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Часть функционала Kill aura releon last bulid 21.03.2026 bypass | base 1.21.4 rich

royyyzi
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royyyzi
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  1. Fabric
Достал килку из релеона перенес на свою базу подфиксил протестил 200-150 критов и не режет+не банит отходил 3-4 ивента
Пожалуйста, авторизуйтесь для просмотра ссылки.


java:
Expand Collapse Copy 
package fun.rich.utils.features.aura.rotations.impl;

import fun.rich.Rich;
import fun.rich.features.impl.combat.Aura;
import fun.rich.utils.features.aura.rotations.constructor.RotateConstructor;
import fun.rich.utils.features.aura.striking.StrikeManager;
import fun.rich.utils.features.aura.utils.MathAngle;
import fun.rich.utils.features.aura.warp.Turns;
import fun.rich.utils.math.time.StopWatch;
import java.security.SecureRandom;
import java.util.Random;
import net.minecraft.entity.Entity;
import net.minecraft.util.math.MathHelper;
import net.minecraft.util.math.Vec3d;

public class FTAngle extends RotateConstructor {
    private static final int BASE_BOOST_TRIGGER_CHANCE = 7;
    private static final int MAX_BOOST_TRIGGER_CHANCE = 30;
    private static final SecureRandom RANDOM = new SecureRandom();
    private static long nextBoostAttemptTime = 0L;
    private static int boostTriggerChance = BASE_BOOST_TRIGGER_CHANCE;

    private long nextRollTime = 0L;
    private long boostEndTime = 0L;
    private int swingCount = 0;
    private boolean hasSwungTwice = false;
    private boolean hasSwung = false;
    private boolean disableRotation = false;
    private int lastBoostHitCount = -1;
    private final Random random1 = new Random();

    public FTAngle() {
        super("FunTime");
    }

    @Override
    public Turns limitAngleChange(Turns currentTurns, Turns targetTurns, Vec3d vec3d, Entity entity) {
        Aura aura = Aura.getInstance();
        boolean auraActive = aura != null && aura.isState();
        StrikeManager attackHandler = Rich.getInstance().getAttackPerpetrator().getAttackHandler();
        StopWatch attackTimer = attackHandler.getAttackTimer();
        int hitCount = attackHandler.getCount();
        Turns deltaTurns = MathAngle.calculateDelta(currentTurns, targetTurns);
        float yawDelta = deltaTurns.getYaw();
        float pitchDelta = deltaTurns.getPitch();
        float totalDelta = (float) Math.hypot(Math.abs(yawDelta), Math.abs(pitchDelta));

        if (totalDelta < 1.0E-4f) {
            return targetTurns;
        }

        if (mc.player.isOnGround()) {
            return this.buildGroundRotation(
                currentTurns,
                yawDelta,
                pitchDelta,
                totalDelta,
                auraActive,
                aura,
                attackHandler,
                attackTimer,
                hitCount,
                entity
            );
        }

        return this.buildAirRotation(
            currentTurns,
            yawDelta,
            pitchDelta,
            totalDelta,
            auraActive,
            aura,
            attackHandler,
            attackTimer,
            hitCount,
            entity
        );
    }

    private Turns buildGroundRotation(
        Turns currentTurns,
        float yawDelta,
        float pitchDelta,
        float totalDelta,
        boolean auraActive,
        Aura aura,
        StrikeManager attackHandler,
        StopWatch attackTimer,
        int hitCount,
        Entity targetEntity
    ) {
        float pitchNoise;
        float yawNoise;
        float noiseScale;

        if (targetEntity != null && auraActive) {
            boolean instantTrack = aura.getTarget() != null && attackHandler.canAttack(aura.getConfig(), 0);
            float followStrength = instantTrack ? 1.0f : (RANDOM.nextBoolean() ? 1.2f : 2.0f);
            float yawLimit = Math.abs(yawDelta / totalDelta) * 180.0f;
            float pitchLimit = Math.abs(pitchDelta / totalDelta) * 180.0f;
            float clampedYawDelta = MathHelper.clamp(yawDelta, -yawLimit, yawLimit);
            float clampedPitchDelta = MathHelper.clamp(pitchDelta, -pitchLimit, pitchLimit);
            Turns adjustedTurns = new Turns(currentTurns.getYaw(), currentTurns.getPitch());
            float interpolation = MathHelper.clamp(this.randomBetween(followStrength, followStrength + 0.2f), 0.0f, 1.0f);

            adjustedTurns.setYaw(MathHelper.lerp(interpolation, currentTurns.getYaw(), currentTurns.getYaw() + clampedYawDelta));
            adjustedTurns.setPitch(MathHelper.lerp(interpolation, currentTurns.getPitch(), currentTurns.getPitch() + clampedPitchDelta));
            return adjustedTurns;
        }

