Advanced Contraption Controller

Gadgets & Gizmos Advanced Contraption Controller Wiki

The Advanced Contraption Controller is a programmable node graph editor allowing for complex logic and control using a blueprint style interface.

Contents

• Getting Started
• Nodes
• Port Types
• Wiring
• Best Practices
• Inputs and Outputs
• Named Events
• Functions
• Function Plotter
• Graph sharing
• FAQ

Getting Started

Place down an Advanced Contraption Controller and use Sneak + Use to open the Node Graph GUI.

You can select one of the Templates or a Blank graph to get started.

Assuming you selected Blank the general layout of the GUI is:

• Left hand sidebar: Node browser.
• Center Graph: Graph workspace.
• Right hand sidebar: Node configuration, variable selection, and block target selection.

Holding Shift while hovering over a node in the Node Browser sidebar will show a summary explanation of what that node does.

Nodes

Event Nodes

Node	Inputs	Outputs	Description
On Update	-	Execution	Pulses once every game tick.
Periodic Pulse	Interval	Execution	Pulses at a configurable interval.
On Value Changed	Value	Execution, Value	Pulses when the supplied value changes.
Delta Time	-	Value	Returns delta time.
On Channel Change	Key	Execution, Value	Pulses when the channel changes.
On Graph Ready	-	Execution	Pulses when the node graph has finished loading and is ready to run.
On Graph Event	-	Execution	Pulses when its configured graph event is triggered.
On Named Controller Event	Event	Execution, Data	Pulses when a Send Named Controller Event node with the same event name is pulsed.
Send Named Controller Event	Execution, Data, Distance	Execution	Pulses On Named Controller Event nodes with the same Event name and transmits data.
On Physical Interaction	-	Execution, (Event Data)	Pulses when a player interacts with the controller.
On Redstone Change	-	-	NYI.
On Variable Change	-	Execution, Value	Pulses when the supplied variable changes.

Sensor and I/O Nodes

Node	Inputs	Outputs	Description
Configured Key Input	Key	Execution, Active, Value	Pulses when the configured Key is pressed.
Configured Key Output	Execution, Value	Execution	Sends a value to the configured controller output.
Direct Target Output	Execution, Target, Value	Execution	Sends a quantized redstone signal strength to the target block.
Discovered Target Input	Target	Execution, Active, Value	Pulses when receiving a redstone signal from the target.
Gamepad Input	Key	Execution, Active, Value	Pulses and returns an analogue value from a gamepad event.
Goggles Tracker	-	Multiple	Returns information about the wearer and location of the paired Smart Glasses.
Linker Face Input	Target, Face	Execution, Active, Value	Pulses when receiving a redstone signal from the target face.
Linker Face Output	Execution, Target, Face, Value	Execution	Outputs a redstone signal strength to the target face.
Local Redstone Input	-	Execution, Active, Value	Reads a local controller redstone signal.
Local Redstone Output	Execution, Value, Face	Execution	Outputs a redstone signal on the selected controller face.
Mouse Input	MouseInput, Reset Axis, Timeout	Execution, Active, Value	Allows mouse control to be used with the Advanced Contraption Controller.
Play Sound	Execution, Stop, Loop, Pitch, Sound, Volume, World, XYZ	Execution	Plays or stops a sound.
Redstone Link Input	Frequency	Execution, Active, Value	Pulses when receiving a redstone signal strength on the set frequency.
Redstone Link Output	Execution, Frequency, Value	Execution	Outputs a redstone signal strength on the set frequency.
Controller Tracker	-	Multiple	Returns the controller holder, position, and identity.
Reset Outputs	Execution	Execution	Clears the controller's active outputs.

