124 lines
2.8 KiB
Plaintext
124 lines
2.8 KiB
Plaintext
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int time= 5;
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int ledPin = 2;
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int bomba = 9;
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int sensor1 = 14;
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int sensor2 = 15;
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int gota = 2;
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int pot=4; // el del medio
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int val=10;
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int pul1=17;
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int pul2=18;
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int pul3=19;
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int val1=255;
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int inc=20;
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int flag1=0;
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int flag2=0;
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int flag3=0;
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long temp_ini=0;
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long temp_ini_ant;
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long temp_ant=0;
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void setup() // run once, when the sketch starts
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{
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pinMode(ledPin, OUTPUT); // sets the digital pin as output
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//pinMode(sensor1, INPUT);
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//pinMode(sensor2, INPUT);
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pinMode(pul1, INPUT);
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//pinMode(pul2, INPUT);
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pinMode(pul3, INPUT);
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pinMode(13, OUTPUT);
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pinMode(bomba, OUTPUT);
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//digitalWrite(sensor1, HIGH);
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//digitalWrite(sensor2, HIGH);
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digitalWrite(pul1, HIGH);
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//digitalWrite(pul2, HIGH);
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digitalWrite(pul3, HIGH);
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digitalWrite(13, HIGH); //Encendido
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//analogWrite(bomba, val);
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}
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void loop() // run over and over again
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{
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//if ((digitalRead(sensor1)==0)&&(digitalRead(sensor2)==1)) digitalWrite(bomba, HIGH);
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//else if ((digitalRead(sensor1)==1)&&(digitalRead(sensor2)==0)) digitalWrite(bomba, LOW);
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/*if (digitalRead(pul1)==0) analogWrite(bomba, 255);
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if (digitalRead(pul2)==0) analogWrite(bomba, 200);
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if (digitalRead(pul3)==0) analogWrite(bomba, 160);*/
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if ((digitalRead(pul1)==0)&&(flag1==0))
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{
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if ((val1+inc)>=255) val1=255;
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else val1=val1+inc;
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flag1=1;
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}
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else if(digitalRead(pul1)==1) flag1=0;
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/*
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if ((digitalRead(pul2)==0)&&(flag2==0))
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{
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val1=150;
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flag2=1;
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}
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else if(digitalRead(pul2)==1) flag2=0;
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*/
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if ((digitalRead(pul3)==0)&&(flag3==0))
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{
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if (val1<=inc) val1=0;
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else val1=val1-inc;
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flag3=1;
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}
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else if(digitalRead(pul3)==1) flag3=0;
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analogWrite(bomba, val1);
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/*if (analogRead(gota)>800) digitalWrite(ledPin,HIGH);
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else digitalWrite(ledPin,LOW);*/
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/*
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if ((analogRead(1)>analogRead(0))&&((temp_ini-temp_ant) <= time))
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{
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//if ((temp_ini-millis())>(time-8)) digitalWrite(ledPin,HIGH);
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digitalWrite(ledPin,HIGH);
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temp_ini=millis();
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}
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else if (analogRead(1)<analogRead(0))
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{
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temp_ant=millis();
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digitalWrite(ledPin,LOW);
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temp_ini_ant = temp_ini;
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}
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else if ((temp_ini-temp_ant)>time)
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{
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digitalWrite(ledPin,LOW);
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}
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*/
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val=analogRead(pot);
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if(val<2)
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val = 2;
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digitalWrite(ledPin, HIGH);
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delay(2);
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digitalWrite(ledPin, LOW);
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delay(val);
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/*
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//temp_ini=millis();
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if (((temp_ini-temp_ant) <= pot))
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{
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digitalWrite(ledPin, HIGH); // sets the LED on
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//temp_ant = temp_ini;
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}//delay(2); // waits for a second
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else
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{
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digitalWrite(ledPin, LOW); // sets the LED off
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temp_ant = temp_ini;
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temp_ini = millis();
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}*/
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//delay(val); // waits for a second*/
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}
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