Method Calculate

ogsr_engine/xrGame/PHMovementControl.cpp:124–172

}

void CPHMovementControl::Calculate(Fvector& vAccel, const Fvector& camDir, float /**ang_speed/**/, float jump, float /**dt/**/, bool /**bLight/**/)
{
    Fvector previous_position;
    previous_position.set(vPosition);
    m_character->IPosition(vPosition);

    if (bExernalImpulse)
    {
        vAccel.add(vExternalImpulse);
        m_character->ApplyForce(vExternalImpulse);
        vExternalImpulse.set(0.f, 0.f, 0.f);

        bExernalImpulse = false;
    }

    float mAccel = vAccel.magnitude();
    m_character->SetCamDir(camDir);
    m_character->SetMaximumVelocity(mAccel / 10.f);
    m_character->SetAcceleration(vAccel);
    if (!fis_zero(jump))
        m_character->Jump(vAccel);

    m_character->GetSavedVelocity(vVelocity);
    fActualVelocity = vVelocity.magnitude();
    gcontact_Was = m_character->ContactWas();

    //////
    UpdateCollisionDamage();
    if (m_character->LastMaterialIDX() != u16(-1))
    {
        const SGameMtl* last_material = GMLib.GetMaterialByIdx(m_character->LastMaterialIDX());
        if (last_material->Flags.test(SGameMtl::flInjurious))
        {
            gcontact_HealthLost += Device.fTimeDelta * last_material->fInjuriousSpeed;
        }
    }

    auto* cdi = CollisionDamageInfo();

    if (auto* hcb = cdi->HitCallback())
    {
        hcb->call(nullptr, fMinCrashSpeed, fMaxCrashSpeed, fContactSpeed, gcontact_HealthLost, cdi);
    }

    TraceBorder(previous_position);
    CheckEnvironment(vPosition);
    bSleep = false;
    m_character->Reinit();
}

void CPHMovementControl::UpdateCollisionDamage()
{