AUTOMATICALLY WATERING PLANT USING ARDUINO AND CANYENNE IOT - Unika Repository

  

APPENDIX

Libraries

  //#define CAYENNE_DEBUG // Uncomment to show debug messages #define CAYENNE_PRINT Serial // Comment this out to disable prints and save space #include <CayenneEthernet.h> #include <Servo.h>

  Declare Variable and input token

  #define VS1 V1 //write to virtual pin 1 #define VS3 V3 //write to virtual pin 2 #define VW5 V5 //write to virtual pin 5 char token[] = "vp09anm9c9"; int inputCayenne = 0; int soil = A0; int soil2 = A1; int detik = 0; int menit = 0; int jam = 0; int a1 = 0; int a2 = 0; int a3 = 0; int frac = 0; int b1 = 0; int b2 = 0; int b3 = 0; //servo int servo = 4; Servo aturServo; //relay int relay = 5; int nilaiSoil = 0; int nilaiSoil2 = 0; byte sensorInterrupt = 0; byte sPin = 2; float cF = 4.5; volatile byte putaran; float fR; unsigned int flowMl; unsigned long totalMl; unsigned long oT;

Print IP and token

  Serial.print("IP = "); Serial.begin(9600); Cayenne.begin(token);

Setting variable for servo

  aturServo.attach(servo);

Setting Output and input device

  pinMode(relay, OUTPUT); pinMode(sPin, INPUT); digitalWrite(sPin, HIGH);

Setting the default number for the water flow sensor

   putaran = 0; fR = 0.0; flowMl = 0; TotalMl = 0; oT = 0; attachInterrupt(sensorInterrupt, putaran, FALLING); pinMode(relay, OUTPUT); digitalWrite(soil, HIGH); digitalWrite(soil2, HIGH);

Void to receive input from the IoT server

   CAYENNE_IN(V2) { int valueYangDidapat = getValue.asInt(); if ( valueYangDidapat == 1) { inputCayenne = inputCayenne + 1; } else { inputCayenne = 0; } }

  

To run the cayenne library so that the arduino can connect to cayenne

   Cayenne.run();

  Calling and running void water flow

   WaterFlow();

Setting the start and end limits of sensor readings

   nilaiSoil = analogRead(soil); nilaiSoil = map(nilaiSoil,0,1023,100,0); nilaiSoil2 = analogRead(soil2); nilaiSoil2 = map(nilaiSoil2,0,1023,100,0); delay(500);

Setting if arduino does not get input from the server

   //Serial.println(inputCayenne); if(inputCayenne == 0) {

  

Calling and running void atas() which contains a command to make the servo

move 180 degrees

   atas();

  

Calling and running void relayMati() which contains a command to make the

relay turn off.

   relayMati();

  

Call void checkSoil1 () which contains a command to check the ground state

  1

   cekSoil1();

  

Call void checkSoil2 () which contains a command to check the ground state

  2

   cekSoil2();

  

Call void level1() which contains a command to Watering if the soil on the 1st

plant is dry

   level1(); WaterFlow();

  

Call void level2() which contains a command to Watering if the soil on the

2nd plant is dry

   level2(); WaterFlow();

  

Call void level3() which contains a command to stop watering if the soil on

the 1st plant and 2nd plant is moist

   level3();

Check the soil moisture value

   Serial.print("kelembapan tanaman 1: "); Serial.print(nilaiSoil); Serial.print("%"); Serial.print("\t"); Serial.print("kelembapan tanaman 2: "); Serial.print(nilaiSoil2); Serial.println("%"); }

Setting if arduino get input from the server

   else if(inputCayenne == 1) {

  

Calling and running void bawah() which contains a command to make the

servo move 90 degrees

   bawah();

  

Calling and running void relayHidup() which contains a command to make

the relay turn on.

   relayHidup(); WaterFlow(); }

Sending sensor readings to IoT server

   float s1 = nilaiSoil; float s2 = nilaiSoil2; float w2 = totalMl; Cayenne.virtualWrite(VW5, w2); Cayenne.virtualWrite(VS1, s1); Cayenne.virtualWrite(VS3, s2); }

If the soil is dry variable "a1" so worth 1

  void cekSoil1(){ if(nilaiSoil >= 0 && nilaiSoil <= 39) { a1 = 1; a2 = 0; a3 = 0; //Serial.print("Tanaman 1 Kering"); }

  If the soil is moist variable "a2" so worth 1

   else if(nilaiSoil >= 40 && nilaiSoil <= 79)

   { a1 = 0; a2 = 1; a3 = 0; //Serial.print("Tanaman 1 Lembab"); }

If the soil is too much water variable "a3" so worth 1

   else if(nilaiSoil < 80) { a1 = 0; a2 = 0; a3 = 1; //Serial.print("Tanaman 1 Terlalu banyak Air"); } }

