Actually Created

Actually Created is a integration addon between Create and Actually Additions for Minecraft 1.21.1 on NeoForge.

Ever looked at Create and Actually Additions and thought, “yeah, these two should probably talk to each other”? That is pretty much the idea here.

Kinetic Atomic Reconstructor

The Kinetic Atomic Reconstructor is a rotation-powered version of Actually Additions Atomic Reconstructor.

Connect a Create shaft to the back of the block and point the front toward the item you want to process.

It works with:

- Dropped items
- Create Depots
- Create Belts
- Actually Additions laser recipes
- Datapack and KubeJS-added laser recipes
- Sequenced Assembly steps

The machine does not use FE. Its processing speed depends on RPM, and one shot can convert up to 4 items from the same stack.

When using belts or depots, you can aim at either the item or the transport block underneath it, the Reconstructor will handle both.

The machine consumes 16 SU per RPM.

Atomic Reconstructor + Create

The original Actually Additions Atomic Reconstructor also gains support for Create belts and depots.

Using the redstone torch in a Atomic Reconstructor, you can cycle between:

Automatic → Pulse → Created → Automatic

Created Mode

In Created Mode, the Atomic Reconstructor automatically fires when a valid item is detected on a Create Depot or Belt.

It supports both:

- Normal Actually Additions laser recipes
- `actuallycreated:reconstructing` Sequenced Assembly steps

Created Mode ignores redstone control and only fires when there is something valid to process.

The original machine still uses FE and keeps its normal Actually Additions behavior for other lenses.

Laser Sequenced Assembly

Actually Created adds a new Create Sequenced Assembly operation:

`actuallycreated:reconstructing`

This allows the Atomic Reconstructor or Kinetic Atomic Reconstructor to become a step inside Create's standard Sequenced Assembly system.

For modpack creators, you can use that to create new recipes using kubeJS

Example:

json
{
  "type": "actuallycreated:reconstructing",
  "ingredients": [
    {
      "item": "yourpack:incomplete_item"
    }
  ],
  "results": [
    {
      "id": "yourpack:incomplete_item"
    }
  ]
}

The outer create:sequenced_assembly recipe still controls the transitional item, number of loops and final output.

Each laser shot advances one item by one reconstruction step.

The operation also appears inside Create's normal Sequenced Assembly JEI category.

Coffee Press

The Coffee Press turns Actually Additions coffee beans into coffee using Create rotational power.

Connect rotational power through the top shaft.

The machine has:

• Two item inputs
• A 4,000 mB internal fluid tank
• Fluid filtering
• Fluid output from the bottom
• RPM-based processing speed

Place Actually Additions Coffee Beans in the main input.

The second input can hold an optional ingredient used to create different coffee types, such as milk, sugar or potion-related ingredients.

The Coffee Press produces coffee as a fluid instead of directly creating a cup.

Use a Create Spout to fill an Actually Additions Coffee Cup with the finished drink.

Higher RPM makes the Coffee Press faster, with a minimum processing time of 20 ticks.

Coffee recipes are data-driven and can be modified with datapacks or KubeJS.

JEI Support

Actually Created integrates directly with JEI.

For the Kinetic Atomic Reconstructor, hover over the block and press U to see the normal Actually Additions laser recipes.

Coffee Press recipes have their own JEI category.

Laser steps used in Sequenced Assembly appear directly inside Create's Sequenced Assembly category.

Requirements

• Minecraft 1.21.1
• NeoForge
• Create
• Actually Additions

Current Status

Actually Created is still in development.

More integrations and in-game documentation, including Ponder scenes, are planned for future versions.

Actually Created started as a little side project for my Create expert modpack, Create Oniric Factory, but it works just fine on its own too. Feel free to use it in any modpack!