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package tectech.loader;
import java.io.File;
import eu.usrv.yamcore.config.ConfigManager;
public class TecTechConfig extends ConfigManager {
public TecTechConfig(File pConfigBaseDirectory, String pModCollectionDirectory, String pModID) {
super(pConfigBaseDirectory, pModCollectionDirectory, pModID);
}
// final static to allow compiler to remove the debug code when this is false
public static boolean DEBUG_MODE = false;
public static boolean POWERLESS_MODE = false;
public boolean BOOM_ENABLE;
public boolean DISABLE_BLOCK_HARDNESS_NERF;
public boolean EASY_SCAN;
public boolean NERF_FUSION;
public boolean ENABLE_TURRET_EXPLOSIONS;
public float TURRET_DAMAGE_FACTOR;
public float TURRET_EXPLOSION_FACTOR;
public boolean MOD_ADMIN_ERROR_LOGS;
public boolean TESLA_MULTI_GAS_OUTPUT;
public float TESLA_MULTI_LOSS_FACTOR_OVERDRIVE;
public int TESLA_MULTI_LOSS_PER_BLOCK_T0;
public int TESLA_MULTI_LOSS_PER_BLOCK_T1;
public int TESLA_MULTI_LOSS_PER_BLOCK_T2;
public int TESLA_MULTI_PLASMA_PER_SECOND_T1_HELIUM;
public int TESLA_MULTI_PLASMA_PER_SECOND_T1_NITROGEN;
public int TESLA_MULTI_PLASMA_PER_SECOND_T2_RADON;
public int TESLA_MULTI_RANGE_COEFFICIENT_PLASMA_T1;
public int TESLA_MULTI_RANGE_COEFFICIENT_PLASMA_T2;
public int TESLA_MULTI_RANGE_COVER;
public int TESLA_MULTI_RANGE_TOWER;
public int TESLA_MULTI_RANGE_TRANSCEIVER;
public float TESLA_SINGLE_LOSS_FACTOR_OVERDRIVE;
public int TESLA_SINGLE_LOSS_PER_BLOCK;
public int TESLA_SINGLE_RANGE;
public boolean TESLA_VISUAL_EFFECT;
/**
* This loading phases do not correspond to mod loading phases!
*/
@Override
protected void PreInit() {
BOOM_ENABLE = true;
DISABLE_BLOCK_HARDNESS_NERF = false;
EASY_SCAN = false;
NERF_FUSION = false;
ENABLE_TURRET_EXPLOSIONS = true;
TURRET_DAMAGE_FACTOR = 10;
TURRET_EXPLOSION_FACTOR = 1;
MOD_ADMIN_ERROR_LOGS = false;
TESLA_MULTI_GAS_OUTPUT = false;
TESLA_MULTI_LOSS_FACTOR_OVERDRIVE = 0.25F;
TESLA_MULTI_LOSS_PER_BLOCK_T0 = 1;
TESLA_MULTI_LOSS_PER_BLOCK_T1 = 1;
TESLA_MULTI_LOSS_PER_BLOCK_T2 = 1;
TESLA_MULTI_PLASMA_PER_SECOND_T1_HELIUM = 100;
TESLA_MULTI_PLASMA_PER_SECOND_T1_NITROGEN = 50;
TESLA_MULTI_PLASMA_PER_SECOND_T2_RADON = 50;
TESLA_MULTI_RANGE_COEFFICIENT_PLASMA_T1 = 2;
TESLA_MULTI_RANGE_COEFFICIENT_PLASMA_T2 = 4;
TESLA_MULTI_RANGE_COVER = 16;
TESLA_MULTI_RANGE_TOWER = 32;
TESLA_MULTI_RANGE_TRANSCEIVER = 16;
TESLA_SINGLE_LOSS_FACTOR_OVERDRIVE = 0.25F;
TESLA_SINGLE_LOSS_PER_BLOCK = 1;
TESLA_SINGLE_RANGE = 20;
TESLA_VISUAL_EFFECT = true;
}
/**
* This loading phases do not correspond to mod loading phases!
