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Applied-Energistics-2/src/main/java/appeng/core/AEConfig.java
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2020-05-31 17:16:25 +02:00

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Java

/*
* This file is part of Applied Energistics 2.
* Copyright (c) 2013 - 2015, AlgorithmX2, All rights reserved.
*
* Applied Energistics 2 is free software: you can redistribute it and/or modify
* it under the terms of the GNU Lesser General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* Applied Energistics 2 is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with Applied Energistics 2. If not, see <http://www.gnu.org/licenses/lgpl>.
*/
package appeng.core;
import appeng.api.config.*;
import appeng.api.util.IConfigManager;
import appeng.api.util.IConfigurableObject;
import appeng.core.features.AEFeature;
import appeng.core.settings.TickRates;
import appeng.util.ConfigManager;
import appeng.util.IConfigManagerHost;
import com.google.common.base.Strings;
import net.minecraft.world.dimension.DimensionType;
import net.minecraftforge.common.ForgeConfigSpec;
import net.minecraftforge.eventbus.api.SubscribeEvent;
import net.minecraftforge.fml.common.Mod;
import net.minecraftforge.fml.config.ModConfig;
import org.apache.commons.lang3.tuple.Pair;
import java.util.*;
import java.util.stream.Collectors;
import java.util.stream.Stream;
import static net.minecraftforge.common.ForgeConfigSpec.*;
@Mod.EventBusSubscriber(modid = AppEng.MOD_ID, bus = Mod.EventBusSubscriber.Bus.MOD)
public final class AEConfig implements IConfigurableObject, IConfigManagerHost
{
public static final ClientConfig CLIENT;
public static final ForgeConfigSpec CLIENT_SPEC;
// Default Grindstone ores
private static final String[] ORES_VANILLA = { "Obsidian", "Ender", "EnderPearl", "Coal", "Iron", "Gold", "Charcoal", "NetherQuartz" };
private static final String[] ORES_AE = { "CertusQuartz", "Wheat", "Fluix" };
private static final String[] ORES_COMMON = { "Copper", "Tin", "Silver", "Lead", "Bronze" };
private static final String[] ORES_MISC = { "Brass", "Platinum", "Nickel", "Invar", "Aluminium", "Electrum", "Osmium", "Zinc" };
// Default Energy Conversion Rates
private static final double DEFAULT_IC2_EXCHANGE = 2.0;
private static final double DEFAULT_RF_EXCHANGE = 0.5;
static {
final Pair<ClientConfig, ForgeConfigSpec> specPair = new ForgeConfigSpec.Builder().configure(ClientConfig::new);
CLIENT_SPEC = specPair.getRight();
CLIENT = specPair.getLeft();
}
public static final String VERSION = "@version@";
public static final String CHANNEL = "@aechannel@";
public static final String PACKET_CHANNEL = "AE";
// Config instance
private static AEConfig instance;
private final IConfigManager settings = new ConfigManager( this );
private final EnumSet<AEFeature> featureFlags = EnumSet.noneOf( AEFeature.class );
private boolean updatable = false;
// Misc
private boolean removeCrashingItemsOnLoad;
private int formationPlaneEntityLimit;
private boolean enableEffects;
private boolean useLargeFonts;
private boolean useColoredCraftingStatus;
private boolean disableColoredCableRecipesInJEI;
private int craftingCalculationTimePerTick;
private PowerUnits selectedPowerUnit;
// GUI Buttons
private int[] craftByStacks = new int[4];
private int[] priorityByStacks = new int[4];
private int[] levelByStacks = new int[4];
private final int[] levelByMillibuckets = { 10, 100, 1000, 10000 };
// Spatial IO/Dimension
private String storageProviderID;
private String storageDimensionID;
private double spatialPowerExponent;
private double spatialPowerMultiplier;
// Grindstone
private List<String> grinderOres;
private Set<String> grinderBlackList;
private double oreDoublePercentage;
// Batteries
private int wirelessTerminalBattery;
private int entropyManipulatorBattery;
private int matterCannonBattery;
private int portableCellBattery;
private int colorApplicatorBattery;
private int chargedStaffBattery;
// Certus quartz
private float spawnChargedChance;
