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Исходник Prediction for LW(как вам теперь ?)

bAnan_N0gi
bAnan_N0gi
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ну опять я )))
prediction_system.cpp
Код: 
// This is an independent project of an individual developer. Dear PVS-Studio, please check it.
// PVS-Studio Static Code Analyzer for C, C++, C#, and Java: http://www.viva64.com

#include "prediction_system.h"

void engineprediction::store_netvars()
{
    auto data = &netvars_data[m_clientstate()->iCommandAck % MULTIPLAYER_BACKUP];

    data->tickbase = g_ctx.local()->m_nTickBase();
    data->m_aimPunchAngle = g_ctx.local()->m_aimPunchAngle();
    data->m_aimPunchAngleVel = g_ctx.local()->m_aimPunchAngleVel();
    data->m_viewPunchAngle = g_ctx.local()->m_viewPunchAngle();
    data->m_vecViewOffset = g_ctx.local()->m_vecViewOffset();
    data->m_duckAmount = g_ctx.local()->m_flDuckAmount();
    data->m_duckSpeed = g_ctx.local()->m_flDuckSpeed();
}

void engineprediction::store_data()
{
    int          tickbase;
    StoredData_t* data;

    if (!g_ctx.local() && !g_ctx.local()->is_alive()) {
        reset_data();
        return;
    }

    tickbase = g_ctx.local()->m_nTickBase();

    data = &m_data[tickbase % MULTIPLAYER_BACKUP];

    data->m_tickbase = tickbase;
    data->m_punch = g_ctx.local()->m_aimPunchAngle();
    data->m_punch_vel = g_ctx.local()->m_aimPunchAngleVel();
    data->m_view_offset = g_ctx.local()->m_vecViewOffset();
    data->m_velocity_modifier = g_ctx.local()->m_flVelocityModifier();
}

void engineprediction::reset_data()
{
    m_data.fill(StoredData_t());
}

void engineprediction::restore_netvars()
{
    int time;

    auto data = &netvars_data[time % MULTIPLAYER_BACKUP]; //-V807

    if (!data || !data->m_bIsFilled || data->command_number != time || (time - data->command_number) > 150)
        return;

    auto aim_punch_angle_delta = data->m_aimPunchAngle - g_ctx.local()->m_aimPunchAngle();
    auto aim_punch_angle_vel_delta = data->m_aimPunchAngleVel - g_ctx.local()->m_aimPunchAngleVel();
    auto view_punch_angle_delta = data->m_viewPunchAngle - g_ctx.local()->m_viewPunchAngle();
    auto view_offset_delta = data->m_vecViewOffset - g_ctx.local()->m_vecViewOffset();
    auto velocity_delta = data->m_vecVelocity - g_ctx.local()->m_vecVelocity();

    auto thirdperson_recoil_delta = data->m_flThirdpersonRecoil - g_ctx.local()->m_flThirdpersonRecoil();
    auto duck_amount_delta = data->m_flDuckAmount - g_ctx.local()->m_flDuckAmount();
    auto fall_velocity_delta = data->m_flFallVelocity - g_ctx.local()->m_flFallVelocity();
    auto velocity_modifier_delta = data->m_flVelocityModifier - g_ctx.local()->m_flVelocityModifier();

    if (std::fabs(aim_punch_angle_delta.x) <= 0.03125f && std::fabs(aim_punch_angle_delta.y) <= 0.03125f && std::fabs(aim_punch_angle_delta.z) <= 0.03125f)
        g_ctx.local()->m_aimPunchAngle() = data->m_aimPunchAngle;

    if (std::fabs(aim_punch_angle_vel_delta.x) <= 0.03125f && std::fabs(aim_punch_angle_vel_delta.y) <= 0.03125f && std::fabs(aim_punch_angle_vel_delta.z) <= 0.03125f)
        g_ctx.local()->m_aimPunchAngleVel() = data->m_aimPunchAngleVel;

    if (std::fabs(view_punch_angle_delta.x) <= 0.03125f && std::fabs(view_punch_angle_delta.y) <= 0.03125f && std::fabs(view_punch_angle_delta.z) <= 0.03125f)
        g_ctx.local()->m_viewPunchAngle() = data->m_viewPunchAngle;

    if (std::fabs(view_offset_delta.x) <= 0.03125f && std::fabs(view_offset_delta.y) <= 0.03125f && std::fabs(view_offset_delta.z) <= 0.03125f)
        g_ctx.local()->m_vecViewOffset() = data->m_vecViewOffset;

    if (std::fabs(velocity_delta.x) <= 0.03125f && std::fabs(velocity_delta.y) <= 0.03125f && std::fabs(velocity_delta.z) <= 0.03125f)
        g_ctx.local()->m_vecVelocity() = data->m_vecVelocity;

    if (std::fabs(thirdperson_recoil_delta) <= 0.03125f)
        g_ctx.local()->m_flThirdpersonRecoil() = data->m_flThirdpersonRecoil;

    if (std::fabs(duck_amount_delta) <= 0.03125f)
        g_ctx.local()->m_flDuckAmount() = data->m_flDuckAmount;

    if (std::fabs(fall_velocity_delta) <= 0.03125f)
        g_ctx.local()->m_flFallVelocity() = data->m_flFallVelocity;

    if (std::fabs(velocity_modifier_delta) <= 0.00625f)
        g_ctx.local()->m_flVelocityModifier() = data->m_flVelocityModifier;
}

void engineprediction::update_vel()
{
    static int m_iLastCmdAck = 0;
    static float m_flNextCmdTime = 0.f;

    if (m_clientstate() && (m_iLastCmdAck != m_clientstate()->nLastCommandAck || m_flNextCmdTime != m_clientstate()->flNextCmdTime))
    {
        if (g_ctx.globals.last_velocity_modifier != g_ctx.local()->m_flVelocityModifier())
        {
            *reinterpret_cast<int*>(reinterpret_cast<uintptr_t>(m_prediction() + 0x24)) = 1;
            g_ctx.globals.last_velocity_modifier = g_ctx.local()->m_flVelocityModifier();
        }

        m_iLastCmdAck = m_clientstate()->nLastCommandAck;
        m_flNextCmdTime = m_clientstate()->flNextCmdTime;
    }
}

void engineprediction::setup()
{
    if (prediction_data.prediction_stage != SETUP)
        return;

    backup_data.flags = g_ctx.local()->m_fFlags(); //-V807
    backup_data.velocity = g_ctx.local()->m_vecVelocity();

    prediction_data.old_curtime = m_globals()->m_curtime; //-V807
    prediction_data.old_frametime = m_globals()->m_frametime;

    m_prediction()->InPrediction = true;
    m_prediction()->IsFirstTimePredicted = false;

    m_globals()->m_curtime = TICKS_TO_TIME(g_ctx.globals.fixed_tickbase);
    m_globals()->m_frametime = m_prediction()->EnginePaused ? 0.0f : m_globals()->m_intervalpertick;

    prediction_data.prediction_stage = PREDICT;
}

void engineprediction::predict(CUserCmd* m_pcmd)
{
    if (prediction_data.prediction_stage != PREDICT)
        return;

    const auto backup_footsteps = m_cvar()->FindVar(crypt_str("sv_footsteps"))->GetInt();
    m_cvar()->FindVar(crypt_str("sv_footsteps"))->m_nFlags &= ~(1 << 14);
    m_cvar()->FindVar(crypt_str("sv_footsteps"))->m_nFlags &= ~(1 << 8);
    m_cvar()->FindVar(crypt_str("sv_footsteps"))->SetValue(0);

    if (m_clientstate()->iDeltaTick > 0)
        m_prediction()->Update(m_clientstate()->iDeltaTick, true, m_clientstate()->nLastCommandAck, m_clientstate()->nLastOutgoingCommand + m_clientstate()->iChokedCommands);

    if (!prediction_data.prediction_random_seed)
        prediction_data.prediction_random_seed = *reinterpret_cast <int**> (util::FindSignature(crypt_str("client.dll"), crypt_str("A3 ? ? ? ? 66 0F 6E 86")) + 0x1);

