Made it so that GT_Values.NI and GT_Values.NF are consistently used when
applicable.
Nerfed Silicone Rubber so that you only get 3/7 as much as from a
regular plastic.
The idea is that Silicone Rubber is more versatile than PVC or SBR, but
also more expensive.
Changed the Distillation Tower description so that it aligns with the
new behavior.
Added a new Casing for the Bricked Blast Furnace, GT_Block_Casings4, ID
15
Refactored the non-electric Blast Furnaces:
The Bronze Blast Furnace and the Bricked Blast Furnace extend a
superclass to ensure consistent behavior.
Subclasses only differ in texture, description, and Casing Block.
Bio Diesel can be produced from Seed Oil or Fish Oil.
Bio Diesel Production yields Glyceryl as a byproduct, which can be used
for Dynamite production.
Alcohols have their fuel value reduced by 20000 per Oxygen atom
Increased the potency of Dynamite in the Implosion Compresser so that
dynamite recipes actually show up.
In return Dynamite now needs more Glyceryl Trinitrate: 150 -> 500
LV, MV, HV recipes accept all rubbers.
EV+ recipes accept only synthetic rubbers.
Affected items: Pump, Conveyor Module, Plunger,
Because it is not easily possible to have this functionality for the
Assembly Line, the Assembly Line still accepts only one type of rubber
for each recipe.
Removed the previously added Material AnyDielectric because it cannot be
sensibly used.
Added Polydimethylsiloxane, Polystyrene, and Styrene-Butadiene Rubber to
the list of Materials with plastic-like local names.
Added foils for Polyvinylchloride, Styrene-Butadiene Rubber.
Fixed a bug where foils were missing for Polyvinyl Chloride
All rubbers are now made by first producing the polymer and then
vulcanizing it with Sulfur (equivalent to natural rubber).
Rewrote WireProcessing to reduce the amount of duplicate code.
Implemented recipes that utilize a combination of a dielectric and a
synthetic rubber to make cables.
This halves total insulation cost for below-EV cables and reduces it to
75% for EV+ cables (conductive polymer not yet implemented).
Four tiers of Ore Drilling Plant
I - radius is 3 chunks MV+ (default)
II - radius is 4 chunks HV+
III - radius is 6 chunks EV+
IV - radius is 9 chunks IV+
New behavior:
- pick pipes after mining finish
- extract ore block before moving down
Plastic has been rebalanced as a Material that strictly only becaomes
available with MV.
To avoid circular dependencies MV Chemical Reactors no longer strictly
needs plastic.
polymerization
Polymerization now requires Titaniumtetrachloride instead of Titanium
Dust; Can only be performed in a LCM.
Adjusted the visual representation of LCM recipes in NEI
Moved the old NitroFuel recipes to simplified recipes.
Added a new Material for Diluted Sulfuric Acid.
Adjusted the fuel value of Ethanol: 128 -> 168.
Adjusted the recipes for Capacitors; Particularly you can now use PVC
instead of silicone.
Made it so that all Hydrocarbons have a fuel value of 24000 * C + 20000
* H.
Oxygen for alcohols is ignored.
In particular:
Hydrogen: 15000 -> 20000
Methane: 45000 -> 104000
LPG production no longer yields Methane.
LPG is now produced from Propane or Butane.
Super Fuel from LPG is now a simplified recipe.
Methane from centrifuging food is now a simplified recipe.
Fluid cracking can be done with either Steam or Hydrogen and at 3
different severities for a total of six different recipes.
Cracking severity is controlled with a programmed circuit.
Removed the previously used liquids for cracked light fuel/heavy fuel
Changed the Distillation Tower recipes so they can utilize up to 11
fluid outputs
NEI stack positioning.
Refactored the name of the Large Boiler Fake Fuels so they're in line
with other names.
Fixed a bug where the LCM was checking for the wrong casing type.
