class="kw">package com.hypixel.hytale.protocol;

class="kw">import com.hypixel.hytale.protocol.io.PacketIO;
class="kw">import com.hypixel.hytale.protocol.io.ProtocolException;
class="kw">import com.hypixel.hytale.protocol.io.ReadCursor;
class="kw">import java.lang.foreign.MemorySegment;
class="kw">import java.util.Objects;
class="kw">import javax.annotation.Nonnull;
class="kw">import javax.annotation.Nullable;
class="kw">import org.joml.Vector3fc;

class="kw">public class ParticleAttractor {
   class="kw">public class="kw">static class="kw">final int NULLABLE_BIT_FIELD_SIZE = 1;
   class="kw">public class="kw">static class="kw">final int FIXED_BLOCK_SIZE = 85;
   class="kw">public class="kw">static class="kw">final int VARIABLE_FIELD_COUNT = 0;
   class="kw">public class="kw">static class="kw">final int VARIABLE_BLOCK_START = 85;
   class="kw">public class="kw">static class="kw">final int MAX_SIZE = 85;
   @Nullable
   class="kw">public Vector3fc position;
   @Nullable
   class="kw">public Vector3fc radialAxis;
   class="kw">public float trailPositionMultiplier;
   class="kw">public float radius;
   class="kw">public float radialAcceleration;
   class="kw">public float radialTangentAcceleration;
   @Nullable
   class="kw">public Vector3fc linearAcceleration;
   class="kw">public float radialImpulse;
   class="kw">public float radialTangentImpulse;
   @Nullable
   class="kw">public Vector3fc linearImpulse;
   @Nullable
   class="kw">public Vector3fc dampingMultiplier;

   class="kw">public ParticleAttractor() {
   }

   class="kw">public ParticleAttractor(
      @Nullable Vector3fc var1,
      @Nullable Vector3fc var2,
      float var3,
      float var4,
      float var5,
      float var6,
      @Nullable Vector3fc var7,
      float var8,
      float var9,
      @Nullable Vector3fc var10,
      @Nullable Vector3fc var11
   ) {
      this.position = var1;
      this.radialAxis = var2;
      this.trailPositionMultiplier = var3;
      this.radius = var4;
      this.radialAcceleration = var5;
      this.radialTangentAcceleration = var6;
      this.linearAcceleration = var7;
      this.radialImpulse = var8;
      this.radialTangentImpulse = var9;
      this.linearImpulse = var10;
      this.dampingMultiplier = var11;
   }

   class="kw">public ParticleAttractor(@Nonnull ParticleAttractor var1) {
      this.position = var1.position;
      this.radialAxis = var1.radialAxis;
      this.trailPositionMultiplier = var1.trailPositionMultiplier;
      this.radius = var1.radius;
      this.radialAcceleration = var1.radialAcceleration;
      this.radialTangentAcceleration = var1.radialTangentAcceleration;
      this.linearAcceleration = var1.linearAcceleration;
      this.radialImpulse = var1.radialImpulse;
      this.radialTangentImpulse = var1.radialTangentImpulse;
      this.linearImpulse = var1.linearImpulse;
      this.dampingMultiplier = var1.dampingMultiplier;
   }

   class="kw">public class="kw">static void requireBounds(MemorySegment var0, int var1) {
      if (var1 < 0) {
         throw ProtocolException.invalidOffset("ParticleAttractor", var1, (int)var0.byteSize());
      }

      long var2 = var1 + 85L;
      if (var2 > var0.byteSize()) {
         throw ProtocolException.bufferTooSmall("ParticleAttractor", (int)Math.min(var2, 2147483647L), (int)var0.byteSize());
      }
   }

   @Nullable
   class="kw">public class="kw">static Vector3fc getPosition(MemorySegment var0) {
      class="kw">return getPosition(var0, 0);
   }

   @Nullable
   class="kw">public class="kw">static Vector3fc getPosition(MemorySegment var0, int var1) {
      class="kw">return hasPosition(var0, var1) ? PacketIO.requireFinite(PacketIO.readVector3f(var0, var1 + 1), "Position") : null;
   }

   @Nullable
   class="kw">public class="kw">static Vector3fc getRadialAxis(MemorySegment var0) {
      class="kw">return getRadialAxis(var0, 0);
   }

