Method VFXSmokeStack

src/SB/Game/zNPCTypeDuplotron.cpp:446–482

}

void zNPCDuplotron::VFXSmokeStack(F32 dt)
{
    static const xVec3 vec_emitOffset = {};

    NPCC_TmrCycle(&dt, 1.0f, this->tmr_smokeCycle);

    if (this->IsAttackFrame(-1.0f, 0) != 0)
    {
        F32 ds2_cam = NPCC_ds2_toCam(this->Pos(), 0x0);
        if (!(ds2_cam > SQ(25.0f)))
        {
            // temp var needed for .sdata2 match
            F32 s = isin(this->tmr_smokeCycle * 2.0f * PI);
            S32 npar = 5.0f * s;
            if (0 < npar)
            {
                xVec3* pos_emit = NULL;
                *pos_emit = vec_emitOffset;
                xMat3x3RMulVec(pos_emit, (xMat3x3*)this->BoneMat(0xb), pos_emit);
                *pos_emit += *(xVec3*)this->BonePos(0xb);
                xMat3x3RMulVec(pos_emit, (xMat3x3*)this->BoneMat(0), pos_emit);
                *pos_emit += *(xVec3*)this->BonePos(0);
                for (S32 i = 0; i < npar; i++)
                {
                    xVec3Copy(&g_parf_smoky.pos, pos_emit);
                    F32 rand = xurand();
                    g_parf_smoky.pos.y += 0.1f;
                    g_parf_smoky.pos.x += 0.1f * (2.0f * (rand - 0.5f));
                    rand = xurand();
                    g_parf_smoky.pos.z += 0.1f * (2.0f * (rand - 0.5f));
                    xParEmitterEmitCustom(g_pemit_smoky, dt, &g_parf_smoky);
                }
            }
        }
    }
    return;
}

void zNPCDuplotron::VFXOverheat(F32 dt, F32)
{