push_filt_strmbuf
( std_buf_type& a_buf
, int width=indent_filter<Ch>::width_default
)
{
filt_type my_filter(width);
this->push(my_filter,0,0);
this->push(a_buf);
}
void computeContent(void)
{
if(cntTimeCode == (STORE_SIZE - 1)){
cntTimeCode = 0;
if(refreshRawData){
for(i = 0; i < STORE_SIZE; ++i){
rawStoreTimeCode[i] = storeTimeCode[i];
}
refreshRawData=0;
}
/*Par.timeCodA = my_filter(storeTimeCode, STORE_SIZE, 10);*/
timeCode = my_filter(storeTimeCode, STORE_SIZE, 10);
deadTime = (double) Par.deadTime / 100000000; //0.01 uS 2400 = 24 us
timePropagation = (double)timeCode * IMPULSE_ZAP;
speedCurrent = Par.acusticBase / ((timePropagation - deadTime) * 1000) ; // *1000 because BASE mm
/*Par.speedCurrent = speedCurrent;*/
speedResin = (double)Par.speedResin;
if (speedCurrent < speedBase){
resinContent = calc_sod(speedCurrent,speedBase,speedResin);
}
else{
resinContent = 0;
}
if(beginInitialisation == true){
speedBase = speedCurrent;
/*Par.timeCod = Par.timeCodA;*/
/*Par.speedDry = speedBase;*/
save_parametrs(PARAMETRS_ADDR,Par.BUF); //Сохранение параметров
beginInitialisation = 0;
}
if (PORT_ReadInputDataBit(MD2_PORT, MD2_PIN_F) == Bit_SET){
if( resinContent != 0)
Par.resinContent = resinContent;
}
else{
Par.resinContent = resinContent;
}
dac_out = Par.resinContent * 37.52; //0x0EA8 = 100 % (3752)
}
}
