Differences

This shows you the differences between two versions of the page.

--- wiki:mechanics:blocks [2025/08/16 19:55] – created skye
+++ wiki:mechanics:blocks [2025/09/11 00:29] (current) – skye
@@ Line 1: / Line 1: @@
-=== CATEGORIES ===
+==== CATEGORIES ====
+//Many thanks to Jetzilla (Jet) for doing a lot of the heavy lifting for this section//
 [[wiki:mechanics:blocks:Batteries|Batteries]]
+\\ [[wiki:mechanics:blocks:Reactors|Reactors]]
+\\ [[wiki:mechanics:blocks:Thrusters|Thrusters]]
+\\ [[wiki:mechanics:blocks:Gyros|Gyroscopes]]
+\\ [[wiki:mechanics:blocks:Jump_Drives|Jump Drives]]
+\\ [[wiki:mechanics:blocks:Refineries|Refineries]]
+\\ [[wiki:mechanics:blocks:Assemblers|Assemblers]]
+==== "Variants" and the "Karnyxium" Tier ====
+**Vanilla Variants:**
+\\ Primary Attribute: 1.25x
+\\ Secondary Attribute: 0.75x
+\\ Tertiary Attribute: 1x (If Applicable)
+What this means is for example a "High Torque" would output 1.25x the vanilla torque (rotation force) of the block, but have 0.75x the power efficiency (aka 1.25x power draw). This is vice-versa for the opposing variant ("Efficient Gyroscope").
+**Karnyxium Variants:**
+\\ Primary Attribute: 2x
+\\ Secondary Attribute: 1.25x
+\\ Tertiary Attribute: 1.25x (If Applicable)
+Using Gyros as an example again, a "Karnyxium High Power Gyroscope" would have 2x the vanilla torque, while having 1.25x the power efficiency (aka 0.75x power draw).
+Note that that is power //efficiency//, which means it is really 0.75x the power requirement of 2x the torque, so really 1.5x power draw compared to vanilla. The same applies to fuel for hydrogen thrusters, 0.75x use //per newton of force// meaning 1.5x the fuel usage compared to vanilla.