private int quartzOresPerCluster;
private int quartzOresClusterAmount;
// Meteors
private int minMeteoriteDistance;
private int minMeteoriteDistanceSq;
private double meteoriteClusterChance;
private int meteoriteMaximumSpawnHeight;
private Set<String> meteoriteDimensionWhitelist;
// Wireless
private double wirelessBaseCost;
private double wirelessCostMultiplier;
private double wirelessTerminalDrainMultiplier;
private double wirelessBaseRange;
private double wirelessBoosterRangeMultiplier;
private double wirelessBoosterExp;
private double wirelessHighWirelessCount;
// Tunnels
public static final double TUNNEL_POWER_LOSS = 0.05;
// FIXME: this is shit, move this concern out of the config class
@SubscribeEvent
public static void onModConfigEvent(final ModConfig.ModConfigEvent configEvent) {
if (configEvent.getConfig().getSpec() == CLIENT_SPEC) {
if (instance == null) {
instance = new AEConfig();
}
instance.syncConfig(CLIENT);
}
}
private void syncConfig(ClientConfig config) {
PowerUnits.EU.conversionRatio = config.powerRatioIc2.get();
PowerUnits.RF.conversionRatio = config.powerRatioForgeEnergy.get();
PowerMultiplier.CONFIG.multiplier = config.powerUsageMultiplier.get();
CondenserOutput.MATTER_BALLS.requiredPower = config.condenserMatterBallsPower.get();
CondenserOutput.SINGULARITY.requiredPower = config.condenserSingularityPower.get();
this.grinderOres = new ArrayList<>(config.grinderOres.get());
this.grinderBlackList = new HashSet<>(config.grinderBlackList.get());
this.oreDoublePercentage = config.oreDoublePercentage.get();
// FIXME: why is this here exactly???
this.settings.registerSetting( Settings.SEARCH_TOOLTIPS, YesNo.YES );
this.settings.registerSetting( Settings.TERMINAL_STYLE, TerminalStyle.TALL );
this.settings.registerSetting( Settings.SEARCH_MODE, SearchBoxMode.AUTOSEARCH );
this.spawnChargedChance = (float) (1.0 - config.spawnChargedChance.get());
this.minMeteoriteDistance = config.minMeteoriteDistance.get();
this.minMeteoriteDistanceSq = this.minMeteoriteDistance * this.minMeteoriteDistance;
this.meteoriteClusterChance = config.meteoriteClusterChance.get();
this.meteoriteMaximumSpawnHeight = config.meteoriteMaximumSpawnHeight.get();
this.meteoriteDimensionWhitelist = new HashSet<>(config.meteoriteDimensionWhitelist.get());
this.quartzOresPerCluster = config.quartzOresPerCluster.get();
this.quartzOresClusterAmount = config.quartzOresPerCluster.get();
this.wirelessBaseCost = config.wirelessBaseCost.get();
this.wirelessCostMultiplier = config.wirelessCostMultiplier.get();
this.wirelessBaseRange = config.wirelessBaseRange.get();
this.wirelessBoosterRangeMultiplier = config.wirelessBoosterRangeMultiplier.get();
this.wirelessBoosterExp = config.wirelessBoosterExp.get();
this.wirelessTerminalDrainMultiplier = config.wirelessTerminalDrainMultiplier.get();
this.formationPlaneEntityLimit = config.formationPlaneEntityLimit.get();
this.wirelessTerminalBattery = config.wirelessTerminalBattery.get();
this.chargedStaffBattery = config.chargedStaffBattery.get();
this.entropyManipulatorBattery = config.entropyManipulatorBattery.get();
this.portableCellBattery = config.portableCellBattery.get();
this.colorApplicatorBattery = config.colorApplicatorBattery.get();
this.matterCannonBattery = config.matterCannonBattery.get();
this.clientSync(config);
this.featureFlags.clear();
for( final AEFeature feature : AEFeature.values() )
{
if( feature.isVisible() )
{
if (config.enabledFeatures.get(feature).get()) {
this.featureFlags.add(feature);
}
}
else
{
this.featureFlags.add( feature );
}
}
// FIXME final ModContainer imb = net.minecraftforge.fml.common.Loader.instance().getIndexedModList().get( "ImmibisCore" );
// FIXME if( imb != null )
// FIXME {
// FIXME final List<String> version = Arrays.asList( "59.0.0", "59.0.1", "59.0.2" );
// FIXME if( version.contains( imb.getVersion() ) )
// FIXME {
// FIXME this.featureFlags.remove( AEFeature.ALPHA_PASS );
// FIXME }
// FIXME }
for( final TickRates tr : TickRates.values() )
{
tr.setMin(config.tickRateMin.get(tr).get());
