# Structure of SCRIPT.INI file # for buildings # version 1.05 # 2022.03.22 # # Changelog: # # Version 1.0 (10.10.2019) # - initial version # # Version 1.01 (18.10.2019) # - added more information about IMPORT and EXPORT storages # # Version 1.02 (2020.03.09) # - added water transport related tokens # # Version 1.03 (2020.12.10) # - added tourism # - added heating # - added $STATION_NOT_BLOCK # - updated Appendixes # - updated connections # - updated other tokens # # Version 1.04 (2022.03.22) # - added tokens for 0.8.6 version # - tokens for 'crime and justice' # - tokens for pedestrians overpass/underpass # - updated appendixes # - updated connections # - updated other tokens # # Version 1.05 (2022.03.30) # - added tokens for 0.8.7 version # - tokens for water and sewage # - updated appendixes # - updated connections # - updated other tokens # # Version 1.06 (2024.03.05) # - appendix D updated # - update building types and subtypes # - update resource types # # Version 1.07 (2024.03.06) # - update 'electric' section # - update production section # - update water/sewage section # # Version 1.10 (2024.03.11) # - added waste related section (still work in progress) # - added some other tokens # # ---------------------------------------------------------------------- # http://docopt.org/ # <> - positional argument # [] - optional # () - required # | - or # #

# Name of building # # Example: $NAME_STR “Spaceport” $NAME_STR (“name_of_building”) # Type of building # # You can use only one type for building # # Example: $TYPE_FACTORY # # Available types - APPENDIX D: # # Each type determine function of building # and each type has own tokens # --------------------------------- # Subtypes of buildings # # Used with main TYPE of building # --------------------------------- # # # Example: $TYPE_UNIVERSITY # $SUBTYPE_TECHNICAL # # # Subtypes for $TYPE_UNIVERSITY # $SUBTYPE_MEDICAL # $SUBTYPE_TECHNICAL # $SUBTYPE_SOVIET <- party HQ # Subtypes for $TYPE_LIVING # $SUBTYPE_HOSTEL # Subtypes for $TYPE_BROADCAST # $SUBTYPE_RADIO # $SUBTYPE_TELEVISION # Subtypes for $TYPE_STORAGE # $SUBTYPE_SPACE_FOR_VEHICLES # Subtype for $TYPE_PRODUCTION_LINE # $SUBTYPE_ROAD # $SUBTYPE_AIRPLANE # $SUBTYPE_RAIL # Subtype for $TYPE_ROADDEPO # $SUBTYPE_TROLLEYBUS # $SUBTYPE_TRAM # Subtype for $TYPE_RAIL_TRAFO # $SUBTYPE_ROAD # # It’s trafo for trolleybuses # Subtype for $TYPE_PASSANGER_STATION # $SUBTYPE_CABLEWAY # $SUBTYPE_SHIP FOR NOW THIS IS NOT USED… $SUBTYPE_RAL IT SHOULD BE $SUBTYPE_RAIL .. but typo in code.. # Subtype for $TYPE_CARGO_STATION # $SUBTYPE_CABLEWAY # $SUBTYPE_AIRPLANE # Subtype $TYPE_ENGINE # $SUBTYPE_CABLEWAY # Subtype for $TYPE_PASSANGER_STATION # $SUBTYPE_AIRPLANE # $SUBTYPE_METRO # Subtype for $TYPE_CONSTRUCTION_OFFICE # $SUBTYPE_AIRPLANE # Subtype for $TYPE_WATER_PUMP # $SUBTYPE_WATER_SWITCH # Subtype for $TYPE_TRANSFORMATOR # $SUBTYPE_PRIORITY_1 # It is used for priority switches # Max 12 connections! # Subtype for $TYPE_WAITING_STATION # $SUBTYPE_METRO # Subtype for $TYPE_ELETRIC_EXPORT # $SUBTYPE_OWN_CUSTOM # ----------------------------- # # Building offices # # ----------------------------- # If you add these tokens to Building Office # you will be able to choose source for each ‘material’ # for this building # # $RESOURCE_SOURCE_WORKERS # $RESOURCE_SOURCE_GRAVEL # $RESOURCE_SOURCE_OPEN # $RESOURCE_SOURCE_OPEN_BOARDS # $RESOURCE_SOURCE_OPEN_BRICKS # $RESOURCE_SOURCE_OPEN_PANELS # $RESOURCE_SOURCE_ASPHALT # $RESOURCE_SOURCE_CONCRETE # $RESOURCE_SOURCE_COVERED # $RESOURCE_SOURCE_COVERED_ELECTRO # $RESOURCE_SOURCE_WATER # $RESOURCE_SOURCE_SEWAGE # $RESOURCE_SOURCE_WASTE_GRAVEL # $RESOURCE_SOURCE_WASTE_STEEL # $RESOURCE_SOURCE_WASTE_ALUMINIUM # $RESOURCE_SOURCE_WASTE_BIO # $RESOURCE_SOURCE_WASTE_PLASTIC # $RESOURCE_SOURCE_WASTE_TOXIC # $RESOURCE_SOURCE_WASTE_GENERAL # $RESOURCE_SOURCE_EXPLOSIVES

# Factors for electric energy consumption # When building is fully operating # Factor is 1.0 # On how much % can building works wihtout electricity # If 0.0 building will not works without electricity # if 0.3 building will works even without electricity but only on 30% # Note that this decreasing also the consumption of electricity of building # if you specify 0.3.. building will spend 70% of energy compared to if flag would be 0.0 # Example: $ELETRIC_WITHOUT_WORKING_FACTOR 0.7 # Default value 0.0 $ELETRIC_WITHOUT_WORKING_FACTOR (factor) # Similar to previous one but during night # How much % will building works without electricity during night # Example: $ELETRIC_WITHOUT_LIGHTING_FACTOR 0.2 $ELETRIC_WITHOUT_LIGHTING_FACTOR (factor) # Example of calculation # Example: $ELETRIC_WITHOUT_WORKING_FACTOR 0.3 # Example: $ELETRIC_WITHOUT_LIGHTING_FACTOR 0.5 # Durring day: # Building is supplied with electricity it works on 100% .. # Spending energy: (1.0-0.3)*NUM_WORKER*ENERGY_PER_WORKER # Building is not supplied with electricity it works on 30% # Durring night: # Building is supplied with electricity it works 100% # Spending energy: (1.0-0.3)*NUM_WORKER*ENERGY_PER_WORKER + (1.0-0.5)*NUM_WORKER*ENERGY_PER_WORKER_NIGHT_EXTRA # Building is not supplied with electricity it works 15% (0.3*0.5) # (It means lacking electricity during night decreasing effectivity) # FInd one more example bellow.. this is for shopping centre: # $ELETRIC_WITHOUT_WORKING_FACTOR 0.7 # $ELETRIC_WITHOUT_LIGHTING_FACTOR 0.0 # it means without electric energy shop will works on 70% # gods can be sell during night even without cash desk max be # a bit slower # but during night, without light none of the gods can be sell so # shop will not working at all # The factors impacting the building consumption of electricity # Building consumption during day is (for any building): # number of workers * consumption per worker * LIVING_WORKER_FACTOR # Building consumption during night: # building consumption during day + number of workers * # light consumption per worker * LIGHTING_WORKER_FACTOR # Able_ serve is when building have defined $CITIZEN_ABLE_SERVE # worker have bigger consumption of electricity - # according how much clients can serve, with this flag you tweaking this $ELETRIC_CONSUMPTION_LIGHTING_WORKER_FACTOR (number) $ELETRIC_CONSUMPTION_LIGHTING_WORKER_FACTOR_ABLE_SERVE (number) $ELETRIC_CONSUMPTION_LIVING_WORKER_FACTOR (number) $ELETRIC_CONSUMPTION_LIVING_WORKER_FACTOR_ABLE_SERVE (number) # default values: # $ELETRIC_CONSUMPTION_LIGHTING_WORKER_FACTOR 1 # $ELETRIC_CONSUMPTION_LIGHTING_WORKER_FACTOR_ABLE_SERVE 0.2 # $ELETRIC_CONSUMPTION_LIVING_WORKER_FACTOR 1 # $ELETRIC_CONSUMPTION_LIVING_WORKER_FACTOR_ABLE_SERVE 0.2 # Special token for a wind powerplants # Parameter set strength of the wind for maximum production # Example: # $PRODUCTION_CONNECT_TO_WIND 25 # Max. production for wind 25 m/s $PRODUCTION_CONNECT_TO_WIND (value) # Special token for a sun powerplant # Parameter indicate when powerplant reach max. production # Example: # $PRODUCTION_CONNECT_TO_SUN 80 # Max. production for 80% of sun $PRODUCTION_CONNECT_TO_SUN (value)

