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fix greate stress levels #2564

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Pyritie 2025-12-31 11:56:42 +00:00
parent 0942a989f0
commit 040ccfda2c
5 changed files with 36 additions and 106 deletions
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1
CHANGELOG.md
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@ -3,6 +3,7 @@
## Unreleased ## Unreleased
### Changes ### Changes
### Bug fixes ### Bug fixes
- Fixed Greate stress levels (#2564) @Pyritie
### Translation updates ### Translation updates
## [0.11.14] - 31-12-2025 ## [0.11.14] - 31-12-2025

10
config/crash_assistant/modlist.json
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@ -1402,12 +1402,12 @@
"curseForgeHash": 837967200, "curseForgeHash": 837967200,
"modrinthHash": "107d4aec4694c509ea7ea8f3963478ae8002f46e" "modrinthHash": "107d4aec4694c509ea7ea8f3963478ae8002f46e"
}, },
"TerraFirmaGreg-Core-Modern-0.8.12.jar": { "TerraFirmaGreg-Core-Modern-0.8.13.jar": {
"jarName": "TerraFirmaGreg-Core-Modern-0.8.12.jar", "jarName": "TerraFirmaGreg-Core-Modern-0.8.13.jar",
"modId": "tfg", "modId": "tfg",
"version": "0.8.12", "version": "0.8.13",
"curseForgeHash": 3615222056, "curseForgeHash": 1252674808,
"modrinthHash": "320db558605f446a76db4355e1a8e1b008c33630" "modrinthHash": "557984bbe48f571e60426b370d6fa52baa4a1cef"
}, },
"tfc_gurman-1.2.0.jar": { "tfc_gurman-1.2.0.jar": {
"jarName": "tfc_gurman-1.2.0.jar", "jarName": "tfc_gurman-1.2.0.jar",

89
defaultconfigs/greate-server.toml
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@ -1,7 +1,3 @@
#.
#Multiplier used for calculating how many ticks should initially be removed in fan processing recipes, based on how fast the fan is spinning.
#Range: 0.0 ~ 3.4028234663852886E38
fanSpeedMultiplier = 0.75
#. #.
#Parameters and abilities of Greate's kinetic mechanisms #Parameters and abilities of Greate's kinetic mechanisms
@ -243,91 +239,6 @@ fanSpeedMultiplier = 0.75
neutronium_mechanical_saw = 5.0 neutronium_mechanical_saw = 5.0
neutronium_mechanical_pump = 5.0 neutronium_mechanical_pump = 5.0
#.
#Fine tune settings related to tiers
[kinetics.stressValues.v2.maxCapacity]
#.
#.
#Settings related to andesite tier machines
[kinetics.stressValues.v2.maxCapacity.andesite]
#.
#Configure the max stress a kinetic block of this tier can support.
#Range: > -2147483648
andesiteMaxCapacity = 32
#.
#Settings related to steel tier machines
[kinetics.stressValues.v2.maxCapacity.steel]
#.
#Configure the max stress a kinetic block of this tier can support.
#Range: > -2147483648
steelMaxCapacity = 128
#.
#Settings related to aluminium tier machines
[kinetics.stressValues.v2.maxCapacity.aluminium]
#.
#Configure the max stress a kinetic block of this tier can support.
#Range: > -2147483648
aluminiumMaxCapacity = 512
#.
#Settings related to stainless steel tier machines
[kinetics.stressValues.v2.maxCapacity.stainlessSteel]
#.
#Configure the max stress a kinetic block of this tier can support.
#Range: > -2147483648
stainlessSteelMaxCapacity = 2048
#.
#Settings related to titanium tier machines
[kinetics.stressValues.v2.maxCapacity.titanium]
#.
#Configure the max stress a kinetic block of this tier can support.
#Range: > -2147483648
titaniumMaxCapacity = 8192
#.
#Settings related to tungstensteel tier machines
[kinetics.stressValues.v2.maxCapacity.tungstensteel]
#.
#Configure the max stress a kinetic block of this tier can support.
#Range: > -2147483648
tungstensteelMaxCapacity = 32768
#.
#Settings related to palladium tier machines
[kinetics.stressValues.v2.maxCapacity.palladium]
#.
#Configure the max stress a kinetic block of this tier can support.
#Range: > -2147483648
palladiumMaxCapacity = 131072
#.
#Settings related to naquadah tier machines
[kinetics.stressValues.v2.maxCapacity.naquadah]
#.
#Configure the max stress a kinetic block of this tier can support.
#Range: > -2147483648
naquadahMaxCapacity = 524288
#.
#Settings related to darmstadtium tier machines
[kinetics.stressValues.v2.maxCapacity.darmstadtium]
#.
#Configure the max stress a kinetic block of this tier can support.
#Range: > -2147483648
darmstadtiumMaxCapacity = 2097152
#.
#Settings related to neutronium tier machines
[kinetics.stressValues.v2.maxCapacity.neutronium]
#.
#Configure the max stress a kinetic block of this tier can support.
#Range: > -2147483648
neutroniumMaxCapacity = 8388608
#. #.
#Fine tune settings related to pumps #Fine tune settings related to pumps
[kinetics.pumps] [kinetics.pumps]

