//-----------------------------------------------
void snmp_max_current_koef_write (int mode)
{
if(mode==MIB_WRITE)
{
gran(&snmp_max_current_koef,5,10);
lc640_write_int(EE_KIMAX,snmp_max_current_koef);
}
}
//-----------------------------------------------
void snmp_powerup_psu_timeout_write (int mode)
{
if(mode==MIB_WRITE)
{
gran(&snmp_powerup_psu_timeout,0,3);
lc640_write_int(EE_TZAS,snmp_powerup_psu_timeout);
}
}
//-----------------------------------------------
void snmp_max_charge_current_write (int mode)
{
if(mode==MIB_WRITE)
{
gran(&snmp_max_charge_current,5,10);
lc640_write_int(EE_IZMAX,snmp_max_charge_current);
}
}
//-----------------------------------------------
void snmp_max_current_write (int mode)
{
if(mode==MIB_WRITE)
{
gran(&snmp_max_current,1,500);
lc640_write_int(EE_IMAX,snmp_max_current);
}
}
//-----------------------------------------------
void snmp_u_withouth_bat_write (int mode)
{
if(mode==MIB_WRITE)
{
gran(&snmp_u_withouth_bat,10,1000);
lc640_write_int(EE_U0B,snmp_u_withouth_bat);
}
}
//-----------------------------------------------
void snmp_u_sign_write (int mode)
{
if(mode==MIB_WRITE)
{
gran(&snmp_u_sign,10,1000);
lc640_write_int(EE_USIGN,snmp_u_sign);
}
}
//-----------------------------------------------
void snmp_u_min_power_write (int mode)
{
if(mode==MIB_WRITE)
{
gran(&snmp_u_min_power,1,220);
lc640_write_int(EE_UMN,snmp_u_min_power);
}
}
//-----------------------------------------------
void snmp_u_20_grad_write (int mode)
{
if(mode==MIB_WRITE)
{
gran(&snmp_u_20_grad,10,1000);
lc640_write_int(EE_UB20,snmp_u_20_grad);
}
}
//-----------------------------------------------
void snmp_u_max_write (int mode)
{
if(mode==MIB_WRITE)
{
gran(&snmp_u_max,10,1000);
lc640_write_int(EE_UMAX,snmp_u_max);
}
}
//-----------------------------------------------
void snmp_bat_test_time_write (int mode)
{
if(mode==MIB_WRITE)
{
gran(&snmp_bat_test_time,0,60);
lc640_write_int(EE_TBAT,snmp_bat_test_time);
}
}
//-----------------------------------------------
void snmp_max_temperature_write (int mode)
{
if(mode==MIB_WRITE)
{
gran(&snmp_max_temperature,10,100);
lc640_write_int(EE_TMAX,snmp_max_temperature);
}
}
//-----------------------------------------------
void snmp_control_current_write (int mode)
{
if(mode==MIB_WRITE)
{
gran(&snmp_control_current,1,500);
lc640_write_int(EE_IKB,snmp_control_current);
}
}
qint16 Modulator::postProcessSample (qint16 sample) const
{
if (m_addNoise) { // Test frame, we'll add noise
qint32 s = m_fac * (gran () + sample * m_snr / 32768.0);
if (s > std::numeric_limits<qint16>::max ()) {
s = std::numeric_limits<qint16>::max ();
}
if (s < std::numeric_limits<qint16>::min ()) {
s = std::numeric_limits<qint16>::min ();
}
sample = s;
}
return sample;
}
void test_Granulator() {
StaticVariable wave(1); //not implemented yet
