Lemma Soft Forums

init python:
    class Aristocracy:
        def __init__ (self, percentage = 5, number = 2000, agricultural_land = 128000, agricultural_land_percentage = 80, cash_crop_land = 20000, cash_crop_land_percentage = 100, pasture_land = 18000, pasture_land_percentage = 90):
            self.percentage = percentage
            self.number = number
            self.agricultural_land = agricultural_land
            self.agricultural_land_percentage = agricultural_land_percentage
            self.cash_crop_land = cash_crop_land
            self.cash_crop_land_percentage = cash_crop_land_percentage
            self.pasture_land = pasture_land
            self.pasture_land_percentage = pasture_land_percentage
        def Pop_Growth (self, growth):
            self.number += growth
            self.percentage = self.number/40000
           
label start:
   
    python:
        Aristocracy = Aristocracy ()   
    $ Aristocracy_Number = Aristocracy.number
    $ Aristocracy_Percentage = Aristocracy.percentage
    "1. Demography of aristocracy is %(Aristocracy_Percentage)d percent, for a total of %(Aristocracy_Number)d people of working age." 
    $ Aristocracy.Pop_Growth(500)
    "2. Demography of aristocracy is %(Aristocracy_Percentage)d percent, for a total of %(Aristocracy_Number)d people of working age." 

label start:
    python:
        Aristocracy = Aristocracy ()   
    $ Aristocracy_Number = Aristocracy.number
    $ Aristocracy_Percentage = Aristocracy.percentage
    "1. Demography of aristocracy is %(Aristocracy_Percentage)d percent, for a total of %(Aristocracy_Number)d people of working age." 
    $ Aristocracy.Pop_Growth(500)
    $ Aristocracy_Number = Aristocracy.number
    $ Aristocracy_Percentage = Aristocracy.percentage
    "2. Demography of aristocracy is %(Aristocracy_Percentage)d percent, for a total of %(Aristocracy_Number)d people of working age."

     class Ulmster:
        def __init__ (self, percentage = 100, number = 40000, agricultural_land = 160000, agricultural_land_percentage = 100, cash_crop_land = 20000, cash_crop_land_percentage = 100, pasture_land = 20000, pasture_land_percentage = 100):
            self.percentage = percentage
            self.number = number
            self.agricultural_land = agricultural_land
            self.agricultural_land_percentage = agricultural_land_percentage
            self.cash_crop_land = cash_crop_land
            self.cash_crop_land_percentage = cash_crop_land_percentage
            self.pasture_land = pasture_land
            self.pasture_land_percentage = pasture_land_percentage
        def Pop_Growth (self, growth):
            self.number += growth
            self.percentage = self.number/Ulmster.number*100
   
           
     class Aristocracy:
         def __init__ (self, percentage = 5, number = 2000, agricultural_land = 128000, agricultural_land_percentage = 80, cash_crop_land = 20000, cash_crop_land_percentage = 100, pasture_land = 18000, pasture_land_percentage = 90):
             self.percentage = percentage
             self.number = number
             self.agricultural_land = agricultural_land
             self.agricultural_land_percentage = agricultural_land_percentage
             self.cash_crop_land = cash_crop_land
             self.cash_crop_land_percentage = cash_crop_land_percentage
             self.pasture_land = pasture_land
             self.pasture_land_percentage = pasture_land_percentage
         def Pop_Growth (self, growth):
             self.number += growth
             self.percentage = self.number/Ulmster.number*100
           
label start:
   
    python:
        Aristocracy = Aristocracy ()   
    $ Aristocracy_Number = Aristocracy.number
    $ Aristocracy_Percentage = Aristocracy.percentage
    "1. Demography of aristocracy is %(Aristocracy_Percentage)d percent, for a total of %(Aristocracy_Number)d people of working age." 
    $ Aristocracy.Pop_Growth(500)
    $ Aristocracy_Number = Aristocracy.number
    $ Aristocracy_Percentage = Aristocracy.percentage
    "2. Demography of aristocracy is %(Aristocracy_Percentage)d percent, for a total of %(Aristocracy_Number)d people of working age." 

self.percentage = self.number/Ulmster.number*100

    python:
        Aristocracy = Aristocracy ()

