Universal Fluid API

This API adds support for fluid_buffers inside nodes. This means that nodes can contain fluid.

How to Use

1. Add the node to the fluid_container group.
2. Add the following to the node defintion:

fluid_buffers = {
	buffer_name = {
		capacity = 2000,
		accepts = {"default:water_source", "group:water_source"}, -- you can also set this to true to accept any fluid!
		drainable = true,
	},
}

3. Set the appropriate metadata.

• buffer_name_fluid = string - Source node of the fluid.
• buffer_name_fluid_storage = int - How much fluid there is in this buffer.

API

All numbers are in milli-buckets (1 bucket = 1000 mB).

• fluid_lib.get_node_buffers(pos)

  • Returns all the fluid buffers present inside a node.

• fluid_lib.get_buffer_data(pos, buffer)

  • Returns all the information about this buffer.

{
	fluid     = fluid source block,
	amount    = amount of fluid,
	accepts   = list of accepted fluids,
	capacity  = capacity of the buffer,
	drainable = is this buffer drainable,
}

• fluid_lib.buffer_accepts_fluid(pos, buffer, fluid)

  • Returns true if fluid can go inside the buffer at pos.

• fluid_lib.can_insert_into_buffer(pos, buffer, fluid, count)

  • Returns the amount of fluid that can go inside the buffer at pos. If all of it fits, it returns count.

• fluid_lib.insert_into_buffer(pos, buffer, fluid, count)

  • Actually does the inserting.

• fluid_lib.can_take_from_buffer(pos, buffer, count)

  • Returns the amount of fluid that can be taken from the buffer at pos.

• fluid_lib.take_from_buffer(pos, buffer, count)

  • Actually takes the fluid. On success, returns the source block that was taken and how much was actually taken.

• bucket.register_liquid(source, flowing, itemname, inventory_image, name, groups, force_renew)

  • Works exactly the same as the default bucket mod, except it adds callbacks to insert/take fluid from nodes.
  • inventory_image can be a ColorString.

License

bucket

See bucket/license.txt

fluid_lib

See LICENSE