        int patternIndex = hitCount % 3;
        float baseInterpolation = attackTimer.finished(1000.0) ? 1.0f : -1.0f;
        float patternTime = (float) attackTimer.elapsedTime() / 40.0f + (hitCount % 6);
        Turns randomOffset = switch (patternIndex) {
            case 0 -> new Turns((float) Math.cos(patternTime), (float) Math.sin(patternTime));
            case 1 -> new Turns((float) Math.sin(patternTime), (float) Math.cos(patternTime));
            case 2 -> new Turns((float) Math.sin(patternTime), (float) (-Math.cos(patternTime)));
            default -> new Turns((float) (-Math.cos(patternTime)), (float) Math.sin(patternTime));
        };

        boolean applyBoostJitter = this.shouldApplyBoostJitter(hitCount);
        if (applyBoostJitter) {
            this.lastBoostHitCount = hitCount;
        }

        if (applyBoostJitter) {
            noiseScale = this.randomBetween(323232.0f, 298.0f) * Math.abs((float) Math.cos(System.currentTimeMillis() / 2000.0));
            yawNoise = !attackTimer.finished(1000.0) ? this.randomBetween(25.0f, 26.0f) * randomOffset.getYaw() : 0.0f;
            pitchNoise = !attackTimer.finished(1000.0)
                ? -this.randomBetween(232.0f, 232323.0f) * Math.abs(randomOffset.getPitch()) * noiseScale
                : 0.0f;
        } else {
            yawNoise = !attackTimer.finished(1000.0) ? this.randomBetween(9.0f, 15.0f) * randomOffset.getYaw() : 0.0f;
            pitchNoise = !attackTimer.finished(1000.0) ? this.randomBetween(2.0f, 7.0f) * randomOffset.getPitch() : 0.0f;
        }

        noiseScale = Math.abs(yawDelta / totalDelta) * 180.0f;
        float pitchScale = Math.abs(pitchDelta / totalDelta) * 180.0f;
        float clampedYawDelta = MathHelper.clamp(yawDelta, -noiseScale, noiseScale);
        float clampedPitchDelta = MathHelper.clamp(pitchDelta, -pitchScale, pitchScale);
        float interpolation = MathHelper.clamp(this.randomBetween(baseInterpolation, baseInterpolation + 0.2f), 0.0f, 1.0f);
        float nextYaw = MathHelper.lerp(interpolation, currentTurns.getYaw(), currentTurns.getYaw() + clampedYawDelta) + yawNoise;
        float nextPitch = MathHelper.lerp(interpolation, currentTurns.getPitch(), currentTurns.getPitch() + clampedPitchDelta) + pitchNoise;

        nextPitch = applyBoostJitter
            ? MathHelper.clamp(nextPitch, -89.0f, 90.0f)
            : MathHelper.clamp(nextPitch, -89.0f, 89.0f);

        Turns resultTurns = new Turns(currentTurns.getYaw(), currentTurns.getPitch());
        resultTurns.setYaw(nextYaw);
        resultTurns.setPitch(nextPitch);
        return resultTurns;
    }

    private Turns buildAirRotation(
        Turns currentTurns,
        float yawDelta,
        float pitchDelta,
        float totalDelta,
        boolean auraActive,
        Aura aura,
        StrikeManager attackHandler,
        StopWatch attackTimer,
        int hitCount,
        Entity targetEntity
    ) {
        float pitchNoise;
        float yawNoise;
        float noiseScale;

        if (targetEntity != null && auraActive) {
            boolean instantTrack = aura.getTarget() != null && attackHandler.canAttack(aura.getConfig(), 0);
            float followStrength = instantTrack ? 1.0f : (RANDOM.nextBoolean() ? 1.2f : 2.0f);
            float yawLimit = Math.abs(yawDelta / totalDelta) * 180.0f;
            float pitchLimit = Math.abs(pitchDelta / totalDelta) * 180.0f;
            float clampedYawDelta = MathHelper.clamp(yawDelta, -yawLimit, yawLimit);
            float clampedPitchDelta = MathHelper.clamp(pitchDelta, -pitchLimit, pitchLimit);
            Turns adjustedTurns = new Turns(currentTurns.getYaw(), currentTurns.getPitch());
            float interpolation = MathHelper.clamp(this.randomBetween(followStrength, followStrength + 0.2f), 0.0f, 1.0f);

            adjustedTurns.setYaw(MathHelper.lerp(interpolation, currentTurns.getYaw(), currentTurns.getYaw() + clampedYawDelta));
            adjustedTurns.setPitch(MathHelper.lerp(interpolation, currentTurns.getPitch(), currentTurns.getPitch() + clampedPitchDelta));
            return adjustedTurns;
        }

        int patternIndex = hitCount % 3;
        float baseInterpolation = attackTimer.finished(400.0) ? this.randomBetween(0.21f, 0.31f) : this.randomBetween(0.15f, 0.11f);
        float patternTime = (float) attackTimer.elapsedTime() / 40.0f + (hitCount % 6);
        Turns randomOffset = switch (patternIndex) {
            case 0 -> new Turns((float) Math.cos(patternTime), (float) Math.sin(patternTime));
            case 1 -> new Turns((float) Math.sin(patternTime), (float) Math.cos(patternTime));
            case 2 -> new Turns((float) Math.sin(patternTime), (float) (-Math.cos(patternTime)));
            default -> new Turns((float) (-Math.cos(patternTime)), (float) Math.sin(patternTime));
        };