  $ Serf_Efficiency = Demography_Serf_AV*500/Total_Land_Aristocracy_AV + Serfdom*2
    if Serf_Efficiency >= 100:
        $ Serf_Efficiency = 100
    else:
        pass
    $ Grain_Produced_Serfs = Serf_Efficiency * Agricultural_Land_Aristocracy_AV * (100 + Serf_Grain_Modifier) * 0.0001 * Grain_Acreage
    $ Cash_Crop_Produced_Serfs = Serf_Efficiency * Cash_Crop_Land_Aristocracy_AV * (100 + Serf_Cash_Crop_Modifier) * 0.0001 * Cash_Crop_Acreage
    $ Cattle_Produced_Serfs = Serf_Efficiency * Pasture_Land_Aristocracy_AV * (100 + Serf_Cattle_Modifier) * 0.0001 * Pastureland_Inefficiency * 0.01 * Grain_Acreage
   
    $ Yeomanry_Efficiency = Demography_Yeomanry_AV*500/Total_Aristocracy_Land_AV - Serfdom*2
    if Yeomanry_Efficiency >= 100:
        $ Yeomanry_Efficiency = 100
    else:
        pass
    $ Grain_Produced_Yeomanry = Yeomanry_Efficiency * Agricultural_Land_Aristocracy_AV * (100 + Yeomanry_Grain_Modifier) * 0.0001 * Grain_Acreage
    $ Cash_Crop_Produced_Yeomanry = Yeomanry_Efficiency * Cash_Crop_Land_Aristocracy_AV * (100 + Yeomanry_Cash_Crop_Modifier) * 0.0001 * Cash_Crop_Acreage
    $ Cattle_Produced_Yeomanry = Yeomanry_Efficiency * Pasture_Land_Aristocracy_AV * (100 + Yeomanry_Cattle_Modifier) * 0.0001*Pastureland_Inefficiency*0.01 * Grain_Acreage
   
    $ SOE_Grain_Efficiency = Demography_SOE_Labor_Agriculture_AV*500/Agricultural_Land_State_Owned + State_Property*2
    if SOE_Grain_Efficiency >= 100:
        $ SOE_Grain_Efficiency = 100
    else:
        pass
    $ SOE_Cash_Crop_Efficiency = Demography_SOE_Labor_Cash_Crop_AV*500/Cash_Crop_Land_State_Owned + State_Property*2
    if SOE_Cash_Crop_Efficiency >= 100:
        $ SOE_Cash_Crop_Efficiency = 100
    else:
        pass
    $ SOE_Cattle_Efficiency = Demography_SOE_Labor_Pasture_AV*500/Pasture_Land_State_Owned + State_Property*2   
    if SOE_Cattle_Efficiency  >= 100:
        $ SOE_Cattle_Efficiency  = 100
    else:
        pass
    $ Grain_Produced_SOE = SOE_Grain_Efficiency * Agricultural_Land_State_Owned_AV * (100 + SOE_Grain_Modifier) * 0.0001 * Grain_Acreage
    $ Cash_Crop_Produced_SOE = SOE_Cash_Crop_Efficiency * Cash_Crop_Land_State_Owned_AV * (100 + SOE_Cash_Crop_Modifier) * 0.0001 * Cash_Crop_Acreage
    $ Cattle_Produced_SOE = SOE_Cattle_Efficiency * Pasture_Land_Aristocracy_State_Owned * (100 + SOE_Cattle_Modifier) * 0.0001 * Pastureland_Inefficiency * 0.01 * Grain_Acreage
   
    $ Grain_Produced_Total = Grain_Produced_Serfs + Grain_Produced_Yeomanry + Grain_Produced_SOE
    $ Cash_Crop_Produced_Total = Cash_Crop_Produced_Serfs + Cash_Crop_Produced_Yeomanry + Cash_Crop_Produced_SOE
    $ Cattle_Produced_Total = Cattle_Produced_Serfs + Cattle_Produced_Yeomanry + Cattle_Produced_SOE
    $ Food_Produced_Total = Cattle_Produced_Total + Grain_Produced_Total + Food_Supply_Adjustments
    $ Food_Demanded_Total = Pop + Food_Demand_Adjustments

