FRA221_2015
Smart barn work with sensor DHT22 measure temp. & Hum.
main.cpp
- Committer:
- Tisena
- Date:
- 2015-12-09
- Revision:
- 0:f45f2181e4f5
File content as of revision 0:f45f2181e4f5:
#include "mbed.h"
#include "DHT.h"
Serial hm_tp (PA_11, PA_12); // PA_11 - tx, PA_12 - rx via bluetooth
DigitalOut lamp(D11); // Hydrogyn lamp for heat
DigitalOut waterIn(D9); // Fake springer
DigitalOut waterOut(D10); // Fake springer
DigitalOut led1(D7); // Status 0f DHT22-1
DigitalOut led2(D8); // Status 0f DHT22-2
DigitalOut fanL(D5); // motor Fan for control way
DigitalOut fanR(D6);
DHT sensorOut(D3,DHT22); // Use the AM2302 sensor
DHT sensorIn(D4,DHT22); // sensorOut is outside, sensorIn is inside
int main()
{
//int err1, err2;
//float refTemp = 0, refHum = 0;
uint8_t hedSelect = 0, state_show = 0, state_exit = 0, HedJa;
int stop = 0;
hm_tp.printf("Hello Sir / Madam!!\nPls choose your mushroom\n");
while(1) {
if(state_show == 0) {
hm_tp.printf("Menu\n");
hm_tp.printf("1.Hed Ya na ngi\n"); //25-32 78-80
hm_tp.printf("2.Hed Fang\n"); //30-38 70-80
state_show = 1;
}
if(hm_tp.readable()) {
HedJa = hm_tp.getc();
hm_tp.printf("\n");
state_show = 0;
state_exit = 0;
switch(HedJa) {
case '1':
do {
if(hedSelect == 0) {
hm_tp.printf("Hed Ya na ngi\nTemp. 25-32'c\nHum. 78-80% \n");
hm_tp.printf("a : Start Process\nb : Change Type/Stop Process\n");
hedSelect = 1;
}
if(hm_tp.readable()) {
HedJa = hm_tp.getc();
hm_tp.printf("\n");
hedSelect = 0;
switch(HedJa) {
case 'a' :
hm_tp.printf("*When you enough to see value pls press '1'*\n");
led1 = 1;
led2 = 1;
if(sensorOut.ReadTemperature(CELCIUS) > sensorIn.ReadTemperature(CELCIUS))
{
if(sensorIn.ReadTemperature(CELCIUS) < 25 && sensorOut.ReadTemperature(CELCIUS) > 32) {
fanL = 1;
fanR = 0; //fan run - wind come in
wait(15);
fanL = 0;
fanR = 0; // off fan
} else if(sensorIn.ReadTemperature(CELCIUS) < 25 && sensorOut.ReadTemperature(CELCIUS) > 25 && sensorOut.ReadTemperature(CELCIUS) < 32) {
lamp = 1; //lamp run
wait(30);
lamp = 0; //lamp stop
} else if(sensorIn.ReadTemperature(CELCIUS) >= 25 && sensorIn.ReadTemperature(CELCIUS) <= 32 && sensorOut.ReadTemperature(CELCIUS) > 32) {
//spinger out run estimate 30 mins. in real but in show just run 10 sec.
waterOut = 1;
wait(10);
waterOut = 0;
if(sensorIn.ReadHumidity() < 78) {
waterIn = 1;
wait(1);
waterIn = 0;
} else if(sensorIn.ReadHumidity() >= 78 && sensorIn.ReadHumidity() <= 80) {
break;
} else { // sensorIn.ReadHumidity() > 80
//fan run - wind come in
fanL = 1;
fanR = 0; // fan run
wait(15);
fanL = 0;
fanR = 0; //fan stop
}
} else { // sensorIn.ReadTemperature(CELCIUS) > 32 && sensorOut.ReadTemperature(CELCIUS) > 32
fanL = 0;
fanR = 1; //wind get out
wait(20);
fanL = 0; //fan stop
fanR = 0;
waterOut = 1; //springer out run
wait(10);
waterOut = 0;
}
} else if(sensorOut.ReadTemperature(CELCIUS) < sensorIn.ReadTemperature(CELCIUS)) {
if(sensorIn.ReadTemperature(CELCIUS) > 32 && sensorOut.ReadTemperature(CELCIUS) > 25 && sensorOut.ReadTemperature(CELCIUS) < 32) {
fanL = 1;
fanR = 0; //fan run - wind come in
wait(15);
fanL = 0;
fanR = 0; // off fan
} else if(sensorIn.ReadTemperature(CELCIUS) >= 25 && sensorIn.ReadTemperature(CELCIUS) <= 32 && sensorOut.ReadTemperature(CELCIUS) < 25) {