StaticVariable env(1); //not implemented yet
StaticVariable amp(0.2);
StaticVariable dur(0.07);
StaticVariable pan(0);
Envelope rate(11,0,30,11,70);
rate.trigger();
RandomVariable freq_in1(kNormal, 500, 200, 0, 0);
Clipper freq(freq_in1, kBoth, 100, 12000);
Granulator gran(wave, env, rate, amp, freq, dur, pan);
logMsg("playing granulator...");
gIO->set_root(gran);
gIO->open();
//csl::sleep_usec(2000000);
std::cout << "Starting" << endl;
#ifdef RT_IO
gIO->start();
csl::sleep_usec(10000000);
#else
//NOTE: REGULAR START FUNCTION DOESN"T SEEM TO WORK FOR FILEIO
gIO->start(10);
#endif
std::cout << "Stopping" << endl;
gIO->stop();
std::cout << "Closing" << endl;
gIO->close();
std::cout << "Total grains produced 1: " << gran.num_grains << endl;
logMsg("granulator done.");
csl::sleep_usec(5000000);
}
//-----------------------------------------------
void but_an(void)
{
if(!n_but)goto but_an_end;
snmp_trap_send("Main power alarm. Power source is ACB",1,1);
if(ind==iMn)
{
if((but==butLRC_)||(but==butE_))
{
ind=iDef_net_set;
}
if(but==butC_)
{
ind=iK;
sub_ind=0;
}
if(but==butE)
{
snmp_trap_send("Main power alarm. Power source is ACB",1,1);
}
}
else if(ind==iDef_net_set)
{
if((but==butLRC_)||(but==butE_))
{
char i;
ind=iMn;
ETH_IP_1=192;
ETH_IP_2=168;
ETH_IP_3=1;
ETH_IP_4=1;
lc640_write_int(EE_ETH_IP_1,ETH_IP_1);
lc640_write_int(EE_ETH_IP_2,ETH_IP_2);
lc640_write_int(EE_ETH_IP_3,ETH_IP_3);
lc640_write_int(EE_ETH_IP_4,ETH_IP_4);
ETH_NET_MASK_1=255;
ETH_NET_MASK_2=255;
ETH_NET_MASK_3=255;
ETH_NET_MASK_4=0;
lc640_write_int(EE_ETH_NET_MASK_1,ETH_NET_MASK_1);
lc640_write_int(EE_ETH_NET_MASK_2,ETH_NET_MASK_2);
lc640_write_int(EE_ETH_NET_MASK_3,ETH_NET_MASK_3);
lc640_write_int(EE_ETH_NET_MASK_4,ETH_NET_MASK_4);
ETH_DEF_GATW_1=192;
ETH_DEF_GATW_2=168;
ETH_DEF_GATW_3=1;
ETH_DEF_GATW_4=254;
lc640_write_int(EE_ETH_DEF_GATW_1,ETH_DEF_GATW_1);
lc640_write_int(EE_ETH_DEF_GATW_2,ETH_DEF_GATW_2);
lc640_write_int(EE_ETH_DEF_GATW_3,ETH_DEF_GATW_3);
lc640_write_int(EE_ETH_DEF_GATW_4,ETH_DEF_GATW_4);
snmp_snmp_settings_read_community[0]='p';
snmp_snmp_settings_read_community[1]='u';
snmp_snmp_settings_read_community[2]='b';
snmp_snmp_settings_read_community[3]='l';
snmp_snmp_settings_read_community[4]='i';
snmp_snmp_settings_read_community[5]='c';
snmp_snmp_settings_read_community[6]=0;
snmp_snmp_settings_read_community[7]=0;
snmp_snmp_settings_read_community[8]=0;
snmp_snmp_settings_read_community[9]=0;
snmp_snmp_settings_read_community[10]=0;
snmp_snmp_settings_read_community[11]=0;
snmp_snmp_settings_read_community[12]=0;
snmp_snmp_settings_read_community[13]=0;
snmp_snmp_settings_read_community[14]=0;
snmp_snmp_settings_read_community[15]=0;
for(i=0;i<16;i++)
{
lc640_write(EE_SNMP_READ_COMMUNITY+i,snmp_snmp_settings_read_community[i]);
}
SNMP_READ_PORT=161;
lc640_write_int(EE_SNMP_READ_PORT,SNMP_READ_PORT);
