大容量材料研究终端
Massive Material Research Terminal: Streamline Your Duplicant Research
Optimize Your Research Efforts
Are your Duplicants spending more time waiting for materials than actively researching? The original research terminal in Oxygen Not Included has limitations that can hinder your colony’s scientific progress. Introducing the Mass Material Research Terminal mod, designed to eliminate bottlenecks and supercharge your research output.
Say Goodbye to Wasted Resources
The stock research terminal can only accept a meager 100 radiation particles at a time. This means any particles generated beyond that capacity while your Duplicants are occupied are completely wasted. Furthermore, each research cycle only yields a small amount of research points, leading to constant cycles of waiting and slow advancement. This mod tackles these inefficiencies head-on.
Key Features of the Mass Material Research Terminal:
- Continuous Particle Ingestion: The Mass Material Research Terminal can continuously accept up to 9999 radiation particles. This drastically reduces the idle time for your research stations, ensuring a constant flow of materials for your Duplicants.
- Accelerated Research Progress: By eliminating the need to wait for individual particle fills and the slow generation of research points, your Duplicants can maintain a more consistent research rhythm, leading to faster technological breakthroughs.
- Customizable Particle Capacity: Tailor the mod to your colony’s needs by adjusting the maximum radiation particle capacity, ranging from 100 all the way up to 9999.
- Enhanced Duplicant Efficiency: Minimize unnecessary Duplicant travel and waiting times, allowing them to focus on more critical tasks within your base.
Strategic Placement for Optimal Automation
For best results and to prevent any potential automation conflicts or Duplicant pathing issues, it is recommended to place the Mass Material Research Terminal close to a wall. This strategic positioning can simplify your automation setups and ensure smooth operation.