Flow and Logic Nodes

Node	Inputs	Outputs	Description
And	A, B	Boolean	Outputs TRUE if both inputs are TRUE.
Branch	Execution, Boolean	Execution (TRUE), Execution (FALSE)	Logical IF statement, pulses TRUE or FALSE when pulsed based on Boolean.
Compare	A, B, Operator	Boolean	Compares both inputs using an operator and outputs TRUE or FALSE.
Edge Detector	Boolean	Falling (Boolean), Rising (Boolean)	NYI.
Flip-Flop	Execution	Boolean	Alternates between TRUE and FALSE when pulsed.
Gate	Execution	Execution, Open (Boolean)	Allows Execution to flow through only when Open is TRUE.
Latch	-	-	NYI.
Not	Boolean	Boolean	Inverts a Boolean.
Or	A, B	Boolean	Outputs TRUE when either input is TRUE.
Pulse On Change	Value	Execution	Pulses when Value changes.
Select Data	Condition (Boolean), True (datatype any), False (datatype any)	Value	Outputs either True or False input value depending on the Boolean condition.
Switch	Type, Selector	Execution or Data	Selects the zero-based execution output in Execution mode, or returns the selected Data case in Data mode; falls back to Default.

Math Nodes

Node	Inputs	Outputs	Description
-x	Value	Value	Inverts a number between positive and negative.
Acos	Number	Value	Outputs the arccosine of a number in radians.
ASin	Number	Value	Outputs the arcsine of a number in radians.
Absolute	Number	Value	Returns the number without a negative sign.
Add	A, B	Value	Adds both numbers together.
Atan	Number	Value	Outputs the arctangent of a number in radians.
Atan2	X, Y	Value	Outputs the arctangent of Y divided by X in radians, using the correct quadrant.
Average	A, B	Value	Outputs the average of both numbers.
Ceil	Number	Value	Rounds a number up to the nearest whole number.
Clamp	Min, Max, Value	Value	Keeps a number between the chosen minimum and maximum.
Cos	Value	Value	Returns the cosine of a number.
Curve	Value, Min, Max, Speed	Value	Maps a clamped value through a drawn curve.
Divide	A, B	Value	Divides A by B.
Euler to Quaternion	Euler (map)	Quaternion (map)	Converts ZXZ Euler angles in radians to Quaternion.
Euler to Tait Bryan	Euler (map)	Tait-Bryan (map)	Converts ZXZ Euler angles to XYZ Tait Bryan angles, using radians.
Exp	Number	Value	Outputs e raised to the power of a number.
Floor	Value	Value	Rounds a number down to the nearest whole number.
LN	Number	Value	Returns the natural logarithm of a number.
Log	Base, In	Value	Returns the logarithm of a number using the selected base.
Lerp	Execution, A, B, Amount	Execution, Value	Blends between 2 numbers by the chosen amount.
Map Range	In Min, In Max, Out Min, Out Max, Value	Value	Converts a number from one range to another.
Max	A, B	Value	Outputs the larger of both numbers.
Min	A, B	Value	Outputs the smaller of both numbers.
Modulo	A, B	Value	Outputs the remainder after dividing A by B.
Moving Average	In, Samples	Average	Averages the most recent values to smooth a noisy number.
Multiply	A, B	Value	Multiplies both numbers together.
Peak	In	Max, Min	NYI.
Power	Base, Exp	Result	Raises the base number to an exponent.
Quaternion to Euler	Quaternion (map)	Euler (map)	Converts Quaternion into ZXZ Euler angles, using radians.
Quaternion to Tait Bryan	Quaternion (map)	Tait Bryan (Map)	Converts Quaternion into XYZ Tait Bryan angles, using radians.
Random Float	-	Value	Returns a random float value between 0.0 and 1.0.
Random Float In Range	Min, Max	Value	Returns a random float value within the min/max range.
Random Int	Max	Value	Returns a random whole number.
Random Int In Range	Min, Max	Value	Returns a random whole number within the min/max range.
Round	Value	Value	Rounds a number to the nearest whole number.
SQRT	In	Out	Returns the square root of a number.
Sin	Value	Value	Returns the Sine of a number.
Subtract	A, B	Value	Subtract B from A.
Tait Bryan to Euler	Tait Bryan (map)	Euler (map)	Converts XYZ Tait angles to ZXZ Euler angles using radians.
Tait Bryan to Quaternion	Tait Bryan (map)	Quaternion (map)	Converts XYZ Tait angles in radians to Quaternion.
Tan	In	Out	Outputs the tangent of an angle in radians.
Value Delta	In	Delta	Outputs the change in value since the previous graph tick.
Vector Add	A (map), B (map)	Value (map)	Adds both vectors together.
Vector Difference	A (map), B (map)	Value (map)	Returns the absolute difference between both vectors on every axis.
Vector Distance	A (map), B (map)	Value (number)	Returns the distance between both vectors.
Vector Magnitude	A (map)	Value (number)	Returns the length of the vector.
Vector Invert	A (map)	Value (map)	Negates every value in the vector.
Vector Multiply	A (map), B (map)	Value (map)	Multiplies the X,Y,Z values of both vectors together.
Vector Subtract	A (map), B (map)	Value (map)	Subtracts Vector B from Vector A.