*/
@Override
protected void Init() {
DEBUG_MODE = _mainConfig
.getBoolean("DebugMode", "debug", DEBUG_MODE, "Enables logging and other purely debug features");
POWERLESS_MODE = _mainConfig
.getBoolean("PowerlessMode", "debug", POWERLESS_MODE, "Enables 0EU/t multi block machinery");
BOOM_ENABLE = _mainConfig.getBoolean(
"BoomEnable",
"features",
BOOM_ENABLE,
"Set to false to disable explosions on everything bad that you can do");
DISABLE_BLOCK_HARDNESS_NERF = _mainConfig.getBoolean(
"DisableBlockHardnessNerf",
"features",
DISABLE_BLOCK_HARDNESS_NERF,
"Set to true to disable the block hardness nerf");
EASY_SCAN = _mainConfig.getBoolean(
"EasyScan",
"features",
EASY_SCAN,
"Enables tricorder to scan EM i/o hatches directly, too CHEEKY");
NERF_FUSION = _mainConfig.getBoolean(
"NerfFusion",
"features",
NERF_FUSION,
"Set to true to enable removal of plasmas heavier than Fe and other weird ones");
ENABLE_TURRET_EXPLOSIONS = _mainConfig.getBoolean(
"TurretBoomEnable",
"features",
ENABLE_TURRET_EXPLOSIONS,
"Set to false to disable explosions caused by EM turrets");
TURRET_DAMAGE_FACTOR = _mainConfig.getFloat(
"TurretDamageFactor",
"features",
TURRET_DAMAGE_FACTOR,
0,
Short.MAX_VALUE,
"Damage is multiplied by this number");
TURRET_EXPLOSION_FACTOR = _mainConfig.getFloat(
"TurretExplosionFactor",
"features",
TURRET_EXPLOSION_FACTOR,
0,
Short.MAX_VALUE,
"Explosion strength is multiplied by this number");
MOD_ADMIN_ERROR_LOGS = _mainConfig.getBoolean(
"AdminErrorLog",
"modules",
MOD_ADMIN_ERROR_LOGS,
"If set to true, every op/admin will receive all errors occurred during the startup phase as in game message on join");
TESLA_MULTI_GAS_OUTPUT = _mainConfig.getBoolean(
"TeslaMultiGasOutput",
"tesla_tweaks",
TESLA_MULTI_GAS_OUTPUT,
"Set to true to enable outputting plasmas as gasses from the tesla tower with a 1:1 ratio");
TESLA_MULTI_LOSS_FACTOR_OVERDRIVE = _mainConfig.getFloat(
"TeslaMultiLossFactorOverdrive",
"tesla_tweaks",
TESLA_MULTI_LOSS_FACTOR_OVERDRIVE,
0,
1,
"Additional Tesla Tower power loss per amp as a factor of the tier voltage");
TESLA_MULTI_LOSS_PER_BLOCK_T0 = _mainConfig.getInt(
"TeslaMultiLossPerBlockT0",
"tesla_tweaks",
TESLA_MULTI_LOSS_PER_BLOCK_T0,
0,
Integer.MAX_VALUE,
"Tesla Tower power transmission loss per block per amp using no plasmas");
TESLA_MULTI_LOSS_PER_BLOCK_T1 = _mainConfig.getInt(
"TeslaMultiLossPerBlockT1",
"tesla_tweaks",
TESLA_MULTI_LOSS_PER_BLOCK_T1,
0,
Integer.MAX_VALUE,
"Tesla Tower power transmission loss per block per amp using helium or nitrogen plasma");
TESLA_MULTI_LOSS_PER_BLOCK_T2 = _mainConfig.getInt(
"TeslaMultiLossPerBlockT2",
"tesla_tweaks",
TESLA_MULTI_LOSS_PER_BLOCK_T2,
0,
Integer.MAX_VALUE,
"Tesla Tower power transmission loss per block per amp using radon plasma");