If the soil is dry variable "b1" so worth 1

  void cekSoil2(){ if(nilaiSoil2 >= 0 && nilaiSoil2 <= 39) { b1 = 1; b2 = 0; b3 = 0; //Serial.println("Tanaman 2 Kering"); }

If the soil is moist variable "b2" so worth 1

   else if(nilaiSoil2 >= 40 && nilaiSoil2 <= 79) { b1 = 0; b2 = 1; b3 = 0; //Serial.println("Tanaman 2 Lembab"); }

  If the soil is too much water variable "b3" so worth 1

   else if(nilaiSoil2 < 80) { b1 = 0; b2 = 0; b3 = 1; //Serial.println("Tanaman 2 Terlalu banyak Air"); }

  }

  

If the soil 1 and 2 are dry thenthe machinewill do watering for three and a

half seconds

  void level1(){ if(a1 == 1 && b1 == 1) { //Serial.println("Stage 1 -1 "); bawah(); relayHidup(); delay(2000); relayMati(); atas(); delay(1500); }

  

If the soil 1 is dry and soil 2 are moist thenthe machinewill do watering for

two seconds

   if(a1 == 1 && b2 == 1) { //Serial.println("Stage 1 -2 "); bawah(); relayHidup(); delay(1000); relayMati(); atas(); delay(1000); }

  

If the soil 1 is dry and soil 2 are too much water then the machine will do

watering for 1,7 seconds

   if(a1 == 1 && b3 == 1) { //Serial.println("Stage 1 -3 "); bawah(); relayHidup(); delay(1300); relayMati(); atas(); delay(400); } }

  

If the soil 1 is moist and soil 2 dry then the machine will do watering for 2,8

seconds

  void level2(){ if(a2 == 1 && b1 == 1) {

   //Serial.println("Stage 2 - 1 "); bawah(); relayHidup(); delay(1500); relayMati(); atas(); delay(1300); }

If the soil 1 is moist and soil 2 moist then the machine will not do watering

   if(a2 == 1 && b2 == 1) { //Serial.println("Stage 2 - 2 "); //bawah(); //delay(2000); relayMati(); atas(); }

  

If the soil 1 is moist and soil 2 too much water then the machine will not do

watering

   if(a2 == 1 && b3 == 1) { //Serial.println("Stage 2 - 3 "); //bawah(); //delay(1000) relayMati(); atas(); } }

  

If the soil 1 is too much water and soil 2 dry then the machine will do

watering for 2 second

  void level3(){ if(a3 == 1 && b1 == 1) { //Serial.println("Stage 3 -1 "); bawah(); relayHidup(); delay(1000); relayMati(); atas(); delay(1000); }

  

If the soil 1 is too much water and soil 2 moist then the machine will not do

watering

   if(a3 == 1 && b2 == 1)

   { //Serial.println("Stage 3 -2 "); //bawah(); //delay(2000) relayMati(); atas(); }

  

If the soil 1 is too much water and soil 2 too much water then the machine

will not do watering

   if(a3 == 1 && b3 == 1) { //Serial.println("Stage 3 -3 "); //bawah(); //delay(1000) relayMati(); atas(); } }

To set the degree of rotation on the servo

  void atas() { aturServo.write(90); } void bawah() { aturServo.write(180); }

To set the status of the relay to on or off

  void relayHidup(){ digitalWrite(relay,0); //WaterFlow(); } void relayMati(){ digitalWrite(relay,1); }

  

Void to calculate how much water has passed through the water flow sensor

  void WaterFlow() { if((millis() - oT) > 1000) { fR = ((1000.0 / (millis() - oT)) * putaran) / cF; oldTime = millis(); flowMl = (fR / 60) * 1000; totalMl += flowMl;

   Serial.print("Air yang kluar: "); Serial.print(int(fR)); Serial.print("."); frac = (fR - int(fR)) * 10; Serial.println(frac, DEC) ; Serial.print("L/min"); Serial.print(" Current Liquid Flowing: "); Serial.print(flowMl); Serial.print("mL/Sec"); Serial.print(" Total Air yang kluar: "); Serial.print(totalMl); Serial.println("mL"); putaran = 0; } } void putaranCounter() { // Increment the pulse counter putaran++; }

  Filename: Sindhu_Hartono_Wibowo_13.02.0050_Automatically_watering_plant_using_Ardvino.pdf Date: 2017-07-27 04:11 UTC Results of plagiarism analysis from 2017-07-27 04:13 UTC 2718 matches from 136 sources, of which 32 are online sources.