Core and Variable Nodes

Node	Inputs	Outputs	Description
Number	-	Value	Outputs a configured number.
Boolean	-	Value	Outputs a configured TRUE or FALSE value.
Text	-	Value	Outputs configured text.
Reroute	Value	Value	Passes a value through to keep long or crossing wires readable.
Sticky Note	-	-	Adds a note to the graph. It has no runtime behaviour.
Image	-	-	Adds an image reference to the graph. It has no runtime behaviour.
Get Variable	-	Value	Returns the current value of the selected graph variable.
Set Variable	Execution, Type, Default, Value	Execution, Value	Writes a graph variable and returns the value that was written.

Game Profiler Nodes

Node	Inputs	Outputs	Description
FPS	-	Value	Returns the current frames per second.
MSPT	-	Value	Returns the current milliseconds per tick.
TPS	-	Value	Returns the current ticks per second.
Frametime	-	Value	Returns the current frame time.

Execution Nodes

Node	Inputs	Outputs	Description
Do Once	Execution, Reset	Execution	Lets the first pulse through, then waits for Reset.
Do N	Execution, Count, Reset	Execution, Index	Lets a configured number of pulses through and returns the zero-based pulse index.
Bounded Loop	Execution, Iterations	Body, Complete, Index	Pulses Body once for each bounded iteration, then pulses Complete.
Delay	Execution, Ticks	Execution	Delays a pulse by the selected number of game ticks.
Debounce	Execution, Ticks	Execution	Ignores further pulses until the selected number of game ticks has passed.
Timer	Start, Stop, Duration	Complete, Elapsed	Starts or stops a timer and pulses Complete when it reaches Duration.
Parallel Execution	Execution	Multiple Execution	Sends one pulse to every added execution output.
Sequenced Execution	Execution	Multiple Execution	Sends a pulse through its added execution outputs in order.
Exec Combine	Multiple Execution	Execution	Combines added execution inputs into one execution output.

Curves and Response Nodes

Node	Inputs	Outputs	Description
Ramp	Execution, Value, Rise, Fall, Reset Delay	Execution, Value	Moves the output toward Value using separate rise and fall rates.
Step Response	Value, Step	Value	Changes the output in fixed steps toward Value.
Deadzone	Value, Start, Resist	Value	Removes small input movement around the chosen start point.
Smoothing	Execution, Value, Amount	Execution, Value	Smooths a changing value by the configured amount.
PID	Target, Actual, P, I, D, Reset	Value	Produces a proportional, integral, and derivative controller output.
LQR Controller	Target, Actual, Gain, Feed Forward, Min, Max	Value	Produces a bounded linear-quadratic control output.
ADRC	Target, Actual, Reset, Delta Time, Controller Bandwidth, Observer Bandwidth, Plant Gain, Output Limit	Value, Disturbance	Produces an active disturbance rejection control output and reports its estimated disturbance.
ADRC Nth Order	Target, Actual, Reset, Order, Delta Time, Controller Bandwidth, Observer Bandwidth, Plant Gain, Output Limit	Value, Disturbance	Produces an Nth-order active disturbance rejection control output.