        boolean applyBoostJitter = this.shouldApplyBoostJitter(hitCount);
        if (applyBoostJitter) {
            this.lastBoostHitCount = hitCount;
        }

        if (applyBoostJitter) {
            noiseScale = this.randomBetween(25.0f, 32.0f) * Math.abs((float) Math.cos(System.currentTimeMillis() / 2000.0));
            yawNoise = !attackTimer.finished(1000.0) ? this.randomBetween(6.0f, 10.0f) * randomOffset.getYaw() : 0.0f;
            pitchNoise = !attackTimer.finished(1000.0)
                ? -this.randomBetween(25.0f, 35.0f) * Math.abs(randomOffset.getPitch()) * noiseScale
                : 0.0f;
        } else {
            yawNoise = !attackTimer.finished(1000.0) ? this.randomBetween(20.0f, 26.0f) * randomOffset.getYaw() : 0.0f;
            pitchNoise = !attackTimer.finished(1000.0) ? this.randomBetween(2.0f, 5.0f) * randomOffset.getPitch() : 0.0f;
        }

        noiseScale = Math.abs(yawDelta / totalDelta) * 180.0f;
        float pitchScale = Math.abs(pitchDelta / totalDelta) * 180.0f;
        float clampedYawDelta = MathHelper.clamp(yawDelta, -noiseScale, noiseScale);
        float clampedPitchDelta = MathHelper.clamp(pitchDelta, -pitchScale, pitchScale);
        float interpolation = MathHelper.clamp(this.randomBetween(baseInterpolation, baseInterpolation + 0.15f), 0.0f, 1.0f);
        float nextYaw = MathHelper.lerp(interpolation, currentTurns.getYaw(), currentTurns.getYaw() + clampedYawDelta) + yawNoise;
        float nextPitch = MathHelper.lerp(interpolation, currentTurns.getPitch(), currentTurns.getPitch() + clampedPitchDelta) + pitchNoise;

        nextPitch = applyBoostJitter
            ? MathHelper.clamp(nextPitch, -89.0f, 90.0f)
            : MathHelper.clamp(nextPitch, -89.0f, 89.0f);

        Turns resultTurns = new Turns(currentTurns.getYaw(), currentTurns.getPitch());
        resultTurns.setYaw(nextYaw);
        resultTurns.setPitch(nextPitch);
        return resultTurns;
    }

    @Override
    public Vec3d randomValue() {
        return Vec3d.ZERO;
    }

    private void rx() {
        if (boostTriggerChance >= MAX_BOOST_TRIGGER_CHANCE) {
            boostTriggerChance = BASE_BOOST_TRIGGER_CHANCE;
            return;
        }

        boostTriggerChance = Math.min(boostTriggerChance * 2, MAX_BOOST_TRIGGER_CHANCE);
    }

    private boolean shouldApplyBoostJitter(int hitCount) {
        return hitCount > 0
            && (hitCount % 20) * this.random1.nextFloat() == 0.0f
            && hitCount != this.lastBoostHitCount;
    }

    private float randomBetween(float min, float max) {
        return MathHelper.lerp(RANDOM.nextFloat(), min, max);
    }
}
 
NikolayKega написал(а):
тебе урон срежет после первого же пвп
Нажмите для раскрытия...
за что же? Я 4 ивента проходил с гидрой ареса полу незерке убил хаоса ареса и незерок по мелочи подропал лямво 15 заработал
 
royyyzi написал(а):
Достал килку из релеона перенес на свою базу подфиксил протестил 200-150 критов и не режет+не банит отходил 3-4 ивента
Пожалуйста, авторизуйтесь для просмотра ссылки.


java:
Expand Collapse Copy 
package fun.rich.utils.features.aura.rotations.impl;

import fun.rich.Rich;
import fun.rich.features.impl.combat.Aura;
import fun.rich.utils.features.aura.rotations.constructor.RotateConstructor;
import fun.rich.utils.features.aura.striking.StrikeManager;
import fun.rich.utils.features.aura.utils.MathAngle;
import fun.rich.utils.features.aura.warp.Turns;
import fun.rich.utils.math.time.StopWatch;
import java.security.SecureRandom;
import java.util.Random;
import net.minecraft.entity.Entity;
import net.minecraft.util.math.MathHelper;
import net.minecraft.util.math.Vec3d;

public class FTAngle extends RotateConstructor {
    private static final int BASE_BOOST_TRIGGER_CHANCE = 7;
    private static final int MAX_BOOST_TRIGGER_CHANCE = 30;
    private static final SecureRandom RANDOM = new SecureRandom();
    private static long nextBoostAttemptTime = 0L;
    private static int boostTriggerChance = BASE_BOOST_TRIGGER_CHANCE;

