Nanomachines are a configurable buff system. Using energy as a resource, they are able to apply various positive and negative effects to the player.
The player has to “eat” them before they can be used. Once ingested, a power indicator in the HUD, positioned left of the item bar, will indicate how much energy the nanomachines have left. Their energy can be recharged by standing close to a Charger.
They provide a certain number of “inputs” that can be toggled, causing many different effects on the player, ranging from visual effects such as particles spawning near the player, to select potion effects and some more rare and special behaviors.
Which input triggers what effect depends on the current configuration of the nanomachines, the actual “connections” being random per configuration. Which input does what is not clear to the player until they try it. The configuration can be changed by ingesting a new batch of nanomachines. Additionally, enabling too many inputs at a time has severe negative effects.
To dispose of nanomachines, the player has to drink Grog.
Nanomachines are crafted using the following recipe:
Programming the machines happens through wireless messages. The range nanomachines are able to receive messages from is only about two meters, though this can be circumvented easily by using a tablet to send the messages. However, the nanomachines do not check which device sent the messages they receive.
Nanomachines react to a simple, proprietary protocol: each packet must consist of multiple parts, the first of which is the “header” and must equal the string
nanomachines. The second part must be the command name. Additional parts are parameters for the command. The following commands are available, formatted as
setResponsePort(port:number)- Set the port nanomachines should send response messages to, for commands that have a response.
getPowerState()- Request the currently stored and maximum stored energy of the nanomachines.
getHealth()- Request the player's health state.
getHunger()- Request the player's hunger state.
getAge()- Request the player's age in seconds.
getName()- Request the player's display name.
getExperience()- Request the player's experience level.
getTotalInputCount()- Request the total number of available inputs.
getSafeActiveInputs()- Request the number of safe active inputs.
getMaxActiveInputs()- Request the number of maximum active inputs.
getInput(index:number)- Request the current state of the input with the specified index.
setInput(index:number, value:boolean)- Set the state of the input with the specified index to the specified value.
getActiveEffects()- Request a list of active effects. Note that some effects may not show up in this list.
saveConfiguration()- Requires a set of nanomachines in the players inventory, will store the current configuration to it.
For example, in OpenOS:
component.modem.broadcast(1, "nanomachines", "setInput", 1, true)will enable the first input.
component.modem.broadcast(1, "nanomachines", "getHealth")will get the player's health info.
Nanomachines Preview (slightly outdated)
|Items||Components||Debug Card - Data Card - Graphics Card - Internet Card - Linked Card - Network Card - Redstone Card - Wireless Network Card|
|Storage Devices||Floppy Disk - EEPROM - Hard Disk Drive - Memory|
|Upgrades||Angel Upgrade - Battery Upgrade - Chunkloader Upgrade - Crafting Upgrade - Database Upgrade - Experience Upgrade - Generator Upgrade - Hover Upgrade - Inventory Controller Upgrade - Inventory Upgrade - Leash Upgrade - Navigation Upgrade - Piston Upgrade - Sign I/O Upgrade - Solar Generator Upgrade - Tank Upgrade - Tank Controller Upgrade - Tractor Beam Upgrade - World Sensor Upgrade|
|Containers||Card Container - Upgrade Container - Disk Drive|
|Others||Analyzer - Texture Picker - Component Bus - CPU - APU - Drone Case - Manual - Microcontroller Case - Nanomachines - Remote Terminal - Server - Tablet Case - Tablet - Crafting Materials - Ink Cartridge - Scrench - Hover Boots - Grog - Loot Disks|