   @Nullable
   class="kw">public class="kw">static Vector3fc getRadialAxis(MemorySegment var0, int var1) {
      class="kw">return hasRadialAxis(var0, var1) ? PacketIO.requireFinite(PacketIO.readVector3f(var0, var1 + 13), "RadialAxis") : null;
   }

   class="kw">public class="kw">static float getTrailPositionMultiplier(MemorySegment var0) {
      class="kw">return getTrailPositionMultiplier(var0, 0);
   }

   class="kw">public class="kw">static float getTrailPositionMultiplier(MemorySegment var0, int var1) {
      class="kw">return PacketIO.requireFinite(var0.get(PacketIO.PROTO_FLOAT, var1 + 25), "TrailPositionMultiplier");
   }

   class="kw">public class="kw">static float getRadius(MemorySegment var0) {
      class="kw">return getRadius(var0, 0);
   }

   class="kw">public class="kw">static float getRadius(MemorySegment var0, int var1) {
      class="kw">return PacketIO.requireFinite(var0.get(PacketIO.PROTO_FLOAT, var1 + 29), "Radius");
   }

   class="kw">public class="kw">static float getRadialAcceleration(MemorySegment var0) {
      class="kw">return getRadialAcceleration(var0, 0);
   }

   class="kw">public class="kw">static float getRadialAcceleration(MemorySegment var0, int var1) {
      class="kw">return PacketIO.requireFinite(var0.get(PacketIO.PROTO_FLOAT, var1 + 33), "RadialAcceleration");
   }

   class="kw">public class="kw">static float getRadialTangentAcceleration(MemorySegment var0) {
      class="kw">return getRadialTangentAcceleration(var0, 0);
   }

   class="kw">public class="kw">static float getRadialTangentAcceleration(MemorySegment var0, int var1) {
      class="kw">return PacketIO.requireFinite(var0.get(PacketIO.PROTO_FLOAT, var1 + 37), "RadialTangentAcceleration");
   }

   @Nullable
   class="kw">public class="kw">static Vector3fc getLinearAcceleration(MemorySegment var0) {
      class="kw">return getLinearAcceleration(var0, 0);
   }

   @Nullable
   class="kw">public class="kw">static Vector3fc getLinearAcceleration(MemorySegment var0, int var1) {
      class="kw">return hasLinearAcceleration(var0, var1) ? PacketIO.requireFinite(PacketIO.readVector3f(var0, var1 + 41), "LinearAcceleration") : null;
   }

   class="kw">public class="kw">static float getRadialImpulse(MemorySegment var0) {
      class="kw">return getRadialImpulse(var0, 0);
   }

   class="kw">public class="kw">static float getRadialImpulse(MemorySegment var0, int var1) {
      class="kw">return PacketIO.requireFinite(var0.get(PacketIO.PROTO_FLOAT, var1 + 53), "RadialImpulse");
   }

   class="kw">public class="kw">static float getRadialTangentImpulse(MemorySegment var0) {
      class="kw">return getRadialTangentImpulse(var0, 0);
   }

   class="kw">public class="kw">static float getRadialTangentImpulse(MemorySegment var0, int var1) {
      class="kw">return PacketIO.requireFinite(var0.get(PacketIO.PROTO_FLOAT, var1 + 57), "RadialTangentImpulse");
   }

   @Nullable
   class="kw">public class="kw">static Vector3fc getLinearImpulse(MemorySegment var0) {
      class="kw">return getLinearImpulse(var0, 0);
   }

   @Nullable
   class="kw">public class="kw">static Vector3fc getLinearImpulse(MemorySegment var0, int var1) {
      class="kw">return hasLinearImpulse(var0, var1) ? PacketIO.requireFinite(PacketIO.readVector3f(var0, var1 + 61), "LinearImpulse") : null;
   }

   @Nullable
   class="kw">public class="kw">static Vector3fc getDampingMultiplier(MemorySegment var0) {
      class="kw">return getDampingMultiplier(var0, 0);
   }