    *prediction_data.prediction_random_seed = MD5_PseudoRandom(m_pcmd->m_command_number % 150);

    if (!prediction_data.prediction_player)
        prediction_data.prediction_player = *reinterpret_cast <int**> (util::FindSignature(crypt_str("client.dll"), crypt_str("89 35 ? ? ? ? F3 0F 10 48")) + 0x2);

    *prediction_data.prediction_player = reinterpret_cast <int> (g_ctx.local());

    m_movehelper()->set_host(g_ctx.local());
    m_gamemovement()->StartTrackPredictionErrors(g_ctx.local()); //-V807

    static auto m_nImpulse = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_nImpulse"));
    static auto m_nButtons = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_nButtons"));
    static auto m_afButtonLast = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_afButtonLast"));
    static auto m_afButtonPressed = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_afButtonPressed"));
    static auto m_afButtonReleased = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_afButtonReleased"));

    if (m_pcmd->m_impulse)
        *reinterpret_cast<uint32_t*>(uint32_t(g_ctx.local()) + m_nImpulse) = m_pcmd->m_impulse;


    CMoveData move_data;
    memset(&move_data, 0, sizeof(CMoveData));

    m_prediction()->SetupMove(g_ctx.local(), m_pcmd, m_movehelper(), &move_data);
    m_gamemovement()->ProcessMovement(g_ctx.local(), &move_data);
    m_prediction()->FinishMove(g_ctx.local(), m_pcmd, &move_data);

    m_gamemovement()->FinishTrackPredictionErrors(g_ctx.local());
    m_movehelper()->set_host(nullptr);

    auto viewmodel = g_ctx.local()->m_hViewModel().Get();

    if (viewmodel)
    {
        viewmodel_data.weapon = viewmodel->m_hWeapon().Get();

        viewmodel_data.viewmodel_index = viewmodel->m_nViewModelIndex();
        viewmodel_data.sequence = viewmodel->m_nSequence();
        viewmodel_data.animation_parity = viewmodel->m_nAnimationParity();

        viewmodel_data.cycle = viewmodel->m_flCycle();
        viewmodel_data.animation_time = viewmodel->m_flAnimTime();
    }


    const auto weapon = g_ctx.local()->m_hActiveWeapon().Get();
    if (!weapon) {
        m_spread = m_inaccuracy = 0.f;
        return;
    }

    weapon->update_accuracy_penality();

    m_spread = weapon->get_spread_virtual();

    m_inaccuracy = weapon->get_inaccuracy_virtual();

    m_cvar()->FindVar(crypt_str("sv_footsteps"))->SetValue(backup_footsteps);

    prediction_data.prediction_stage = FINISH;
}

void engineprediction::finish()
{
    if (prediction_data.prediction_stage != FINISH)
        return;

    *prediction_data.prediction_random_seed = -1;
    *prediction_data.prediction_player = 0;

    m_globals()->m_curtime = prediction_data.old_curtime;
    m_globals()->m_frametime = prediction_data.old_frametime;
}
prediction_system.h

Код: 
#pragma once

#include "..\..\includes.hpp"
#include "..\..\sdk\structs.hpp"

enum Prediction_stage
{
    SETUP,
    PREDICT,
    FINISH
};
class StoredData_t {
public:
    int    m_tickbase;
    Vector  m_punch;
    Vector  m_punch_vel;
    Vector m_view_offset;
    float  m_velocity_modifier;

public:
    __forceinline StoredData_t() : m_tickbase{ }, m_punch{ }, m_punch_vel{ }, m_view_offset{ }, m_velocity_modifier{ } {};
};
std::array< StoredData_t, MULTIPLAYER_BACKUP > m_data;
struct Netvars_data
{
    Netvars_data() {
        reset();
    };
    ~Netvars_data() {
        reset();
    };
    float m_duckAmount = 0.f;
    float m_duckSpeed = 0.f;
    int tickbase = INT_MIN;
    void reset()
    {
        command_number = INT_MAX;

        m_aimPunchAngle.Zero();
        m_aimPunchAngleVel.Zero();
        m_viewPunchAngle.Zero();
        m_vecViewOffset.Zero();
        m_vecVelocity.Zero();


        m_flDuckAmount = FLT_MIN;
        m_flThirdpersonRecoil = FLT_MIN;
        m_flFallVelocity = FLT_MIN;
        m_flVelocityModifier = FLT_MIN;

        m_bIsFilled = false;
    }

    int command_number = INT_MAX;

    Vector m_aimPunchAngle = ZERO;
    Vector m_aimPunchAngleVel = ZERO;
    Vector m_viewPunchAngle = ZERO;
    Vector m_vecViewOffset = ZERO;
    Vector m_vecVelocity = ZERO;

    float m_flDuckAmount = FLT_MIN;
    float m_flThirdpersonRecoil = FLT_MIN;
    float m_flFallVelocity = FLT_MIN;
    float m_flVelocityModifier = FLT_MIN;

    bool m_bIsFilled = false;
};
class engineprediction : public singleton <engineprediction>
{
    struct Backup_data
    {
        int flags = 0;
        Vector velocity = ZERO;
    };

    struct Prediction_data
    {
        void reset()
        {
            prediction_stage = SETUP;
            old_curtime = 0.0f;
            old_frametime = 0.0f;
        }

        Prediction_stage prediction_stage = SETUP;
        float old_curtime = 0.0f;
        float old_frametime = 0.0f;
        int* prediction_random_seed = nullptr;
        int* prediction_player = nullptr;
    };
    float m_spread, m_inaccuracy;
    struct Viewmodel_data
    {
        weapon_t* weapon = nullptr;

        int viewmodel_index = 0;
        int sequence = 0;
        int animation_parity = 0;

        float cycle = 0.0f;
        float animation_time = 0.0f;
    };
public:
    Netvars_data netvars_data[MULTIPLAYER_BACKUP] = {};
    Backup_data backup_data;
    Prediction_data prediction_data;
    Viewmodel_data viewmodel_data;
    float get_spread() const { return m_spread; }
    float get_inaccuracy() const { return m_inaccuracy; }

    void store_netvars();
    void store_data();
    void reset_data();
    void update_vel();
    void restore_netvars();
    void setup();
    void predict(CUserCmd* m_pcmd);
    void finish();
};
m_flThirdpersonRecoil():
structs.hpp
Код: 
NETVAR(float, m_flThirdpersonRecoil, crypt_str("CCSPlayer"), crypt_str("m_flThirdpersonRecoil"));
get_spread_virtual():
structs.cpp

Код: 
loat weapon_t::get_spread_virtual()
{
    if (!this) //-V704
        return 0.0f;

    return call_virtual<float(__thiscall*)(void*)>(this, g_ctx.indexes.at(10))(this);
}
get_inaccuracy_virtual()
structs.cpp:
Код: 
loat weapon_t::get_inaccuracy_virtual()
{
    if (!this) //-V704
        return 0.0f;

    return call_virtual<float(__thiscall*)(void*)>(this, g_ctx.indexes.at(9))(this);
}
 
Последнее редактирование:
Lolihook
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Обратите внимание, пользователь заблокирован на форуме. Не рекомендуется проводить сделки.
Imagine reposting features from public sources, there is like few sources with this engine pred
 
KlareoN
KlareoN
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На сегодня интернета хватит.
Ну а если без шуток, только не понятно зачем viewmodel
 
Последнее редактирование:
Trid0ff
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Обратите внимание, пользователь заблокирован на форуме. Не рекомендуется проводить сделки.
bAnan_N0gi написал(а):
ну опять я )))
prediction_system.cpp
Код: 
// This is an independent project of an individual developer. Dear PVS-Studio, please check it.
// PVS-Studio Static Code Analyzer for C, C++, C#, and Java: http://www.viva64.com