    if Food_Produced_Total >= Food_Demanded_Total:
        $ Food_Surplus = Food_Base_Supply - Food_Circulated
        $ Food_Imported = 0
        $ Food_Store += Food_Surplus*0.01*Food_Stockpile_Rate
        $ Food_Exported = Food_Surplus*0.01*(100-Food_Stockpile_Rate)
    else:
        $ Food_Surplus = 0
        $ Food_Shortage = Food_Circulated - Food_Base_Supply
        if Food_Shortage <= Food_Store:
            $ Food_Store = Food_Store - Food_Shortage
            $ Food_Shortage = 0
        else:
            $ Food_Imported = Food_Shortage - Food_Store
            $ Food_Store = 0
 

init python:
   
    total = 200
    class Pop:
        def __init__ (self, name, number, percentage):
            self.name = self
            self.percentage = percentage
            self.number = number

label start:
    python:
        aristocracy = Pop("Aristocracy", 20, 10)
        Aristocracy_Percentage = aristocracy.percentage
       
    "Percentage of aristocracy is %(Aristocracy_Percentage)d percent."   

init python:   
    class Aristocracy:
         def __init__ (self, total=200, percentage = 5, number = 2000, agricultural_land = 128000, agricultural_land_percentage = 80, cash_crop_land = 20000, cash_crop_land_percentage = 100, pasture_land = 18000, pasture_land_percentage = 90):
             self.percentage = percentage
             self.total = total
             self.number = number
             self.agricultural_land = agricultural_land
             self.agricultural_land_percentage = agricultural_land_percentage
             self.cash_crop_land = cash_crop_land
             self.cash_crop_land_percentage = cash_crop_land_percentage
             self.pasture_land = pasture_land
             self.pasture_land_percentage = pasture_land_percentage
             
         def Pop_Growth (self, growth):
             self.number += growth
             self.percentage = self.number/Aristocracy.number*100
             
         def AristoPercentage(self, total):
             self.percentage = self.number / self.total * 100
             
label start:
    $ Aristocracy = Aristocracy ()
    "1. Demography of aristocracy is [Aristocracy.percentage] percent, for a total of [Aristocracy.number] people of working age." 
    $ Aristocracy.Pop_Growth(500)
    "2. Demography of aristocracy is [Aristocracy.percentage] percent, for a total of [Aristocracy.number] people of working age." 
    $ Aristocracy.AristoPercentage(200)
    "3. Demography of aristocracy is [Aristocracy.percentage] percent, for a total of [Aristocracy.number] people of working age." 

class Pop:
        def __init__ (self, name, percentage, number_labor, number_total, agricultural_land, agricultural_land_percentage, cash_crop_land, cash_crop_land_percentage, pasture_land, pasture_land_percentage, total_agricultural_land, agricultural_efficiency, grain_produced, cash_crop_produced, cattle_produced, food_produced,  food_demanded):
            self.name = name
            self.percentage = percentage
            self.number_labor = number_labor
            self.number_total = number_total
            self.agricultural_land = agricultural_land
            self.agricultural_land_percentage = agricultural_land_percentage
            self.cash_crop_land = cash_crop_land
            self.cash_crop_land_percentage = cash_crop_land_percentage
            self.pasture_land = pasture_land
            self.pasture_land_percentage = pasture_land_percentage
            self.total_agricultural_land = total_agricultural_land
            self.agricultural_efficiency = agricultural_efficiency
            self.grain_produced = grain_produced
            self.cash_crop_produced = cash_crop_produced
            self.cattle_produced = cattle_produced
            self.food_produced = food_produced
            self.food_demanded = food_demanded
        def agricultural_efficiency (self, agricultural_efficiency):
            self.agricultural_efficiency == min (100, self.number_labor * 500 / self.total_agricultural_land)
        def grain_produced (self, grain_produced):
            self.grain_produced == self.agricultural_efficiency * self.agricultural_land * Grain_Acreage * 0.01
        def cash_crop_produced (self, grain_produced):
            self.cash_crop_produced == self.agricultural_efficiency * self.cash_crop_land * Cash_Crop_Acreage * 0.01   
        def cattle_produced (self, grain_produced):
            self.cattle_produced == self.agricultural_efficiency * self.pastoral_land * Cattle_Acreage * 0.01           
                       
label start:
   
