SpecialRobotBuilders

Yours looks awesome. Thanks for sharing.

Yes, just eliminate the temperature and humidity sensor from the hardware and eliminate the code that supports it.

Yes, just eliminate the temperature/humidity sensor from the components and within the code.

I sent you a private message. You should see it under your Instructables profile.

Here is my latest code. It has a few extras with the SMS Message and Email:/** * This Arduino Project will monitor a reed switch attached to any door/window to determine if the door/window is opened or closed. * It will also capture the temperature and humidity from a DHT11 sensor. * It logs the status of the door and the DHT11 sensor in Google Doc and after dark it sends SMS messages when the door/window is left open. * It also makes use of the TimeZone database to set the internal system clock to accurately measure time. * * Major components of this project were derived by observing various examples on the internet espically from Instructables.com */#include <ESP8266WiFi.h>#include <ESP8266HTTPClient.h>#include <ArduinoJson.h>#include <TimeLib.h>#include "…

Here is my latest code. It has a few extras with the SMS Message and Email:/** * This Arduino Project will monitor a reed switch attached to any door/window to determine if the door/window is opened or closed. * It will also capture the temperature and humidity from a DHT11 sensor. * It logs the status of the door and the DHT11 sensor in Google Doc and after dark it sends SMS messages when the door/window is left open. * It also makes use of the TimeZone database to set the internal system clock to accurately measure time. * * Major components of this project were derived by observing various examples on the internet espically from Instructables.com */#include <ESP8266WiFi.h>#include <ESP8266HTTPClient.h>#include <ArduinoJson.h>#include <TimeLib.h>#include "DHT.h"#include "DataToMaker.h"#define DOORPIN 14 // what digital pin the door switch is on. #define DHTPIN 2 // what digital pin we're connected to#define DHTTYPE DHT11 // DHT 11DHT dht(DHTPIN, DHTTYPE); //Configure the DHT objectfloat h; //humidityfloat f; //temp in fahrenheitfloat t; //temp in celsiusfloat hif; //heat index in fahrenheitfloat hic; //heat index in celsiusconst char* ssid = "" ; // Your WiFi Access Pointconst char* password = "" ; // Your WiFi Password// IFTTT Maker Webhooks const char* myIftttKey = ""; // your maker key hereDataToMaker eventLog(myIftttKey, "statusLogger"); // configure the status logger.DataToMaker eventSms(myIftttKey, "statusLoggerSms"); // configure the SMS messenger.DataToMaker eventEmail(myIftttKey, "statusLoggerEmail"); // Configure the Email messenger.// statusesString doorStatus = "Closed"; // door statusString previousDoorStatus = "Opened"; // previous door statusvolatile bool statusChanged = false; // status change flag// Set interval by hr * 60 minutes * 60 seconds * 1000 millisecondsconst long interval = 5 * 60 * 60 * 1000; // .25 * 60 * 60 * 1000; // 5 * 60 * 60 * 1000;const long eveningInterval = 0.5 * 60 * 60 * 1000; // 0.25 * 60 * 60 * 1000;unsigned long previousMillis = 0 - (2 * interval);int hourCheckStart = 21; //2100 in millitary time is 9:00 int hourCheckEnd = 07; //0600 in millitary time is 9:00 int sleepTime = 1000;int previousDay = -1;/** * Method used to configure the application. */void setup() {Serial.begin(115200);attachInterrupt(digitalPinToInterrupt(DOORPIN), eventTriggered, CHANGE);pinMode(DOORPIN, INPUT); //Door Sensor dht.begin();Serial.print("\nConnecting to ");Serial.println(ssid);WiFi.mode(WIFI_STA);WiFi.begin(ssid, password);Serial.print("\nConnecting..");while (WiFi.status() != WL_CONNECTED) {delay(1000);Serial.print(".");}Serial.println("\nIP address: ");IPAddress ip = WiFi.localIP();Serial.println(ip);Serial.print("\n");}/** * Method that is triggered each time a door sensor state changes. */void eventTriggered() {statusChanged = true;Serial.println("Event was triggered!");// May not need to check the status here because the main loop forces the check too. // checkStatus();}/** * Method used to determine the status of a door. */void checkStatus() {previousDoorStatus = doorStatus;Serial.println("Checking the door!");if (digitalRead(DOORPIN) == HIGH) { // Check to see if door is openSerial.println("Door is closed!");doorStatus = "Closed";} else {Serial.println("Door is open!");doorStatus = "Opened";}}/** * Method used to capture the temp from the DHT11 sensor */bool checkTemperature() {// Reading temperature or humidity takes about 250 milliseconds!// Sensor readings may also be up to 2 seconds 'old' (its a very slow sensor)h = dht.readHumidity();// Read temperature as Celsius (the default)t = dht.readTemperature();// Read temperature as Fahrenheit (isFahrenheit = true)f = dht.readTemperature(true);// Check if any reads failed and exit early (to try again).if (isnan(h) || isnan(t) || isnan(f)) {Serial.println("Failed to read from DHT sensor!"); //Serial.print("."); //Failed to read from DHT sensor!return false;}// Compute heat index in Fahrenheit (the default)hif = dht.computeHeatIndex(f, h);// Compute heat index in Celsius (isFahreheit = false)hic = dht.computeHeatIndex(t, h, false);return true;}/** * Method used to send the status to both SMS and Email. */void sendStatusToSmsAndEmail(){ sendStatusToSms(); sendStatusToEmail();}/** * Method used to send the status of the door via SMS. */void sendStatusToSms() {delay(100);eventSms.setValue(1, "Door is " + doorStatus);if (eventSms.connect()) {Serial.println("Connected To Maker Sms.");eventSms.post();Serial.println("Posted status to Maker Sms!");eventSms.post();} else {Serial.println("Failed To Connect To Maker Sms!");}}/** * Method used to send the status of the door via Email. */void sendStatusToEmail(){ delay(100); eventEmail.setValue(1, "Door is " + doorStatus); if (eventEmail.connect()) { Serial.println("Connected To Maker Email."); eventEmail.post(); Serial.println("Posted status to Maker Email!"); eventEmail.post(); } else { Serial.println("Failed To Connect To Maker Email!"); }}/** * Method used to send the status of the door and temperature to Google Docs. */void sendStatusToLog(String oper) {delay(100);// Read the temperature and humidity while (!checkTemperature()) {delay(10);}Serial.print("\n");Serial.print("Temperature: ");Serial.print(f);Serial.print(" *F (");Serial.print(t);Serial.print(" *C)");Serial.print("\t");Serial.print("Heat index: ");Serial.print(hif);Serial.print(" *F (");Serial.print(hic);Serial.print(" *C)%");Serial.print("\t");Serial.print("Humidity: ");Serial.println(h);eventLog.setValue(1,String(f) + "*F (" + String(t) + "*C) / " + String(hif) + "*F ("+ String(hic) + "*C)");eventLog.setValue(2, String(h)); String statusString = doorStatus + " " + oper; Serial.println(statusString);eventLog.setValue(3, statusString);if (eventLog.connect()) {Serial.println("Connected To Maker Log");eventLog.post();Serial.println("Posted status to Maker Log!");} else {Serial.println("Failed To Connect To Maker Log!");}// sendStatusToEmail();}/** * Main loop */void loop() {delay(sleepTime); // Give the CPU a break. unsigned long currentMillis = millis();//If this is a new day then syncronize the internal clock with UTC.if (previousDay != day()) {syncToUtcWithLocalTimezone();previousDay = day();}//If we surpassed the elapsed time then force a check of the door and temp.if (currentMillis - previousMillis >= interval) {previousMillis = currentMillis;Serial.print("\nChecking statuses because of elapsed time of "); if(interval/1000/60 <= 60){ Serial.print(interval/1000/60); //due to 1000 milliseconds in a second and 60 seconds in a minute. Serial.println(" minutes!"); }else{ Serial.print(interval/1000/60/60); //due to 1000 milliseconds in a second, 60 seconds in a minute, and 60 minutes in an hour. Serial.println(" hours!"); }checkStatus();sendStatusToLog("TimeLapsed"); //Since we surpassed the elapsed time we will send the status to the log regardless. Serial.print("\nGoing to sleep for "); if(interval/1000/60 <= 60){ Serial.print(interval/1000/60); //due to 1000 milliseconds in a second and 60 seconds in a minute. Serial.println(" minutes!"); }else{ Serial.print(interval/1000/60/60); //due to 1000 milliseconds in a second, 60 seconds in a minute, and 60 minutes in an hour. Serial.println(" hours!"); }} else if ((hour() >= hourCheckStart || hour() <= hourCheckEnd) && currentMillis - previousMillis >= eveningInterval && doorStatus == "Opened") {//We want to check here if we are past 9:00 PM and the door is stil opened. previousMillis = currentMillis;Serial.print("\nChecking statuses because it's between ");Serial.print(hourCheckStart); Serial.print("00 hours & "); Serial.print(hourCheckEnd);Serial.print("00 hours and the door was open the last time we checked!\n");checkStatus();sendStatusToSmsAndEmail(); //Since it is after hours send a warning of the status via SMS. Serial.print("\nGoing to sleep for "); if(interval/1000/60 <= 60){ Serial.print(interval/1000/60); //due to 1000 milliseconds in a second and 60 seconds in a minute. Serial.println(" minutes!"); }else{ Serial.print(interval/1000/60/60); //due to 1000 milliseconds in a second, 60 seconds in a minute, and 60 minutes in an hour. Serial.println(" hours!"); }} else if (statusChanged) {Serial.println("\nChecking statuses because of state change!");checkStatus();sendStatusToLog("statusChanged"); //Since the state changed we will send the status to the log regardless.statusChanged = false;if ((hour() >= hourCheckStart || hour() <= hourCheckEnd) && previousDoorStatus != doorStatus) { // Need to check hour here too because of possible status change.//Since it is after hours send a warning of the status via SMS.sendStatusToSmsAndEmail();} Serial.print("\nGoing to sleep for "); if(interval/1000/60 <= 60){ Serial.print(interval/1000/60); //due to 1000 milliseconds in a second and 60 seconds in a minute. Serial.println(" minutes!"); }else{ Serial.print(interval/1000/60/60); //due to 1000 milliseconds in a second, 60 seconds in a minute, and 60 minutes in an hour. Serial.println(" hours!"); }}}/** * Method used to set the system time to the UTC time adjusted for the Eastern USA Timezone. */void syncToUtcWithLocalTimezone() {StaticJsonDocument < 700 > doc; // Object used to parse the json response from the Time Server.if (WiFi.status() == WL_CONNECTED) { //Check WiFi connection statusHTTPClient http; //Declare an object of class HTTPClientString baseUrl = "http://api.timezonedb.com/v2.1/get-time-zone?key=3LQ5H5VQINP6&format=json&by=zone&zone=America/New_York";Serial.print("Calling ");Serial.println(baseUrl);http.begin(baseUrl); //Specify request destinationint httpCode = http.GET(); //Send the requestSerial.print("HTTP Response Code: ");Serial.println(httpCode);if (httpCode > 0) { //Check the returning code String jsonResponse = http.getString(); //Get the request response payloadSerial.print("Length: ");Serial.println(jsonResponse.length());Serial.println(jsonResponse); //Print the response payload// Deserialize the JSON documentDeserializationError error = deserializeJson(doc, jsonResponse);// Test if parsing succeeds.if (error) {Serial.print(F("deserializeJson() failed: "));Serial.println(error.c_str());} else {// Get the root object in the documentJsonObject root = doc.as<JsonObject>();Serial.print("TimeStamp:\t");const char* formattedTimeStamp = root["formatted"];Serial.println(formattedTimeStamp);int unixTime = root["timestamp"];Serial.print("Setting system time to: ");Serial.println(unixTime);setTime(unixTime);Serial.printf("\n\nLocal Time:\t %02d:%02d:%02d\t%02d-%02d-%4d", hour(), minute(), second(), month(), day(), year());Serial.print("\n");}}http.end(); //Close connection }}

