修复修改后的代码BUG
This commit is contained in:
parent
3126e24b80
commit
a24314789a
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@ -23,10 +23,12 @@ import net.minecraft.world.entity.HumanoidArm;
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import net.minecraft.world.entity.player.Player;
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import net.minecraft.world.phys.Vec3;
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import org.jetbrains.annotations.NotNull;
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import top.r3944realms.superleadrope.api.type.capabilty.ILeashData;
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import top.r3944realms.superleadrope.api.type.capabilty.ILeashState;
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import top.r3944realms.superleadrope.api.type.capabilty.LeashInfo;
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import top.r3944realms.superleadrope.client.renderer.state.SuperLeashRenderState;
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import top.r3944realms.superleadrope.content.entity.SuperLeashKnotEntity;
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import top.r3944realms.superleadrope.util.capability.LeashDataInnerAPI;
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import top.r3944realms.superleadrope.util.capability.LeashStateInnerAPI;
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import java.util.HashMap;
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@ -57,11 +59,10 @@ public class SuperLeashStateResolver {
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Optional<ILeashState> leashedEntityStateOpt = LeashStateInnerAPI.getLeashState(leashedEntity);
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if (leashedEntityStateOpt.isEmpty()) return Optional.empty();
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ILeashData leashData = LeashDataInnerAPI.getLeashData(leashedEntity).orElse(null);
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ILeashState leashedEntityState = leashedEntityStateOpt.get();
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Optional<ILeashState.LeashState> leashStateOpt = leashedEntityState.getLeashState(holder);
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if (leashStateOpt.isEmpty()) return Optional.empty();
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ILeashState.LeashState leashState = leashStateOpt.get();
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// 计算实体端偏移
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@ -97,11 +98,15 @@ public class SuperLeashStateResolver {
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// 物理参数
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double distance = currentHolderPos.distanceTo(currentEntityPos);
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double maxDistance = leashInfo.maxDistance();
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double elasticDistance = leashInfo.elasticDistanceScale();
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float tension = calculateTension(distance, maxDistance, elasticDistance);
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double maxDistance = 6.0d;
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double elasticDistanceScale = 1.0d;
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if (leashData != null) {
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maxDistance = leashInfo.maxDistance() == null ? leashData.getCurrentMaxDistance() : leashInfo.maxDistance();
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elasticDistanceScale = leashInfo.elasticDistanceScale() == null ? leashData.getCurrentElasticDistanceScale() : leashInfo.elasticDistanceScale();
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}
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float tension = calculateTension(distance, maxDistance, elasticDistanceScale);
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float stretchRatio = (float) (distance / maxDistance);
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boolean isCritical = distance > maxDistance * 1.5;
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boolean isCritical = distance > maxDistance * elasticDistanceScale * 1.5;
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// 摆动动态
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SwingDynamics swing = calculateSwingDynamics(
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@ -123,7 +128,7 @@ public class SuperLeashStateResolver {
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selectColor(tension, isCritical),
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THICKNESS_BASE + tension * THICKNESS_TENSION,
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swing.angle(), swing.speed(),
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leashInfo.maxDistance(),
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maxDistance,
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isFirstPerson, holder.blockPosition()
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@ -268,9 +273,10 @@ public class SuperLeashStateResolver {
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return new SwingDynamics(newAngle, newSpeed);
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}
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private static float calculateTension(double distance, double maxDistance, double elasticDistance) {
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private static float calculateTension(double distance, double maxDistance, double elasticDistanceScale) {
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double elasticDistance = maxDistance * elasticDistanceScale;
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if (distance <= elasticDistance) return 0f;
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double ratio = (distance - elasticDistance) / (maxDistance - elasticDistance);
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double ratio = (distance - elasticDistance) / (elasticDistance);
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return easeOutQuad(Math.min((float)ratio, MAX_TENSION));
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}
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@ -82,7 +82,7 @@ public class LeashCommonConfig {
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builder.push("LeashSettings");
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maxLeashLength = builder
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.comment("Maximum leash distance (in blocks) for any entity")
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.defineInRange("maxLeashLength", 12.0, 6.0, 256.0);
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.defineInRange("maxLeashLength", 6.0, 6.0, 256.0);
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elasticDistanceScale = builder
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.comment("Default elastic distance for the Super Lead rope")