#include "prediction_system.h"

void engineprediction::store_netvars()
{
    auto data = &netvars_data[m_clientstate()->iCommandAck % MULTIPLAYER_BACKUP];

    data->tickbase = g_ctx.local()->m_nTickBase();
    data->m_aimPunchAngle = g_ctx.local()->m_aimPunchAngle();
    data->m_aimPunchAngleVel = g_ctx.local()->m_aimPunchAngleVel();
    data->m_viewPunchAngle = g_ctx.local()->m_viewPunchAngle();
    data->m_vecViewOffset = g_ctx.local()->m_vecViewOffset();
    data->m_duckAmount = g_ctx.local()->m_flDuckAmount();
    data->m_duckSpeed = g_ctx.local()->m_flDuckSpeed();
}

void engineprediction::store_data()
{
    int          tickbase;
    StoredData_t* data;

    if (!g_ctx.local() && !g_ctx.local()->is_alive()) {
        reset_data();
        return;
    }

    tickbase = g_ctx.local()->m_nTickBase();

    data = &m_data[tickbase % MULTIPLAYER_BACKUP];

    data->m_tickbase = tickbase;
    data->m_punch = g_ctx.local()->m_aimPunchAngle();
    data->m_punch_vel = g_ctx.local()->m_aimPunchAngleVel();
    data->m_view_offset = g_ctx.local()->m_vecViewOffset();
    data->m_velocity_modifier = g_ctx.local()->m_flVelocityModifier();
}

void engineprediction::reset_data()
{
    m_data.fill(StoredData_t());
}

void engineprediction::restore_netvars()
{
    int time;

    auto data = &netvars_data[time % MULTIPLAYER_BACKUP]; //-V807

    if (!data || !data->m_bIsFilled || data->command_number != time || (time - data->command_number) > 150)
        return;

    auto aim_punch_angle_delta = data->m_aimPunchAngle - g_ctx.local()->m_aimPunchAngle();
    auto aim_punch_angle_vel_delta = data->m_aimPunchAngleVel - g_ctx.local()->m_aimPunchAngleVel();
    auto view_punch_angle_delta = data->m_viewPunchAngle - g_ctx.local()->m_viewPunchAngle();
    auto view_offset_delta = data->m_vecViewOffset - g_ctx.local()->m_vecViewOffset();
    auto velocity_delta = data->m_vecVelocity - g_ctx.local()->m_vecVelocity();

    auto thirdperson_recoil_delta = data->m_flThirdpersonRecoil - g_ctx.local()->m_flThirdpersonRecoil();
    auto duck_amount_delta = data->m_flDuckAmount - g_ctx.local()->m_flDuckAmount();
    auto fall_velocity_delta = data->m_flFallVelocity - g_ctx.local()->m_flFallVelocity();
    auto velocity_modifier_delta = data->m_flVelocityModifier - g_ctx.local()->m_flVelocityModifier();

    if (std::fabs(aim_punch_angle_delta.x) <= 0.03125f && std::fabs(aim_punch_angle_delta.y) <= 0.03125f && std::fabs(aim_punch_angle_delta.z) <= 0.03125f)
        g_ctx.local()->m_aimPunchAngle() = data->m_aimPunchAngle;

    if (std::fabs(aim_punch_angle_vel_delta.x) <= 0.03125f && std::fabs(aim_punch_angle_vel_delta.y) <= 0.03125f && std::fabs(aim_punch_angle_vel_delta.z) <= 0.03125f)
        g_ctx.local()->m_aimPunchAngleVel() = data->m_aimPunchAngleVel;

    if (std::fabs(view_punch_angle_delta.x) <= 0.03125f && std::fabs(view_punch_angle_delta.y) <= 0.03125f && std::fabs(view_punch_angle_delta.z) <= 0.03125f)
        g_ctx.local()->m_viewPunchAngle() = data->m_viewPunchAngle;

    if (std::fabs(view_offset_delta.x) <= 0.03125f && std::fabs(view_offset_delta.y) <= 0.03125f && std::fabs(view_offset_delta.z) <= 0.03125f)
        g_ctx.local()->m_vecViewOffset() = data->m_vecViewOffset;

    if (std::fabs(velocity_delta.x) <= 0.03125f && std::fabs(velocity_delta.y) <= 0.03125f && std::fabs(velocity_delta.z) <= 0.03125f)
        g_ctx.local()->m_vecVelocity() = data->m_vecVelocity;

    if (std::fabs(thirdperson_recoil_delta) <= 0.03125f)
        g_ctx.local()->m_flThirdpersonRecoil() = data->m_flThirdpersonRecoil;

    if (std::fabs(duck_amount_delta) <= 0.03125f)
        g_ctx.local()->m_flDuckAmount() = data->m_flDuckAmount;

    if (std::fabs(fall_velocity_delta) <= 0.03125f)
        g_ctx.local()->m_flFallVelocity() = data->m_flFallVelocity;

    if (std::fabs(velocity_modifier_delta) <= 0.00625f)
        g_ctx.local()->m_flVelocityModifier() = data->m_flVelocityModifier;
}

void engineprediction::update_vel()
{
    static int m_iLastCmdAck = 0;
    static float m_flNextCmdTime = 0.f;

    if (m_clientstate() && (m_iLastCmdAck != m_clientstate()->nLastCommandAck || m_flNextCmdTime != m_clientstate()->flNextCmdTime))
    {
        if (g_ctx.globals.last_velocity_modifier != g_ctx.local()->m_flVelocityModifier())
        {
            *reinterpret_cast<int*>(reinterpret_cast<uintptr_t>(m_prediction() + 0x24)) = 1;
            g_ctx.globals.last_velocity_modifier = g_ctx.local()->m_flVelocityModifier();
        }

        m_iLastCmdAck = m_clientstate()->nLastCommandAck;
        m_flNextCmdTime = m_clientstate()->flNextCmdTime;
    }
}

void engineprediction::setup()
{
    if (prediction_data.prediction_stage != SETUP)
        return;

    backup_data.flags = g_ctx.local()->m_fFlags(); //-V807
    backup_data.velocity = g_ctx.local()->m_vecVelocity();

    prediction_data.old_curtime = m_globals()->m_curtime; //-V807
    prediction_data.old_frametime = m_globals()->m_frametime;

    m_prediction()->InPrediction = true;
    m_prediction()->IsFirstTimePredicted = false;

    m_globals()->m_curtime = TICKS_TO_TIME(g_ctx.globals.fixed_tickbase);
    m_globals()->m_frametime = m_prediction()->EnginePaused ? 0.0f : m_globals()->m_intervalpertick;

    prediction_data.prediction_stage = PREDICT;
}

void engineprediction::predict(CUserCmd* m_pcmd)
{
    if (prediction_data.prediction_stage != PREDICT)
        return;

    const auto backup_footsteps = m_cvar()->FindVar(crypt_str("sv_footsteps"))->GetInt();
    m_cvar()->FindVar(crypt_str("sv_footsteps"))->m_nFlags &= ~(1 << 14);
    m_cvar()->FindVar(crypt_str("sv_footsteps"))->m_nFlags &= ~(1 << 8);
    m_cvar()->FindVar(crypt_str("sv_footsteps"))->SetValue(0);

    if (m_clientstate()->iDeltaTick > 0)
        m_prediction()->Update(m_clientstate()->iDeltaTick, true, m_clientstate()->nLastCommandAck, m_clientstate()->nLastOutgoingCommand + m_clientstate()->iChokedCommands);

    if (!prediction_data.prediction_random_seed)
        prediction_data.prediction_random_seed = *reinterpret_cast <int**> (util::FindSignature(crypt_str("client.dll"), crypt_str("A3 ? ? ? ? 66 0F 6E 86")) + 0x1);