# ---------------------------------- # Loading and unloading vehicles # # Used in mines, factories, storages, etc. # Defines speed of loading/unloading vehicles # prefered uses is for gravel and open storage resources. Gravel have # defaulty slow loading, open space resources have slow both # loading and unloading.. those factors, you can use in buildings # where there is some mechanism helps to load/unload like crane etc # $VEHICLE_LOADING_FACTOR 5 - will multiply by 5 the loading speed # Note: that liquids have defined defaultly high speed of loading/unloading # because for those building is expected some mechanism is must have # Example: $VEHICLE_LOADING_FACTOR 5 # Example: $VEHICLE_UNLOADING_FACTOR 3 $VEHICLE_LOADING_FACTOR (factor) $VEHICLE_UNLOADING_FACTOR (factor) # This is related to above when player have enabled electricity # if there on station/building is present any mechanism which is helping # to load/unload.. it should also consume electricity # with those tokens you say that load/unloading should spend electricity # The amount of energy is calculated by: # amount of material * factor you spefify bellow # amount of material is calculated by: # default_amount * loading/unloading factor (described above) # # Example: $ELETRIC_CONSUMPTION_UNLOADING_FIXED 1.0 $ELETRIC_CONSUMPTION_UNLOADING_FIXED (factor) $ELETRIC_CONSUMPTION_LOADING_FIXED (factor) # For a trains, you can set how meny vagons can be loaded/unloaded # simultaneously # Example: # $VEHICLE_UNLOADINGLOADING_MAXVAGONS 4 $VEHICLE_UNLOADINGLOADING_MAXVAGONS (num) # -------------------------------------------------- # # Production / consumption # # -------------------------------------------------- # You have to define what is consumption for resources # and what is produced in factory # List of materials: APPENDIX A # Note: You specify those values per one worker for one workday # For production you have to define # material and amount # You can add more materials, each in separate line # Example: $PRODUCTION bricks 0.68 $PRODUCTION (material amount) # For consumption you have to define # material and amount # You can add more materials, each in separate line # Example: $CONSUMPTION coal 0.45 $ CONSUMPTION (material amount) # For wind/solar powerplants you need to define # extra ‘connection’ your production to wind/sun # # Example: # $PRODUCTION_CONNECT_TO_WIND 25 # max. production for wind 25 km/h # $PRODUCTION_CONNECT_TO_SUN 100 # max. production for 100% sun $PRODUCTION_CONNECT_TO_SUN (amount) $PRODUCTION_CONNECT_TO_WIND (amount) # Consumption per second # used mostly for electricity - so the consumption is more clear # As in example below, it means factory production # will have wattage 0.21 MW at full production # Note that overall wattage of the factory may be higher because there is # fixed consumption according to workers number, with this token # you define additional consumption for factories where # Example: $CONSUMPTION_PER_SECOND eletric 0.21 $CONSUMPTION_PER_SECOND (material amount) # Workers # Each building (except living) needs workers to operate # You define maximum amount of workers # Example: $WORKERS_NEEDED 500 $WORKERS_NEEDED (amount) # When you need some workers with high education level # you have to define another parameter for ‘professors’. # Professors mean professors at university, but # it means ‘doctors’ or ‘priests’, too :) # Example: $PROFESORS_NEEDED 10 $PROFESORS_NEEDED (amount) # For buildings when you serve customers (pub/shop/etc.) # You need to define how much customers can be served (max value) # also for schools/kindergarten how much student/ babies # Example: $CITIZEN_ABLE_SERVE 24 $CITIZEN_ABLE_SERVE (amount) # When you need vehicles ‘work’ in building # For example: fire trucks in fire station, ambulances in hospital # (but it also works for parkings - you define how much slots parking has) # you need to define how much places you reserve # for these vehicles # Example: $WORKING_VEHICLES_NEEDED 4 $WORKING_VEHICLES_NEEDED (value) # This token recalculate factory production every year according.. # FinalProductionFactor = 1.0 - (GameYear - Param1) / Param2 # FinalProductionFactor = clamp(FinalConsumption, Param3, 1.0) # Example: # $PRODUCTION_DECREASE_ACCORDING_YEAR 1960 120 0.3 $PRODUCTION_DECREASE_ACCORDING_YEAR (year factor min_factor) # and complementary token for a consumption # This token recalculate factory consumption every year according. # FinalConsumption = (GameYear - Param1) / Param2 # FinalConsumption = clamp(FinalConsumption, 0.0f, Param3) # Example: # $CONSUMPTION_INCREASE_ACCORDING_YEAR 1960 85 1.7 $CONSUMPTION_INCREASE_ACCORDING_YEAR (year factor min_factor)