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@ -34,7 +34,6 @@ import net.minecraft.world.phys.BlockHitResult;
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import net.minecraft.world.phys.HitResult;
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import net.minecraft.world.phys.Vec3;
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import net.minecraftforge.common.MinecraftForge;
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import net.minecraftforge.fml.loading.FMLEnvironment;
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import net.minecraftforge.network.PacketDistributor;
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import org.jetbrains.annotations.Contract;
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import org.jetbrains.annotations.NotNull;
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@ -96,10 +95,10 @@ public class LeashDataImpl implements ILeashData {
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private long lastSyncTime;
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@Nullable
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private Double staticMaxDistance;
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private double defaultMaxDistance;
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private double defaultMaxDistance = 6.0;
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@Nullable
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private Double staticElasticDistanceScale;
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private double defaultElasticDistanceScale;
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private double defaultElasticDistanceScale = 1.0;
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private final Set<UUID> delayedHolders = new CopyOnWriteArraySet<>();
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private final Map<UUID, LeashInfo> leashHolders = new ConcurrentHashMap<>();
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// 引入解决 绳结不保存导致第二进入持有者不存在的问题
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@ -168,7 +167,7 @@ public class LeashDataImpl implements ILeashData {
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@Override
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public double getDefaultMaxDistance() {
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boolean isNotClient = !FMLEnvironment.dist.isClient();
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boolean isNotClient = !this.entity.level().isClientSide();
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if (isNotClient) {
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defaultMaxDistance = CommonEventHandler.leashConfigManager.getMaxLeashLength();
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}
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@ -209,7 +208,7 @@ public class LeashDataImpl implements ILeashData {
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@Override
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public double getDefaultElasticDistanceScale() {
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boolean isNotClient = !FMLEnvironment.dist.isClient();
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boolean isNotClient = !this.entity.level().isClientSide();
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if (isNotClient) {
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defaultElasticDistanceScale = CommonEventHandler.leashConfigManager.getElasticDistanceScale();
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}
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@ -875,12 +874,12 @@ public class LeashDataImpl implements ILeashData {
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double elasticLimitDistance = maxDistance * elasticDistanceScale;
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// 1. 检查是否超出断裂距离
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if (distance > extremeSnapDist) {
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if (info.keepLeashTicks() > 0) {
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if (info.keepLeashTicks() >= 0) {
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// 计算临界拉力
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Vec3 pullForce = calculateCriticalPullForce(holderPos, entityPos, distance, maxDistance, elasticLimitDistance);
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entry.setValue(info.decrementKeepTicks());
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MinecraftForge.EVENT_BUS.post(new SuperLeadRopeEvent.keepNotBreakTick(this.entity, entry.getValue().keepLeashTicks(), holder, entry));
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return pullForce;
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if (entry.getValue().keepLeashTicks() > 0) return pullForce;
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}
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// 断裂
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removeLeash(holder);
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@ -907,47 +906,74 @@ public class LeashDataImpl implements ILeashData {
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// 计算正常拉力
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@Contract("_, _, _, _, _ -> new")
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private @NotNull Vec3 calculatePullForce(@NotNull Vec3 holderPos, Vec3 entityPos, double distance, double maxDistance, double elasticLimitDistance) {
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Vec3 pullDirection = holderPos.subtract(entityPos).normalize();
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double pullStrength = 0.2;
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double extremeSnapDistance = maxDistance * CommonEventHandler.leashConfigManager.getExtremeSnapFactor();
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// 计算超过弹性限度的距离
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double excessDistance = distance - elasticLimitDistance;
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if (distance > maxDistance) {
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double excessRatio = (distance - maxDistance) / (maxDistance - elasticLimitDistance);
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pullStrength += excessRatio * 0.8;
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if (distance <= elasticLimitDistance) {
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// 场景1：距离 ≤ elasticLimitDistance - 正常弹性拉力
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return calculateNormalPullForce(holderPos, entityPos, distance, elasticLimitDistance);
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} else if (distance <= extremeSnapDistance) {
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// 场景2：elasticLimitDistance < distance ≤ extremeSnapDistance - 增强拉力
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return calculateEnhancedPullForce(holderPos, entityPos, distance, elasticLimitDistance, extremeSnapDistance);