    *prediction_data.prediction_random_seed = MD5_PseudoRandom(m_pcmd->m_command_number % 150);

    if (!prediction_data.prediction_player)
        prediction_data.prediction_player = *reinterpret_cast <int**> (util::FindSignature(crypt_str("client.dll"), crypt_str("89 35 ? ? ? ? F3 0F 10 48")) + 0x2);

    *prediction_data.prediction_player = reinterpret_cast <int> (g_ctx.local());

    m_movehelper()->set_host(g_ctx.local());
    m_gamemovement()->StartTrackPredictionErrors(g_ctx.local()); //-V807

    static auto m_nImpulse = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_nImpulse"));
    static auto m_nButtons = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_nButtons"));
    static auto m_afButtonLast = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_afButtonLast"));
    static auto m_afButtonPressed = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_afButtonPressed"));
    static auto m_afButtonReleased = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_afButtonReleased"));

    if (m_pcmd->m_impulse)
        *reinterpret_cast<uint32_t*>(uint32_t(g_ctx.local()) + m_nImpulse) = m_pcmd->m_impulse;


    CMoveData move_data;
    memset(&move_data, 0, sizeof(CMoveData));

    m_prediction()->SetupMove(g_ctx.local(), m_pcmd, m_movehelper(), &move_data);
    m_gamemovement()->ProcessMovement(g_ctx.local(), &move_data);
    m_prediction()->FinishMove(g_ctx.local(), m_pcmd, &move_data);

    m_gamemovement()->FinishTrackPredictionErrors(g_ctx.local());
    m_movehelper()->set_host(nullptr);

    auto viewmodel = g_ctx.local()->m_hViewModel().Get();

    if (viewmodel)
    {
        viewmodel_data.weapon = viewmodel->m_hWeapon().Get();

        viewmodel_data.viewmodel_index = viewmodel->m_nViewModelIndex();
        viewmodel_data.sequence = viewmodel->m_nSequence();
        viewmodel_data.animation_parity = viewmodel->m_nAnimationParity();

        viewmodel_data.cycle = viewmodel->m_flCycle();
        viewmodel_data.animation_time = viewmodel->m_flAnimTime();
    }


    const auto weapon = g_ctx.local()->m_hActiveWeapon().Get();
    if (!weapon) {
        m_spread = m_inaccuracy = 0.f;
        return;
    }

    weapon->update_accuracy_penality();

    m_spread = weapon->get_spread_virtual();

    m_inaccuracy = weapon->get_inaccuracy_virtual();

    m_cvar()->FindVar(crypt_str("sv_footsteps"))->SetValue(backup_footsteps);

    prediction_data.prediction_stage = FINISH;
}

void engineprediction::finish()
{
    if (prediction_data.prediction_stage != FINISH)
        return;

    *prediction_data.prediction_random_seed = -1;
    *prediction_data.prediction_player = 0;

    m_globals()->m_curtime = prediction_data.old_curtime;
    m_globals()->m_frametime = prediction_data.old_frametime;
}
prediction_system.h

Код: 
#pragma once

#include "..\..\includes.hpp"
#include "..\..\sdk\structs.hpp"

enum Prediction_stage
{
    SETUP,
    PREDICT,
    FINISH
};
class StoredData_t {
public:
    int    m_tickbase;
    Vector  m_punch;
    Vector  m_punch_vel;
    Vector m_view_offset;
    float  m_velocity_modifier;

public:
    __forceinline StoredData_t() : m_tickbase{ }, m_punch{ }, m_punch_vel{ }, m_view_offset{ }, m_velocity_modifier{ } {};
};
std::array< StoredData_t, MULTIPLAYER_BACKUP > m_data;
struct Netvars_data
{
    Netvars_data() {
        reset();
    };
    ~Netvars_data() {
        reset();
    };
    float m_duckAmount = 0.f;
    float m_duckSpeed = 0.f;
    int tickbase = INT_MIN;
    void reset()
    {
        command_number = INT_MAX;

        m_aimPunchAngle.Zero();
        m_aimPunchAngleVel.Zero();
        m_viewPunchAngle.Zero();
        m_vecViewOffset.Zero();
        m_vecVelocity.Zero();


        m_flDuckAmount = FLT_MIN;
        m_flThirdpersonRecoil = FLT_MIN;
        m_flFallVelocity = FLT_MIN;
        m_flVelocityModifier = FLT_MIN;

        m_bIsFilled = false;
    }

    int command_number = INT_MAX;

    Vector m_aimPunchAngle = ZERO;
    Vector m_aimPunchAngleVel = ZERO;
    Vector m_viewPunchAngle = ZERO;
    Vector m_vecViewOffset = ZERO;
    Vector m_vecVelocity = ZERO;

    float m_flDuckAmount = FLT_MIN;
    float m_flThirdpersonRecoil = FLT_MIN;
    float m_flFallVelocity = FLT_MIN;
    float m_flVelocityModifier = FLT_MIN;

    bool m_bIsFilled = false;
};
class engineprediction : public singleton <engineprediction>
{
    struct Backup_data
    {
        int flags = 0;
        Vector velocity = ZERO;
    };

    struct Prediction_data
    {
        void reset()
        {
            prediction_stage = SETUP;
            old_curtime = 0.0f;
            old_frametime = 0.0f;
        }

        Prediction_stage prediction_stage = SETUP;
        float old_curtime = 0.0f;
        float old_frametime = 0.0f;
        int* prediction_random_seed = nullptr;
        int* prediction_player = nullptr;
    };
    float m_spread, m_inaccuracy;
    struct Viewmodel_data
    {
        weapon_t* weapon = nullptr;

        int viewmodel_index = 0;
        int sequence = 0;
        int animation_parity = 0;

        float cycle = 0.0f;
        float animation_time = 0.0f;
    };
public:
    Netvars_data netvars_data[MULTIPLAYER_BACKUP] = {};
    Backup_data backup_data;
    Prediction_data prediction_data;
    Viewmodel_data viewmodel_data;
    float get_spread() const { return m_spread; }
    float get_inaccuracy() const { return m_inaccuracy; }

    void store_netvars();
    void store_data();
    void reset_data();
    void update_vel();
    void restore_netvars();
    void setup();
    void predict(CUserCmd* m_pcmd);
    void finish();
};
Нажмите для раскрытия...
оо это с сурса нобиуса
 
familytrapper
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m_flThirdpersonRecoil()
get_spread_virtual()
get_inaccuracy_virtual()
Забыл дать определения
 
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bAnan_N0gi
bAnan_N0gi
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familytrapper написал(а):
m_flThirdpersonRecoil()
get_spread_virtual()
get_inaccuracy_virtual()
Забыл дать определения
Нажмите для раскрытия...
m_flThirdpersonRecoil():
structs.hpp
Код: 
NETVAR(float, m_flThirdpersonRecoil, crypt_str("CCSPlayer"), crypt_str("m_flThirdpersonRecoil"));
get_spread_virtual():
structs.cpp

Код: 
loat weapon_t::get_spread_virtual()
{
    if (!this) //-V704
        return 0.0f;

    return call_virtual<float(__thiscall*)(void*)>(this, g_ctx.indexes.at(10))(this);
}
get_inaccuracy_virtual()
structs.cpp:
Код: 
loat weapon_t::get_inaccuracy_virtual()
{
    if (!this) //-V704
        return 0.0f;

    return call_virtual<float(__thiscall*)(void*)>(this, g_ctx.indexes.at(9))(this);
}
Думаю все определения дал
 
familytrapper
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bAnan_N0gi написал(а):
m_flThirdpersonRecoil():
structs.hpp
Код: 
NETVAR(float, m_flThirdpersonRecoil, crypt_str("CCSPlayer"), crypt_str("m_flThirdpersonRecoil"));
get_spread_virtual():
structs.cpp

Код: 
loat weapon_t::get_spread_virtual()
{
    if (!this) //-V704
        return 0.0f;

    return call_virtual<float(__thiscall*)(void*)>(this, g_ctx.indexes.at(10))(this);
}
get_inaccuracy_virtual()
structs.cpp:
Код: 
loat weapon_t::get_inaccuracy_virtual()
{
    if (!this) //-V704
        return 0.0f;

    return call_virtual<float(__thiscall*)(void*)>(this, g_ctx.indexes.at(9))(this);
}
Думаю все определения дал
Нажмите для раскрытия...
Спасибо, но я сам уже всё сделал, лучше в тему саму добавь это
 
hvhpoliceman
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Обратите внимание, пользователь заблокирован на форуме. Не рекомендуется проводить сделки.
/del все идет по пизде
Решил проблему данного чудокода переносом декларации массива m_data из хидера в prediction_system.cpp, так как в ином случае она мультидекларируется и в итоге еррорит
 
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familytrapper
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hvhpoliceman написал(а):
/del все идет по пизде
Решил проблему данного чудокода переносом декларации массива m_data из хидера в prediction_system.cpp, так как в ином случае она мультидекларируется и в итоге еррорит
Нажмите для раскрытия...
у тебя тоже еррорил StoredData_t ?
 