Data Nodes

Node	Inputs	Outputs	Description
Join Text	A, B	Value	Joins two text values together.
Split String	String, Delimiter	List	Splits text at every delimiter.
Substring	String, Start Index, End Index	Value	Returns the selected range of text.
Find in String	String, Search	Index	Returns the position of text inside another text value.
Convert Type	Value	Value	Converts a value to text.
Make List	Value	List	Creates a list from its configured and connected values.
Get List Value	List, Index	Value	Returns the value at a zero-based list index.
Create Structure	Key, Value	Map	Creates a map entry from a key and value.
Get Structure Value	Map, Key	Value	Returns the value stored at a map key.
Split List	Value	Multiple Values	Breaks a list into dynamic output ports.
Break Out	Value	Multiple Values	Breaks a map or structured value into dynamic output ports.
Get Data	Target	Data	Reads the selected target block's exposed data. The node adds matching dynamic data ports for the target.
Set Data	Execution, Target, Dynamic Data	Execution, Success	Writes the selected target block's exposed data. The node adds matching dynamic input ports for the target.
Validate Number	Value	Value, Valid	Passes finite numbers through and reports whether the value is valid.

String Nodes

Node	Inputs	Outputs	Description
Split	In, Split On	Out	Splits text into a list.
Reverse	In	Out	Reverses text.
Append	Source, Text, Separator	Result	Adds text after the source text.
Prepend	Source, Text, Separator	Result	Adds text before the source text.
Trim	In	Out	Removes leading and trailing whitespace.
Replace	In, Find, Replace	Out	Replaces matching text.
Length	In	Length	Returns the number of characters in text.
Contains	In, Search	Result	Returns TRUE when text contains the search text.
Starts With	In, Prefix	Result	Returns TRUE when text starts with the prefix.
Ends With	In, Suffix	Result	Returns TRUE when text ends with the suffix.
To Upper	In	Out	Converts text to uppercase.
To Lower	In	Out	Converts text to lowercase.
Parse Into List	In, Delimiter	Array	Splits text into a list using the delimiter.
Join From List	Array, Separator	String	Joins list entries into text.
Regex	In, Pattern	Matches, Found	Finds text matching the configured regular expression.

List and Map Nodes

Node	Inputs	Outputs	Description
Get Index	Array, Index	Item	Returns the item at a zero-based index.
Shuffle	Execution, Array	Execution, Out Array	Shuffles a list.
Sort	Execution, Array	Execution, Out Array	Sorts a list.
Slice	Array, Start, End	Out Array	Returns part of a list.
Append	Execution, Source, Append	Execution, Out Array	Appends one list to another.
Merge	A, B	Result	Merges two collections.
Add	Execution, Array, Item	Execution, Out Array	Adds an item to a list.
Add Unique	Execution, Array, Item	Execution, Out Array	Adds an item only when it is not already in the list.
Insert	Execution, Array, Item, Index	Execution, Out Array	Inserts an item at a zero-based index.
Remove Index	Execution, Array, Index	Execution, Out Array	Removes the item at a zero-based index.
Clear	Execution, Array	Execution, Out Array	Clears a list.
Find	Array, Item	Index	Returns the zero-based index of an item.
Contains	Array, Item	Result	Returns TRUE when a list contains an item.
Length	Array	Length	Returns the number of items in a list.
Last Index	Array	Index	Returns the last valid zero-based index in a list.
Sort Descending	Execution, Array	Execution, Out Array	Sorts a list in descending order.
Filter	Array, Key, Value, Operation	Result	Returns list entries that match the configured filter.