SNMP_WRITE_PORT=162;
lc640_write_int(EE_SNMP_WRITE_PORT,SNMP_WRITE_PORT); /**/
}
}
else if(ind==iK)
{
if(but==butC_)
{
ind=iMn;
}
if(but==butC)
{
sub_ind++;
if(sub_ind>=6)sub_ind=0;
}
else if(sub_ind==0)
{
if(but==butR)
{
can1_out(NUMB,NUMB,KLBR,(0*16)+2,(0*16)+2,0,0,0);
}
else if(but==butR_)
{
can1_out(NUMB,NUMB,KLBR,(0*16)+3,(0*16)+3,0,0,0);
}
else if(but==butL)
{
can1_out(NUMB,NUMB,KLBR,(0*16)+4,(0*16)+4,0,0,0);
}
else if(but==butL_)
{
can1_out(NUMB,NUMB,KLBR,(0*16)+5,(0*16)+5,0,0,0);
}
}
else if(sub_ind==1)
{
if(but==butR)
{
can1_out(NUMB,NUMB,KLBR,(2*16)+2,(2*16)+2,0,0,0);
}
else if(but==butR_)
{
can1_out(NUMB,NUMB,KLBR,(2*16)+3,(2*16)+3,0,0,0);
}
else if(but==butL)
{
can1_out(NUMB,NUMB,KLBR,(2*16)+4,(2*16)+4,0,0,0);
}
else if(but==butL_)
{
can1_out(NUMB,NUMB,KLBR,(2*16)+5,(2*16)+5,0,0,0);
}
else if(but==butLR)
{
can1_out(NUMB,NUMB,KLBR,(2*16)+1,(2*16)+1,0,0,0);
}
}
else if(sub_ind==2)
{
if(but==butR)
{
can1_out(NUMB,NUMB,KLBR,(3*16)+2,(3*16)+2,0,0,0);
}
else if(but==butR_)
{
can1_out(NUMB,NUMB,KLBR,(3*16)+3,(3*16)+3,0,0,0);
}
else if(but==butL)
{
can1_out(NUMB,NUMB,KLBR,(3*16)+4,(3*16)+4,0,0,0);
}
else if(but==butL_)
{
can1_out(NUMB,NUMB,KLBR,(3*16)+5,(3*16)+5,0,0,0);
}
}
#define UAKB_L 1500
#define UAKB_H 2100
else if(sub_ind==3)
{
if(but==butR)
{
Kubat[0]+=2;
gran(&Kubat[0],UAKB_L,UAKB_H);
lc640_write_int(EE_KUBAT1,Kubat[0]);
}
else if(but==butR_)
{
Kubat[0]+=5;
gran(&Kubat[0],UAKB_L,UAKB_H);
lc640_write_int(EE_KUBAT1,Kubat[0]);
}
else if(but==butL)
{
Kubat[0]-=2;
gran(&Kubat[0],UAKB_L,UAKB_H);
lc640_write_int(EE_KUBAT1,Kubat[0]);
}
else if(but==butL_)
{
Kubat[0]-=5;
gran(&Kubat[0],UAKB_L,UAKB_H);
lc640_write_int(EE_KUBAT1,Kubat[0]);
}
}
#define IAKB_L 500
#define IAKB_H 1500
else if(sub_ind==4)
{
if(but==butR)
{
Kibat1[0]+=5;
gran(&Kibat1[0],IAKB_L,IAKB_H);
lc640_write_int(EE_KI1BAT1,Kibat1[0]);
}
else if(but==butR_)
{
Kibat1[0]+=20;
gran(&Kibat1[0],IAKB_L,IAKB_H);
lc640_write_int(EE_KI1BAT1,Kibat1[0]);
}
else if(but==butL)
{
Kibat1[0]-=5;
gran(&Kibat1[0],IAKB_L,IAKB_H);
lc640_write_int(EE_KI1BAT1,Kibat1[0]);
}
else if(but==butL_)
{
Kibat1[0]-=20;
gran(&Kibat1[0],IAKB_L,IAKB_H);
lc640_write_int(EE_KI1BAT1,Kibat1[0]);
}
else if(but==butLR)
{
Kibat0[0]=adc_buff_[1];
//gran(&Kibat1[0],IAKB_L,IAKB_H);
lc640_write_int(EE_KI0BAT1,Kibat0[0]); }
}
else if(sub_ind==5)
{
if(but==butR)
{
Kunet++;
gran(&Kunet,900,1300);
lc640_write_int(EE_KUNET,Kunet);
}
else if(but==butR_)
{
Kunet+=5;
gran(&Kunet,900,1300);
lc640_write_int(EE_KUNET,Kunet);
}
else if(but==butL)
{
Kunet--;
gran(&Kunet,900,1300);
lc640_write_int(EE_KUNET,Kunet);
}
else if(but==butL_)
{
Kunet-=5;
gran(&Kunet,900,1300);
lc640_write_int(EE_KUNET,Kunet);
}
}
}
but_an_end:
n_but=0;
}
//-----------------------------------------------
void UART_IN_AN(void)
{
int temp;
if((UIB[0]==CMND)&&(UIB[1]==9)&&(UIB[2]==10))
{