tr.setMax(config.tickRateMin.get(tr).get());
}
this.storageProviderID = Strings.emptyToNull(config.storageProviderID.get());
this.storageDimensionID = Strings.emptyToNull(config.storageDimensionID.get());
this.spatialPowerMultiplier = config.spatialPowerMultiplier.get();
this.spatialPowerExponent = config.spatialPowerExponent.get();
this.craftingCalculationTimePerTick = config.craftingCalculationTimePerTick.get();
this.updatable = true;
}
public static AEConfig instance()
{
return instance;
}
private void clientSync(ClientConfig config)
{
this.disableColoredCableRecipesInJEI = config.disableColoredCableRecipesInJEI.get();
this.enableEffects = config.enableEffects.get();
this.useLargeFonts = config.useLargeFonts.get();
this.useColoredCraftingStatus = config.useColoredCraftingStatus.get();
this.selectedPowerUnit = config.selectedPowerUnit.get();
// load buttons..
for( int btnNum = 0; btnNum < 4; btnNum++ )
{
this.craftByStacks[btnNum] = config.craftByStacks.get(btnNum).get();
this.priorityByStacks[btnNum] = config.priorityByStacks.get(btnNum).get();
this.levelByStacks[btnNum] = config.levelByStacks.get(btnNum).get();
}
// FIXME for( final Settings e : this.settings.getSettings() )
// FIXME {
// FIXME final String Category = "Client"; // e.getClass().getSimpleName();
// FIXME Enum<?> value = this.settings.getSetting( e );
// FIXME
// FIXME final Property p = this.get( Category, e.name(), value.name(), this.getListComment( value ) );
// FIXME
// FIXME try
// FIXME {
// FIXME value = Enum.valueOf( value.getClass(), p.getString() );
// FIXME }
// FIXME catch( final IllegalArgumentException er )
// FIXME {
// FIXME AELog.info( "Invalid value '" + p.getString() + "' for " + e.name() + " using '" + value.name() + "' instead" );
// FIXME }
// FIXME
// FIXME this.settings.putSetting( e, value );
// FIXME }
}
private String getListComment( final Enum value )
{
String comment = null;
if( value != null )
{
final EnumSet set = EnumSet.allOf( value.getClass() );
for( final Object Oeg : set )
{
final Enum eg = (Enum) Oeg;
if( comment == null )
{
comment = "Possible Values: " + eg.name();
}
else
{
comment += ", " + eg.name();
}
}
}
return comment;
}
public boolean isFeatureEnabled( final AEFeature f )
{
return this.featureFlags.contains( f );
}
public boolean areFeaturesEnabled( Collection<AEFeature> features )
{
return this.featureFlags.containsAll( features );
}
public double wireless_getDrainRate( final double range )
{
return this.wirelessTerminalDrainMultiplier * range;
}
public double wireless_getMaxRange( final int boosters )
{
return this.wirelessBaseRange + this.wirelessBoosterRangeMultiplier * Math.pow( boosters, this.wirelessBoosterExp );
}
public double wireless_getPowerDrain( final int boosters )
{
return this.wirelessBaseCost + this.wirelessCostMultiplier * Math.pow( boosters, 1 + boosters / this.wirelessHighWirelessCount );
}
// FIXME @Override
// FIXME public Property get( final String category, final String key, final String defaultValue, final String comment, final Property.Type type )
// FIXME {
// FIXME final Property prop = super.get( category, key, defaultValue, comment, type );
// FIXME
// FIXME if( prop != null )
// FIXME {
// FIXME if( !category.equals( "Client" ) )
// FIXME {
// FIXME prop.setRequiresMcRestart( true );
// FIXME }
// FIXME }
// FIXME
// FIXME return prop;
// FIXME }
public void save()
{
if( this.isFeatureEnabled( AEFeature.SPATIAL_IO ) )
{
CLIENT.storageProviderID.set(Strings.nullToEmpty(this.storageProviderID));
CLIENT.storageDimensionID.set(Strings.nullToEmpty(this.storageDimensionID));
}
CLIENT.selectedPowerUnit.set(this.selectedPowerUnit);
CLIENT_SPEC.save();
}
@Override
public void updateSetting( final IConfigManager manager, final Enum setting, final Enum newValue )
{
// FIXME for( final Settings e : this.settings.getSettings() )
// FIXME {
// FIXME if( e == setting )
// FIXME {
// FIXME final String Category = "Client";
// FIXME final Property p = this.get( Category, e.name(), this.settings.getSetting( e ).name(), this.getListComment( newValue ) );
