factoriolib 0.0.2

A small package to manipulate factorio blueprints

factoriolib

This repository contains a python package able to create and mainpulate factorio blueprint

Usage

Basics

In order to create simple blueprints you can simply create the entity objects needed and push them into the blueprint's entities list:

from factoriolib import entities
from factoriolib import blueprints
from factoriolib.core import Position, Direction

# Create a set of entity instances
transportBelt = entities.TransportBelt(
    position=Position(0.5, -0.5),
    direction=Direction(Direction.EAST)
)

inserter = entities.Inserter(
    position=Position(0.5, 0.5),
    direction=Direction(Direction.SOUTH)
)

chest = entities.WoodenChest(
    position=Position(0.5, 1.5)
)

pump = entities.Pump(
    position=Position(1.5, 0.5),
    direction=Direction(Direction.NORTH)
)

# create a blueprint instance
blueprint = blueprints.Blueprint()

# access the blueprint's entities and push all newly created entities into it
blueprint.entities().push(transportBelt, inserter, chest, pump)

# print the dict representation of the blueprint
print(blueprint.toDict())

# print the factorio exchange string
print(blueprint.exchangeString())

The generated exchange string can be imported into your game.

Filters

Some entities such as chests may have logistics filters or a bar (the limit as to how many slots may be filled).

from factoriolib import entities
from factoriolib import blueprints
from factoriolib.core import Position, LogisticFilter
from factoriolib.items import Wood, IronPlate

# Create a requester chest for wood and iron plates with a limit to 3 slots
chest = entities.LogisticChestRequester(
    position=Position(0.5, 0.5),
    bar=3
)

# add the filters (note that the index is 1 based)
chest.request_filters().push(
    LogisticFilter(Wood.name(), 1, 1337),
    LogisticFilter(IronPlate.name(), 2, 42),
)

Circuit network

Entities that may be connected to a circuit network may be connected using the ConnectionMaker helper:

from factoriolib import entities
from factoriolib import blueprints
from factoriolib.core import Position, CircuitCondition, Signal
from factoriolib.utility import ConnectionMaker
from factoriolib.items import Wood

pole = entities.MediumElectricPole(
    position=Position(0.5, 0.5)
)

inserter = entities.Inserter(
    position=Position(5.5, 0.5)
)

# set the stack size to 1
inserter.override_stack_size(1)

# set the circuit condition to wood signal greater than 1337
inserter.circuit_condition(
    CircuitCondition(
        first_signal=Signal(Wood.name(), type="item"),
        constant=1337,
        comparator=">"
    )
)

# connect both entities by red wire
ConnectionMaker.make(inserter, pole, "red")