  PlagLevel: 4.8% /82.4%

[0] (326 matches, 0.0%82.4%) from

  (+ 1 documents with identical matches)

[2] (307 matches, 0.0%78.1%) from

[4] (31 matches, 0.0%6.2%) from

[5] (21 matches, 2.5% /3.5%) from

(+ 1 documents with identical matches)

[7] (21 matches, 2.6% /3.4%) from

[9] (20 matches, 2.4% /3.4%) from (+ 2 documents with identical matches) [12] (20 matches, 2.4% /3.4%) from (+ 2 documents with identical matches) [15] (20 matches, 2.4% /3.3%) from

  (+ 1 documents with identical matches)

[18] (19 matches, 2.4% /3.3%) from

[19] (19 matches, 2.3% /3.3%) from

(+ 1 documents with identical matches)

[21] (19 matches, 2.5% /3.3%) from

[23] (19 matches, 2.5% /3.3%) from

[25] (19 matches, 2.4% /3.3%) from

(+ 1 documents with identical matches)

[27] (19 matches, 2.4% /3.2%) from

[29] (18 matches, 2.5% /3.4%) from

[31] (18 matches, 2.5% /3.4%) from

[33] (18 matches, 2.3% /3.2%) from

(+ 1 documents with identical matches)

[35] (18 matches, 2.3% /3.2%) from

(+ 1 documents with identical matches)

[37] (18 matches, 2.2% /3.2%) from

[39] (18 matches, 2.3% /3.2%) from

(+ 1 documents with identical matches)

  

[49] (18 matches, 2.3% /3.1%) from a PlagScan document of your organisation...R_&_HISTOGRAM.odt" dated 2017-07-25

[50] (18 matches, 2.3% /3.1%) from

[51] (18 matches, 2.3% /3.1%) from

[53] (18 matches, 2.3% /3.1%) from

  (+ 1 documents with identical matches)

[56] (18 matches, 2.3% /3.1%) from

[57] (18 matches, 2.3% /3.1%) from (+ 1 documents with identical matches)

[59] (17 matches, 2.2% /3.1%) from

(+ 3 documents with identical matches)

[63] (17 matches, 2.1% /3.0%) from

[65] (17 matches, 2.2% /3.1%) from

  (+ 1 documents with identical matches)

[68] (17 matches, 2.2% /3.1%) from

[69] (17 matches, 2.2% /3.1%) from

[71] (17 matches, 2.2% /3.0%) from

  (+ 2 documents with identical matches) [75] (17 matches, 2.2% /3.0%) from

[76] (17 matches, 2.2% /3.1%) from

(+ 1 documents with identical matches)

[78] (17 matches, 2.2% /3.1%) from

  (+ 1 documents with identical matches) [81] (17 matches, 2.2% /3.1%) from

[82] (17 matches, 2.2% /3.1%) from

(+ 1 documents with identical matches)

[84] (17 matches, 2.0% /3.1%) from

  (+ 2 documents with identical matches) [88] (8 matches, 1.3% /1.8%) from

[89] (9 matches, 1.2% /1.8%) from

[91] (7 matches, 1.2% /1.8%) from

[93] (7 matches, 0.9% /1.4%) from [95] (7 matches, 0.0%1.4%) from [97] (5 matches, 0.7% /1.2%) from [99] (6 matches, 0.0%1.0%) from

  [106] (6 matches, 0.6% /0.8%) from (+ 1 documents with identical matches) [108] (3 matches, 0.0%0.8%) from

  [109] (2 matches, 0.0%0.7%) from (+ 1 documents with identical matches) [112] (4 matches, 0.2% /0.5%) from

  [113] (2 matches, 0.2% /0.5%) from [115] (3 matches, 0.0%0.4%) from [117] (3 matches, 0.3% /0.6%) from [119] (3 matches, 0.3% /0.6%) from

[121] (3 matches, 0.3% /0.5%) from [123] (4 matches, 0.4% ) from [125] (3 matches, 0.0%0.4%) from [127] (3 matches, 0.2% /0.3%) from

[129] (1 matches, 0.0%0.2%) from [131] (1 matches, 0.0%0.3%) from (+ 1 documents with identical matches) [133] (2 matches, 0.0%0.3%) from [135] (2 matches, 0.1% /0.2%) from

  Settings Sensitivity: Medium Bibliography: Consider text Citation detection: Reduce PlagLevel Whitelist: --

Analyzed document

  =====================1/39====================== PROJECT REPORT AUTOMATICALLY WATERING PLANT USING ARDUINO AND CANYENNE IOT SINDHU HARTONO WIBOWO 13.02.0050 Faculty of Computer Science