// FIXME p.set( newValue.name() );
// FIXME }
// FIXME }
// FIXME
// FIXME if( this.updatable )
// FIXME {
// FIXME this.save();
// FIXME }
}
@Override
public IConfigManager getConfigManager()
{
return this.settings;
}
public boolean useTerminalUseLargeFont()
{
return this.useLargeFonts;
}
public int craftItemsByStackAmounts( final int i )
{
return this.craftByStacks[i];
}
public int priorityByStacksAmounts( final int i )
{
return this.priorityByStacks[i];
}
public int levelByStackAmounts( final int i )
{
return this.levelByStacks[i];
}
public int levelByMillyBuckets( final int i )
{
return this.levelByMillibuckets[i];
}
// FIXME public Enum getSetting( final String category, final Class<? extends Enum> class1, final Enum myDefault )
// FIXME {
// FIXME final String name = class1.getSimpleName();
// FIXME final Property p = this.get( category, name, myDefault.name() );
// FIXME
// FIXME try
// FIXME {
// FIXME return (Enum) class1.getField( p.toString() ).get( class1 );
// FIXME }
// FIXME catch( final Throwable t )
// FIXME {
// FIXME // :{
// FIXME }
// FIXME
// FIXME return myDefault;
// FIXME }
// FIXME public void setSetting( final String category, final Enum s )
// FIXME {
// FIXME final String name = s.getClass().getSimpleName();
// FIXME this.get( category, name, s.name() ).set( s.name() );
// FIXME this.save();
// FIXME }
public PowerUnits selectedPowerUnit()
{
return this.selectedPowerUnit;
}
public void nextPowerUnit( final boolean backwards )
{
// FIXME this.selectedPowerUnit = Platform.rotateEnum( this.selectedPowerUnit, backwards, Settings.POWER_UNITS.getPossibleValues() );
this.save();
}
// Getters
public boolean isRemoveCrashingItemsOnLoad()
{
return this.removeCrashingItemsOnLoad;
}
public int getFormationPlaneEntityLimit()
{
return this.formationPlaneEntityLimit;
}
public boolean isEnableEffects()
{
return this.enableEffects;
}
public boolean isUseLargeFonts()
{
return this.useLargeFonts;
}
public boolean isUseColoredCraftingStatus()
{
return this.useColoredCraftingStatus;
}
public boolean isDisableColoredCableRecipesInJEI()
{
return this.disableColoredCableRecipesInJEI;
}
public int getCraftingCalculationTimePerTick()
{
return this.craftingCalculationTimePerTick;
}
public PowerUnits getSelectedPowerUnit()
{
return this.selectedPowerUnit;
}
public int[] getCraftByStacks()
{
return this.craftByStacks;
}
public int[] getPriorityByStacks()
{
return this.priorityByStacks;
}
public int[] getLevelByStacks()
{
return this.levelByStacks;
}
public String getStorageProviderID()
{
return this.storageProviderID;
}
public String getStorageDimensionID()
{
return this.storageDimensionID;
}
public double getSpatialPowerExponent()
{
return this.spatialPowerExponent;
}
public double getSpatialPowerMultiplier()
{
return this.spatialPowerMultiplier;
}
public List<String> getGrinderOres()
{
return this.grinderOres;
}
public Set<String> getGrinderBlackList()
{
return this.grinderBlackList;
}
public double getOreDoublePercentage()
{
return this.oreDoublePercentage;
}
public int getWirelessTerminalBattery()
{
return this.wirelessTerminalBattery;
}
public int getEntropyManipulatorBattery()
{
return this.entropyManipulatorBattery;
}
public int getMatterCannonBattery()
{
return this.matterCannonBattery;
}
public int getPortableCellBattery()
{
return this.portableCellBattery;
}
public int getColorApplicatorBattery()
{
return this.colorApplicatorBattery;
}
public int getChargedStaffBattery()
{
return this.chargedStaffBattery;
}
public float getSpawnChargedChance()
{
return this.spawnChargedChance;
}
public int getQuartzOresPerCluster()
{
return this.quartzOresPerCluster;
}
public int getQuartzOresClusterAmount()
{
return this.quartzOresClusterAmount;
}
public int getMinMeteoriteDistance()
{
return this.minMeteoriteDistance;
}
public int getMinMeteoriteDistanceSq()
{
return this.minMeteoriteDistanceSq;
}
public double getMeteoriteClusterChance()
{
return this.meteoriteClusterChance;
}
