The game is now complete, the game now will get mini update each month. ========================================== Welcome to the Sanaka Atomic Advanced Institute! Established in 1996, this facility stands as a landmark of international cooperation between the Japanese and Vietnamese divisions of Alpha Corporation. Deep within the heart of Mount Sanaka, we discovered Heliux Matter, the catalyst for our revolutionary super-reactor, Project Heliux. As an operator, your primary objective is to manage the facility’s output and drive profitability. However, we have one non-negotiable directive: Do not blow up the facility. Failure to maintain reactor stability will result in immediate termination. ========================================== Reactor name: Project : Heliux Structure type: Matt Steel Hyper Sructure Model 2a.09 Power Laser Amount: 1(Hyper Injector Ryzan ZERO-09) ========================================== This game is a product of @ngobinh394, any copy , using asset without authorize will be permantly be banned from all game by Alpha Corporation and will get a DMCA put down ========================================== Instruction Startup: First, switch all 2 Neutron Generator switch, wait until you hear a notification sound, switch the Coolant Loops switch. Switch all Switch in Fuse Control, then the Coolant Control, after that, scan the keycard and wait until the Startup Button open, click it and you will start the core Meltdown: Raise temprature to above 3000 Kelvin, at this time, the integrity of reactor will dropping, wait until it hit 0, the melt will begin Shutdown: At phase 1, shutdown is available, switch all switch at the shutdown panel, and click the button when it is open Pressure Stall: If shutdown expired, you only have 17 seconds to activate the Pressure Stall Relief Valve, then, the reactor will stall ========================================== Use left and right to nativgate the room
(CREDIT) @atomscienceinc , @5400AP, @Fusiongirl3740, @pacnar5688 for some sound @ElectroScienceInc for temprature control, temprature variable for particles Inspiration: SLES NMAS