   @Nullable
   class="kw">public class="kw">static Vector3fc getDampingMultiplier(MemorySegment var0, int var1) {
      class="kw">return hasDampingMultiplier(var0, var1) ? PacketIO.requireFinite(PacketIO.readVector3f(var0, var1 + 73), "DampingMultiplier") : null;
   }

   class="kw">public class="kw">static boolean hasPosition(MemorySegment var0, int var1) {
      byte var2 = var0.get(PacketIO.PROTO_BYTE, var1 + 0);
      class="kw">return (var2 & 1) != 0;
   }

   class="kw">public class="kw">static boolean hasRadialAxis(MemorySegment var0, int var1) {
      byte var2 = var0.get(PacketIO.PROTO_BYTE, var1 + 0);
      class="kw">return (var2 & 2) != 0;
   }

   class="kw">public class="kw">static boolean hasLinearAcceleration(MemorySegment var0, int var1) {
      byte var2 = var0.get(PacketIO.PROTO_BYTE, var1 + 0);
      class="kw">return (var2 & 4) != 0;
   }

   class="kw">public class="kw">static boolean hasLinearImpulse(MemorySegment var0, int var1) {
      byte var2 = var0.get(PacketIO.PROTO_BYTE, var1 + 0);
      class="kw">return (var2 & 8) != 0;
   }

   class="kw">public class="kw">static boolean hasDampingMultiplier(MemorySegment var0, int var1) {
      byte var2 = var0.get(PacketIO.PROTO_BYTE, var1 + 0);
      class="kw">return (var2 & 16) != 0;
   }

   class="kw">public class="kw">static ParticleAttractor toObject(MemorySegment var0) {
      class="kw">return toObject(var0, 0, null);
   }

   class="kw">public class="kw">static ParticleAttractor toObject(MemorySegment var0, int var1) {
      class="kw">return toObject(var0, var1, null);
   }

   class="kw">public class="kw">static ParticleAttractor toObject(MemorySegment var0, int var1, @Nullable ReadCursor var2) {
      requireBounds(var0, var1);
      ParticleAttractor var3 = new ParticleAttractor(
         hasPosition(var0, var1) ? PacketIO.requireFinite(PacketIO.readVector3f(var0, var1 + 1), "Position") : null,
         hasRadialAxis(var0, var1) ? PacketIO.requireFinite(PacketIO.readVector3f(var0, var1 + 13), "RadialAxis") : null,
         PacketIO.requireFinite(var0.get(PacketIO.PROTO_FLOAT, var1 + 25), "TrailPositionMultiplier"),
         PacketIO.requireFinite(var0.get(PacketIO.PROTO_FLOAT, var1 + 29), "Radius"),
         PacketIO.requireFinite(var0.get(PacketIO.PROTO_FLOAT, var1 + 33), "RadialAcceleration"),
         PacketIO.requireFinite(var0.get(PacketIO.PROTO_FLOAT, var1 + 37), "RadialTangentAcceleration"),
         hasLinearAcceleration(var0, var1) ? PacketIO.requireFinite(PacketIO.readVector3f(var0, var1 + 41), "LinearAcceleration") : null,
         PacketIO.requireFinite(var0.get(PacketIO.PROTO_FLOAT, var1 + 53), "RadialImpulse"),
         PacketIO.requireFinite(var0.get(PacketIO.PROTO_FLOAT, var1 + 57), "RadialTangentImpulse"),
         hasLinearImpulse(var0, var1) ? PacketIO.requireFinite(PacketIO.readVector3f(var0, var1 + 61), "LinearImpulse") : null,
         hasDampingMultiplier(var0, var1) ? PacketIO.requireFinite(PacketIO.readVector3f(var0, var1 + 73), "DampingMultiplier") : null
      );
      if (var2 != null) {
         var2.position = var1 + 85;
      }

      class="kw">return var3;
   }

   class="kw">public int serialize(@Nonnull MemorySegment var1, int var2) {
      byte var3 = 0;
      if (this.position != null) {
         var3 = (byte)(var3 | 1);
      }

      if (this.radialAxis != null) {
         var3 = (byte)(var3 | 2);
      }

      if (this.linearAcceleration != null) {
         var3 = (byte)(var3 | 4);
      }

      if (this.linearImpulse != null) {
         var3 = (byte)(var3 | 8);
      }

      if (this.dampingMultiplier != null) {
         var3 = (byte)(var3 | 16);
      }

      var1.set(PacketIO.PROTO_BYTE, var2 + 0, var3);
      if (this.position != null) {
         PacketIO.requireFinite(this.position, "Position");
         PacketIO.writeVector3f(var1, var2 + 1, this.position);
      } else {
         var1.asSlice(var2 + 1, 12L).fill((byte)0);
      }

      if (this.radialAxis != null) {
         PacketIO.requireFinite(this.radialAxis, "RadialAxis");
         PacketIO.writeVector3f(var1, var2 + 13, this.radialAxis);
      } else {
         var1.asSlice(var2 + 13, 12L).fill((byte)0);
      }