public int getMeteoriteMaximumSpawnHeight()
{
return this.meteoriteMaximumSpawnHeight;
}
public Set<String> getMeteoriteDimensionWhitelist()
{
return this.meteoriteDimensionWhitelist;
}
public double getWirelessBaseCost()
{
return this.wirelessBaseCost;
}
public double getWirelessCostMultiplier()
{
return this.wirelessCostMultiplier;
}
public double getWirelessTerminalDrainMultiplier()
{
return this.wirelessTerminalDrainMultiplier;
}
public double getWirelessBaseRange()
{
return this.wirelessBaseRange;
}
public double getWirelessBoosterRangeMultiplier()
{
return this.wirelessBoosterRangeMultiplier;
}
public double getWirelessBoosterExp()
{
return this.wirelessBoosterExp;
}
public double getWirelessHighWirelessCount()
{
return this.wirelessHighWirelessCount;
}
// Setters keep visibility as low as possible.
void setStorageProviderID( String id )
{
this.storageProviderID = id;
}
void setStorageDimensionID( String id )
{
this.storageDimensionID = id;
}
private static class ClientConfig {
// Feature toggles
public final Map<AEFeature, BooleanValue> enabledFeatures = new EnumMap<>(AEFeature.class);
// Misc
public final BooleanValue removeCrashingItemsOnLoad;
public final ConfigValue<Integer> formationPlaneEntityLimit;
public final BooleanValue enableEffects;
public final BooleanValue useLargeFonts;
public final BooleanValue useColoredCraftingStatus;
public final BooleanValue disableColoredCableRecipesInJEI;
public final ConfigValue<Integer> craftingCalculationTimePerTick;
public final EnumValue<PowerUnits> selectedPowerUnit;
// GUI Buttons
private static final int[] BTN_BY_STACK_DEFAULTS = { 1, 10, 100, 1000 };
public final List<ConfigValue<Integer>> craftByStacks;
public final List<ConfigValue<Integer>> priorityByStacks;
public final List<ConfigValue<Integer>> levelByStacks;
// Spatial IO/Dimension
public final ConfigValue<String> storageProviderID;
public final ConfigValue<String> storageDimensionID;
public final ConfigValue<Double> spatialPowerExponent;
public final ConfigValue<Double> spatialPowerMultiplier;
// Grindstone
public final ConfigValue<List<? extends String>> grinderOres;
public final ConfigValue<List<? extends String>> grinderBlackList;
public final DoubleValue oreDoublePercentage;
// Batteries
public final ConfigValue<Integer> wirelessTerminalBattery;
public final ConfigValue<Integer> entropyManipulatorBattery;
public final ConfigValue<Integer> matterCannonBattery;
public final ConfigValue<Integer> portableCellBattery;
public final ConfigValue<Integer> colorApplicatorBattery;
public final ConfigValue<Integer> chargedStaffBattery;
// Certus quartz
public final DoubleValue spawnChargedChance;
public final ConfigValue<Integer> quartzOresPerCluster;
public final ConfigValue<Integer> quartzOresClusterAmount;
// Meteors
public final ConfigValue<Integer> minMeteoriteDistance;
public final ConfigValue<Double> meteoriteClusterChance;
public final ConfigValue<Integer> meteoriteMaximumSpawnHeight;
public final ConfigValue<List<? extends String>> meteoriteDimensionWhitelist;
// Wireless
public final ConfigValue<Double> wirelessBaseCost;
public final ConfigValue<Double> wirelessCostMultiplier;
public final ConfigValue<Double> wirelessTerminalDrainMultiplier;
public final ConfigValue<Double> wirelessBaseRange;
public final ConfigValue<Double> wirelessBoosterRangeMultiplier;
public final ConfigValue<Double> wirelessBoosterExp;
// Power Ratios
public final ConfigValue<Double> powerRatioIc2;
public final ConfigValue<Double> powerRatioForgeEnergy;
public final DoubleValue powerUsageMultiplier;
// Condenser Power Requirement
public final ConfigValue<Integer> condenserMatterBallsPower;
public final ConfigValue<Integer> condenserSingularityPower;
public final Map<TickRates, ConfigValue<Integer>> tickRateMin = new HashMap<>();
public final Map<TickRates, ConfigValue<Integer>> tickRateMax = new HashMap<>();
public ClientConfig(ForgeConfigSpec.Builder builder) {
// Feature switches
builder
.comment("Warning: Disabling a feature may disable other features depending on it.")