# -------------------------------------------- # # Phases of construction # # -------------------------------------------- # # Note: # For each phase you have to define: # - type of phase # - cost of phase in materials (can be automatically computed or # you can set if manually) # - additional slots for machines used on construction site # - positions of slots # # All costs can be automatically computer according of # dimensions of 3D model ! # ------------------------------ # Initialize of construction phase # ------------------------------ # List of available phases: APPENDIX B # Example: $COST_WORK SOVIET_CONSTRUCTION_SKELETON_CASTING 1.0 # For phase GROUNDWORKS factor is 0.0 # For other phases - factor is 1.0 $COST_WORK (phase factor) # ------------------------------ # GROUNDWORKS phase # ------------------------------ # # For groundworks phase you can define what parts of your # models will be used for computing costs. # When your model has a parts (for example: # MainBuilding, Chimney, ProductionHall, etc.) # You can do it in ModelViewer # You can define which parts will be used in calculation # using $COST_WORK_BUILDING_NODE token # Example: $COST_WORK_BUILDING_NODE MainBuilding # You can use more than one part of building # Example: # $COST_WORK_BUILDING_NODE MainBuilding # $COST_WORK_BUILDING_NODE Chimney # $COST_WORK_BUILDING_NODE ProductionHall # # Game automatically add costs for each part of building $COST_WORK_BUILDING_NODE (Name_of_part) # If you model has more similar parts and # their names are similar, for example: # Silo1, Silo2, Silo3, Silo4, etc…. # You can add it to computing costs using token # $COST_WORK_BUILDING_KEYWORD $Silo # this will add all nodes which names begins "Silo" # Example: $COST_WORK_BUILDING_KEYWORD steel $COST_WORK_BUILDING_KEYWORD (keyword) # You can also add ALL parts of your model # to calculate costs using $COST_WORK_BUILDING_ALL # Example: $COST_WORK_BUILDING_ALL $COST_WORK_BUILDING_ALL # Places for mud/ground heaps # While groundworks phase you can set where # mud heaps can appear. # Available boundary boxes are automatically # computed according to defined part of model # You can use more than one token and part of model # Example: $COST_WORK_VEHICLE_STATION_ACCORDING_NODE MainBuilding $COST_WORK_VEHICLE_STATION_ACCORDING_NODE (name_of_part) # ------------------------------ # All phases # ------------------------------ # Resource cost for each phase - automatically computed! # List of available predefined costs in APPENDIX E # Second parameter is a factor of calculated costs # Example: $COST_RESOURCE_AUTO ground_asphalt 1.3 # You can use more tokens $COST_RESOURCE_AUTO in phase $COST_RESOURCE_AUTO (predefined_costs factor) # Resource cost for each phase - manually set # List of available materials - APPENDIX A # Example: $COST_RESOURCE asphalt 1000 # You can add more than one token for each phase $COST_RESOURCE (material amount) # Position of cranes # During phases other than GROUNDWORKS # you can define positions and direction # of each crane on building site # First 3 parameters define middle point of front of crane # Last 3 parameters define the point through the axis of symmetry passess # # Front of vehicle # vvv # /-------------------------+ # | | # (x,y,z) o o (x2,y2,z2) | # | | # \-------------------------+ # # Example: $COST_WORK_VEHICLE_STATION 0.00 0 -3.4834 -6.8560 0 -6.5297 # You can define more than one slot (each in separate line) # those are also used for position of firetrucks during fire $COST_WORK_VEHICLE_STATION (x y z x2 y2 z2)

# --------------------------------- # STORAGES # --------------------------------- # # There are many types of storages # Storages for import materials # for export materials # special type of storages # storage for Car Factory # # Storage for fuel # for ships harbour (later also for construction office # when we will make mechanics for refueling while at the home workplace) # ships refuel in harbor. # you need to use $STORAGE_FUEL token because # you don't want to create this storage if players have an easier difficulty # Example: $STORAGE_FUEL RESOURCE_TRANSPORT_OIL 350 # From version 0.8.6 you can use it in many buildings # for making local fuel storage $STORAGE_FUEL (type_of_fuel amount) # Storages for Car Factory # You need to define two import storages # One for materials provided be open trucks # and another for covered trucks # the resources are automatically filled according to what is needed for the # production # Example: $STORAGE_IMPORT_CARPLANT RESOURCE_TRANSPORT_COVERED 250 # Example: $STORAGE_IMPORT_CARPLANT RESOURCE_TRANSPORT_OPEN 300 $STORAGE_IMPORT_CARPLANT (type_of_resource amount) # Input (import) storages # There are more than one type for these storages # You can use: # $STORAGE_IMPORT or # $STORAGE_IMPORT_SPECIAL # # Types of cargos - appendix F # Types of resources - appendix A # Example: # $STORAGE_IMPORT RESOURCE_TRANSPORT_COVERED 30 # Example: # $STORAGE_IMPORT_SPECIAL RESOURCE_TRANSPORT_GRAVEL 75 coal # # the difference between normal and special is, that normal # will able store all resources if specified kind .. like if open storage # storage will be able to store wood, planes, boards, etc.. # if you use special you specify only one resource you would like to store $STORAGE_IMPORT (type_of_cargo capacity) $STORAGE_IMPORT_SPECIAL (type_of_cargo capacity resource) # For output (export) storages # you can use: # $STORAGE_EXPORT or # $STORAGE_EXPORT_SPECIAL tokens # IMPORTANT: Prior to defining import and export storages you need to # define $PRODUCTION and $CONSUMPTION # Using _EXPORT at storage definition, you define that storage # is suitable only for resources factory produce. # Using _IMPORT at storage definition, you define that storage is suitable # only for resources the factory need for production. # Also Because you should specify which storage should be only for export # or only for import.. problem is that if food factory need crops # and you will send any vehicle to load something from this factory # you don't want this vehicle will load from storage with crops. # Demand storages: # There are many types of storages # Type of storage define what types of materials you # can store inside # These types of storage are used when delivering materials # are demand for maintaining servicing citizens (in shops, bar, etc.) # the storage is automatically set for resources citizens may need in shops # the reason for this is that in the future if any new resource would be added # for example like toys.. it may be automatically added to existing # types of building # # RESOURCE_TRANSPORT_COOLER # For prisons # $STORAGE_DEMAND_PRISON # For restaurant: # $STORAGE_DEMAND_BASIC # # Example: # $STORAGE_DEMAND_PRISON RESOURCE_TRANSPORT_COOLER 2 # # RESOURCE_TRANSPORT_COVERED food cloths electronics alcohol # $STORAGE_DEMAND_BASIC Yes No No No # $STORAGE_DEMAND_MEDIUM Yes Yes No No # $STORAGE_DEMAND_MEDIUMADVANCED No Yes Yes No # $STORAGE_DEMAND_ADVANCED Yes Yes Yes No # $STORAGE_DEMAND_HOTEL Yes No No Yes # $STORAGE_DEMAND_PRISON Yes Yes No No # # # Example: # $STORAGE_DEMAND_BASIC RRESOURCE_TRANSPORT_COVERED 6 $STORAGE_DEMAND_BASIC (type_of_cargo capacity)

