hcm2py 0.8.0

This is a registry generator for the Roblox game Circuit Maker 2

Documentation

Links

Github Gist

https://gist.github.com/Hawkking-cloud/f7d694541421b6d6cf88ce4e1d3d8844

Block Part Numbers

• 0: NOR
• 1: AND
• 2: OR
• 3: XOR
• 4: Input
• 5: FLIPFLOP
• 6: LED
• 7: Sound
• 8: Conductor
• 10: NAND
• 11: XNOR
• 12: Random
• 13: Letter

Functions

finish()

Call after making all your blocks, finalizes and formats it into a string and pastes it.

text_to_hexadecimal(text)

Converts ASCII text to hexadecimal for the sign.

xyztoindex(x, y, z)

Takes an XYZ coordinate. If there's a block there, it gets the index of it. Mainly used in wires.

createBlock(x, y, z, part, specialparams)

• Part: Block part ID.
• Special Params (optional): Used in special blocks like LED, sound blocks, etc. RGB values are defined by arrays, e.g., r:255, g:0, b:0 → [255, 0, 0].

createWire(start_x, start_y, start_z, end_x, end_y, end_z)

Adds wires using two XYZ inputs.

createWireIndex(index1, index2)

Adds wires using two index inputs.

number_to_binary(num, numofbits)

Turns a number into binary.

import_build(input_string, offset_x, offset_y, offset_z)

Puts a registry string into the build. Offsets are not mandatory.

createBlockCustom(string)

Allows you to input a string like 7,0,0,0,0,1234.00 directly into the parts.

cube(x1, y1, z1, x2, y2, z2, part, specialparams)

Creates an array of blocks based on two 3D points. Special params are not mandatory.

createCustomBuilding(Type, x, y, z, rotX, rotY, rotZ, value)

Creates a custom building. Valid types: Sign, Door, Graph, MassiveMemory, MassMemory, KeyInput, QwertyKeyInput.

getString()

Returns the formatted string of blocks. (Won't work unless used after finish())

getBlocks()

Returns the unformatted list of blocks.

getConnections()

Returns the unformatted index list of connections.

getBuilds()

Returns the unformatted list of builds.

getBuildvalues()

Returns the unformatted list of builds values.

getIndex()

Returns the current block index, (e.g., print(getIndex()) createBlock(0,0,0,5) print(getIndex()))