.push("features");
// We need to group by feature category
Map<String, List<AEFeature>> groupedFeatures = Arrays.stream(AEFeature.values())
.filter(AEFeature::isVisible) // Only provide config settings for visible features
.collect(Collectors.groupingBy(AEFeature::category));
for( final String category : groupedFeatures.keySet() )
{
List<AEFeature> featuresInGroup = groupedFeatures.get(category);
builder.push(category);
for (AEFeature feature : featuresInGroup)
{
enabledFeatures.put(feature, builder
.comment(Strings.nullToEmpty(feature.comment()))
.define(feature.key(), feature.isEnabled()));
}
builder.pop();
}
builder.pop();
builder.push("general");
removeCrashingItemsOnLoad = builder.comment("Will auto-remove items that crash when being loaded from storage. This will destroy those items instead of crashing the game!")
.define("removeCrashingItemsOnLoad", false);
builder.pop();
builder.push("automation");
formationPlaneEntityLimit = builder.comment("TODO")
.define("formationPlaneEntityLimit", 128 );
builder.pop();
builder.push("client");
this.disableColoredCableRecipesInJEI = builder.comment("TODO").define("disableColoredCableRecipesInJEI", true );
this.enableEffects = builder.comment("TODO").define("enableEffects", true );
this.useLargeFonts = builder.comment("TODO").define("useTerminalUseLargeFont", false );
this.useColoredCraftingStatus = builder.comment("TODO").define("useColoredCraftingStatus", true );
this.selectedPowerUnit = builder.comment("Power unit shown in AE UIs")
.defineEnum("PowerUnit", PowerUnits.AE, PowerUnits.values());
this.craftByStacks = new ArrayList<>(4);
this.priorityByStacks = new ArrayList<>(4);
this.levelByStacks = new ArrayList<>(4);
// load buttons..
for( int btnNum = 0; btnNum < 4; btnNum++ )
{
int defaultValue = BTN_BY_STACK_DEFAULTS[btnNum];
final int buttonCap = (int) ( Math.pow( 10, btnNum + 1 ) - 1 );
this.craftByStacks.add(builder.comment("Controls buttons on Crafting Screen")
.defineInRange("craftByStacks" + btnNum, defaultValue, 1, buttonCap));
this.priorityByStacks.add(builder.comment("Controls buttons on Priority Screen")
.defineInRange("priorityByStacks" + btnNum, defaultValue, 1, buttonCap));
this.levelByStacks.add(builder.comment("Controls buttons on Level Emitter Screen")
.defineInRange("levelByStacks" + btnNum, defaultValue, 1, buttonCap));
}
builder.pop();
builder.push("craftingCPU");
this.craftingCalculationTimePerTick = builder.define("craftingCalculationTimePerTick", 5 );
builder.pop();
builder.push("spatialio");
this.storageProviderID = builder.define("storageProviderID", "");
this.storageDimensionID = builder.define("storageDimensionID", "");
this.spatialPowerMultiplier = builder.define("spatialPowerMultiplier", 1250.0);
this.spatialPowerExponent = builder.define("spatialPowerExponent", 1.35);
builder.pop();
builder
.comment("Creates recipe of the following pattern automatically: '1 oreTYPE => 2 dustTYPE' and '(1 ingotTYPE or 1 crystalTYPE or 1 gemTYPE) => 1 dustTYPE'")
.push("GrindStone");
List<String> defaultGrinderOres = Stream.of( ORES_VANILLA, ORES_AE, ORES_COMMON, ORES_MISC ).flatMap( Arrays::stream ).collect(Collectors.toList());
this.grinderOres = builder
.comment("The list of types to handle. Specify without a prefix like ore or dust.")