# ---------------------------------- # # Resource visualization # # ---------------------------------- # For each resource type, you need to define STORAGE # Each storage has own index (not shown, but first defined # storage has index 0, second - 1, etc.) # If you want to visualize materials like gravel, coal # You have to define tokens $RESOURCE_VISUALIZATION # and $RESOURCE_INCREASE_POINT # In $RESOURCE_VISUALIZATION you have to define: # - position of center of the first pile of resources. # - rotation (in radians) # - scale (for each axis separately) # - numstepx, numstept - amount and offset for stacks of materials # Thanks for Nyxyx for correction :) # Example: # $RESOURCE_VISUALIZATION 0 # position -28.469 0.0 -17.767 # rotation 0.0 # scale 1.3 1.3 1.3 # numstepx 2.23 6 # numstept 3.76 4 # # * <- stack of material # # * * * * * * <- 6 stacks with offset 2.23 # # * * * * * * # # * * * * * * # # * * * * * * # # ^ # 4 stacks with offset 3.76 # # Additiona information by @nyxyx (thanks!) # -position indicates the center of the first pile of resources. # -offset is the distance from this starting point, so the "position" value will always be one of the # corners of the storage area # -rotation is in RADIANS not degrees # -scale is the scale of the resource piles shown, not the scale of the area in which they are stored $RESOURCE_VISUALIZATION (index_of_storage) position (x y z) rotation (angle) scale (x y z) numstepx (offsetX amount) numstept (offsetZ amount) # Token $RESOURCE_INCREASE_POINT is responsible # for point of ‘emmiting’ resource which # is falling down # Example: # $RESOURCE_INCREASE_POINT 0 -25.9313 11.0157 -14.4930 $RESOURCE_INCREASE_POINT (index_of_storage x y z) # If your model contains internal conveyors # you can define path (line) for visualization # of moving resource # You need to define start and end position for # visualization and storage index # Example: # $RESOURCE_INCREASE_CONVEYOR_POINT 1 # 14.9749 3.3894 -7.3149 # -19.7993 15.62 -7.3149 $RESOURCE_INCREASE_CONVEYOR_POINT (index_of_storage) (startx starty startz) (endx endy endz)

# ------------------------------------------ # # Water transport related # # ------------------------------------------ # Places for ships in harbor # Parameters: x,y,z,x2,y2,z2 # Parameters define two points: # x,y,z - point where ship ‘park’ # x2 y2 z2 - it is position of turning point, where # ship can turn on the way to parking point # Distance between turning point and end point should be # longer than length of the longest vehicle inside $SHIP_STATION 27.8238 0 0.0 163.362 0 0.0 $SHIP_STATION 27.8238 0 30.0 163.362 0 30.0 $SHIP_STATION 27.8238 0 -30.0 163.362 0 -30.0

# ------------------------------------------- # # Pollution and particle emitters # # ------------------------------------------- # Each factory / building can be pollution source # You can define how much pollution it emites # You can define more than one pollution emitter # # Types of emitters: APPENDIX C # -------------------------------------------- # Particle emmiters # You need to define position, scale and alpha channel # for each emmiter. SCALE parameter doesn’t affect pollution! # Example: $PARTICLE factory_medium_black -9.5780 41.2336 -19.5960 1 1 $PARTICLE (type_of_emmiter x_position y_position z_position alpha scale) # -------------------------------------------- # Additional pollution # You can also add additional pollution for buildings # and don’t use emmiters # You can mix $PARTICLE and additional pollution in building # List of type of additional pollutions: # $POLLUTION_SMALL # $POLLUTION_MEDIUM # $POLLUTION_HIGH # # Example: $POLLUTION_SMALL $POLLUTION_SMALL # —------------------------------------------- # Sewage pollution # # Some buildings (for instance factories) makes more pollution # than typical buildings # You can define it using token # # Example: # $PRODUCTION_SEWAGE_POLLUTION 0.7 $PRODUCTION_SEWAGE_POLLUTION (value)