Nova7311
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bAnan_N0gi написал(а):
ну опять я )))
prediction_system.cpp
Код: 
// This is an independent project of an individual developer. Dear PVS-Studio, please check it.
// PVS-Studio Static Code Analyzer for C, C++, C#, and Java: http://www.viva64.com

#include "prediction_system.h"

void engineprediction::store_netvars()
{
    auto data = &netvars_data[m_clientstate()->iCommandAck % MULTIPLAYER_BACKUP];

    data->tickbase = g_ctx.local()->m_nTickBase();
    data->m_aimPunchAngle = g_ctx.local()->m_aimPunchAngle();
    data->m_aimPunchAngleVel = g_ctx.local()->m_aimPunchAngleVel();
    data->m_viewPunchAngle = g_ctx.local()->m_viewPunchAngle();
    data->m_vecViewOffset = g_ctx.local()->m_vecViewOffset();
    data->m_duckAmount = g_ctx.local()->m_flDuckAmount();
    data->m_duckSpeed = g_ctx.local()->m_flDuckSpeed();
}

void engineprediction::store_data()
{
    int          tickbase;
    StoredData_t* data;

    if (!g_ctx.local() && !g_ctx.local()->is_alive()) {
        reset_data();
        return;
    }

    tickbase = g_ctx.local()->m_nTickBase();

    data = &m_data[tickbase % MULTIPLAYER_BACKUP];

    data->m_tickbase = tickbase;
    data->m_punch = g_ctx.local()->m_aimPunchAngle();
    data->m_punch_vel = g_ctx.local()->m_aimPunchAngleVel();
    data->m_view_offset = g_ctx.local()->m_vecViewOffset();
    data->m_velocity_modifier = g_ctx.local()->m_flVelocityModifier();
}

void engineprediction::reset_data()
{
    m_data.fill(StoredData_t());
}

void engineprediction::restore_netvars()
{
    int time;

    auto data = &netvars_data[time % MULTIPLAYER_BACKUP]; //-V807

    if (!data || !data->m_bIsFilled || data->command_number != time || (time - data->command_number) > 150)
        return;

    auto aim_punch_angle_delta = data->m_aimPunchAngle - g_ctx.local()->m_aimPunchAngle();
    auto aim_punch_angle_vel_delta = data->m_aimPunchAngleVel - g_ctx.local()->m_aimPunchAngleVel();
    auto view_punch_angle_delta = data->m_viewPunchAngle - g_ctx.local()->m_viewPunchAngle();
    auto view_offset_delta = data->m_vecViewOffset - g_ctx.local()->m_vecViewOffset();
    auto velocity_delta = data->m_vecVelocity - g_ctx.local()->m_vecVelocity();

    auto thirdperson_recoil_delta = data->m_flThirdpersonRecoil - g_ctx.local()->m_flThirdpersonRecoil();
    auto duck_amount_delta = data->m_flDuckAmount - g_ctx.local()->m_flDuckAmount();
    auto fall_velocity_delta = data->m_flFallVelocity - g_ctx.local()->m_flFallVelocity();
    auto velocity_modifier_delta = data->m_flVelocityModifier - g_ctx.local()->m_flVelocityModifier();

    if (std::fabs(aim_punch_angle_delta.x) <= 0.03125f && std::fabs(aim_punch_angle_delta.y) <= 0.03125f && std::fabs(aim_punch_angle_delta.z) <= 0.03125f)
        g_ctx.local()->m_aimPunchAngle() = data->m_aimPunchAngle;

    if (std::fabs(aim_punch_angle_vel_delta.x) <= 0.03125f && std::fabs(aim_punch_angle_vel_delta.y) <= 0.03125f && std::fabs(aim_punch_angle_vel_delta.z) <= 0.03125f)
        g_ctx.local()->m_aimPunchAngleVel() = data->m_aimPunchAngleVel;

    if (std::fabs(view_punch_angle_delta.x) <= 0.03125f && std::fabs(view_punch_angle_delta.y) <= 0.03125f && std::fabs(view_punch_angle_delta.z) <= 0.03125f)
        g_ctx.local()->m_viewPunchAngle() = data->m_viewPunchAngle;

    if (std::fabs(view_offset_delta.x) <= 0.03125f && std::fabs(view_offset_delta.y) <= 0.03125f && std::fabs(view_offset_delta.z) <= 0.03125f)
        g_ctx.local()->m_vecViewOffset() = data->m_vecViewOffset;

    if (std::fabs(velocity_delta.x) <= 0.03125f && std::fabs(velocity_delta.y) <= 0.03125f && std::fabs(velocity_delta.z) <= 0.03125f)
        g_ctx.local()->m_vecVelocity() = data->m_vecVelocity;

    if (std::fabs(thirdperson_recoil_delta) <= 0.03125f)
        g_ctx.local()->m_flThirdpersonRecoil() = data->m_flThirdpersonRecoil;

    if (std::fabs(duck_amount_delta) <= 0.03125f)
        g_ctx.local()->m_flDuckAmount() = data->m_flDuckAmount;

    if (std::fabs(fall_velocity_delta) <= 0.03125f)
        g_ctx.local()->m_flFallVelocity() = data->m_flFallVelocity;

    if (std::fabs(velocity_modifier_delta) <= 0.00625f)
        g_ctx.local()->m_flVelocityModifier() = data->m_flVelocityModifier;
}

void engineprediction::update_vel()
{
    static int m_iLastCmdAck = 0;
    static float m_flNextCmdTime = 0.f;

    if (m_clientstate() && (m_iLastCmdAck != m_clientstate()->nLastCommandAck || m_flNextCmdTime != m_clientstate()->flNextCmdTime))
    {
        if (g_ctx.globals.last_velocity_modifier != g_ctx.local()->m_flVelocityModifier())
        {
            *reinterpret_cast<int*>(reinterpret_cast<uintptr_t>(m_prediction() + 0x24)) = 1;
            g_ctx.globals.last_velocity_modifier = g_ctx.local()->m_flVelocityModifier();
        }

        m_iLastCmdAck = m_clientstate()->nLastCommandAck;
        m_flNextCmdTime = m_clientstate()->flNextCmdTime;
    }
}

void engineprediction::setup()
{
    if (prediction_data.prediction_stage != SETUP)
        return;

    backup_data.flags = g_ctx.local()->m_fFlags(); //-V807
    backup_data.velocity = g_ctx.local()->m_vecVelocity();

    prediction_data.old_curtime = m_globals()->m_curtime; //-V807
    prediction_data.old_frametime = m_globals()->m_frametime;

    m_prediction()->InPrediction = true;
    m_prediction()->IsFirstTimePredicted = false;

    m_globals()->m_curtime = TICKS_TO_TIME(g_ctx.globals.fixed_tickbase);
    m_globals()->m_frametime = m_prediction()->EnginePaused ? 0.0f : m_globals()->m_intervalpertick;