16
kubejs/startup_scripts/greate/material_modification.js Normal file
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@ -0,0 +1,16 @@
// priority: 0
"use strict";
const registerGreateMaterialModification = (event) => {
const $GreateMaterials = Java.loadClass("electrolyte.greate.registry.GreateMaterials")
// Add flags
$GreateMaterials.RoseQuartz.addFlags(
GTMaterialFlags.GENERATE_LENS
);
// Material composition
$GreateMaterials.AndesiteAlloy.setComponents([])
$GreateMaterials.AndesiteAlloy.setFormula("?")
}

26
kubejs/startup_scripts/greate/materials.js
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@ -1,10 +1,11 @@
// priority: 0
"use strict"; "use strict";
const registerGreateMaterials = (event) => { const registerGreateMaterials = (event) => {
// Belt materials should already have an ingot and plate item already // Belt materials should already have an ingot and plate item already
const $BeltProperty = Java.loadClass("electrolyte.greate.content.gtceu.material.BeltProperty") const $BeltProperty = Java.loadClass("electrolyte.greate.content.gtceu.material.BeltProperty")
const $GreateMaterials = Java.loadClass("electrolyte.greate.registry.GreateMaterials") const $GreateMaterials = Java.loadClass("electrolyte.greate.registry.GreateMaterials")
const $GreatePropertyKeys = Java.loadClass("electrolyte.greate.content.gtceu.material.GreatePropertyKeys")
// Wood belt // Wood belt
$GreateMaterials.AndesiteAlloy.setProperty(GreatePropertyKeys.BELT, new $BeltProperty([$GreateMaterials.AndesiteAlloy], 5)) $GreateMaterials.AndesiteAlloy.setProperty(GreatePropertyKeys.BELT, new $BeltProperty([$GreateMaterials.AndesiteAlloy], 5))
@ -25,16 +26,17 @@ const registerGreateMaterials = (event) => {
GTMaterials.SiliconeRubber.setProperty(GreatePropertyKeys.BELT, new $BeltProperty([GTMaterials.StainlessSteel, GTMaterials.Aluminium], 25)) GTMaterials.SiliconeRubber.setProperty(GreatePropertyKeys.BELT, new $BeltProperty([GTMaterials.StainlessSteel, GTMaterials.Aluminium], 25))
GTMaterials.StyreneButadieneRubber.setProperty(GreatePropertyKeys.BELT, new $BeltProperty([GTMaterials.Titanium, GTMaterials.StainlessSteel], 30)) GTMaterials.StyreneButadieneRubber.setProperty(GreatePropertyKeys.BELT, new $BeltProperty([GTMaterials.Titanium, GTMaterials.StainlessSteel], 30))
}
const registerGreateMaterialModification = (event) => { // Change stress levels
let capacity = 32;
const $GreateMaterials = Java.loadClass("electrolyte.greate.registry.GreateMaterials") $GreateMaterials.AndesiteAlloy.getProperty($GreatePropertyKeys.KINETIC).setMaxCapacity(capacity);
GTMaterials.Steel.getProperty($GreatePropertyKeys.KINETIC).setMaxCapacity(capacity *= 4);
$GreateMaterials.RoseQuartz.addFlags( GTMaterials.Aluminium.getProperty($GreatePropertyKeys.KINETIC).setMaxCapacity(capacity *= 4);
GTMaterialFlags.GENERATE_LENS GTMaterials.StainlessSteel.getProperty($GreatePropertyKeys.KINETIC).setMaxCapacity(capacity *= 4);
); GTMaterials.Titanium.getProperty($GreatePropertyKeys.KINETIC).setMaxCapacity(capacity *= 4);
GTMaterials.TungstenSteel.getProperty($GreatePropertyKeys.KINETIC).setMaxCapacity(capacity *= 4);
$GreateMaterials.AndesiteAlloy.setComponents([]) GTMaterials.RhodiumPlatedPalladium.getProperty($GreatePropertyKeys.KINETIC).setMaxCapacity(capacity *= 4);
$GreateMaterials.AndesiteAlloy.setFormula("?") GTMaterials.NaquadahAlloy.getProperty($GreatePropertyKeys.KINETIC).setMaxCapacity(capacity *= 4);
GTMaterials.Darmstadtium.getProperty($GreatePropertyKeys.KINETIC).setMaxCapacity(capacity *= 4);
GTMaterials.Neutronium.getProperty($GreatePropertyKeys.KINETIC).setMaxCapacity(capacity *= 4);
} }