# ------------------------------------ # # CONNECTIONS # # ------------------------------------ # For road connection you can use tokens: # $CONNECTION_ROAD # $CONNECTION_ROAD_BORDER # $CONNECTION_ROAD_ALLOWPASS # Parameters: x,y,z,x2,y2,z2 # Parameters define positions of entry point (x y z) # and directions of road (x2 y2 z2) # # Road: # ------------------------------ # | | # (x,y,z) o--------------o (x2,y2,z2) | # | | # ------------------------------ # #Example: # $CONNECTION_ROAD # 17.2615 0.0 -14.2768 # 17.2615 0.0 -13.2768 $CONNECTION_ROAD (x y z) (x2 y2 z2) # For road in custom house (on the country border) # You need to use # $CONNECTION_ROAD_BORDER # Example: # $CONNECTION_ROAD_BORDER # 0.3852 0.0 -16.0114 # 0.3852 0.0 -13.0114 $CONNECTION_ROAD_BORDER (x y z) (x2 y2 z2) # For bus stops and other buildings where you can allow # passing for vehicles, you need to use # $CONNECTION_ROAD_ALLOWPASS token # Example: # $CONNECTION_ROAD_ALLOWPASS # 16.000 0.0 0.0 # 15.000 0.0 0.0 # # Note: all allow pass connection must be first connections you define $CONNECTION_ROAD_ALLOWPASS (x y z) (x2 y2 z2) # Roads inside building # # When you want to make and show roads inside # Your model, you have to use pair of # $CONNECTION_ROAD_DEAD tokens # Road will be drawn between these points # Example: # $CONNECTION_ROAD_DEAD # -17.843 0.0 -0.453 # $CONNECTION_ROAD_DEAD # 27.158 0.0 -0.453 # # For next road, you have to define next pair of tokens $CONNECTION_ROAD_DEAD (startX startY StartZ) $CONNECTION_ROAD_DEAD (endX endY endZ) # If you want to make asphalt under the building # You can use $CONNECTIONS_ROAD_DEAD_SQUARE token # It makes asphalt rectangle # You define only positions of opposite corners # of rectangle # Example: # $CONNECTIONS_ROAD_DEAD_SQUARE # 13.5693 -21.3665 # -25.4830 -9.3801 $CONNECTIONS_ROAD_DEAD_SQUARE (startX startZ) (endX endZ) # Rail connection # Definition is the same as for other connections # Example: # $CONNECTION_RAIL # 0.0 0.0 20.6900 # 0.0 0.0 19.9924 $CONNECTION_RAIL (x y z) (x2 y2 z2) # Rail connection with allow pass for vehicles # You need to make pair tokens. # Example: # $CONNECTION_RAIL_ALLOWPASS # -41.5 0.0 3.0 # -30.0 0.0 3.0 # $CONNECTION_RAIL_ALLOWPASS # 41.5 0.0 3.0 # 30.0 0.0 3.0 # # Game automatically makes railway between 1st and 3rd position! # (-41.5 0.0 3.0 and 41.5 0.0 3.0) # Note: all allow pass connection must be first connections you define $CONNECTION_RAIL_ALLOWPASS (x y z) (x2 y2 z2) # Connections for pedestrians # # You can define many connection for pedestrians # Definitions is the same as for roads # Example: # $CONNECTION_PEDESTRIAN # 21.958 0.0 -25.5126 # 21.958 0.0 -24.5126 $CONNECTION_PEDESTRIAN (x y z) (x2 y2 z2) # Connection for pedestrian overpass/underpass # Definition as connection_pedestrian # This type of connection can be connected only to another NOT_PICK # connection # Used with type $TYPE_PEDESTRIAN_BRIDGE # Example: # $CONNECTION_PEDESTRIAN_NOTPICK # 0.0000 8.800 -8.3986 # 0.0000 8.800 -7.3986 $CONNECTION_PEDESTRIAN_NOTPICK (x y z) (x2 y2 z2) # Sometimes you need to disable road connection for pedestrians # You can do it using token: # Example: # $DISABLE_PEDESTRIAN_ROAD_ENTRY $DISABLE_PEDESTRIAN_ROAD_ENTRY # Connection between buildings (factories/warehouses) # # Definition is the same as for roads: # Example: # $CONNECTION_CONNECTION # -45.8219 0.0 1.6312 # -42.8219 0.0 1.6312 $CONNECTION_CONNECTION (x y z) (x2 y2 z2) # Pipe connection # # Theres two types of pipes # input and output # # Definition is the same as for roads: # Example: # $CONNECTION_PIPE_INPUT # 0.9618 2.0822 -14.8395 # 0.9618 2.0822 -12.8395 $CONNECTION_PIPE_INPUT (x y z) (x2 y2 z2) $CONNECTION_PIPE_OUTPUT (x y z) (x2 y2 z2) # Steam pipe connection # (for cooling towers) # # There are two types of pipes # input and output # # Definition is the same as for roads: # Example: # $CONNECTION_STEAM_INPUT # 0.9618 2.0822 -14.8395 # 0.9618 2.0822 -12.8395 $CONNECTION_STEAM_INPUT (x y z) (x2 y2 z2) $CONNECTION_STEAM_OUTPUT (x y z) (x2 y2 z2) # Heating pipe connection # # There are two types of pipes # SMALL and BIG # # Definition is the same as for roads: # Example: # $CONNECTION_HEATING_SMALL # 0.9618 2.0822 -14.8395 # 0.9618 2.0822 -12.8395 $CONNECTION_HEATING_SMALL (x y z) (x2 y2 z2) $CONNECTION_HEATING_BIG (x y z) (x2 y2 z2) # Conveyor connection # # Theres two types of conveyor # input and output # # Definition is the same as for roads: # Example: # $CONNECTION_CONVEYOR_INPUT # 0.9618 2.0822 -14.8395 # 0.9618 2.0822 -12.8395 $CONNECTION_CONVEYOR_INPUT (x y z) (x2 y2 z2) $CONNECTION_CONVEYOR_OUTPUT (x y z) (x2 y2 z2) # Dry bulk conveyor connection # # Theres two types of conveyor # input and output # # Definition is the same as for roads: # Example: # $CONNECTION_BULK_INPUT # 0.9618 2.0822 -14.8395 # 0.9618 2.0822 -12.8395 $CONNECTION_BULK_INPUT (x y z) (x2 y2 z2) $CONNECTION_BULK_OUTPUT (x y z) (x2 y2 z2) # Electric wire connection # # There are four types of connection # input/output for high- and low voltage # # Definition is the same as for road # Example: # $CONNECTION_ELETRIC_HIGH_INPUT # 12.4611 0.0 0 # 10.4611 0.0 0 $CONNECTION_ELETRIC_HIGH_INPUT or $CONNECTION_ELETRIC_HIGH_OUTPUT or $CONNECTION_ELETRIC_LOW_INPUT or $CONNECTION_ELETRIC_LOW_OUTPUT or (x y z) (x2 y2 z2) # Connections for cableways # # Definitions is the same as for roads # Example: # $CONNECTION_CABLEWAY # -11.8745 10.8662 -17.2172 # -11.8745 10.8662 -16.2172 $CONNECTION_CABLEWAY (x y z) (x2 y2 z2) # Connection for water pipes # # You can define INPUT and OUTPUT water connections. # Definition is the same as for other connection: # Example: # $CONNECTION_WATERPIPE_INPUT # 25.9885 -3.2 -61.1861 # 25.9885 -3.2 -60.1861 $CONNECTION_WATERPIPE_OUTPUT (x y z) (x2 y2 z2) # Connection for sewage pipes # # You can define INPUT and OUTPUT sewage connections. # Definition is the same as for other connection: # Example: # $CONNECTION_SEWAGE_OUTPUT # 25.9885 -3.2 -61.1861 # 25.9885 -3.2 -60.1861 $CONNECTION_SEWAGE_INPUT (x y z)

# ------------------------------- # # Slots for vehicles # # ------------------------------- # Slots inside buildings # used for loading/unloading materials # (also while construction phases) # # Parameters: x,y,z,x2,y2,z2 # Parameters define two points: # x,y,z - point where vehicle park # x2 y2 z2 - it is position of turning point, where # vehicle can turn on the way to parking point # Distance between turning point and end point should be # longer than length of the longest vehicle inside # # Path for vehicle inside site is: # 1. entry point # 2. turn point (x2 y2 z2) # 3. end point (x y z) # Between these points should be no obstacles # # y and y2 should be set to zero - ground level # # Example: $VEHICLE_STATION 14.212 0 -9.679 14.212 0 7.679 $VEHICLE_STATION (x y z x2 y2 z2) # Parking slots # used for construction office, hospital, depots, etc. # Parameters: x,y,z,x2,y2,z2 # # Definition is the same as for $VEHICLE_STATION # Example: # $VEHICLE_PARKING -1.7229 0 -3.8259 -1.7229 0 5.2543 $VEHICLE_PARKING (x y z x2 y2 z2) # Parking slots for personal cars # Definition the same as for $VEHICLE_PARKING # Example: # $VEHICLE_PARKING_PERSONAL -1.3 0 -5.0550 -1.3 0 0.7375 # Note: # You also need to define how much cars can park # by using $WORKING_VEHICLES_NEEDED (value) token $VEHICLE_PARKING_PERSONAL (x y z x2 y2 z2) # On the parkings sometimes you need more turning points # for all or specific parking place # You can add it using tokens: # $VEHICLE_PARKING_ADVANCED_POINT # and # $VEHICLE_PARKING_ADVANCED_POINT_PID # # for $VEHICLE_PARKING_ADVANCED_POINT you define # extra turning point for all parking places # Example: # $VEHICLE_PARKING_ADVANCED_POINT -4.53 0 12.34 # # Now vehicle path is defined like: # 1. EntryPoint # 2. AdvancedPoint # 3. VehicleParkingTurnPoint # 4. VehicleParking # # If you defined many $VEHICLE_PARKING tokens # each of parking slot has own index number (started from 0) # You can add extra turning point for specific index number # using $VEHICLE_PARKING_ADVANCED_POINT_PID token # Example: # $VEHICLE_PARKING_ADVANCED_POINT_PID 3 2.66 0 6.09 # and 3 is a parking slot index $VEHICLE_PARKING_ADVANCED_POINT (x y z) or $VEHICLE_PARKING_ADVANCED_POINT_PID (index x y z) # When you make bus station or other building # where vehicles can drive through # you can use $ROADVEHICLE_NOTFLIP token # It means, that vehicle (for example bus) # after loading/unloading doesn’t turn $ROADVEHICLE_NOTFLIP # For buildings with electric vehicles # You have to add token which allow # to park/pass electric_vehicles # Example: # $ROADVEHICLE_ELETRIC $ROADVEHICLE_ELETRIC