    prediction_data.prediction_stage = PREDICT;
}

void engineprediction::predict(CUserCmd* m_pcmd)
{
    if (prediction_data.prediction_stage != PREDICT)
        return;

    const auto backup_footsteps = m_cvar()->FindVar(crypt_str("sv_footsteps"))->GetInt();
    m_cvar()->FindVar(crypt_str("sv_footsteps"))->m_nFlags &= ~(1 << 14);
    m_cvar()->FindVar(crypt_str("sv_footsteps"))->m_nFlags &= ~(1 << 8);
    m_cvar()->FindVar(crypt_str("sv_footsteps"))->SetValue(0);

    if (m_clientstate()->iDeltaTick > 0)
        m_prediction()->Update(m_clientstate()->iDeltaTick, true, m_clientstate()->nLastCommandAck, m_clientstate()->nLastOutgoingCommand + m_clientstate()->iChokedCommands);

    if (!prediction_data.prediction_random_seed)
        prediction_data.prediction_random_seed = *reinterpret_cast <int**> (util::FindSignature(crypt_str("client.dll"), crypt_str("A3 ? ? ? ? 66 0F 6E 86")) + 0x1);

    *prediction_data.prediction_random_seed = MD5_PseudoRandom(m_pcmd->m_command_number % 150);

    if (!prediction_data.prediction_player)
        prediction_data.prediction_player = *reinterpret_cast <int**> (util::FindSignature(crypt_str("client.dll"), crypt_str("89 35 ? ? ? ? F3 0F 10 48")) + 0x2);

    *prediction_data.prediction_player = reinterpret_cast <int> (g_ctx.local());

    m_movehelper()->set_host(g_ctx.local());
    m_gamemovement()->StartTrackPredictionErrors(g_ctx.local()); //-V807

    static auto m_nImpulse = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_nImpulse"));
    static auto m_nButtons = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_nButtons"));
    static auto m_afButtonLast = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_afButtonLast"));
    static auto m_afButtonPressed = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_afButtonPressed"));
    static auto m_afButtonReleased = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_afButtonReleased"));

    if (m_pcmd->m_impulse)
        *reinterpret_cast<uint32_t*>(uint32_t(g_ctx.local()) + m_nImpulse) = m_pcmd->m_impulse;


    CMoveData move_data;
    memset(&move_data, 0, sizeof(CMoveData));

    m_prediction()->SetupMove(g_ctx.local(), m_pcmd, m_movehelper(), &move_data);
    m_gamemovement()->ProcessMovement(g_ctx.local(), &move_data);
    m_prediction()->FinishMove(g_ctx.local(), m_pcmd, &move_data);

    m_gamemovement()->FinishTrackPredictionErrors(g_ctx.local());
    m_movehelper()->set_host(nullptr);

    auto viewmodel = g_ctx.local()->m_hViewModel().Get();

    if (viewmodel)
    {
        viewmodel_data.weapon = viewmodel->m_hWeapon().Get();

        viewmodel_data.viewmodel_index = viewmodel->m_nViewModelIndex();
        viewmodel_data.sequence = viewmodel->m_nSequence();
        viewmodel_data.animation_parity = viewmodel->m_nAnimationParity();

        viewmodel_data.cycle = viewmodel->m_flCycle();
        viewmodel_data.animation_time = viewmodel->m_flAnimTime();
    }


    const auto weapon = g_ctx.local()->m_hActiveWeapon().Get();
    if (!weapon) {
        m_spread = m_inaccuracy = 0.f;
        return;
    }

    weapon->update_accuracy_penality();

    m_spread = weapon->get_spread_virtual();

    m_inaccuracy = weapon->get_inaccuracy_virtual();

    m_cvar()->FindVar(crypt_str("sv_footsteps"))->SetValue(backup_footsteps);

    prediction_data.prediction_stage = FINISH;
}

void engineprediction::finish()
{
    if (prediction_data.prediction_stage != FINISH)
        return;

    *prediction_data.prediction_random_seed = -1;
    *prediction_data.prediction_player = 0;

    m_globals()->m_curtime = prediction_data.old_curtime;
    m_globals()->m_frametime = prediction_data.old_frametime;
}
prediction_system.h

Код: 
#pragma once

#include "..\..\includes.hpp"
#include "..\..\sdk\structs.hpp"

enum Prediction_stage
{
    SETUP,
    PREDICT,
    FINISH
};
class StoredData_t {
public:
    int    m_tickbase;
    Vector  m_punch;
    Vector  m_punch_vel;
    Vector m_view_offset;
    float  m_velocity_modifier;

public:
    __forceinline StoredData_t() : m_tickbase{ }, m_punch{ }, m_punch_vel{ }, m_view_offset{ }, m_velocity_modifier{ } {};
};
std::array< StoredData_t, MULTIPLAYER_BACKUP > m_data;
struct Netvars_data
{
    Netvars_data() {
        reset();
    };
    ~Netvars_data() {
        reset();
    };
    float m_duckAmount = 0.f;
    float m_duckSpeed = 0.f;
    int tickbase = INT_MIN;
    void reset()
    {
        command_number = INT_MAX;

        m_aimPunchAngle.Zero();
        m_aimPunchAngleVel.Zero();
        m_viewPunchAngle.Zero();
        m_vecViewOffset.Zero();
        m_vecVelocity.Zero();


        m_flDuckAmount = FLT_MIN;
        m_flThirdpersonRecoil = FLT_MIN;
        m_flFallVelocity = FLT_MIN;
        m_flVelocityModifier = FLT_MIN;

        m_bIsFilled = false;
    }

    int command_number = INT_MAX;

    Vector m_aimPunchAngle = ZERO;
    Vector m_aimPunchAngleVel = ZERO;
    Vector m_viewPunchAngle = ZERO;
    Vector m_vecViewOffset = ZERO;
    Vector m_vecVelocity = ZERO;

    float m_flDuckAmount = FLT_MIN;
    float m_flThirdpersonRecoil = FLT_MIN;
    float m_flFallVelocity = FLT_MIN;
    float m_flVelocityModifier = FLT_MIN;

    bool m_bIsFilled = false;
};
class engineprediction : public singleton <engineprediction>
{
    struct Backup_data
    {
        int flags = 0;
        Vector velocity = ZERO;
    };

    struct Prediction_data
    {
        void reset()
        {
            prediction_stage = SETUP;
            old_curtime = 0.0f;
            old_frametime = 0.0f;
        }

        Prediction_stage prediction_stage = SETUP;
        float old_curtime = 0.0f;
        float old_frametime = 0.0f;
        int* prediction_random_seed = nullptr;
        int* prediction_player = nullptr;
    };
    float m_spread, m_inaccuracy;
    struct Viewmodel_data
    {
        weapon_t* weapon = nullptr;

        int viewmodel_index = 0;
        int sequence = 0;
        int animation_parity = 0;

        float cycle = 0.0f;
        float animation_time = 0.0f;
    };
public:
    Netvars_data netvars_data[MULTIPLAYER_BACKUP] = {};
    Backup_data backup_data;
    Prediction_data prediction_data;
    Viewmodel_data viewmodel_data;
    float get_spread() const { return m_spread; }
    float get_inaccuracy() const { return m_inaccuracy; }

    void store_netvars();
    void store_data();
    void reset_data();
    void update_vel();
    void restore_netvars();
    void setup();
    void predict(CUserCmd* m_pcmd);
    void finish();
};
m_flThirdpersonRecoil():
structs.hpp
Код: 
NETVAR(float, m_flThirdpersonRecoil, crypt_str("CCSPlayer"), crypt_str("m_flThirdpersonRecoil"));
get_spread_virtual():
structs.cpp