    private long nextRollTime = 0L;
    private long boostEndTime = 0L;
    private int swingCount = 0;
    private boolean hasSwungTwice = false;
    private boolean hasSwung = false;
    private boolean disableRotation = false;
    private int lastBoostHitCount = -1;
    private final Random random1 = new Random();

    public FTAngle() {
        super("FunTime");
    }

    @Override
    public Turns limitAngleChange(Turns currentTurns, Turns targetTurns, Vec3d vec3d, Entity entity) {
        Aura aura = Aura.getInstance();
        boolean auraActive = aura != null && aura.isState();
        StrikeManager attackHandler = Rich.getInstance().getAttackPerpetrator().getAttackHandler();
        StopWatch attackTimer = attackHandler.getAttackTimer();
        int hitCount = attackHandler.getCount();
        Turns deltaTurns = MathAngle.calculateDelta(currentTurns, targetTurns);
        float yawDelta = deltaTurns.getYaw();
        float pitchDelta = deltaTurns.getPitch();
        float totalDelta = (float) Math.hypot(Math.abs(yawDelta), Math.abs(pitchDelta));

        if (totalDelta < 1.0E-4f) {
            return targetTurns;
        }

        if (mc.player.isOnGround()) {
            return this.buildGroundRotation(
                currentTurns,
                yawDelta,
                pitchDelta,
                totalDelta,
                auraActive,
                aura,
                attackHandler,
                attackTimer,
                hitCount,
                entity
            );
        }

        return this.buildAirRotation(
            currentTurns,
            yawDelta,
            pitchDelta,
            totalDelta,
            auraActive,
            aura,
            attackHandler,
            attackTimer,
            hitCount,
            entity
        );
    }

    private Turns buildGroundRotation(
        Turns currentTurns,
        float yawDelta,
        float pitchDelta,
        float totalDelta,
        boolean auraActive,
        Aura aura,
        StrikeManager attackHandler,
        StopWatch attackTimer,
        int hitCount,
        Entity targetEntity
    ) {
        float pitchNoise;
        float yawNoise;
        float noiseScale;

        if (targetEntity != null && auraActive) {
            boolean instantTrack = aura.getTarget() != null && attackHandler.canAttack(aura.getConfig(), 0);
            float followStrength = instantTrack ? 1.0f : (RANDOM.nextBoolean() ? 1.2f : 2.0f);
            float yawLimit = Math.abs(yawDelta / totalDelta) * 180.0f;
            float pitchLimit = Math.abs(pitchDelta / totalDelta) * 180.0f;
            float clampedYawDelta = MathHelper.clamp(yawDelta, -yawLimit, yawLimit);
            float clampedPitchDelta = MathHelper.clamp(pitchDelta, -pitchLimit, pitchLimit);
            Turns adjustedTurns = new Turns(currentTurns.getYaw(), currentTurns.getPitch());
            float interpolation = MathHelper.clamp(this.randomBetween(followStrength, followStrength + 0.2f), 0.0f, 1.0f);

            adjustedTurns.setYaw(MathHelper.lerp(interpolation, currentTurns.getYaw(), currentTurns.getYaw() + clampedYawDelta));
            adjustedTurns.setPitch(MathHelper.lerp(interpolation, currentTurns.getPitch(), currentTurns.getPitch() + clampedPitchDelta));
            return adjustedTurns;
        }

        int patternIndex = hitCount % 3;
        float baseInterpolation = attackTimer.finished(1000.0) ? 1.0f : -1.0f;
        float patternTime = (float) attackTimer.elapsedTime() / 40.0f + (hitCount % 6);
        Turns randomOffset = switch (patternIndex) {
            case 0 -> new Turns((float) Math.cos(patternTime), (float) Math.sin(patternTime));
            case 1 -> new Turns((float) Math.sin(patternTime), (float) Math.cos(patternTime));
            case 2 -> new Turns((float) Math.sin(patternTime), (float) (-Math.cos(patternTime)));
            default -> new Turns((float) (-Math.cos(patternTime)), (float) Math.sin(patternTime));
        };

        boolean applyBoostJitter = this.shouldApplyBoostJitter(hitCount);
        if (applyBoostJitter) {
            this.lastBoostHitCount = hitCount;
        }

        if (applyBoostJitter) {
            noiseScale = this.randomBetween(323232.0f, 298.0f) * Math.abs((float) Math.cos(System.currentTimeMillis() / 2000.0));
            yawNoise = !attackTimer.finished(1000.0) ? this.randomBetween(25.0f, 26.0f) * randomOffset.getYaw() : 0.0f;
            pitchNoise = !attackTimer.finished(1000.0)
                ? -this.randomBetween(232.0f, 232323.0f) * Math.abs(randomOffset.getPitch()) * noiseScale
                : 0.0f;
        } else {
            yawNoise = !attackTimer.finished(1000.0) ? this.randomBetween(9.0f, 15.0f) * randomOffset.getYaw() : 0.0f;
            pitchNoise = !attackTimer.finished(1000.0) ? this.randomBetween(2.0f, 7.0f) * randomOffset.getPitch() : 0.0f;
        }

