example = { # name used for that type of tributary. "default" is the standard type, replacing the old tributaries, and "none" is reserved and should not be used tributary_name = TRIBUTARY_DEFAULT_NAME # localization string used for tributaries of that type (ie "Tributary" for the default type, "Permanent Tributary" for the Permanent type, etc) tributary_plural = TRIBUTARY_DEFAULT_PLURAL # localization string used for tributaries of that type, when there is more than one (ie "Tributaries" for the default type, "Permanent Tributaries" for the Permanent type, etc) suzerain_name = SUZERAIN_DEFAULT_NAME # localization string used for suzerains of that tributary type (ie "Suzerain" for the default type, "Permanent Suzerain" for the Permanent type, etc) tribute_name = TRIBUTARY_DEFAULT_TRIBUTE # localization string used for "paying $TRIBUTE$" for that tributary type breaks_at_suzerain_death = yes # yes/no value determining if the tributary relationship is dissolved when the suzerain dies. breaks_at_tributary_death = no # yes/no value determining if the tributary relationship is dissolved when the tributary dies suzerain_must_defend = no # yes/no value determining if the suzerain is forced to accept calls to arms from tributary in defensive wars (wars were the tributary is the defender) # if they decline anyway, they will lose the tributary and an amount of prestige defined in defines.lua, called SUZERAIN_DEFENDER_CALL_DECLINE_COST tributary_can_be_summoned = yes # yes/no value determining if the suzerain can calls the tributaries to war (as tribal vassals / allies) tributary_must_defend = yes # yes/no value determining if the tributaries are forced to accept defensive calls to arms tributaries_can_infight = yes # yes/no value determining if the tributaries can fight against each others, if both tributaries are of the same type # if tributaries are of different types, they will always be allowed to fight each other, even if they have the same suzerain suzerain_can_join_infighting = yes # yes/no value determining if the suzerain can join a tributary in a war against another tributaries_can_unite = no # yes/no value determining if, when trying to break, the tributaries can band together against the suzerain, à la major revolt breaks_on_realm_change=yes # yes/no value determining if the tributary relationship is dissolved when the tributary's titles change realms cbs_against_suzerain = { # list of CBs tributaries can use against their suzerain free_tributary_cb } income_tribute_percentage = { # how much of their monthly income the tributary must pay to their suzerain. # THIS IS ONLY EVALUATED WHEN THE TRIBUTARY RELATIONSHIP IS FORMED # and is not reevaluated afterwards # this value is an MTTH and should compute a value between 0 and 1, inclusive # in case the total is less than 0, it will be counted as 0 # in case the total is more than 1, it will be counted as 1 # current scope is the tributary, FROM is the suzerain value = 0.10 additive_modifier = { value = 0.05 FROM = { is_merchant_republic = yes } } } reinforce_tribute_percentage = { # How much of the tributary's reinforcement rate will go to the suzerain's instead. # THIS IS ONLY EVALUATED WHEN THE TRIBUTARY RELATIONSHIP IS FORMED # and is not reevaluated afterwards # this value is an MTTH and should compute a value between 0 and 1, inclusive # in case the total is less than 0, it will be counted as 0 # in case the total is more than 1, it will be counted as 1 # current scope is the tributary, FROM is the suzerain # this is applied by subtracting the percentage, as is, from the tributary's reinforcement rate # and adding a scaled (based on demesne size= version of the percentage to the suzerain # So, for example, the tributary loses 10% of reinforcement rate, but the suzerain gains 10% * (tributary's demesne size) / (suzerain's demesne size) value = 0.10 additive_modifier = { value = 0.05 FROM = { is_merchant_republic = yes } } } prestige_to_suzerain = { # how much of prestige the suzerain gains every month per tributary (of that type) he holds # this value is an MTTH and the raw value will be added to the suzerain's prestige every month. # current scope is the suzerain, FROM is the tributary value = 0 } prestige_to_tributary = { # how much prestige the tributary gains every month # this value is an MTTH and the raw value will be added to the tributary's prestige every month. # to make them lose prestige, return a negative value # current scope is the tributary, FROM is the suzerain value = 0 } piety_to_suzerain = { # how much of piety the suzerain gains every month per tributary (of that type) he holds # this value is an MTTH and the raw value will be added to the suzerain's piety every month. # current scope is the suzerain, FROM is the tributary value = 0 } piety_to_tributary = { # how much of piety a tributary gains every month # this value is an MTTH and the raw value will be added to the tributary's piety every month. # to make them lose piety, return a negative value # current scope is the tributary, FROM is the suzerain value = 0 } }