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} else {
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// 场景3：distance > extremeSnapDistance - 临界拉力
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return calculateCriticalPullForce(holderPos, entityPos, distance, elasticLimitDistance, extremeSnapDistance);
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}
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}
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// 拉力与超过弹性限度的距离成正比
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private @NotNull Vec3 calculateNormalPullForce(@NotNull Vec3 holderPos, Vec3 entityPos, double distance, double elasticLimitDistance) {
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Vec3 pullDirection = holderPos.subtract(entityPos).normalize();
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double basePullStrength = 0.2;
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// 轻微拉力，保持弹性
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double excessDistance = Math.max(0, distance - (elasticLimitDistance * 0.8)); // 在接近极限时开始轻微拉动
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Vec3 pullForce = pullDirection.scale(
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excessDistance * basePullStrength * CommonEventHandler.leashConfigManager.getSpringDampening()
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);
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return applyElasticityFactors(pullForce);
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}
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private @NotNull Vec3 calculateEnhancedPullForce(@NotNull Vec3 holderPos, Vec3 entityPos, double distance,
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double elasticLimitDistance, double extremeSnapDistance) {
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Vec3 pullDirection = holderPos.subtract(entityPos).normalize();
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// 计算超出弹性限度的比例
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double excessRatio = (distance - elasticLimitDistance) / (extremeSnapDistance - elasticLimitDistance);
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// 拉力强度随超出比例增加而增强
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double pullStrength = 0.5 + excessRatio * 1.5; // 从0.5线性增加到2.0
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double excessDistance = distance - elasticLimitDistance;
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Vec3 pullForce = pullDirection.scale(
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excessDistance * pullStrength * CommonEventHandler.leashConfigManager.getSpringDampening()
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);
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return new Vec3(
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pullForce.x * CommonEventHandler.leashConfigManager.getXElasticity(),
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pullForce.y * CommonEventHandler.leashConfigManager.getYElasticity(), // 修正：应该是 YElasticity
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pullForce.z * CommonEventHandler.leashConfigManager.getZElasticity()
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);
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return applyElasticityFactors(pullForce);
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}
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// 计算临界拉力（修正版）
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private @NotNull Vec3 calculateCriticalPullForce(@NotNull Vec3 holderPos, Vec3 entityPos, double distance, double maxDistance, double elasticLimitDistance) {
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private @NotNull Vec3 calculateCriticalPullForce(@NotNull Vec3 holderPos, Vec3 entityPos, double distance,
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double elasticLimitDistance, double extremeSnapDistance) {
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Vec3 pullDirection = holderPos.subtract(entityPos).normalize();
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double excessRatio = (distance - maxDistance) / maxDistance;
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double pullStrength = 1.0 + excessRatio * 2.0;
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// 计算超出临界距离的比例
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double criticalExcessRatio = (distance - extremeSnapDistance) / extremeSnapDistance;
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// 在临界状态下使用更强的拉力
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double pullStrength = 2.0 + criticalExcessRatio * 3.0; // 从2.0开始，随超出比例增加
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// 计算超过弹性限度的距离
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double excessDistance = distance - elasticLimitDistance;
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Vec3 pullForce = pullDirection.scale(
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excessDistance * pullStrength * CommonEventHandler.leashConfigManager.getSpringDampening()
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);
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return applyElasticityFactors(pullForce);
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}
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private @NotNull Vec3 applyElasticityFactors(@NotNull Vec3 force) {
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return new Vec3(
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pullForce.x * CommonEventHandler.leashConfigManager.getXElasticity(),
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pullForce.y * CommonEventHandler.leashConfigManager.getYElasticity(),
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pullForce.z * CommonEventHandler.leashConfigManager.getZElasticity()
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force.x * CommonEventHandler.leashConfigManager.getXElasticity(),
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force.y * CommonEventHandler.leashConfigManager.getYElasticity(),
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force.z * CommonEventHandler.leashConfigManager.getZElasticity()
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);
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}
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@ -1181,9 +1207,9 @@ public class LeashDataImpl implements ILeashData {
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ListTag holdersList = new ListTag();
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ListTag delayedHolderList = new ListTag();
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if (staticMaxDistance != null) tag.putDouble("StaticMaxDistance", staticMaxDistance);
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tag.putDouble("DefaultMaxDistance", defaultMaxDistance);
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tag.putDouble("DefaultMaxDistance", getDefaultMaxDistance());
