blueprinttool

Here's going to be some scripts for Scrap Mechanic's Blueprint System. Everything WIP!

getCreativeBlueprints.py

A script to find & get blueprint JSONs from the blueprint folder.
Be sure to edit the paths in the script to match with your installation!
The blueprint file will be copied to the same directory where getCreativeBlueprints.py is located.

getWorkshopItem.py

A script to find & get the folder of workshop items.
Be sure to edit the paths in the script to match with your installation!
The workshop item folder will be copied to the same directory where getWorkshopItem.py is located.

survival.py

A script for easier importing of blueprints from creative into survival.
Be sure to edit the paths in the script to match with your installation!
The blueprints can be spawned with /import [name] if the dev mode is activated.

ConnectionToolV2.py

A small module to create Blueprints consisting of logic gates.
Requires PIL (Pillow), install with:

pip install Pillow

To use it, make a new object of class 'BPJSON()' to get started.

Example:
a = BPJSON()
a.loadJSON('blank.json')

Then you can use these methods on the object:

loadJSON(path) # This is only used to load a blank json

saveJSON(path) # This saves the blueprint

createChildDict() # This updates the {block id : block array index} dictionary, do this before making connections!

makeConnection(ID1, ID2) # This creates a connection between two blocks (logic gates)

makeConnections(IDs1, IDs2) # This creates connection between a list of blocks (logic gates)

createLogicGate(x, y, z, color, ID, mode) # Creates a block (logic gate)
  # Modes: 0=AND, 1=OR, 2=XOR, 3=NAND, 4=NOR, 5=XNOR
  # Color: '000000' - 'FFFFFF' (Hex String)

createLogicGates(x, y, z, direction, color, IDs, mode) # Creates multiple blocks (logic gates)
  # Direction: [x, y, z]
  # Modes: 0=AND, 1=OR, 2=XOR, 3=NAND, 4=NOR, 5=XNOR
  # Color: '000000' - 'FFFFFF' (Hex String)

wireFrames(IDs1, IDs2, data) # Experimental: Makes connections according to data
  # Data (length=IDs1*IDs2): [True, False...]
  # Wires all IDs1 to all IDs2

wireDecoder(inputIDs, negatedInputIDs, outputIDs) # Used to make the connections for a decoder

To import data from an image file, use this function:

importFrames(path, frameWidth, frameHeight, horizontalCount, verticalCount) # Extracts binary data from an image file
  # frameWidth & frameHeight = Chunk size
  # horizontalCount & verticalCount = Chunk grid size
  # Returns an bool array [True, False...]
  # See 'img.png' as example