# --------------------------------------------- # # AIRPORT and AIRPLANES related # # --------------------------------------------- # Connections for airroads # Definitions is the same as for roads # Example: # $CONNECTION_AIRROAD # 0.0 0.00 15.5 # 0.0 0.00 14 5 CONNECTION_AIRROAD (x y z) (x2 y2 z2) # Definition of the parking place for airplanes # # Example: # # $AIRPLANE_STATION_30M 0.0 0.0 -23.0 0.0 0.0 23.0 # # z and z2 is a the axis along which the plane stands $AIRPLANE_STATION_30M (x y z x2 y2 z2) $AIRPLANE_STATION_40M (x y z x2 y2 z2) $AIRPLANE_STATION_50M (x y z x2 y2 z2) # Definition of the parking place for helicopters # # Example: # # $HELIPORT_STATION -37.4311 12.5016 21.6140 -18.1105 12.5016 2.5889 # $HELIPORT_STATION (x y z x2 y2 z2) # Place for helicopters # # Example: # # $HELIPORT_AREA 5.0 # # This will enable the helipad to be attached to the building $HELIPORT_AREA 5.0

# Non-blocking means that vehicle can enter the building # when another vehicle are still in the building. # This feature increases construction of building, loading/unloading trucks. # # $STATION_NOT_BLOCK # # It's primary token which allow to make buildng with non-blocking feature $STATION_NOT_BLOCK # For each $VEHICLE_STATION you can define # path for vehicle. # Vehicle starts from $VEHICLE_STATION coordinates # then goes thru coordinates defined in # $STATION_NOT_BLOCK_DETOUR_POINT # or # $STATION_NOT_BLOCK_DETOUR_POINT_PID # # $STATION_NOT_BLOCK_DETOUR_POINT is common for all # $VEHICLE_STATION and # $STATION_NOT_BLOCK_DETOUR_POINT_PID is for # specific VEHICLE_STATION # first defined VEHICLE_STATION as index 0 # second one has index 1 etc. # # Example: # $STATION_NOT_BLOCK_DETOUR_POINT_PID 0 -0.1996 0 14.6809 # $STATION_NOT_BLOCK_DETOUR_POINT_PID 1 -2.1996 0 15.6809 # $STATION_NOT_BLOCK_DETOUR_POINT -5.5655 0 14.505 $STATION_NOT_BLOCK_DETOUR_POINT (x y z) $STATION_NOT_BLOCK_DETOUR_POINT_PID (index x y z)

# -------------------------------- # # Tourism # # -------------------------------- # All tourist attractions have token # # $TYPE_ATTRACTION # # Also each attraction have additional tokens which amplify score # for different demands: # # Example: # # $ATTRACTIVE_SCORE 2.4 - for general score # $ATTRACTIVE_SCORE_CULTURE 2.9 - extra score for culture # $ATTRACTIVE_SCORE_ALCOHOL 1.4 - extra score for alcohol # $ATTRACTIVE_SCORE_SPORT 3.0 - extra score for sport # $ATTRACTIVE_SCORE_RELIGION 2.6 - extra score for religion # type of attraction, the integer value represents number of # days citizen/tourist will forgot about attraction # # Example: # # $ATTRACTIVE_TYPE_SWIM 7 # $ATTRACTIVE_TYPE_CARUSEL 13 # $ATTRACTIVE_TYPE_GALLERY 8 # $ATTRACTIVE_TYPE_MUSEUM 13 # $ATTRACTIVE_TYPE_SIGHT 10 # $ATTRACTIVE_TYPE_ZOO 13 # # Defining “forgot mask” for attractive # # $ATTRACTIVE_USE_FORGOT_EVEN_MATCH # # without this flag defined, if citizen/tourist is looking, for example, # culture and building have $ATTRACTIVE_SCORE_CULTURE > 0.0 , then # citizen/tourist will not fill the "forgot mask", # so even next day if he get culture demand, # he may visit same type of attraction. # example where not to use this is for example swimming pool # you wanted to allow citizens used it even every day # # instead sport so you will have defined this: # $TYPE_ATTRACTION # $ATTRACTIVE_SCORE_SPORT 2.5 # $ATTRACTIVE_TYPE_SWIM 5 # # this will make the citizens tourist/visit the pool # instead other playground # but they can do visit every time the need sport demand # # # example where this flag should be define is the gallery, # it is culture # but would be strange if citizen would go there every time # he get culture demand # $TYPE_ATTRACTION # $ATTRACTIVE_SCORE_CULTURE 3.0 # $ATTRACTIVE_TYPE_GALLERY 10 # $ATTRACTIVE_USE_FORGOT_EVEN_MATCH # # this will make citizens visit the gallery instead cinema for example # BUT next time the culture demand will be generated. # it will not again visit this gallery unless citizens visit # it more than 10 days ago. # # Attractive factors $ATTRACTIVE_FACTOR_SIGHT and # $ATTRACTIVE_FACTOR_SIGHT_ADD (and similar) # you can define for hotels and for attraction. # how much their score is affected by location.. # lets take a look on for example $ATTRACTIVE_FACTOR_NATURE # if you have for example.. hotel (or even the attraction). # it is basic attraction score $ATTRACTIVE_SCORE = 3.0 # (let’s say it is 3 star hotel) # you can define for building type. # that the nature around hotel (for example - number of trees) # will affect the final score # if you define $ATTRACTIVE_FACTOR_NATURE 0.3 # when hotel will be placed in the forest. # and score for nature will be 100% # you get final attractive score = # (3.0f * 0.7) + (3.0f * 0.3f * 100%) = 3.0 # if you place hotel where are no tree (nature score will be 0%) # final score will be # final attractive score = (3.0f * 0.7) + (3.0f * 0.3f * 0%) = 2.1 # sometime you may set for the hotel. # and extra score if the nature will be better around. # in that case you can use # $ATTRACTIVE_FACTOR_NATURE_ADD.. lets say we define 1.5 # so if you place hotel in area with nature score 50% # basic attraction score $ATTRACTIVE_SCORE = 3.0 # you will get final attractive score = 3.0 + 1.5 * 50% = 3.75 # note: that if attractive reach the 5.0 it will get clamped to 5.0 # note2: that if you define multiple attractive scores.. they get multiplied.. # in code looks like # final_score = $ATTRACTIVE_SCORE # final_score *= mul attractive for nature # final_score += add attractive for nature # final_score *= mul attractive for pollution # final_score += add attractive for pollution # final_score *= mul attractive for sight # final_score += add attractive for sight $ATTRACTIVE_FACTOR_POLLUTION (n) $ATTRACTIVE_FACTOR_POLLUTION_ADD (n) $ATTRACTIVE_FACTOR_SIGHT (n) $ATTRACTIVE_FACTOR_SIGHT_ADD (n) $ATTRACTIVE_FACTOR_NATURE (n) $ATTRACTIVE_FACTOR_NATURE_ADD (n) $ATTRACTIVE_FACTOR_WATER (n) $ATTRACTIVE_FACTOR_WATER_ADD (n)