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if (staticElasticDistanceScale != null) tag.putDouble("StaticElasticDistanceScale", staticElasticDistanceScale);
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tag.putDouble("DefaultElasticDistanceScale", defaultElasticDistanceScale);
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tag.putDouble("DefaultElasticDistanceScale", getDefaultElasticDistanceScale());
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for (LeashInfo info : leashHolders.values()) {
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CompoundTag infoTag = generateCompoundTagFromUUIDLeashInfo(info);
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holdersList.add(infoTag);
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@ -1228,9 +1254,23 @@ public class LeashDataImpl implements ILeashData {
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throw new IllegalArgumentException("LeashInfo.intId is empty");
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}
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infoTag.putInt("HolderID", info.holderIdOpt().get());
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infoTag.putString("LeashItem", info.reserved());
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infoTag.putDouble("MaxDistance", info.maxDistance());
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infoTag.putDouble("ElasticDistance", info.elasticDistanceScale());
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CompoundTag marks = new CompoundTag();
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Set<String> markSet = info.marks();
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if (!markSet.isEmpty()) {
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marks.putInt("MarkSize", markSet.size());
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int i = 0;
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for (String mark : markSet) {
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marks.putString("Mark" + i++, mark);
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}
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infoTag.put("Marks", marks);
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}
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infoTag.putString("Reserved", info.reserved());
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if (info.maxDistance() != null) {
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infoTag.putDouble("MaxDistance", info.maxDistance());
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}
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if (info.elasticDistanceScale() != null) {
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infoTag.putDouble("ElasticDistanceScale", info.elasticDistanceScale());
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}
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infoTag.putInt("KeepLeashTicks", info.keepLeashTicks());
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infoTag.putInt("MaxKeepLeashTicks", info.maxKeepLeashTicks());
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return infoTag;
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@ -1248,12 +1288,12 @@ public class LeashDataImpl implements ILeashData {
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} else staticMaxDistance = null;
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} else defaultMaxDistance = CommonEventHandler.leashConfigManager.getMaxLeashLength();
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if(nbt.contains("DefaultElasticDistanceScale")) {
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staticElasticDistanceScale = nbt.getDouble("DefaultElasticDistanceScale");
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if (nbt.contains("DefaultElasticDistanceScale")) {
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defaultElasticDistanceScale = nbt.getDouble("DefaultElasticDistanceScale");
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if (nbt.contains("StaticElasticDistanceScale")) {
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staticElasticDistanceScale = nbt.getDouble("StaticElasticDistanceScale");
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} else staticElasticDistanceScale = null;
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} else staticElasticDistanceScale = CommonEventHandler.leashConfigManager.getElasticDistanceScale();
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} else defaultElasticDistanceScale = CommonEventHandler.leashConfigManager.getElasticDistanceScale();
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if (nbt.contains("LeashHolders", ListTag.TAG_LIST)) {
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ListTag holdersList = nbt.getList("LeashHolders", ListTag.TAG_COMPOUND);
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@ -1285,32 +1325,63 @@ public class LeashDataImpl implements ILeashData {
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@Contract("_ -> new")
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private static @NotNull LeashInfo getUUIDLeashDataFormListTag(@NotNull CompoundTag infoTag) {
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if (infoTag.contains("HolderUUID")){
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return new LeashInfo(
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if (infoTag.contains("Marks")) {
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return new LeashInfo(
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infoTag.getUUID("HolderUUID"),
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infoTag.getInt("HolderID"),
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getMarks(infoTag),
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infoTag.getString("Reserved"),
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infoTag.contains("MaxDistance") ? infoTag.getDouble("MaxDistance") : null,
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infoTag.contains("ElasticDistanceScale") ? infoTag.getDouble("ElasticDistanceScale") : null,
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infoTag.getInt("KeepLeashTicks"),
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infoTag.contains("MaxKeepLeashTicks") ? infoTag.getInt("MaxKeepLeashTicks") : 20
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);
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} else return new LeashInfo(
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infoTag.getUUID("HolderUUID"),
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infoTag.getInt("HolderID"),
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infoTag.getString("LeashItem"),
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infoTag.getDouble("MaxDistance"),
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infoTag.contains("ElasticDistance") ? infoTag.getDouble("ElasticDistance") : 6.0,