.defineList("grinderOres", defaultGrinderOres, obj -> true); // FIXME: tag validation, is that even possible???
this.grinderBlackList = builder
.comment("Blacklists the exact oredict name from being handled by any recipe.")
.defineList("blacklist", Collections.emptyList(), obj -> true); // FIXME: tag validation, is that even possible???
this.oreDoublePercentage = builder
.comment("Chance to actually get an output with stacksize > 1.")
.defineInRange("oreDoublePercentage", 90.0, 0.0, 100.0);
builder.pop();
builder.push("battery");
this.wirelessTerminalBattery = builder.define("wirelessTerminal", 1600000);
this.chargedStaffBattery = builder.define("chargedStaff", 200000);
this.entropyManipulatorBattery = builder.define("entropyManipulator", 200000);
this.portableCellBattery = builder.define("portableCell", 20000);
this.colorApplicatorBattery = builder.define("colorApplicator", 20000);
this.matterCannonBattery = builder.define("matterCannon", 8000);
builder.pop();
builder.push("worldGen");
this.spawnChargedChance = builder.defineInRange("spawnChargedChance", 0.08, 0.0, 1.0);
this.minMeteoriteDistance = builder.define("minMeteoriteDistance", 707 );
this.meteoriteClusterChance = builder.define("meteoriteClusterChance", 0.1 );
this.meteoriteMaximumSpawnHeight = builder.define("meteoriteMaximumSpawnHeight", 180 );
List<String> defaultDimensionWhitelist = new ArrayList<>();
defaultDimensionWhitelist.add(DimensionType.getKey(DimensionType.OVERWORLD).toString());
this.meteoriteDimensionWhitelist = builder.defineList("meteoriteDimensionWhitelist", defaultDimensionWhitelist, obj -> true );
this.quartzOresPerCluster = builder.define("quartzOresPerCluster", 4 );
this.quartzOresClusterAmount = builder.define("quartzOresClusterAmount", 15 );
builder.pop();
builder.push("wireless");
this.wirelessBaseCost = builder.define("wirelessBaseCost", 8.0);
this.wirelessCostMultiplier = builder.define("wirelessCostMultiplier", 1.0);
this.wirelessBaseRange = builder.define("wirelessBaseRange", 1.0);
this.wirelessBoosterRangeMultiplier = builder.define("wirelessBoosterRangeMultiplier", 16.0);
this.wirelessBoosterExp = builder.define("wirelessBoosterExp", 1.0);
this.wirelessTerminalDrainMultiplier = builder.define("wirelessTerminalDrainMultiplier", 1.5);
builder.pop();
builder.push("PowerRatios");
powerRatioIc2 = builder.define("IC2", DEFAULT_IC2_EXCHANGE);
powerRatioForgeEnergy = builder.define("ForgeEnergy", DEFAULT_RF_EXCHANGE);
powerUsageMultiplier = builder.defineInRange("UsageMultiplier", 1.0, 0.01, Double.MAX_VALUE);
builder.pop();
builder.push("Condenser");
condenserMatterBallsPower = builder.define("MatterBalls", 256);
condenserSingularityPower = builder.define("Singularity", 256000);
builder.pop();
builder
.comment(" Min / Max Tickrates for dynamic ticking, most of these components also use sleeping, to prevent constant ticking, adjust with care, non standard rates are not supported or tested.")
.push("tickRates");
for (TickRates tickRate : TickRates.values()) {
tickRateMin.put(tickRate, builder.define(tickRate.name() + "Min", tickRate.getDefaultMin()));
tickRateMax.put(tickRate, builder.define(tickRate.name() + "Max", tickRate.getDefaultMax()));
}
builder.pop();
}
}
}