if(sensorIn.ReadHumidity() < 78) {
waterIn = 1;
wait(1);
waterIn = 0;
} else if(sensorIn.ReadHumidity() >= 78 && sensorIn.ReadHumidity() <= 80) {
break;
} else { // sensorIn.ReadHumidity() > 80
//fan run - wind come in
fanL = 1;
fanR = 0; // fan run
wait(15);
fanL = 0;
fanR = 0; //fan stop
}
} else { // sensorIn.ReadTemperature(CELCIUS) > 32 && sensorOut.ReadTemperature(CELCIUS) > 32
fanL = 0;
fanR = 1; //wind get out
wait(20);
fanL = 0; //fan stop
fanR = 0;
waterOut = 1; //springer out run
wait(10);
waterOut = 0;
break;
}
} else { //sensorOut.ReadTemperature(CELCIUS) == sensorIn.ReadTemperature(CELCIUS)
if(sensorIn.ReadTemperature(CELCIUS) < 25 && sensorOut.ReadTemperature(CELCIUS) > 32) {
fanL = 1;
fanR = 0; //fan run - wind come in
wait(15);
fanL = 0;
fanR = 0; // off fan
break;
} else if(sensorIn.ReadTemperature(CELCIUS) < 25 && sensorOut.ReadTemperature(CELCIUS) > 25 && sensorOut.ReadTemperature(CELCIUS) < 32) {
lamp = 1; //lamp run
wait(30);
lamp = 0; //lamp stop
break;
} else if(sensorIn.ReadTemperature(CELCIUS) >= 25 && sensorIn.ReadTemperature(CELCIUS) <= 32 && sensorOut.ReadTemperature(CELCIUS) > 32) {
//spinger out run estimate 30 mins. in real but in show just run 10 sec.
waterOut = 1;
wait(10);
waterOut = 0;
if(sensorIn.ReadHumidity() < 78) {
waterIn = 1;
wait(5);
waterIn = 0;
} else if(sensorIn.ReadHumidity() >= 78 && sensorIn.ReadHumidity() <= 80) {
break;
} else { // sensorIn.ReadHumidity() > 80
//fan run - wind come in
fanL = 1;
fanR = 0; // fan run
wait(15);
fanL = 0;
fanR = 0; //fan stop
}
} else { // sensorIn.ReadTemperature(CELCIUS) > 32 && sensorOut.ReadTemperature(CELCIUS) > 32
fanL = 0;
fanR = 1; //wind get out
wait(20);
fanL = 0; //fan stop
fanR = 0;
waterOut = 1; //springer out run
wait(10);
waterOut = 0;
}
}
led1 = 0;
led2 = 0;
wait(5);
scanf("%d",&stop);
if(stop == '1') {
hedSelect = 0;
break;
}
case 'b' :
state_exit = 0;
state_show = 0;
default :
hm_tp.printf("please choose a or b only\n");
break;
}
}
}
while(state_exit == 0);
hm_tp.printf("\n\n");
state_exit = 1;
state_show = 0;
break;
case '2':
do {if(hedSelect == 0) {
hm_tp.printf("Hed Fang\nTemp. 30-38'c\nHum. 70-80% \n");
hm_tp.printf("a : Start Process\nb : Change Type/Stop Process\n");
//hedSelect = 1;
}
if(hm_tp.readable()) {
HedJa = hm_tp.getc();
hm_tp.printf("\n");
//hedSelect = 0;
switch(HedJa) {
case 'a' :
hm_tp.printf("*When you enough to see value pls press '1'*\n");
led1 = 1;
led2 = 1;
if(sensorOut.ReadTemperature(CELCIUS) > sensorIn.ReadTemperature(CELCIUS)) {
if(sensorIn.ReadTemperature(CELCIUS) < 30 && sensorOut.ReadTemperature(CELCIUS) > 38) {
fanL = 1;
fanR = 0; //fan run - wind come in
wait(15);
fanL = 0;
fanR = 0; // off fan
} else if(sensorIn.ReadTemperature(CELCIUS) < 30 && sensorOut.ReadTemperature(CELCIUS) > 30 && sensorOut.ReadTemperature(CELCIUS) < 38) {
lamp = 1; //lamp run
wait(30);
lamp = 0; //lamp stop
} else if(sensorIn.ReadTemperature(CELCIUS) >= 30 && sensorIn.ReadTemperature(CELCIUS) <= 38 && sensorOut.ReadTemperature(CELCIUS) > 38) {
//spinger out run estimate 30 mins. in real but in show just run 10 sec.
