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}
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return ConstructionHook::instantiate();
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}
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#section server
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void finish(Construction@ cons, Constructible@ qitem, any@ data) const {
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auto@ objTarg = targ.fromConstTarget(cons.targets);
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if(objTarg is null || objTarg.obj is null)
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return;
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if(hook !is null)
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hook.activate(objTarg.obj, cons.obj.owner);
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else if(eff !is null)
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eff.enable(objTarg.obj, null);
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}
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#section all
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};
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class SlowDownDebtGrowthFactor : ConstructionHook {
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Document doc("This constructible gets slowed down depending on the current debt factor.");
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#section server
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void start(Construction@ cons, Constructible@ qitem, any@ data) const override {
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double lab = qitem.totalLabor;
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data.store(lab);
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}
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void tick(Construction@ cons, Constructible@ qitem, any@ data, double time) const {
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double lab = 0;
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data.retrieve(lab);
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float growthFactor = 1.f;
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float debtFactor = cons.obj.owner.DebtFactor;
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for(; debtFactor > 0; debtFactor -= 1.f)
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growthFactor *= 0.33f + 0.67f * (1.f - min(debtFactor, 1.f));
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qitem.totalLabor = (lab - qitem.curLabor) / max(growthFactor, 0.01f) + qitem.curLabor;
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}
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void save(Construction@ cons, any@ data, SaveFile& file) const {
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double lab = 0;
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data.retrieve(lab);
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file << lab;
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}
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void load(Construction@ cons, any@ data, SaveFile& file) const {
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double lab = 0;
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file >> lab;
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data.store(lab);
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}
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#section all
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};
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class AddBuildCostStatusCount : ConstructionHook {
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Document doc("Add build cost based on the amount of stacks of a status present.");
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Argument status(AT_Status, doc="Status to count.");
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Argument multiply(AT_Decimal, "1", doc="Multiply attribute value by this much.");
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Argument multiply_sqrt(AT_Decimal, "0", doc="Add cost based on the square root of the attribute multiplied by this.");
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void getBuildCost(Object& obj, const ConstructionType@ cons, const Targets@ targs, int& cost) const override {
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double value = obj.getStatusStackCountAny(status.integer);
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cost += value * multiply.decimal;
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if(multiply_sqrt.decimal != 0)
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cost += sqrt(value) * multiply_sqrt.decimal;
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}
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};
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class AddMaintainCostStatusCount : ConstructionHook {
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Document doc("Add maintenance cost based on the amount of stacks of a status present.");
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Argument status(AT_Status, doc="Status to count.");
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Argument multiply(AT_Decimal, "1", doc="Multiply attribute value by this much.");
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Argument multiply_sqrt(AT_Decimal, "0", doc="Add cost based on the square root of the attribute multiplied by this.");
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void getMaintainCost(Object& obj, const ConstructionType@ cons, const Targets@ targs, int& cost) const override {
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double value = obj.getStatusStackCountAny(status.integer);
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cost += value * multiply.decimal;
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if(multiply_sqrt.decimal != 0)
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cost += sqrt(value) * multiply_sqrt.decimal;
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}
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};
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class AddLaborCostStatusCount : ConstructionHook {
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Document doc("Add labor cost based on the amount of stacks of a status present.");
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Argument status(AT_Status, doc="Status to count.");
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Argument multiply(AT_Decimal, "1", doc="Multiply attribute value by this much.");
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Argument multiply_sqrt(AT_Decimal, "0", doc="Add cost based on the square root of the attribute multiplied by this.");
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void getLaborCost(Object& obj, const ConstructionType@ cons, const Targets@ targs, double& cost) const override {
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double value = obj.getStatusStackCountAny(status.integer);
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cost += value * multiply.decimal;
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if(multiply_sqrt.decimal != 0)
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cost += sqrt(value) * multiply_sqrt.decimal;
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}
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};
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class AddBuildCostTargetVar : ConstructionHook {
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Document doc("Add build cost based on a ship variable of the target.");
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Argument targ(TT_Object);
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Argument variable(AT_SysVar, doc="Variable to add as build cost.");
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Argument multiply(AT_Decimal, "1", doc="Multiply value by this much.");
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int get(Object@ obj) const {
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if(obj is null || !obj.isShip)
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return 0;
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auto@ design = cast<Ship>(obj).blueprint.design;
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if(design is null)
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return 0;
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return design.total(SubsystemVariable(variable.integer)) * multiply.decimal;
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}
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void getBuildCost(Object& obj, const ConstructionType@ cons, const Targets@ targs, int& cost) const override {
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if(targs is null)
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return;
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auto@ objTarg = targ.fromConstTarget(targs);
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if(objTarg is null || objTarg.obj is null)
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return;
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cost += get(objTarg.obj);
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}
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};
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class AddLaborCostTargetVar : ConstructionHook {
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Document doc("Add labor cost based on a ship variable of the target.");
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Argument targ(TT_Object);
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Argument variable(AT_SysVar, doc="Variable to add as labor cost.");
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Argument multiply(AT_Decimal, "1", doc="Multiply value by this much.");
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double get(Object@ obj) const {
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if(obj is null || !obj.isShip)
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return 0;
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auto@ design = cast<Ship>(obj).blueprint.design;
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if(design is null)
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return 0;
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return design.total(SubsystemVariable(variable.integer)) * multiply.decimal;
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}
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void getLaborCost(Object& obj, const ConstructionType@ cons, const Targets@ targs, double& cost) const override {
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if(targs is null)
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return;
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auto@ objTarg = targ.fromConstTarget(targs);
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if(objTarg is null || objTarg.obj is null)
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return;
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cost += get(objTarg.obj);
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}
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};
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