      PacketIO.requireFinite(this.trailPositionMultiplier, "TrailPositionMultiplier");
      var1.set(PacketIO.PROTO_FLOAT, var2 + 25, this.trailPositionMultiplier);
      PacketIO.requireFinite(this.radius, "Radius");
      var1.set(PacketIO.PROTO_FLOAT, var2 + 29, this.radius);
      PacketIO.requireFinite(this.radialAcceleration, "RadialAcceleration");
      var1.set(PacketIO.PROTO_FLOAT, var2 + 33, this.radialAcceleration);
      PacketIO.requireFinite(this.radialTangentAcceleration, "RadialTangentAcceleration");
      var1.set(PacketIO.PROTO_FLOAT, var2 + 37, this.radialTangentAcceleration);
      if (this.linearAcceleration != null) {
         PacketIO.requireFinite(this.linearAcceleration, "LinearAcceleration");
         PacketIO.writeVector3f(var1, var2 + 41, this.linearAcceleration);
      } else {
         var1.asSlice(var2 + 41, 12L).fill((byte)0);
      }

      PacketIO.requireFinite(this.radialImpulse, "RadialImpulse");
      var1.set(PacketIO.PROTO_FLOAT, var2 + 53, this.radialImpulse);
      PacketIO.requireFinite(this.radialTangentImpulse, "RadialTangentImpulse");
      var1.set(PacketIO.PROTO_FLOAT, var2 + 57, this.radialTangentImpulse);
      if (this.linearImpulse != null) {
         PacketIO.requireFinite(this.linearImpulse, "LinearImpulse");
         PacketIO.writeVector3f(var1, var2 + 61, this.linearImpulse);
      } else {
         var1.asSlice(var2 + 61, 12L).fill((byte)0);
      }

      if (this.dampingMultiplier != null) {
         PacketIO.requireFinite(this.dampingMultiplier, "DampingMultiplier");
         PacketIO.writeVector3f(var1, var2 + 73, this.dampingMultiplier);
      } else {
         var1.asSlice(var2 + 73, 12L).fill((byte)0);
      }

      class="kw">return 85;
   }

   class="kw">public int computeSize() {
      class="kw">return 85;
   }

   class="kw">public ParticleAttractor clone() {
      ParticleAttractor var1 = new ParticleAttractor();
      var1.position = this.position;
      var1.radialAxis = this.radialAxis;
      var1.trailPositionMultiplier = this.trailPositionMultiplier;
      var1.radius = this.radius;
      var1.radialAcceleration = this.radialAcceleration;
      var1.radialTangentAcceleration = this.radialTangentAcceleration;
      var1.linearAcceleration = this.linearAcceleration;
      var1.radialImpulse = this.radialImpulse;
      var1.radialTangentImpulse = this.radialTangentImpulse;
      var1.linearImpulse = this.linearImpulse;
      var1.dampingMultiplier = this.dampingMultiplier;
      class="kw">return var1;
   }

   @Override
   class="kw">public boolean equals(Object var1) {
      if (this == var1) {
         class="kw">return true;
      } else {
         class="kw">return !(var1 class="kw">instanceof ParticleAttractor var2)
            ? false
            : Objects.equals(this.position, var2.position)
               && Objects.equals(this.radialAxis, var2.radialAxis)
               && this.trailPositionMultiplier == var2.trailPositionMultiplier
               && this.radius == var2.radius
               && this.radialAcceleration == var2.radialAcceleration
               && this.radialTangentAcceleration == var2.radialTangentAcceleration
               && Objects.equals(this.linearAcceleration, var2.linearAcceleration)
               && this.radialImpulse == var2.radialImpulse
               && this.radialTangentImpulse == var2.radialTangentImpulse
               && Objects.equals(this.linearImpulse, var2.linearImpulse)
               && Objects.equals(this.dampingMultiplier, var2.dampingMultiplier);
      }
   }

   @Override
   class="kw">public int hashCode() {
      class="kw">return Objects.hash(
         this.position,
         this.radialAxis,
         this.trailPositionMultiplier,
         this.radius,
         this.radialAcceleration,
         this.radialTangentAcceleration,
         this.linearAcceleration,
         this.radialImpulse,
         this.radialTangentImpulse,
         this.linearImpulse,
         this.dampingMultiplier
      );
   }
}