        noiseScale = Math.abs(yawDelta / totalDelta) * 180.0f;
        float pitchScale = Math.abs(pitchDelta / totalDelta) * 180.0f;
        float clampedYawDelta = MathHelper.clamp(yawDelta, -noiseScale, noiseScale);
        float clampedPitchDelta = MathHelper.clamp(pitchDelta, -pitchScale, pitchScale);
        float interpolation = MathHelper.clamp(this.randomBetween(baseInterpolation, baseInterpolation + 0.2f), 0.0f, 1.0f);
        float nextYaw = MathHelper.lerp(interpolation, currentTurns.getYaw(), currentTurns.getYaw() + clampedYawDelta) + yawNoise;
        float nextPitch = MathHelper.lerp(interpolation, currentTurns.getPitch(), currentTurns.getPitch() + clampedPitchDelta) + pitchNoise;

        nextPitch = applyBoostJitter
            ? MathHelper.clamp(nextPitch, -89.0f, 90.0f)
            : MathHelper.clamp(nextPitch, -89.0f, 89.0f);

        Turns resultTurns = new Turns(currentTurns.getYaw(), currentTurns.getPitch());
        resultTurns.setYaw(nextYaw);
        resultTurns.setPitch(nextPitch);
        return resultTurns;
    }

    private Turns buildAirRotation(
        Turns currentTurns,
        float yawDelta,
        float pitchDelta,
        float totalDelta,
        boolean auraActive,
        Aura aura,
        StrikeManager attackHandler,
        StopWatch attackTimer,
        int hitCount,
        Entity targetEntity
    ) {
        float pitchNoise;
        float yawNoise;
        float noiseScale;

        if (targetEntity != null && auraActive) {
            boolean instantTrack = aura.getTarget() != null && attackHandler.canAttack(aura.getConfig(), 0);
            float followStrength = instantTrack ? 1.0f : (RANDOM.nextBoolean() ? 1.2f : 2.0f);
            float yawLimit = Math.abs(yawDelta / totalDelta) * 180.0f;
            float pitchLimit = Math.abs(pitchDelta / totalDelta) * 180.0f;
            float clampedYawDelta = MathHelper.clamp(yawDelta, -yawLimit, yawLimit);
            float clampedPitchDelta = MathHelper.clamp(pitchDelta, -pitchLimit, pitchLimit);
            Turns adjustedTurns = new Turns(currentTurns.getYaw(), currentTurns.getPitch());
            float interpolation = MathHelper.clamp(this.randomBetween(followStrength, followStrength + 0.2f), 0.0f, 1.0f);

            adjustedTurns.setYaw(MathHelper.lerp(interpolation, currentTurns.getYaw(), currentTurns.getYaw() + clampedYawDelta));
            adjustedTurns.setPitch(MathHelper.lerp(interpolation, currentTurns.getPitch(), currentTurns.getPitch() + clampedPitchDelta));
            return adjustedTurns;
        }

        int patternIndex = hitCount % 3;
        float baseInterpolation = attackTimer.finished(400.0) ? this.randomBetween(0.21f, 0.31f) : this.randomBetween(0.15f, 0.11f);
        float patternTime = (float) attackTimer.elapsedTime() / 40.0f + (hitCount % 6);
        Turns randomOffset = switch (patternIndex) {
            case 0 -> new Turns((float) Math.cos(patternTime), (float) Math.sin(patternTime));
            case 1 -> new Turns((float) Math.sin(patternTime), (float) Math.cos(patternTime));
            case 2 -> new Turns((float) Math.sin(patternTime), (float) (-Math.cos(patternTime)));
            default -> new Turns((float) (-Math.cos(patternTime)), (float) Math.sin(patternTime));
        };

        boolean applyBoostJitter = this.shouldApplyBoostJitter(hitCount);
        if (applyBoostJitter) {
            this.lastBoostHitCount = hitCount;
        }

        if (applyBoostJitter) {
            noiseScale = this.randomBetween(25.0f, 32.0f) * Math.abs((float) Math.cos(System.currentTimeMillis() / 2000.0));
            yawNoise = !attackTimer.finished(1000.0) ? this.randomBetween(6.0f, 10.0f) * randomOffset.getYaw() : 0.0f;
            pitchNoise = !attackTimer.finished(1000.0)
                ? -this.randomBetween(25.0f, 35.0f) * Math.abs(randomOffset.getPitch()) * noiseScale
                : 0.0f;
        } else {
            yawNoise = !attackTimer.finished(1000.0) ? this.randomBetween(20.0f, 26.0f) * randomOffset.getYaw() : 0.0f;
            pitchNoise = !attackTimer.finished(1000.0) ? this.randomBetween(2.0f, 5.0f) * randomOffset.getPitch() : 0.0f;
        }

        noiseScale = Math.abs(yawDelta / totalDelta) * 180.0f;
        float pitchScale = Math.abs(pitchDelta / totalDelta) * 180.0f;
        float clampedYawDelta = MathHelper.clamp(yawDelta, -noiseScale, noiseScale);
        float clampedPitchDelta = MathHelper.clamp(pitchDelta, -pitchScale, pitchScale);
        float interpolation = MathHelper.clamp(this.randomBetween(baseInterpolation, baseInterpolation + 0.15f), 0.0f, 1.0f);
        float nextYaw = MathHelper.lerp(interpolation, currentTurns.getYaw(), currentTurns.getYaw() + clampedYawDelta) + yawNoise;
        float nextPitch = MathHelper.lerp(interpolation, currentTurns.getPitch(), currentTurns.getPitch() + clampedPitchDelta) + pitchNoise;

        nextPitch = applyBoostJitter
            ? MathHelper.clamp(nextPitch, -89.0f, 90.0f)
            : MathHelper.clamp(nextPitch, -89.0f, 89.0f);