# ------------------------------- # # Heating # # ------------------------------- # Disabling heating for building # $HEATING_DISABLE # If you want to close building for workers and citizens # if exterior temperature drops below X, you can use # $SEASONAL_CLOSE_IF_TEMP_BELLOW # Default is: -100 # # Example: # $SEASONAL_CLOSE_IF_TEMP_BELLOW 3 $SEASONAL_CLOSE_IF_TEMP_BELLOW (n) # The same if exterior temperature is higher than X # use: $SEASONAL_CLOSE_IF_TEMP_ABOVE # Default is: 100 # # Example: # $SEASONAL_CLOSE_IF_TEMP_ABOVE 25 $SEASONAL_CLOSE_IF_TEMP_ABOVE (n) # You can also define production factor for not heated buildings # use: $HEATING_WITHOUT_WORKING_FACTOR # # Example: # $HEATING_WITHOUT_WORKING_FACTOR 0.3 $HEATING_WITHOUT_WORKING_FACTOR (n)

# Water quality # Some buildings require cleaner water than another ones # You can set required quality using token # Example: # $CONSUMPTION_WATER_REQUIRED_QUALITY 0.93 $CONSUMPTION_WATER_REQUIRED_QUALITY (quality) # If production doesn’t generate sewage # you can use token for ‘disabling’ sewage # from production # Example: # $WATER_NOT_PRODUCE_SEWAGE_FROM_PRODUCTION $WATER_NOT_PRODUCE_SEWAGE_FROM_PRODUCTION # You can totally disable generating sewage # for instance - fountains # using another token # Example: # $SEWAGE_DISABLE $SEWAGE_DISABLE # You can also disable water and sewage # requirements using token: # Example: # $WATERSEWAGE_DISABLE $WATERSEWAGE_DISABLE # For water treatement you can define # Maximum quality of water after pufirication # Example: # $OUTWATER_MAX_QUALITY 0.99 $OUTWATER_MAX_QUALITY (quality) # Many of water/sewage buildings have internal # water/sewage storages # Using this token you can define level of liquid # For underground storages value is negative # For water towers, value is positive # This value is required for water flow computation # You know, water doesn’t flow upwards by itself :) # So you need pumps to do it # Example: # $WATER_STORAGE_POSITION -5.3 $WATER_STORAGE_POSITION (value) # If you make fountains # You need to use this token # Trust me :) $WATER_STORAGE_FILL_FULL_SUBSTATION

# ------------------------------- # WASTE RELATED # ------------------------------- # You can disable waste production for some buildings # for example for incinerators or some type of factories # Example: # $WASTE_PRODUCTION_DISABLE $WASTE_PRODUCTION_DISABLE # If you want to disable production waste by workers # you should use another token: # Example: # $WASTE_WORKERS_DISABLE $WASTE_WORKERS_DISABLE # The same for disabling waste production for customers # for example in the shops, playgrounds, etc. # Example: # $WASTE_CUSTOMERS_DISABLE $WASTE_CUSTOMERS_DISABLE # Incinerators of another factories can produce # ash as a waste # For this type of production, you should use token. # Example: # $WASTE_PRODUCTION_ASH $WASTE_PRODUCTION_ASH # If you plan to produce special type of ‘waste’ from # general waste, or from debris, you need to use special # token for this type of production. # You need to specify factor of produced type of waste # Example: # $WASTE_EXTRACTION waste_gravel 0.65 # factor is less of equal 1.0 # You can add more than one type of extracted waste in the building $WASTE_EXTRACTION (type_of_extracted_waste factor) # If you plan to make building which can use waste # you have to add tokens to select what type of waste # building can use. # You can use more than one type of waste. # Example: # $WASTE_CONSUMPTION waste_bio 0.7 # $WASTE_CONSUMPTION (type_of_waste factor)

# -------------------------------- # Other tokens # -------------------------------- # If you want to disable selecting vehicle inside building # for example in Rail Construction Office # use this token (no parameter) $VEHICLE_CANNOTSELECT_INSIDE # On bus/train stations you want to see waiting # passengers. # You can render waiting people using # $WORKER_RENDERING_AREA tokens # You can define more than one area to render people # Parameters are positions of opposite corners or area # Example: # $WORKER_RENDERING_AREA # -39.7330 1.6835 -13.1532 # -33.5881 1.6835 -6.5279 $WORKER_RENDERING_AREA (x y z) (x2 y2 z2) # For residential buildings # # You have to define two tokens # First: $QUALITY_OF_LIVING # It’s overall quality of building # This parameter is used in calculation of # capacity of building # Higher QUALITY, lower CAPACITY # Example: $QUALITY_OF_LIVING 0.88 $QUALITY_OF_LIVING (value) # Second parameter is capacity of residential building # It’s automatically computer using volume of model (all or part) # and QUALITY # Parameter: name of node of building (look at $COST_WORK_BUILDING_NODE # description for more info) # Example: # $STORAGE_LIVING_AUTO MainBuilding $STORAGE_LIVING_AUTO (name_of_node) # For conveyors and pumps # ($TYPE ENGINE) objects # You have to define speed of engine # Example: # $ENGINE_SPEED 10 $ENGINE_SPEED (speed) # Transparent on buildings # # Define start and end point for text # string will be scaled automatically # Example: # $TEXT_CAPTION # -17.91 13.26 -20.29 # -18.45 13.53 10.54 $TEXT_CAPTION (x y z) (x2 y2 z2) # Ability for set long trains # You can use it for rail depot # # Example: # $LONG_TRAINS $LONG_TRAINS # # Loyalty related # # Each monument can increase loyalty around # This token defines strength an radius of influence # Example: # # $MONUMENT_GOVERNMENT_LOYALTY_RADIUS 145 # $MONUMENT_GOVERNMENT_LOYALTY_STRENGTH 2.8 $MONUMENT_GOVERNMENT_LOYALTY_RADIUS r $MONUMENT_GOVERNMENT_LOYALTY_STRENGTH s # This token allow pedestrian to trespass # useful for monuments and fountains # # Example: # $MONUMENT_ENABLE_TRESPASSING $MONUMENT_ENABLE_TRESPASSING # If your monument should use the electric power # you have to add token: # Example: # $MONUMENT_ELETRIC_CONSUMPTION_ADD $MONUMENT_ELETRIC_CONSUMPTION_ADD # Fountains water emmiters: # # Example: # # $PARTICLE fountain1 -1.0009 1.1362 1.6669 1.0 1.0 # Emmiter’s names: # fountain1, fountain2, fountain3 $PARTICLE (name_of_emmiter x y z 1.0 1.0) # If you want to place building on the border # (especially foe export/import energy/fluids) # you need to add token. # Example: # $BORDER_BUILDING $BORDER_BUILDING # Each building has a lifespan # If you want to disable lifespan for some buildings # You have to use token: # Example: # $NO_LIFESPAN $NO_LIFESPAN # Moveable door for building # You have to set model and material files, # ID of bonded connection, coordinates and # close and open angle. # Example: # $MOVEABLE_DOOR buildings/rail_gate_door_left.nmf # # buildings/gravel_industry.mtl 2 0.0 0.0 2.713 90.0 10.0 $MOVEABLE_DOOR (path_to_model path_to_material connection_ID x y z close_angle open_angle) # If you want to add sfx for working building # you can add token and set sound file to play # Example: # # $WORKING_SFX buildingworking_pipeengine $WORKING_SFX (workingSFX) # Turnpike for a buildings # Like for a movable door, you have to set # paths for a mesh files (static and dynamic), material file # connection ID, coordinates and rotation of the turnpike # Example: # $TURNPIKE road_ramp_static.nmf road_ramp_dynamic.nmf road_ramp.mtl 0 7.3 0.748 1.041 90.0 $TURNPIKE (path_to_static path_to_dynamic path_to_material connection_ID x y z angle)