example = { # name used for that type of tributary. "default" is the standard type, replacing the old tributaries, and "none" is reserved and should not be used tributary_name = TRIBUTARY_DEFAULT_NAME # localization string used for tributaries of that type (ie "Tributary" for the default type, "Permanent Tributary" for the Permanent type, etc) tributary_plural = TRIBUTARY_DEFAULT_PLURAL # localization string used for tributaries of that type, when there is more than one (ie "Tributaries" for the default type, "Permanent Tributaries" for the Permanent type, etc) suzerain_name = SUZERAIN_DEFAULT_NAME # localization string used for suzerains of that tributary type (ie "Suzerain" for the default type, "Permanent Suzerain" for the Permanent type, etc) tribute_name = TRIBUTARY_DEFAULT_TRIBUTE # localization string used for "paying $TRIBUTE$" for that tributary type breaks_at_suzerain_death = yes # yes/no value determining if the tributary relationship is dissolved when the suzerain dies. breaks_at_tributary_death = no # yes/no value determining if the tributary relationship is dissolved when the tributary dies suzerain_must_defend = no # yes/no value determining if the suzerain is forced to accept calls to arms from tributary in defensive wars (wars were the tributary is the defender) # if they decline anyway, they will lose the tributary and an amount of prestige defined in defines.lua, called SUZERAIN_DEFENDER_CALL_DECLINE_COST tributary_can_be_summoned = yes # yes/no value determining if the suzerain can calls the tributaries to war (as tribal vassals / allies) tributary_must_defend = yes # yes/no value determining if the tributaries are forced to accept defensive calls to arms tributaries_can_infight = yes # yes/no value determining if the tributaries can fight against each others, if both tributaries are of the same type # if tributaries are of different types, they will always be allowed to fight each other, even if they have the same suzerain suzerain_can_join_infighting = yes # yes/no value determining if the suzerain can join a tributary in a war against another tributaries_can_unite = no # yes/no value determining if, when trying to break, the tributaries can band together against the suzerain, à la major revolt breaks_on_realm_change=yes # yes/no value determining if the tributary relationship is dissolved when the tributary's titles change realms cbs_against_suzerain = { # list of CBs tributaries can use against their suzerain free_tributary_cb } income_tribute_percentage = { # how much of their monthly income the tributary must pay to their suzerain. # THIS IS ONLY EVALUATED WHEN THE TRIBUTARY RELATIONSHIP IS FORMED # and is not reevaluated afterwards # this value is an MTTH and should compute a value between 0 and 1, inclusive # in case the total is less than 0, it will be counted as 0 # in case the total is more than 1, it will be counted as 1 # current scope is the tributary, FROM is the suzerain value = 0.10 additive_modifier = { value = 0.05 FROM = { is_merchant_republic = yes } } } reinforce_tribute_percentage = { # How much of the tributary's reinforcement rate will go to the suzerain's instead. # THIS IS ONLY EVALUATED WHEN THE TRIBUTARY RELATIONSHIP IS FORMED # and is not reevaluated afterwards # this value is an MTTH and should compute a value between 0 and 1, inclusive # in case the total is less than 0, it will be counted as 0 # in case the total is more than 1, it will be counted as 1 # current scope is the tributary, FROM is the suzerain # this is applied by subtracting the percentage, as is, from the tributary's reinforcement rate # and adding a scaled (based on demesne size= version of the percentage to the suzerain # So, for example, the tributary loses 10% of reinforcement rate, but the suzerain gains 10% * (tributary's demesne size) / (suzerain's demesne size) value = 0.10 additive_modifier = { value = 0.05 FROM = { is_merchant_republic = yes } } } prestige_to_suzerain = { # how much of prestige the suzerain gains every month per tributary (of that type) he holds # this value is an MTTH and the raw value will be added to the suzerain's prestige every month. # current scope is the suzerain, FROM is the tributary value = 0 } prestige_to_tributary = { # how much prestige the tributary gains every month # this value is an MTTH and the raw value will be added to the tributary's prestige every month. # to make them lose prestige, return a negative value # current scope is the tributary, FROM is the suzerain value = 0 } piety_to_suzerain = { # how much of piety the suzerain gains every month per tributary (of that type) he holds # this value is an MTTH and the raw value will be added to the suzerain's piety every month. # current scope is the suzerain, FROM is the tributary value = 0 } piety_to_tributary = { # how much of piety a tributary gains every month # this value is an MTTH and the raw value will be added to the tributary's piety every month. # to make them lose piety, return a negative value # current scope is the tributary, FROM is the suzerain value = 0 } }