        Turns resultTurns = new Turns(currentTurns.getYaw(), currentTurns.getPitch());
        resultTurns.setYaw(nextYaw);
        resultTurns.setPitch(nextPitch);
        return resultTurns;
    }

    @Override
    public Vec3d randomValue() {
        return Vec3d.ZERO;
    }

    private void rx() {
        if (boostTriggerChance >= MAX_BOOST_TRIGGER_CHANCE) {
            boostTriggerChance = BASE_BOOST_TRIGGER_CHANCE;
            return;
        }

        boostTriggerChance = Math.min(boostTriggerChance * 2, MAX_BOOST_TRIGGER_CHANCE);
    }

    private boolean shouldApplyBoostJitter(int hitCount) {
        return hitCount > 0
            && (hitCount % 20) * this.random1.nextFloat() == 0.0f
            && hitCount != this.lastBoostHitCount;
    }

    private float randomBetween(float min, float max) {
        return MathHelper.lerp(RANDOM.nextFloat(), min, max);
    }
}
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Так в релоне урон режет
 
kurinaev написал(а):
под какой сервер
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1774100549967.png
подумай
 
royyyzi написал(а):
Достал килку из релеона перенес на свою базу подфиксил протестил 200-150 критов и не режет+не банит отходил 3-4 ивента
Пожалуйста, авторизуйтесь для просмотра ссылки.


java:
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package fun.rich.utils.features.aura.rotations.impl;

import fun.rich.Rich;
import fun.rich.features.impl.combat.Aura;
import fun.rich.utils.features.aura.rotations.constructor.RotateConstructor;
import fun.rich.utils.features.aura.striking.StrikeManager;
import fun.rich.utils.features.aura.utils.MathAngle;
import fun.rich.utils.features.aura.warp.Turns;
import fun.rich.utils.math.time.StopWatch;
import java.security.SecureRandom;
import java.util.Random;
import net.minecraft.entity.Entity;
import net.minecraft.util.math.MathHelper;
import net.minecraft.util.math.Vec3d;

public class FTAngle extends RotateConstructor {
    private static final int BASE_BOOST_TRIGGER_CHANCE = 7;
    private static final int MAX_BOOST_TRIGGER_CHANCE = 30;
    private static final SecureRandom RANDOM = new SecureRandom();
    private static long nextBoostAttemptTime = 0L;
    private static int boostTriggerChance = BASE_BOOST_TRIGGER_CHANCE;

    private long nextRollTime = 0L;
    private long boostEndTime = 0L;
    private int swingCount = 0;
    private boolean hasSwungTwice = false;
    private boolean hasSwung = false;
    private boolean disableRotation = false;
    private int lastBoostHitCount = -1;
    private final Random random1 = new Random();

    public FTAngle() {
        super("FunTime");
    }

    @Override
    public Turns limitAngleChange(Turns currentTurns, Turns targetTurns, Vec3d vec3d, Entity entity) {
        Aura aura = Aura.getInstance();
        boolean auraActive = aura != null && aura.isState();
        StrikeManager attackHandler = Rich.getInstance().getAttackPerpetrator().getAttackHandler();
        StopWatch attackTimer = attackHandler.getAttackTimer();
        int hitCount = attackHandler.getCount();
        Turns deltaTurns = MathAngle.calculateDelta(currentTurns, targetTurns);
        float yawDelta = deltaTurns.getYaw();
        float pitchDelta = deltaTurns.getPitch();
        float totalDelta = (float) Math.hypot(Math.abs(yawDelta), Math.abs(pitchDelta));

        if (totalDelta < 1.0E-4f) {
            return targetTurns;
        }

        if (mc.player.isOnGround()) {
            return this.buildGroundRotation(
                currentTurns,
                yawDelta,
                pitchDelta,
                totalDelta,
                auraActive,
                aura,
                attackHandler,
                attackTimer,
                hitCount,
                entity
            );
        }

        return this.buildAirRotation(
            currentTurns,
            yawDelta,
            pitchDelta,
            totalDelta,
            auraActive,
            aura,
            attackHandler,
            attackTimer,
            hitCount,
            entity
        );
    }