Код: 
loat weapon_t::get_spread_virtual()
{
    if (!this) //-V704
        return 0.0f;

    return call_virtual<float(__thiscall*)(void*)>(this, g_ctx.indexes.at(10))(this);
}
get_inaccuracy_virtual()
structs.cpp:
Код: 
loat weapon_t::get_inaccuracy_virtual()
{
    if (!this) //-V704
        return 0.0f;

    return call_virtual<float(__thiscall*)(void*)>(this, g_ctx.indexes.at(9))(this);
}
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Could you stop reposting shit from other forum fuck me man. Post sometimes new
 
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I'm a weeb
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bAnan_N0gi написал(а):
ну опять я )))
prediction_system.cpp
Код: 
// This is an independent project of an individual developer. Dear PVS-Studio, please check it.
// PVS-Studio Static Code Analyzer for C, C++, C#, and Java: http://www.viva64.com

#include "prediction_system.h"

void engineprediction::store_netvars()
{
    auto data = &netvars_data[m_clientstate()->iCommandAck % MULTIPLAYER_BACKUP];

    data->tickbase = g_ctx.local()->m_nTickBase();
    data->m_aimPunchAngle = g_ctx.local()->m_aimPunchAngle();
    data->m_aimPunchAngleVel = g_ctx.local()->m_aimPunchAngleVel();
    data->m_viewPunchAngle = g_ctx.local()->m_viewPunchAngle();
    data->m_vecViewOffset = g_ctx.local()->m_vecViewOffset();
    data->m_duckAmount = g_ctx.local()->m_flDuckAmount();
    data->m_duckSpeed = g_ctx.local()->m_flDuckSpeed();
}

void engineprediction::store_data()
{
    int          tickbase;
    StoredData_t* data;

    if (!g_ctx.local() && !g_ctx.local()->is_alive()) {
        reset_data();
        return;
    }

    tickbase = g_ctx.local()->m_nTickBase();

    data = &m_data[tickbase % MULTIPLAYER_BACKUP];

    data->m_tickbase = tickbase;
    data->m_punch = g_ctx.local()->m_aimPunchAngle();
    data->m_punch_vel = g_ctx.local()->m_aimPunchAngleVel();
    data->m_view_offset = g_ctx.local()->m_vecViewOffset();
    data->m_velocity_modifier = g_ctx.local()->m_flVelocityModifier();
}

void engineprediction::reset_data()
{
    m_data.fill(StoredData_t());
}

void engineprediction::restore_netvars()
{
    int time;

    auto data = &netvars_data[time % MULTIPLAYER_BACKUP]; //-V807

    if (!data || !data->m_bIsFilled || data->command_number != time || (time - data->command_number) > 150)
        return;

    auto aim_punch_angle_delta = data->m_aimPunchAngle - g_ctx.local()->m_aimPunchAngle();
    auto aim_punch_angle_vel_delta = data->m_aimPunchAngleVel - g_ctx.local()->m_aimPunchAngleVel();
    auto view_punch_angle_delta = data->m_viewPunchAngle - g_ctx.local()->m_viewPunchAngle();
    auto view_offset_delta = data->m_vecViewOffset - g_ctx.local()->m_vecViewOffset();
    auto velocity_delta = data->m_vecVelocity - g_ctx.local()->m_vecVelocity();

    auto thirdperson_recoil_delta = data->m_flThirdpersonRecoil - g_ctx.local()->m_flThirdpersonRecoil();
    auto duck_amount_delta = data->m_flDuckAmount - g_ctx.local()->m_flDuckAmount();
    auto fall_velocity_delta = data->m_flFallVelocity - g_ctx.local()->m_flFallVelocity();
    auto velocity_modifier_delta = data->m_flVelocityModifier - g_ctx.local()->m_flVelocityModifier();

    if (std::fabs(aim_punch_angle_delta.x) <= 0.03125f && std::fabs(aim_punch_angle_delta.y) <= 0.03125f && std::fabs(aim_punch_angle_delta.z) <= 0.03125f)
        g_ctx.local()->m_aimPunchAngle() = data->m_aimPunchAngle;

    if (std::fabs(aim_punch_angle_vel_delta.x) <= 0.03125f && std::fabs(aim_punch_angle_vel_delta.y) <= 0.03125f && std::fabs(aim_punch_angle_vel_delta.z) <= 0.03125f)
        g_ctx.local()->m_aimPunchAngleVel() = data->m_aimPunchAngleVel;

    if (std::fabs(view_punch_angle_delta.x) <= 0.03125f && std::fabs(view_punch_angle_delta.y) <= 0.03125f && std::fabs(view_punch_angle_delta.z) <= 0.03125f)
        g_ctx.local()->m_viewPunchAngle() = data->m_viewPunchAngle;

    if (std::fabs(view_offset_delta.x) <= 0.03125f && std::fabs(view_offset_delta.y) <= 0.03125f && std::fabs(view_offset_delta.z) <= 0.03125f)
        g_ctx.local()->m_vecViewOffset() = data->m_vecViewOffset;

    if (std::fabs(velocity_delta.x) <= 0.03125f && std::fabs(velocity_delta.y) <= 0.03125f && std::fabs(velocity_delta.z) <= 0.03125f)
        g_ctx.local()->m_vecVelocity() = data->m_vecVelocity;

    if (std::fabs(thirdperson_recoil_delta) <= 0.03125f)
        g_ctx.local()->m_flThirdpersonRecoil() = data->m_flThirdpersonRecoil;

    if (std::fabs(duck_amount_delta) <= 0.03125f)
        g_ctx.local()->m_flDuckAmount() = data->m_flDuckAmount;

    if (std::fabs(fall_velocity_delta) <= 0.03125f)
        g_ctx.local()->m_flFallVelocity() = data->m_flFallVelocity;

    if (std::fabs(velocity_modifier_delta) <= 0.00625f)
        g_ctx.local()->m_flVelocityModifier() = data->m_flVelocityModifier;
}

void engineprediction::update_vel()
{
    static int m_iLastCmdAck = 0;
    static float m_flNextCmdTime = 0.f;

    if (m_clientstate() && (m_iLastCmdAck != m_clientstate()->nLastCommandAck || m_flNextCmdTime != m_clientstate()->flNextCmdTime))
    {
        if (g_ctx.globals.last_velocity_modifier != g_ctx.local()->m_flVelocityModifier())
        {
            *reinterpret_cast<int*>(reinterpret_cast<uintptr_t>(m_prediction() + 0x24)) = 1;
            g_ctx.globals.last_velocity_modifier = g_ctx.local()->m_flVelocityModifier();
        }

        m_iLastCmdAck = m_clientstate()->nLastCommandAck;
        m_flNextCmdTime = m_clientstate()->flNextCmdTime;
    }
}

void engineprediction::setup()
{
    if (prediction_data.prediction_stage != SETUP)
        return;

    backup_data.flags = g_ctx.local()->m_fFlags(); //-V807
    backup_data.velocity = g_ctx.local()->m_vecVelocity();

    prediction_data.old_curtime = m_globals()->m_curtime; //-V807
    prediction_data.old_frametime = m_globals()->m_frametime;

    m_prediction()->InPrediction = true;
    m_prediction()->IsFirstTimePredicted = false;

    m_globals()->m_curtime = TICKS_TO_TIME(g_ctx.globals.fixed_tickbase);
    m_globals()->m_frametime = m_prediction()->EnginePaused ? 0.0f : m_globals()->m_intervalpertick;

    prediction_data.prediction_stage = PREDICT;
}

void engineprediction::predict(CUserCmd* m_pcmd)
{
    if (prediction_data.prediction_stage != PREDICT)
        return;

    const auto backup_footsteps = m_cvar()->FindVar(crypt_str("sv_footsteps"))->GetInt();
    m_cvar()->FindVar(crypt_str("sv_footsteps"))->m_nFlags &= ~(1 << 14);
    m_cvar()->FindVar(crypt_str("sv_footsteps"))->m_nFlags &= ~(1 << 8);
    m_cvar()->FindVar(crypt_str("sv_footsteps"))->SetValue(0);

    if (m_clientstate()->iDeltaTick > 0)
        m_prediction()->Update(m_clientstate()->iDeltaTick, true, m_clientstate()->nLastCommandAck, m_clientstate()->nLastOutgoingCommand + m_clientstate()->iChokedCommands);

    if (!prediction_data.prediction_random_seed)
        prediction_data.prediction_random_seed = *reinterpret_cast <int**> (util::FindSignature(crypt_str("client.dll"), crypt_str("A3 ? ? ? ? 66 0F 6E 86")) + 0x1);