HUD and Display Nodes

Node	Inputs	Outputs	Description
HUD Element	Label, Visible	-	Creates a basic HUD element for the paired goggles display.
Advanced HUD Element	Label, Visible	-	Creates a configurable advanced HUD element.
ACC Display Widget	Label, Value, Visible, Layout and Style	-	Draws an interactive widget on an ACC Display.
ACC Hologram Widget	Label, Value, Visible, Layout and Style	-	Draws a widget beyond the ACC Display surface.
ACC Display Node Graph	Visible, Layout	-	Displays the live ACC graph and its normal interaction on an ACC Display.
ACC Display Function Plotter	Value, Visible, Layout	-	Plots a live number on an ACC Display.
ACC Display External Source	Visible, Layout	-	Adds a linked computer, monitor, or Display Link as an ACC Display source.
ACC Display Ship Information	Visible, Text, Layout	-	Displays ship and navigation information using the configured Ship Information display layout.

Function Nodes

Node	Inputs	Outputs	Description
Function	Dynamic Execution and Data	Dynamic Execution and Data	Calls a graph function. Its ports match the selected function's inputs and outputs.
Function Inputs	Dynamic Data	Dynamic Data	Defines the data and execution inputs available inside a graph function.
Function Outputs	Dynamic Data	Dynamic Data	Defines the data and execution outputs returned by a graph function.

Ship Control Nodes

Node	Inputs	Outputs	Description
Initialize Control Module	Execution, Ship Name, Control Mode, Scan Options	Execution, Success, Complete, Progress	Initializes the mounted Ship Control Module's ship and creates its control map.
Stop Initialization	Execution	Execution, Success	Stops an active Ship Control Module initialization.
Control Module Status	-	Status and Ship Data	Reports attachment, initialization, mapped unit and bearing counts, inertia, map ID, and status.
Ship Coupler Status	-	Coupler Data	Reports mapped Ship Couplers and their carriage state.
Set Flight Behavior	Execution, Behavior	Execution, Success	Selects how the Ship Control Module turns and moves during scheduled flight.
Yaw	Execution, Amount	Execution, Success, Complete	Turns the ship around its yaw axis.
Pitch	Execution, Amount	Execution, Success, Complete	Turns the ship around its pitch axis.
Pan, Tilt	Execution, Amount	Execution, Success, Complete	Applies the matching bearing movement.
Roll	Execution, Amount	Execution, Success, Complete	Turns the ship around its roll axis.
Accelerate, Forward, Reverse	Execution, Amount	Execution, Success	Moves the ship along its forward axis.
Strafe	Execution, Amount	Execution, Success, Complete	Moves the ship sideways.
Ascend, Descend	Execution, Amount	Execution, Success	Moves the ship vertically.
Stabilize, Decelerate, Hover	Execution, Strength	Execution, Success	Applies the selected stabilization or stopping behaviour.
Climb to Y Level	Execution, Y, Speed	Execution, Success, Complete	Moves the ship to a world Y level.
Face Coordinates	Execution, X, Y, Z, Speed	Execution, Success, Complete	Turns the ship to face world coordinates.
Dock at Coordinates	Execution, Target, Speed, Tolerance, Rotation Options	Execution, Success, Complete	Navigates the ship to a docking position and orientation.
Navigate	Execution, X, Y, Z, Speed, Tolerance	Execution, Success, Complete	Navigates the ship to world coordinates.
Follow	Execution, Target, Speed, Distance	Execution, Success, Complete	Follows the selected target.
Stop Ship Control	Execution	Execution, Success	Stops active Ship Control Module movement.
Couple Carriage	Execution, Endpoint	Execution, Success, Complete	Tells one Ship Coupler, or all couplers, to attach a carriage.
Decouple Carriage	Execution, Endpoint	Execution, Success, Complete	Tells one Ship Coupler, or all couplers, to release a carriage.
Ship Telemetry	-	Motion, Orientation, Navigation and Collision Data	Reports the mapped ship's live telemetry.
Shipping Travel Metrics	-	Route, Fuel and Travel Data	Reports the active Shipping Schedule's travel metrics.
Shipping Manifest	-	Route and Stop Data	Reports the active Shipping Schedule's current and upcoming Ship Dock stops.