    private Turns buildGroundRotation(
        Turns currentTurns,
        float yawDelta,
        float pitchDelta,
        float totalDelta,
        boolean auraActive,
        Aura aura,
        StrikeManager attackHandler,
        StopWatch attackTimer,
        int hitCount,
        Entity targetEntity
    ) {
        float pitchNoise;
        float yawNoise;
        float noiseScale;

        if (targetEntity != null && auraActive) {
            boolean instantTrack = aura.getTarget() != null && attackHandler.canAttack(aura.getConfig(), 0);
            float followStrength = instantTrack ? 1.0f : (RANDOM.nextBoolean() ? 1.2f : 2.0f);
            float yawLimit = Math.abs(yawDelta / totalDelta) * 180.0f;
            float pitchLimit = Math.abs(pitchDelta / totalDelta) * 180.0f;
            float clampedYawDelta = MathHelper.clamp(yawDelta, -yawLimit, yawLimit);
            float clampedPitchDelta = MathHelper.clamp(pitchDelta, -pitchLimit, pitchLimit);
            Turns adjustedTurns = new Turns(currentTurns.getYaw(), currentTurns.getPitch());
            float interpolation = MathHelper.clamp(this.randomBetween(followStrength, followStrength + 0.2f), 0.0f, 1.0f);

            adjustedTurns.setYaw(MathHelper.lerp(interpolation, currentTurns.getYaw(), currentTurns.getYaw() + clampedYawDelta));
            adjustedTurns.setPitch(MathHelper.lerp(interpolation, currentTurns.getPitch(), currentTurns.getPitch() + clampedPitchDelta));
            return adjustedTurns;
        }

        int patternIndex = hitCount % 3;
        float baseInterpolation = attackTimer.finished(1000.0) ? 1.0f : -1.0f;
        float patternTime = (float) attackTimer.elapsedTime() / 40.0f + (hitCount % 6);
        Turns randomOffset = switch (patternIndex) {
            case 0 -> new Turns((float) Math.cos(patternTime), (float) Math.sin(patternTime));
            case 1 -> new Turns((float) Math.sin(patternTime), (float) Math.cos(patternTime));
            case 2 -> new Turns((float) Math.sin(patternTime), (float) (-Math.cos(patternTime)));
            default -> new Turns((float) (-Math.cos(patternTime)), (float) Math.sin(patternTime));
        };

        boolean applyBoostJitter = this.shouldApplyBoostJitter(hitCount);
        if (applyBoostJitter) {
            this.lastBoostHitCount = hitCount;
        }

        if (applyBoostJitter) {
            noiseScale = this.randomBetween(323232.0f, 298.0f) * Math.abs((float) Math.cos(System.currentTimeMillis() / 2000.0));
            yawNoise = !attackTimer.finished(1000.0) ? this.randomBetween(25.0f, 26.0f) * randomOffset.getYaw() : 0.0f;
            pitchNoise = !attackTimer.finished(1000.0)
                ? -this.randomBetween(232.0f, 232323.0f) * Math.abs(randomOffset.getPitch()) * noiseScale
                : 0.0f;
        } else {
            yawNoise = !attackTimer.finished(1000.0) ? this.randomBetween(9.0f, 15.0f) * randomOffset.getYaw() : 0.0f;
            pitchNoise = !attackTimer.finished(1000.0) ? this.randomBetween(2.0f, 7.0f) * randomOffset.getPitch() : 0.0f;
        }

        noiseScale = Math.abs(yawDelta / totalDelta) * 180.0f;
        float pitchScale = Math.abs(pitchDelta / totalDelta) * 180.0f;
        float clampedYawDelta = MathHelper.clamp(yawDelta, -noiseScale, noiseScale);
        float clampedPitchDelta = MathHelper.clamp(pitchDelta, -pitchScale, pitchScale);
        float interpolation = MathHelper.clamp(this.randomBetween(baseInterpolation, baseInterpolation + 0.2f), 0.0f, 1.0f);
        float nextYaw = MathHelper.lerp(interpolation, currentTurns.getYaw(), currentTurns.getYaw() + clampedYawDelta) + yawNoise;
        float nextPitch = MathHelper.lerp(interpolation, currentTurns.getPitch(), currentTurns.getPitch() + clampedPitchDelta) + pitchNoise;

        nextPitch = applyBoostJitter
            ? MathHelper.clamp(nextPitch, -89.0f, 90.0f)
            : MathHelper.clamp(nextPitch, -89.0f, 89.0f);