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infoTag.getString("Reserved"),
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infoTag.contains("MaxDistance") ? infoTag.getDouble("MaxDistance") : null,
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infoTag.contains("ElasticDistanceScale") ? infoTag.getDouble("ElasticDistanceScale") : null,
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infoTag.getInt("KeepLeashTicks"),
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infoTag.contains("MaxKeepLeashTicks") ? infoTag.getInt("MaxKeepLeashTicks") : 20
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);
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} else
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throw new IllegalArgumentException("Unknown LeashInfo");
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} else throw new IllegalArgumentException("Unknown LeashInfo");
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}
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private static Set<String> getMarks(CompoundTag infoTag) {
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if (infoTag.contains("Marks")) {
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CompoundTag marks = infoTag.getCompound("Marks");
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int size = marks.getInt("MarkSize");
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Set<String> markSet = new HashSet<>(size);
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for (int i = 0; i < size; i++) {
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markSet.add(marks.getString("Mark" + i));
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}
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return markSet;
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} else return Set.of();
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}
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@Contract("_ -> new")
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private static @NotNull LeashInfo getBlockPosLeashDataFormListTag(@NotNull CompoundTag infoTag) {
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if (infoTag.contains("KnotBlockPos")) {
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return new LeashInfo(
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if (infoTag.contains("Marks")){
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return new LeashInfo(
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NbtUtils.readBlockPos(infoTag.getCompound("KnotBlockPos")),
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infoTag.getInt("HolderID"),
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getMarks(infoTag),
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infoTag.getString("Reserved"),
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infoTag.contains("MaxDistance") ? infoTag.getDouble("MaxDistance") : null,
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infoTag.contains("ElasticDistanceScale") ? infoTag.getDouble("ElasticDistanceScale") : null,
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infoTag.getInt("KeepLeashTicks"),
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infoTag.contains("MaxKeepLeashTicks") ? infoTag.getInt("MaxKeepLeashTicks") : 20
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);
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} return new LeashInfo(
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NbtUtils.readBlockPos(infoTag.getCompound("KnotBlockPos")),
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infoTag.getInt("HolderID"),
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infoTag.getString("LeashItem"),
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infoTag.getDouble("MaxDistance"),
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infoTag.contains("ElasticDistance") ? infoTag.getDouble("ElasticDistance") : 6.0,
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infoTag.getString("Reserved"),
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infoTag.contains("MaxDistance") ? infoTag.getDouble("MaxDistance") : null,
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infoTag.contains("ElasticDistanceScale") ? infoTag.getDouble("ElasticDistanceScale") : null,
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infoTag.getInt("KeepLeashTicks"),
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infoTag.contains("MaxKeepLeashTicks") ? infoTag.getInt("MaxKeepLeashTicks") : 20
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);
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} else
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throw new IllegalArgumentException("Unknown LeashInfo");
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infoTag.contains("MaxKeepLeashTicks") ? infoTag.getInt("MaxKeepLeashTicks") : 20)
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;
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} else throw new IllegalArgumentException("Unknown LeashInfo");
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}
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@Override
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@ -1347,7 +1418,7 @@ public class LeashDataImpl implements ILeashData {
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return false;
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} else {
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Optional<LeashInfo> leashInfo = getLeashInfo(pEntity);
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return leashInfo.isEmpty() && (entity.distanceTo(pEntity) <= CommonEventHandler.leashConfigManager.getElasticDistanceScale() * CommonEventHandler.leashConfigManager.getExtremeSnapFactor()) && canBeLeashed();//距离最大,则不可以被固定或转移
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return leashInfo.isEmpty() && (entity.distanceTo(pEntity) <= CommonEventHandler.leashConfigManager.getMaxLeashLength() * CommonEventHandler.leashConfigManager.getExtremeSnapFactor()) && canBeLeashed();//距离最大,则不可以被固定或转移
|
||||
}
|
||||
}
|
||||
}
|
||||
|
|
|
|||
|
|
@ -80,8 +80,8 @@ public class SuperLeadRopeItem extends TieredItem implements IForgeItem {
|
|||
return InteractionResultHolder.success(lead);
|
||||
}
|
||||
|
||||
public static boolean canUse(ItemStack itemStack) {
|
||||
return itemStack.getDamageValue() < 1200;
|
||||
public static boolean canUse(@NotNull ItemStack itemStack) {
|
||||
return itemStack.getDamageValue() < 1000;
|
||||
}
|
||||
|
||||
@Override
|
||||
|
|
|
|||
|
|
@ -102,7 +102,7 @@ public class LeashInteractHandler {
|
|||
}
|
||||
if (!itemStack.isEmpty()) {
|
||||
if (itemStack.getItem() == SLPItems.SUPER_LEAD_ROPE.get()) {
|
||||
LeashCap.ifPresent(iLeashDataCapability -> {
|
||||
LeashCap.ifPresent(iLeashDataCapability -> {
|
||||
if (iLeashDataCapability.canBeAttachedTo(player)) {
|
||||
boolean success = iLeashDataCapability.addLeash(player);
|
||||
if (success) {
|
||||
|
|
|
|||
Loading…
Reference in New Issue
Block a user