if((sub_ind==0)&&((prog==p3)||(prog==p4)))sub_ind=1;
else sub_ind=0;
}
else if((UIB[0]==CMND)&&(UIB[1]==5)&&(UIB[2]==6))
{
temp=eeprom_read(adress);
temp++;
gran(&temp,0,200);
eeprom_write(adress,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==7)&&(UIB[2]==8))
{
temp=eeprom_read(adress);
temp--;
gran(&temp,0,200);
eeprom_write(adress,(char)temp);
}
/*
if(prog==p1)
{
if((UIB[0]==CMND)&&(UIB[1]==5)&&(UIB[2]==6))
{
temp=eeprom_read(DELAY1);
temp++;
gran(&temp,0,200);
eeprom_write(DELAY1,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==7)&&(UIB[2]==8))
{
temp=eeprom_read(DELAY1);
temp--;
gran(&temp,0,200);
eeprom_write(DELAY1,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==9)&&(UIB[2]==10))
{
temp=eeprom_read(DELAY2);
temp++;
gran(&temp,0,200);
eeprom_write(DELAY2,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==11)&&(UIB[2]==12))
{
temp=eeprom_read(DELAY2);
temp--;
gran(&temp,0,200);
eeprom_write(DELAY2,(char)temp);
}
}
if(prog==p2)
{
if((UIB[0]==CMND)&&(UIB[1]==5)&&(UIB[2]==6))
{
temp=eeprom_read(DELAY3);
temp++;
gran(&temp,0,200);
eeprom_write(DELAY3,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==7)&&(UIB[2]==8))
{
temp=eeprom_read(DELAY3);
temp--;
gran(&temp,0,200);
eeprom_write(DELAY3,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==9)&&(UIB[2]==10))
{
temp=eeprom_read(DELAY4);
temp++;
gran(&temp,0,200);
eeprom_write(DELAY4,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==11)&&(UIB[2]==12))
{
temp=eeprom_read(DELAY4);
temp--;
gran(&temp,0,200);
eeprom_write(DELAY4,(char)temp);
}
} */
}
//-----------------------------------------------
void UART_IN_AN(void)
{
int temp;
if(prog==p1)
{
if((UIB[0]==CMND)&&(UIB[1]==5)&&(UIB[2]==6))
{
temp=eeprom_read(DELAY1);
temp++;
gran(&temp,0,200);
eeprom_write(DELAY1,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==7)&&(UIB[2]==8))
{
temp=eeprom_read(DELAY1);
temp--;
gran(&temp,0,200);
eeprom_write(DELAY1,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==9)&&(UIB[2]==10))
{
temp=eeprom_read(DELAY2);
temp++;
gran(&temp,0,200);
eeprom_write(DELAY2,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==11)&&(UIB[2]==12))
{
temp=eeprom_read(DELAY2);
temp--;
gran(&temp,0,200);
eeprom_write(DELAY2,(char)temp);
}
}
if(prog==p2)
{
if((UIB[0]==CMND)&&(UIB[1]==5)&&(UIB[2]==6))
{
temp=eeprom_read(DELAY3);
temp++;
gran(&temp,0,200);
eeprom_write(DELAY3,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==7)&&(UIB[2]==8))
{
temp=eeprom_read(DELAY3);
temp--;
gran(&temp,0,200);
eeprom_write(DELAY3,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==9)&&(UIB[2]==10))
{
temp=eeprom_read(DELAY4);
temp++;
gran(&temp,0,200);
eeprom_write(DELAY4,(char)temp);
}
else if((UIB[0]==CMND)&&(UIB[1]==11)&&(UIB[2]==12))
{
temp=eeprom_read(DELAY4);
temp--;
gran(&temp,0,200);
eeprom_write(DELAY4,(char)temp);
}
}
}
