#define Ua *((volatile int16_t * const) 0x70000000)
#define Ub *((volatile int16_t * const) 0x70000002)
#define Uc *((volatile int16_t * const) 0x70000004)
#define Ia *((volatile int16_t * const) 0x70000006)
#define Ib *((volatile int16_t * const) 0x70000008)
#define Ic *((volatile int16_t * const) 0x7000000A)
#define d_ref *((volatile int16_t * const) 0x70000100)
#define q_ref *((volatile int16_t * const) 0x70000102)


void pcie_reader (void)
{
    Log_write1(UIABenchmark_start, (xdc_IArg)"interupt_code");
#define TESTMODE
#ifdef TESTMODE
    phi = global_i*(pi/200);
    if (phi>2*pi) phi-=2*pi;

    Ua=(short)3250*sinsp_i(phi);

    if (phi >= 2*pi_3) Ub=(short)3250*sinsp_i(phi-2*pi_3);
    else Ub=(short)3250*sinsp_i(phi-2*pi_3+2*pi);

    if (phi <= 2*pi_3) Uc=(short)3250*sinsp_i(phi+2*pi_3);
    else Uc=(short)3250*sinsp_i(phi+2*pi_3-2*pi);
    // currents

    phi -= 0.451; //power factor 0,9
    if (phi>2*pi) phi-=2*pi;

    Ia=(short)1000*sinsp_i(phi);

    if (phi >= 2*pi_3) Ib=(short)1000*sinsp_i(phi-2*pi_3);
    else Ib=(short)1000*sinsp_i(phi-2*pi_3+2*pi);

    if (phi <= 2*pi_3) Ic=(short)1000*sinsp_i(phi+2*pi_3);
    else Ic=(short)1000*sinsp_i(phi+2*pi_3-2*pi);

#endif

    Ua_float = (float)(Ua*0.1);
    Ub_float = (float)(Ub*0.1);
    Uc_float = (float)(Uc*0.1);
    Ia_float = (float)(Ia*0.1);
    Ib_float = (float)(Ib*0.1);
    Ic_float = (float)(Ic*0.1);

    cache_invalidate ((void *)dstBuf.buf, PCIE_EXAMPLE_DSTBUF_BYTES);
    q_pcc = (one_sqrt3)*(Ia_float*(Ub_float-Uc_float)+Ib_float*(Uc_float-Ua_float)+Ic_float*(Ua_float-Ub_float));
    p_pcc = (Ia_float*Ua_float + Ib_float*Ub_float + Ic_float*Uc_float);

    q_pcc_dc_sum=q_pcc - buf_q_pcc[global_i] + q_pcc_dc_sum_old;
    q_pcc_dc_sum_old = q_pcc_dc_sum;
    Qpcc = (float)(q_pcc_dc_sum * 0.0025);
    buf_q_pcc[global_i]=q_pcc;
    q_ref = (short)(-0.02051282051*Qpcc); // to peak current value


    global_i++;
    if (global_i > 399){
        global_i = 0;
    }

    *((volatile uint32_t *) 0x21800104)=0x01; //status
    *((volatile uint32_t *) 0x21800050)=0x04;  //irq_eio
    Log_write1(UIABenchmark_stop, (xdc_IArg)"interupt_code");
}