TESLA_MULTI_PLASMA_PER_SECOND_T1_HELIUM = _mainConfig.getInt(
"TeslaMultiPlasmaPerSecondT1Helium",
"tesla_tweaks",
TESLA_MULTI_PLASMA_PER_SECOND_T1_HELIUM,
0,
Integer.MAX_VALUE,
"Tesla Tower helium plasma consumed each second the tesla tower is active");
TESLA_MULTI_PLASMA_PER_SECOND_T1_NITROGEN = _mainConfig.getInt(
"TeslaMultiPlasmaPerSecondT1Nitrogen",
"tesla_tweaks",
TESLA_MULTI_PLASMA_PER_SECOND_T1_NITROGEN,
0,
Integer.MAX_VALUE,
"Tesla Tower nitrogen plasma consumed each second the tesla tower is active");
TESLA_MULTI_PLASMA_PER_SECOND_T2_RADON = _mainConfig.getInt(
"TeslaMultiPlasmaPerSecondT2Radon",
"tesla_tweaks",
TESLA_MULTI_PLASMA_PER_SECOND_T2_RADON,
0,
Integer.MAX_VALUE,
"Tesla Tower radon plasma consumed each second the tesla tower is active");
TESLA_MULTI_RANGE_COEFFICIENT_PLASMA_T1 = _mainConfig.getInt(
"TeslaMultiRangeCoefficientPlasmaT1",
"tesla_tweaks",
TESLA_MULTI_RANGE_COEFFICIENT_PLASMA_T1,
0,
Integer.MAX_VALUE,
"Tesla Tower T1 Plasmas Range Multiplier");
TESLA_MULTI_RANGE_COEFFICIENT_PLASMA_T2 = _mainConfig.getInt(
"TeslaMultiRangeCoefficientPlasmaT2",
"tesla_tweaks",
TESLA_MULTI_RANGE_COEFFICIENT_PLASMA_T2,
0,
Integer.MAX_VALUE,
"Tesla Tower T2 Plasmas Range Multiplier");
TESLA_MULTI_RANGE_COVER = _mainConfig.getInt(
"TeslaMultiRangeCover",
"tesla_tweaks",
TESLA_MULTI_RANGE_COVER,
0,
Integer.MAX_VALUE,
"Tesla Tower to Tesla Coil Rich Edition Cover max range");
TESLA_MULTI_RANGE_TOWER = _mainConfig.getInt(
"TeslaMultiRangeTower",
"tesla_tweaks",
TESLA_MULTI_RANGE_TOWER,
0,
Integer.MAX_VALUE,
"Tesla Tower to Tower max range");
TESLA_MULTI_RANGE_TRANSCEIVER = _mainConfig.getInt(
"TeslaMultiRangeTransceiver",
"tesla_tweaks",
TESLA_MULTI_RANGE_TRANSCEIVER,
0,
Integer.MAX_VALUE,
"Tesla Tower to Transceiver max range");
TESLA_SINGLE_LOSS_FACTOR_OVERDRIVE = _mainConfig.getFloat(
"TeslaSingleLossFactorOverdrive",
"tesla_tweaks",
TESLA_SINGLE_LOSS_FACTOR_OVERDRIVE,
0,
1,
"Additional Tesla Transceiver power loss per amp as a factor of the tier voltage");
TESLA_SINGLE_LOSS_PER_BLOCK = _mainConfig.getInt(
"TeslaSingleLossPerBlock",
"tesla_tweaks",
TESLA_SINGLE_LOSS_PER_BLOCK,
0,
Integer.MAX_VALUE,
"Tesla Transceiver power transmission loss per block per amp");
TESLA_SINGLE_RANGE = _mainConfig.getInt(
"TeslaSingleRange",
"tesla_tweaks",
TESLA_SINGLE_RANGE,
0,
Integer.MAX_VALUE,
"Tesla Transceiver to max range");
TESLA_VISUAL_EFFECT = _mainConfig.getBoolean(
"EnableTeslaVisualEffect",
"tesla_tweaks",
TESLA_VISUAL_EFFECT,
"Set true to enable the cool visual effect when tesla tower running.");
}
/**
* This loading phases do not correspond to mod loading phases!
*/
@Override
protected void PostInit() {}
}
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