Shipping Schedule Nodes

Node	Inputs	Outputs	Description
Pause	Execution	Execution, Success	Pauses the active Shipping Schedule.
Resume	Execution	Execution, Success	Resumes the paused Shipping Schedule.
Restart	Execution	Execution, Success	Restarts the assigned Shipping Schedule from its first entry.
Skip	Execution	Execution, Success	Skips the current Shipping Schedule entry.

Port Types

Port types refer to the ports Data Type and are:

• String: A string.
• Number: A number, can be a float, double, or integer value.
• Map: A collection of named key,value pairs, parsed as a JSON object.
• List: A collection of values, parsed as a table or array.
• Boolean: A Boolean value.
• Target: Always unwired, used in some nodes to specify a target block to read from or write to, like the Get Data and Set Data nodes.
• Any: Type agnostic, accepts any data type.

Ports are color coded and type checked, non-matching types are rejected making it impossible to accidentally incorrectly wire them up. If you need to convert a string to a number or any other type conversion use the Convert Type node and specify the output data type.

Wiring

Wiring up nodes is simple, drag a wire from one of the ports and release it on top of the port you want to wire it into, you can release it into empty space on the node graph to open the wiring node browser context menu.

Wires are type checked and color coded, so only matching ports can be wired together.

Some nodes have a White Diamond in their title bar, this is the Execution Port, those ports need to be Pulsed in order for that node to work, nodes without the Execution port are called Passive nodes and function on their own.

Examples of Execution nodes are:

• Set Variable: When pulsed updates the variable with the new value.
• Set Data: When pulsed updates the target block with the new properties.

Best Practices

The On Update node should be used sparingly, ideally not at all, instead if possible opt for using one of the other pulsing nodes like:

• Periodic Pulse
• On Value Changed
• Input Nodes
• Event Nodes

On Update runs every tick which can be very expensive on large Node Graphs.

When using inputs, you primarily want to use the Configured [type] Input nodes or Linker Face Input. The Advanced Contraption Controller is also able to read and send redstone signal from its sides.

For the best control experience use the Contraption Network Linker to wirelessly bind blocks and block faces to the Advanced Contraption Controller eliminating the need for Redstone Links.

Direct Target Output, and Linker Face Output are functionally similar nodes, where Linker Face Output outputs a redstone signal strength (0-15), and Direct Target Output outputs a quantized redstone signal strength (0.0 - 1.0). For complete control of the target block use the Set Data node to directly set values and properties of the block.

Get Data and Set Data are powerful nodes and can be used in any graph instead of any other block input/output nodes.

Double clicking on a wire will add in a Re-Route node for better wire aesthetics.

The Named Event nodes can be used in the same graph to transmit execution pulses and data cleanly across large graphs without long messy wires.

Sticky notes should be used to annotate what node clusters do and comment groups should be used for visual clarity and readability of the graph.

Inputs and Outputs

Input nodes bring a player action, controller value, redstone signal, wireless signal, or tracked data into the graph. Output nodes send a value or action back out. A node does not automatically know which block it should use: select the node, then set its target, face, key, or frequency in the right-hand Bindings & Targets panel.

For direct wired targets, hold a Contraption Network Linker and use it on a block to add it as an Input or Output. Select the matching Linker Face Input or Linker Face Output node in the editor, then choose that binding and the face it should read or power.

