Temperature and locks wavemaker [SOLVED]

[Simone Sandonati]

I noticed that when I connect the temperature probes the wavemaker mode 1 has the block about every 5 seconds pretty obvious

can be improved so that everything is more linear?

thanks

[Fernando Garcia]

Hi!

This is not a problem.

The Atmega isn't multitask so when you see a small pause on graphs it mean that the controller is doing others things.

Best regards.

[Simone Sandonati]

thanks

I can set the reading parameters from 5 seconds to 10 seconds?

there are problems?

[Fernando Garcia]

Hi!

On loop find:

Code: Select all

if (millis() - previousMillis > 5000)


Replace with:

Code: Select all

if (millis() - previousMillis > 10000)


In the tab "parametros" find:

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  if(contador_temp == 12)
  {
    tempC = temperatura_agua_temp / 12;
    tempH = temperatura_dissipador_temp / 12;
    tempA = temperatura_ambiente_temp / 12;


Replace with:

Code: Select all

  if(contador_temp == 6)
  {
    tempC = temperatura_agua_temp / 6;
    tempH = temperatura_dissipador_temp / 6;
    tempA = temperatura_ambiente_temp / 6;


Best regards.

[Simone Sandonati]

thanks

I know why I have to change this code also ?????????

Code: Select all

 if(contador_temp == 12)
  {
    tempC = temperatura_agua_temp / 12;
    tempH = temperatura_dissipador_temp / 12;
    tempA = temperatura_ambiente_temp / 12;


in this

Code: Select all

if(contador_temp == 6)
  {
    tempC = temperatura_agua_temp / 6;
    tempH = temperatura_dissipador_temp / 6;
    tempA = temperatura_ambiente_temp / 6;


[Fernando Garcia]

Because 60 seconds / 10 seconds = 6, so the temperature will be updated to each 60 seconds.
Otherwise 12 * 10 seconds = 120 seconds, of this way the temperature will be updated to each 120 seconds.

[Simone Sandonati]

thanks

but I do not understand

with 5 seconds was 12

I have to put with 10 seconds to 6

[Fernando Garcia]

12 * 5 = 60 seconds.

Only ask is very easy.

Look the code and try learn.

Code: Select all

void checkTempC()
{
contador_temp ++;
sensors.requestTemperatures(); // Chamada para todos os sensores.
temperatura_agua_temp += (sensors.getTempC(sensor_agua)); // Lê temperatura da água
temperatura_dissipador_temp += (sensors.getTempC(sensor_dissipador)); // Lê temperatura do dissipador
temperatura_ambiente_temp += (sensors.getTempC(sensor_ambiente)); // Lê temperatura do dissipador

if(contador_temp == 12)
{
tempC = temperatura_agua_temp / 12;
tempH = temperatura_dissipador_temp / 12;
tempA = temperatura_ambiente_temp / 12;
contador_temp = 0;
temperatura_agua_temp = 0;
temperatura_dissipador_temp = 0;
temperatura_ambiente_temp = 0;
}