Added a new plastic: Polyvinyl Chloride, currently only used for item
pipes
Added Polytetrafluoroethylene Fluid Pipes
Fixed the number of fluid cells for polymerization, Fixed the default
alpha value for the MaterialBuilder class
Implemented new recipes for Gunpowder, Saltpeter, Sulfuric Acid
Gave Sulfur dust a burn value (1600, the same as coal)
Made all chemical recipes stoichiometrically correct whenever possible
(2 H + 1 O -> 1 H2O instead of 2 H + 1 O -> 3 H2O)
Added a convenience method to Materials that lets you get dust
succinctly
Put all simplified recipe additions in a separate method, the config is
still missing
Acid,added utility methods to get Material cells or integrated circuits,
it's now possible to declare a temperature for automatically created
fluids / gases
to no longer have recipes for filling cells.
The reason for the bug was that the bit flag 256 is already in use to
designate something as empty.
Since only bit flags up to 128 were documented I had unwittingly used
the 256 bit flag for fluid creation.
The documentation now informs about the function of 256.
Automatic fluid and gas creation are now controlled via booleans.
Big thanks to Techlone for helping me debug.
The Large Boiler now saves excess fuel between items, greatly improves
performance of items like sticks and planks.
The Large boiler now stores excess projected EU that is lost when
throttling with an integrated circuit
Carbon Monoxide can now be obtained as an optional byproduct from
Titaniumtetrachloride production.
Added a missing chemical reactor recipe for Gunpowder
production
Expanded the GregTech API: There is now a convenience method for
automatically creating polymerization recipes.
Disabled recipes for the Salty Water Potion in favor of a new Salt Water
fluid.
Slightly nerfed Sulfuric Acid production from Sulfur and Water to make
them align with other acids and bases (1 Dust / 1000L Chemical + 1000L
Water -> 1000L acid/base)
Created an adapter class for creating materials.
Materials now have bit flags for automatic gas/fluid creation.
Added a new convenience method for adding distillery recipes.
Recipes now show the exact recipe duration instead of the duration
rounded down to the nearest int.
Added new Materials with relevant recipes:
Acetic Acid, Acetone, Calcium Acetate, Charcoal Byproducts, Carbon
Monoxide, Ethanol, Ethylene, Methanol, Methyl Acetate, Polyvinyl
Acetate, Propene, Sulfuric Ethylene, Vinyl Acetate
Made vinegar visible.
Boilers tooltips now explicitly state the amount of Steam produced per
second.
Gas Turbine tooltips now explicitly state how much steam is needed for
them to run at full capacity.
Machine tooltips now explicitly state how much Pollution they produce
per second.
Adjusted machine pollution values to have them align better.
Diesel Generators / Engines now go 40, 80, 160, 320
Gas Turbines now go 20, 40, 80, 160
Large Boiler tooltips now mention the amount of time needed to heat up
Formatted the source code for the Cleanroom
Fixed a bug that caused Diesel Generators and Gas Turbines to not have a
tooltip.
The field mDescription of the class GT_MetaTileEntity_TieredMachineBlock
was turned into an array.
Every class derived from GT_MetaTileEntity_TieredMachineBlock has
received a new additional constructor that takes an array of Strings
instead of a single one.
By placing an integrated circuit in the Large Boiler it is now possible
to adjust fuel burn rate and steam output at no change in efficiency.
The steam output of a boiler is reduced by 1000L per configuration.
Iterating over items and checking for fuel values turned out to not give
good results because it ignores the Ore Dictionary.
For instance there would be a page for only oak logs instead of a page
with wood in general.
fuels to the newly created Large Boiler tab
Instead of the default information like total EU or EU usage it is now
possible to provide custom Strings to describe a recipe.
The Large Boiler NEI tab explicitly shows burn times for fuels depending
on the boiler used.
Any liquid fuel added to Diesel Fuels or Semifluid Fuels will
automatically be added to Large Boiler Fuels.