        Turns resultTurns = new Turns(currentTurns.getYaw(), currentTurns.getPitch());
        resultTurns.setYaw(nextYaw);
        resultTurns.setPitch(nextPitch);
        return resultTurns;
    }

    private Turns buildAirRotation(
        Turns currentTurns,
        float yawDelta,
        float pitchDelta,
        float totalDelta,
        boolean auraActive,
        Aura aura,
        StrikeManager attackHandler,
        StopWatch attackTimer,
        int hitCount,
        Entity targetEntity
    ) {
        float pitchNoise;
        float yawNoise;
        float noiseScale;

        if (targetEntity != null && auraActive) {
            boolean instantTrack = aura.getTarget() != null && attackHandler.canAttack(aura.getConfig(), 0);
            float followStrength = instantTrack ? 1.0f : (RANDOM.nextBoolean() ? 1.2f : 2.0f);
            float yawLimit = Math.abs(yawDelta / totalDelta) * 180.0f;
            float pitchLimit = Math.abs(pitchDelta / totalDelta) * 180.0f;
            float clampedYawDelta = MathHelper.clamp(yawDelta, -yawLimit, yawLimit);
            float clampedPitchDelta = MathHelper.clamp(pitchDelta, -pitchLimit, pitchLimit);
            Turns adjustedTurns = new Turns(currentTurns.getYaw(), currentTurns.getPitch());
            float interpolation = MathHelper.clamp(this.randomBetween(followStrength, followStrength + 0.2f), 0.0f, 1.0f);

            adjustedTurns.setYaw(MathHelper.lerp(interpolation, currentTurns.getYaw(), currentTurns.getYaw() + clampedYawDelta));
            adjustedTurns.setPitch(MathHelper.lerp(interpolation, currentTurns.getPitch(), currentTurns.getPitch() + clampedPitchDelta));
            return adjustedTurns;
        }

        int patternIndex = hitCount % 3;
        float baseInterpolation = attackTimer.finished(400.0) ? this.randomBetween(0.21f, 0.31f) : this.randomBetween(0.15f, 0.11f);
        float patternTime = (float) attackTimer.elapsedTime() / 40.0f + (hitCount % 6);
        Turns randomOffset = switch (patternIndex) {
            case 0 -> new Turns((float) Math.cos(patternTime), (float) Math.sin(patternTime));
            case 1 -> new Turns((float) Math.sin(patternTime), (float) Math.cos(patternTime));
            case 2 -> new Turns((float) Math.sin(patternTime), (float) (-Math.cos(patternTime)));
            default -> new Turns((float) (-Math.cos(patternTime)), (float) Math.sin(patternTime));
        };

        boolean applyBoostJitter = this.shouldApplyBoostJitter(hitCount);
        if (applyBoostJitter) {
            this.lastBoostHitCount = hitCount;
        }

        if (applyBoostJitter) {
            noiseScale = this.randomBetween(25.0f, 32.0f) * Math.abs((float) Math.cos(System.currentTimeMillis() / 2000.0));
            yawNoise = !attackTimer.finished(1000.0) ? this.randomBetween(6.0f, 10.0f) * randomOffset.getYaw() : 0.0f;
            pitchNoise = !attackTimer.finished(1000.0)
                ? -this.randomBetween(25.0f, 35.0f) * Math.abs(randomOffset.getPitch()) * noiseScale
                : 0.0f;
        } else {
            yawNoise = !attackTimer.finished(1000.0) ? this.randomBetween(20.0f, 26.0f) * randomOffset.getYaw() : 0.0f;
            pitchNoise = !attackTimer.finished(1000.0) ? this.randomBetween(2.0f, 5.0f) * randomOffset.getPitch() : 0.0f;
        }

        noiseScale = Math.abs(yawDelta / totalDelta) * 180.0f;
        float pitchScale = Math.abs(pitchDelta / totalDelta) * 180.0f;
        float clampedYawDelta = MathHelper.clamp(yawDelta, -noiseScale, noiseScale);
        float clampedPitchDelta = MathHelper.clamp(pitchDelta, -pitchScale, pitchScale);
        float interpolation = MathHelper.clamp(this.randomBetween(baseInterpolation, baseInterpolation + 0.15f), 0.0f, 1.0f);
        float nextYaw = MathHelper.lerp(interpolation, currentTurns.getYaw(), currentTurns.getYaw() + clampedYawDelta) + yawNoise;
        float nextPitch = MathHelper.lerp(interpolation, currentTurns.getPitch(), currentTurns.getPitch() + clampedPitchDelta) + pitchNoise;

        nextPitch = applyBoostJitter
            ? MathHelper.clamp(nextPitch, -89.0f, 90.0f)
            : MathHelper.clamp(nextPitch, -89.0f, 89.0f);

        Turns resultTurns = new Turns(currentTurns.getYaw(), currentTurns.getPitch());
        resultTurns.setYaw(nextYaw);
        resultTurns.setPitch(nextPitch);
        return resultTurns;
    }

    @Override
    public Vec3d randomValue() {
        return Vec3d.ZERO;
    }

    private void rx() {
        if (boostTriggerChance >= MAX_BOOST_TRIGGER_CHANCE) {
            boostTriggerChance = BASE_BOOST_TRIGGER_CHANCE;
            return;
        }

        boostTriggerChance = Math.min(boostTriggerChance * 2, MAX_BOOST_TRIGGER_CHANCE);
    }

    private boolean shouldApplyBoostJitter(int hitCount) {
        return hitCount > 0
            && (hitCount % 20) * this.random1.nextFloat() == 0.0f
            && hitCount != this.lastBoostHitCount;
    }

    private float randomBetween(float min, float max) {
        return MathHelper.lerp(RANDOM.nextFloat(), min, max);
    }
}
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