waterOut = 1;
wait(10);
waterOut = 0;
if(sensorIn.ReadHumidity() < 70) {
waterIn = 1;
wait(1);
waterIn = 0;
} else if(sensorIn.ReadHumidity() >= 70 && sensorIn.ReadHumidity() <= 80) {
break;
} else { // sensorIn.ReadHumidity() > 80
//fan run - wind come in
fanL = 1;
fanR = 0; // fan run
wait(15);
fanL = 0;
fanR = 0; //fan stop
}
} else { // sensorIn.ReadTemperature(CELCIUS) > 38 && sensorOut.ReadTemperature(CELCIUS) > 38
fanL = 0;
fanR = 1; //wind get out
wait(20);
fanL = 0; //fan stop
fanR = 0;
waterOut = 1; //springer out run
wait(10);
waterOut = 0;
}
} else if(sensorOut.ReadTemperature(CELCIUS) < sensorIn.ReadTemperature(CELCIUS)) {
if(sensorIn.ReadTemperature(CELCIUS) < 30 && sensorOut.ReadTemperature(CELCIUS) > 38) {
fanL = 1;
fanR = 0; //fan run - wind come in
wait(15);
fanL = 0;
fanR = 0; // off fan
} else if(sensorIn.ReadTemperature(CELCIUS) < 30 && sensorOut.ReadTemperature(CELCIUS) > 38 && sensorOut.ReadTemperature(CELCIUS) < 38) {
lamp = 1; //lamp run
wait(30);
lamp = 0; //lamp stop
} else if(sensorIn.ReadTemperature(CELCIUS) >= 30 && sensorIn.ReadTemperature(CELCIUS) <= 38 && sensorOut.ReadTemperature(CELCIUS) > 38) {
//spinger out run estimate 30 mins. in real but in show just run 10 sec.
waterOut = 1;
wait(10);
waterOut = 0;
if(sensorIn.ReadHumidity() < 70) {
waterIn = 1;
wait(1);
waterIn = 0;
} else if(sensorIn.ReadHumidity() >= 70 && sensorIn.ReadHumidity() <= 80) {
} else { // sensorIn.ReadHumidity() > 80
//fan run - wind come in
fanL = 1;
fanR = 0; // fan run
wait(15);
fanL = 0;
fanR = 0; //fan stop
}
} else { // sensorIn.ReadTemperature(CELCIUS) > 38 && sensorOut.ReadTemperature(CELCIUS) > 38
fanL = 0;
fanR = 1; //wind get out
wait(20);
fanL = 0; //fan stop
fanR = 0;
waterOut = 1; //springer out run
wait(10);
waterOut = 0;
}
} else { //sensorOut.ReadTemperature(CELCIUS) == sensorIn.ReadTemperature(CELCIUS)
if(sensorIn.ReadTemperature(CELCIUS) < 30 && sensorOut.ReadTemperature(CELCIUS) > 38) {
fanL = 1;
fanR = 0; //fan run - wind come in
wait(15);
fanL = 0;
fanR = 0; // off fan
} else if(sensorIn.ReadTemperature(CELCIUS) < 30 && sensorOut.ReadTemperature(CELCIUS) > 30 && sensorOut.ReadTemperature(CELCIUS) < 38) {
lamp = 1; //lamp run
wait(30);
lamp = 0; //lamp stop
} else if(sensorIn.ReadTemperature(CELCIUS) >= 30 && sensorIn.ReadTemperature(CELCIUS) <= 38 && sensorOut.ReadTemperature(CELCIUS) > 38) {
//spinger out run estimate 30 mins. in real but in show just run 10 sec.
waterOut = 1;
wait(10);
waterOut = 0;
if(sensorIn.ReadHumidity() < 70) {
waterIn = 1;
wait(5);
waterIn = 0;
} else if(sensorIn.ReadHumidity() >= 70 && sensorIn.ReadHumidity() <= 80) {
break;
} else { // sensorIn.ReadHumidity() > 80
//fan run - wind come in
fanL = 1;
fanR = 0; // fan run
wait(15);
fanL = 0;
fanR = 0; //fan stop
}
} else { // sensorIn.ReadTemperature(CELCIUS) > 38 && sensorOut.ReadTemperature(CELCIUS) > 38
fanL = 0;
fanR = 1; //wind get out
wait(20);
fanL = 0; //fan stop
fanR = 0;
waterOut = 1; //springer out run
wait(10);
waterOut = 0;
}
}
led1 = 0;
led2 = 0;
wait(5);
hm_tp.scanf("%d",&stop);
if(stop == '1') {
hedSelect = 0;
break;
}
case 'b' :
state_exit = 0;
default :
hm_tp.printf("\nplease choose a or b only\n");
break;
}
}
}
while(state_exit == 0);
hm_tp.printf("\n\n");
state_exit = 1;
state_show = 0;
break;
case 0x00:
break;
default:
hm_tp.printf("\nplease choose 1 or 2 only\n");
hm_tp.printf("\n\n");
break;
}
}
}
}