    python:
        Aristocracy = Pop("Aristocracy", percentage = 5, number_labor = 2000, number_total = 5000, agricultural_land = 128000, agricultural_land_percentage = 80, cash_crop_land = 20000, cash_crop_land_percentage = 100, pasture_land = 18000, pasture_land_percentage = 90, total_agricultural_land = 166000, agricultural_efficiency = 0, grain_produced = 0, cash_crop_produced = 0, cattle_produced = 0, food_produced = 0,  food_demanded = 100000) 
        Yeomanry = Pop ("Yeomanry", percentage = 17, number_labor = 6800, number_total = 17000, agricultural_land = 32000, agricultural_land_percentage = 20, cash_crop_land = 0, cash_crop_land_percentage = 0, pasture_land = 2000, pasture_land_percentage = 10, total_agricultural_land = 34000, agricultural_efficiency = 100,  grain_produced = 320000, cash_crop_produced = 0, cattle_produced = 3000, food_produced = 323000, food_demanded = 204000)
        Serf = Pop ("Serf", percentage = 60, number_labor = 24000, number_total = 60000, agricultural_land = 0, agricultural_land_percentage = 0, cash_crop_land = 0, cash_crop_land_percentage = 0, pasture_land = 0, pasture_land_percentage = 0, agricultural_efficiency = 72, grain_produced = 921600, cash_crop_produced = 0, cattle_produced = 19440, food_produced = 941040, food_demanded = 720000)

TypeError: __init__() takes exactly 18 non-keyword arguments (11 given)

While running game code:
 - script at line 60 of D:\Ren'Py\renpy-6.12.0\Test/game/script.rpy
 - python at line 62 of D:\Ren'Py\renpy-6.12.0\Test/game/script.rpy.

  def agricultural_efficiency (self, agricultural_efficiency):
            self.agricultural_efficiency = min (100, self.number_labor * 500 / self.total_agricultural_land)

 $ Agricultural_Land_Aristocracy = 80
    $ Agricultural_Land_Serf = 0
    $ Agricultural_Land_Yeomanry = 20
    $ Agricultural_Land_Craftsman = 0
    $ Agricultural_Land_Industralized = 0
    $ Agricultural_Land_State_Owned = 0
   
    $ Agricultural_Land_Aristocracy_AV = 128000
    $ Agricultural_Land_Serf_AV = 0
    $ Agricultural_Land_Yeomanry_AV = 32000
    $ Agricultural_Land_Craftsman_AV = 0
    $ Agricultural_Land_Industralized_AV = 0
    $ Agricultural_Land_State_Owned_AV = 0
   
    $ Cash_Crop_Land_Aristocracy = 100
    $ Cash_Crop_Land_Serf = 0
    $ Cash_Crop_Land_Yeomanry = 0
    $ Cash_Crop_Land_Craftsman = 0
    $ Cash_Crop_Land_Industralized = 0
    $ Cash_Crop_Land_State_Owned = 0
   
    $ Cash_Crop_Land_Aristocracy_AV = 20000
    $ Cash_Crop_Land_Serf_AV = 0
    $ Cash_Crop_Land_Yeomanry_AV = 0
    $ Cash_Crop_Land_Craftsman_AV = 0
    $ Cash_Crop_Land_Industralized_AV = 0
    $ Cash_Crop_Land_State_Owned_AV = 0
   
    $ Pasture_Land_Aristocracy = 90
    $ Pasture_Land_Serf = 0
    $ Pasture_Land_Yeomanry = 10
    $ Pasture_Land_Craftsman = 0
    $ Pasture_Land_Industralized = 0
    $ Pasture_Land_State_Owned = 0
   
    $ Pasture_Land_Aristocracy_AV = 18000
    $ Pasture_Land_Serf_AV = 0
    $ Pasture_Land_Yeomanry_AV = 2000
    $ Pasture_Land_Craftsman_AV = 0
    $ Pasture_Land_Industralized_AV = 0
    $ Pasture_Land_State_Owned_AV = 0

    $ Total_Land_Aristocracy_AV = 166000
    $ Total_Land_Serf_AV = 0
    $ Total_Land_Yeomanry_AV = 34000
    $ Total_Land_Craftsman_AV = 0
    $ Total_Land_Industralized_AV = 0
    $ Total_Land_State_Owned_AV = 0