    *prediction_data.prediction_random_seed = MD5_PseudoRandom(m_pcmd->m_command_number % 150);

    if (!prediction_data.prediction_player)
        prediction_data.prediction_player = *reinterpret_cast <int**> (util::FindSignature(crypt_str("client.dll"), crypt_str("89 35 ? ? ? ? F3 0F 10 48")) + 0x2);

    *prediction_data.prediction_player = reinterpret_cast <int> (g_ctx.local());

    m_movehelper()->set_host(g_ctx.local());
    m_gamemovement()->StartTrackPredictionErrors(g_ctx.local()); //-V807

    static auto m_nImpulse = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_nImpulse"));
    static auto m_nButtons = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_nButtons"));
    static auto m_afButtonLast = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_afButtonLast"));
    static auto m_afButtonPressed = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_afButtonPressed"));
    static auto m_afButtonReleased = util::find_in_datamap(g_ctx.local()->GetPredDescMap(), crypt_str("m_afButtonReleased"));

    if (m_pcmd->m_impulse)
        *reinterpret_cast<uint32_t*>(uint32_t(g_ctx.local()) + m_nImpulse) = m_pcmd->m_impulse;


    CMoveData move_data;
    memset(&move_data, 0, sizeof(CMoveData));

    m_prediction()->SetupMove(g_ctx.local(), m_pcmd, m_movehelper(), &move_data);
    m_gamemovement()->ProcessMovement(g_ctx.local(), &move_data);
    m_prediction()->FinishMove(g_ctx.local(), m_pcmd, &move_data);

    m_gamemovement()->FinishTrackPredictionErrors(g_ctx.local());
    m_movehelper()->set_host(nullptr);

    auto viewmodel = g_ctx.local()->m_hViewModel().Get();

    if (viewmodel)
    {
        viewmodel_data.weapon = viewmodel->m_hWeapon().Get();

        viewmodel_data.viewmodel_index = viewmodel->m_nViewModelIndex();
        viewmodel_data.sequence = viewmodel->m_nSequence();
        viewmodel_data.animation_parity = viewmodel->m_nAnimationParity();

        viewmodel_data.cycle = viewmodel->m_flCycle();
        viewmodel_data.animation_time = viewmodel->m_flAnimTime();
    }


    const auto weapon = g_ctx.local()->m_hActiveWeapon().Get();
    if (!weapon) {
        m_spread = m_inaccuracy = 0.f;
        return;
    }

    weapon->update_accuracy_penality();

    m_spread = weapon->get_spread_virtual();

    m_inaccuracy = weapon->get_inaccuracy_virtual();

    m_cvar()->FindVar(crypt_str("sv_footsteps"))->SetValue(backup_footsteps);

    prediction_data.prediction_stage = FINISH;
}

void engineprediction::finish()
{
    if (prediction_data.prediction_stage != FINISH)
        return;

    *prediction_data.prediction_random_seed = -1;
    *prediction_data.prediction_player = 0;

    m_globals()->m_curtime = prediction_data.old_curtime;
    m_globals()->m_frametime = prediction_data.old_frametime;
}
prediction_system.h

Код: 
#pragma once

#include "..\..\includes.hpp"
#include "..\..\sdk\structs.hpp"

enum Prediction_stage
{
    SETUP,
    PREDICT,
    FINISH
};
class StoredData_t {
public:
    int    m_tickbase;
    Vector  m_punch;
    Vector  m_punch_vel;
    Vector m_view_offset;
    float  m_velocity_modifier;

public:
    __forceinline StoredData_t() : m_tickbase{ }, m_punch{ }, m_punch_vel{ }, m_view_offset{ }, m_velocity_modifier{ } {};
};
std::array< StoredData_t, MULTIPLAYER_BACKUP > m_data;
struct Netvars_data
{
    Netvars_data() {
        reset();
    };
    ~Netvars_data() {
        reset();
    };
    float m_duckAmount = 0.f;
    float m_duckSpeed = 0.f;
    int tickbase = INT_MIN;
    void reset()
    {
        command_number = INT_MAX;

        m_aimPunchAngle.Zero();
        m_aimPunchAngleVel.Zero();
        m_viewPunchAngle.Zero();
        m_vecViewOffset.Zero();
        m_vecVelocity.Zero();


        m_flDuckAmount = FLT_MIN;
        m_flThirdpersonRecoil = FLT_MIN;
        m_flFallVelocity = FLT_MIN;
        m_flVelocityModifier = FLT_MIN;

        m_bIsFilled = false;
    }

    int command_number = INT_MAX;

    Vector m_aimPunchAngle = ZERO;
    Vector m_aimPunchAngleVel = ZERO;
    Vector m_viewPunchAngle = ZERO;
    Vector m_vecViewOffset = ZERO;
    Vector m_vecVelocity = ZERO;

    float m_flDuckAmount = FLT_MIN;
    float m_flThirdpersonRecoil = FLT_MIN;
    float m_flFallVelocity = FLT_MIN;
    float m_flVelocityModifier = FLT_MIN;

    bool m_bIsFilled = false;
};
class engineprediction : public singleton <engineprediction>
{
    struct Backup_data
    {
        int flags = 0;
        Vector velocity = ZERO;
    };

    struct Prediction_data
    {
        void reset()
        {
            prediction_stage = SETUP;
            old_curtime = 0.0f;
            old_frametime = 0.0f;
        }

        Prediction_stage prediction_stage = SETUP;
        float old_curtime = 0.0f;
        float old_frametime = 0.0f;
        int* prediction_random_seed = nullptr;
        int* prediction_player = nullptr;
    };
    float m_spread, m_inaccuracy;
    struct Viewmodel_data
    {
        weapon_t* weapon = nullptr;

        int viewmodel_index = 0;
        int sequence = 0;
        int animation_parity = 0;

        float cycle = 0.0f;
        float animation_time = 0.0f;
    };
public:
    Netvars_data netvars_data[MULTIPLAYER_BACKUP] = {};
    Backup_data backup_data;
    Prediction_data prediction_data;
    Viewmodel_data viewmodel_data;
    float get_spread() const { return m_spread; }
    float get_inaccuracy() const { return m_inaccuracy; }

    void store_netvars();
    void store_data();
    void reset_data();
    void update_vel();
    void restore_netvars();
    void setup();
    void predict(CUserCmd* m_pcmd);
    void finish();
};
m_flThirdpersonRecoil():
structs.hpp
Код: 
NETVAR(float, m_flThirdpersonRecoil, crypt_str("CCSPlayer"), crypt_str("m_flThirdpersonRecoil"));
get_spread_virtual():
structs.cpp

Код: 
loat weapon_t::get_spread_virtual()
{
    if (!this) //-V704
        return 0.0f;

    return call_virtual<float(__thiscall*)(void*)>(this, g_ctx.indexes.at(10))(this);
}
get_inaccuracy_virtual()
structs.cpp:
Код: 
loat weapon_t::get_inaccuracy_virtual()
{
    if (!this) //-V704
        return 0.0f;

    return call_virtual<float(__thiscall*)(void*)>(this, g_ctx.indexes.at(9))(this);
}
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So u grabbed some stuff from otv 4 prediction and past into legendware

And you not storing and restoring some necessary stuff your accuracy be affected cuz if that
 
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