# ------------------------------------------ # APPENDIX A # # Type of materials (for consumption and production) # # ------------------------------------------ alcohol alumina aluminium asphalt bauxite boards bricks chemicals clothes concrete ecomponents eletric eletronics food gravel mcomponents meat nuclearfuel oil plants prefabpanels steel uf6 uranium usagewater waste water wood workers yellowcake

# ------------------------------------------ # # APPENDIX B # # Phases of construction # # ------------------------------------------ SOVIET_CONSTRUCTION_GROUNDWORKS SOVIET_CONSTRUCTION_BOARDS_LAYING SOVIET_CONSTRUCTION_BRICKS_LAYING SOVIET_CONSTRUCTION_SKELETON_CASTING SOVIET_CONSTRUCTION_STEEL_LAYING SOVIET_CONSTRUCTION_PANELS_LAYING SOVIET_CONSTRUCTION_ROOFTOP_BUILDING SOVIET_CONSTRUCTION_WIRE_LAYING SOVIET_CONSTRUCTION_TUNNELING

# -------------------------------------------- # APPENDIX C # # Emitters # # BLACK emitter makes more pollution than GRAY the same size # GRAY emitter make more pollution than WHITE the same size # # -------------------------------------------- factory_big_black factory_medium_black factory_small_black factory_big_gray factory_medium_gray factory_small_gray factory_big_white factory_medium_white factory_small_white fountain1 fountain2 fountain3

# --------------------------------------------- # APPENDIX D # # Types of buildings # # --------------------------------------------- $TYPE_AIRPLANE_GATE $TYPE_AIRPLANE_PARKING $TYPE_AIRPLANE_TOWER $TYPE_ATTRACTION $TYPE_BROADCAST $TYPE_CAR_DEALER $TYPE_CARGO_STATION $TYPE_CHURCH $TYPE_CITYHALL $TYPE_CONSTRUCTION_OFFICE $TYPE_CONSTRUCTION_OFFICE_RAIL $TYPE_CONTAINER_FACILITY $TYPE_COOLING_TOWER $TYPE_COURT_HOUSE $TYPE_CUSTOMHOUSE $TYPE_DEMOLITION_OFFICE $TYPE_DISTRIBUTION_OFFICE $TYPE_DISTRIBUTION_OFFICE_RAIL $TYPE_ELETRIC_EXPORT $TYPE_ELETRIC_IMPORT $TYPE_ENGINE $TYPE_FACTORY $TYPE_FARM $TYPE_FIELD $TYPE_FIRESTATION $TYPE_FOREIGN_PIPELINE_EXPORT $TYPE_FORKLIFT_GARAGE $TYPE_GARBAGE_OFFICE $TYPE_GAS_STATION $TYPE_HEATING_ENDSTATION $TYPE_HEATING_PLANT $TYPE_HEATING_SWITCH $TYPE_HOSPITAL $TYPE_HOTEL $TYPE_KINDERGARTEN $TYPE_KINO $TYPE_LIVING $TYPE_MINE_BAUXITE $TYPE_MINE_COAL $TYPE_MINE_GRAVEL $TYPE_MINE_IRON $TYPE_MINE_OIL $TYPE_MINE_URANIUM $TYPE_MINE_WATER $TYPE_MINE_WATER_SURFACE $TYPE_MINE_WOOD $TYPE_MONUMENT $TYPE_ORPHANAGE $TYPE_PARKING $TYPE_PASSANGER_STATION $TYPE_PEDESTRIAN_BRIDGE $TYPE_POLICE_STATION $TYPE_POLLUTION_METER $TYPE_POWERPLANT $TYPE_PRISON $TYPE_PRODUCTION_LINE $TYPE_PUB $TYPE_RAIL_TRAFO $TYPE_RAILDEPO $TYPE_REPAIR_OFFICE $TYPE_ROADDEPO $TYPE_SCHOOL $TYPE_SCRAPYARD $TYPE_SECRET_POLICE $TYPE_SEWAGE_DISCHARGE $TYPE_SEWAGE_ENDSTATION $TYPE_SEWAGE_PUMP $TYPE_SEWAGE_TREATMENT $TYPE_SHIP_DOCK $TYPE_SHOP $TYPE_SPORT $TYPE_STORAGE $TYPE_SUBSTATION $TYPE_TRAM_GATE $TYPE_TRANSFORMATOR $TYPE_TRASH_CONTAINER $TYPE_UNIVERSITY $TYPE_WAITING_STATION $TYPE_WATER_ENDSTATION $TYPE_WATER_PUMP $TYPE_WATER_SWITCH $TYPE_WATER_TREATMENT

# ------------------------------------------ # APPENDIX E # # Predefined costs for phases # In brackets - materials needed for phase # Workers are needed for each phase # ------------------------------------------ ground (concrete, gravel) ground_asphalt (concrete, gravel, asphalt) wall_concrete (concrete, steel) wall_panels (prefabs, steel) wall_brick (bricks, boards, steel) wall_steel (steel) wall_wood (boards) tech_steel (steel, mechanical components) electro_steel (steel, electronic components) roof_woodbrick (bricks, boards) roof_steel (steel) roof_woodsteel (steel, boards)

# ----------------------------- # APPENDIX F # # Type of cargos # ----------------------------- RESOURCE_TRANSPORT_PASSANGER RESOURCE_TRANSPORT_CEMENT RESOURCE_TRANSPORT_COVERED RESOURCE_TRANSPORT_GRAVEL RESOURCE_TRANSPORT_OIL RESOURCE_TRANSPORT_OPEN RESOURCE_TRANSPORT_COOLER RESOURCE_TRANSPORT_CONCRETE RESOURCE_TRANSPORT_LIVESTOCK RESOURCE_TRANSPORT_GENERAL RESOURCE_TRANSPORT_VEHICLES RESOURCE_TRANSPORT_WATER RESOURCE_TRANSPORT_SEWAGE