Input Nodes

Node	What it reads	How to use it
Configured Key Input	A key configured on the ACC.	Configure a controller input and select it on the node. It pulses when that input changes.
Gamepad Input	A configured gamepad or controller input.	Configure the input on the ACC, then select it on the node.
Mouse Input	Mouse movement or buttons from a paired control source.	Select the mouse input and use Reset Axis or Timeout when the control needs to return to centre.
Redstone Link Input	A Redstone Link frequency.	Set the frequency pair on the node. It returns Value and Active when the wireless signal changes.
Discovered Target Input	A discovered target block.	Select a target from the node's bindings. It returns that target's signal.
Linker Face Input	A face on a Contraption Network Linker input target.	Bind the block with a linker, then select the target and face on the node.
Local Redstone Input	A local controller redstone signal.	Select the face to read in the node configuration.
Controller Tracker	The controller's holder, position, and identity.	Use its outputs directly where player or controller data is needed.
Goggles Tracker	The paired Smart Glasses wearer, position, facing, and look target.	Pair Smart Glasses, then use its outputs directly.
Get Data	Dynamic data exposed by a selected target block.	Select the target. The node adds ports for the target's available data.

Output Nodes

Node	What it controls	How to use it
Configured Key Output	An ACC controller output channel.	Select the configured output and pulse the node with the value to send.
Redstone Link Output	A Redstone Link frequency.	Set the frequency pair and wire a value from 0 to 15.
Direct Target Output	A discovered output target.	Select a target binding and wire a quantized value from 0.0 to 1.0.
Linker Face Output	A face on a Contraption Network Linker output target.	Bind the block as an output with a linker, then select the target and face.
Local Redstone Output	A local ACC face.	Select the face and wire a value from 0 to 15.
Set Data	Dynamic data exposed by a selected target block.	Select the target, wire the data ports to change, and pulse Execution.
Play Sound	A sound at the controller or a world position.	Set the sound and optional world position, then pulse Execution.
Reset Outputs	Every active controller output.	Pulse it to clear the ACC's configured outputs.

A direct target is selected from the controller's discovered bindings. A linker face target is selected from bindings created by the Contraption Network Linker. Use a Redstone Link node when a normal Create frequency is the better fit, and use local redstone nodes when the signal belongs on the controller itself.

Named Events

Named events are a pair of nodes that allow wireless communication across Advanced Contraption Controllers and CC:Tweaked.

To use them simply set up a Send Named Event node with a name and the data, then in any other Advanced Contraption Controller set up the On Named Event node with the same name, it will pulse its Execution wire when it receives an event.

Named events can also be used with the CC:Tweaked Bridge over Rednet using Wireless Modems by setting the Named Event Name as the Rednet Channel to send and receive between the Advanced Contraption Controller and the CC:Tweaked Computer.

(named-events)

Functions

Functions are a term used for node groups, to create a function, select multiple nodes on a graph and right click on one then select Convert to function. This will move those nodes into a Sub-Graph. You can also do this by right clicking on a Comment Group and selecting Convert to function.

Function Plotter

The Function plotter is a 2D Math notation function plotter, allowing you to plan out complex math formulas and convert them into Graph Functions to be used inside the node graph.

Graph Sharing

To share a graph, click on the Share button in the tool bar and give it a name. You have 2 options for sharing.

• Local: saves the graph locally to the /shared_graphs directory as a JSON file to be sent to friends.
• Share Link: Saves the graph on the https://gg-mc.com server to be shared over the internet via share link.

FAQ

Where are shared graphs saved?

• In the minecraft /shared_graphs directory on the server or client, you can choose when saving a graph

When I create a share link what happens?

• When you create a share link, your current saved graph is parsed into a JSON format, serialized and sanitized then uploaded to https://gg-mc.com with a UUID for it, you can then copy and paste that link to send it to a friend. Opening the link will load a web based node graph that doesn't function but will show the layout and wiring of the saved graph and allow downloading the graph or installing it directly into the Minecraft instance

How do I use the HUD nodes?

• First open the Linker GUI and place a Smart Glasses item in the Goggles slot, it will bind them to that Advanced Contraption Controller, from there you just need to wear them to get access to the Goggles Tracker and HUD nodes.