Large Machines

This mod adds large, multiblock variants of almost every type of machine there is in Gregtech. These machines are more efficient in several ways however are more expensive to build. All of the multiblock patterns are available as a JEI preview.

There are four factors that determine the inceased efficiency;

• EU/t percentage cost
• Chanced output boost percentage
• Recipe duration percentage
• Parallel recipes per voltage tier difference

The EU/t percentage cost value is applied to the recipe's base EU/t cost before overclocking is calculated. A value of 100 would result in no change, a value of 50 would halve the EU/t.

Chanced outputs have a base chance and then an additional additive chance boost per tier above the recipe's EU/t. Say a recipe requires 32 EU/t and has a chanced output of Iron Dust at a base 50% chance with an additional 5% per tier. If you run this recipe in an HV machine the final chance of receiving an Iron Dust is (50 + 5 * 2)%. This is because HV is 2 tiers above the required 32 EU/t. The chanced output boost percentage is applied to both the base chance and the chance boost per tier, multiplicatively. So if either of the chances are 0 then no change will be seen.

The recipe duration percentage is applied to base recipe's duration before overclocking is calculated.

The parallel recipes per voltage tier difference behaves similarly to the chance boost per tier for chanced outputs. For every tier of voltage above the required EU/t of the recipe it's inputs and outputs is multiplied by this value. For example; if this value is set to 2 for the Large Macerator and we have a recipe macerating 1 Iron Ore into 1 Iron Dust requiring 32 EU/t. If this recipe is processed at HV power in the Large Macerator then, since HV is 2 tiers above the required 32 EU/t which is LV, then the resulting recipe would be 4 Iron Ores as input and 4 Iron Dusts as output. This does not change the EU/t or duration in any way making this a very powerful variable.