I was able to find some time this evening to turn on the system. I didn't have any issues with it logging the reed switch. I also have an EPS32 that I might try the code on tomorrow if I have enough time but as far as the ESP8266, everything is still working as layout in the Instructable. I did modify the code once to send SMS messages when the door is open after a certain timeframe (9:00 PM EDT). Would you like to see that code too?

Unfortunately due to some family matters I was not able to look at it yet. Hopefully tonight or tomorrow night. Sorry

I'm not sure by just looking at it. I'll have to test it out myself. Unfortunately I do not have the hardware with me at this time. I will do my best to get access to the hardware this week. However, if you don't hear back from me by weeks end then please drop me a little reminder.

Do you have the 10k ohm resistor connected to the reed switch? If not, that is probably your problem. Also, I bought several inexpensive reed switches and found that at least 1 of those was faulty. So, if you are confident that the reed switch is properly connected to the 3.3 volts, ground and the 10k ohm resistor then you may just have a faulty reed switch. As for off-line recording of the events, I actually have not tried off-line storage, so I can't provide you with any guidance on that subject.Good luck!

Great job. Why did you need to put a capacitor on that circuit?

Hi PierreV16, For the 6 servos that I used in my creation I was able to run all of them off of the 5V from the Uno but if you are going with 12 servos then I would think you would need to power them separately. Good luck and please let me know how it turns out.

Yes we do. Do you have them too?

Cool

Thanks

Oh yes, the comment is incorrect. Originally we had planned on having 8 eyes but later settled on only 6. Therefore the comment should be changed to say "Move all 6 servos". The reason we eliminated 2 servos is because the interior of the pumpkin we used got really tight with only 6. If you have a larger pumpkin you can have 8 servos but you will need to change the servo array to hold 8 servos and the for loops would also need changed from 6 to 8.Thanks and good luck.

Yep, the kids love it and so does dad!

Thanks

Yes, that would work well. In this case, however, they move fast to surprise the kids. ;-)

I can't seem to get this to work. Anyone have any tips?

Does this camera have the ability to stream video or just take pictures?

I love your design. I was wondering how you took apart the hamster ball?

Thanks! We do have both the dark side and droid develper. Bought them new in the 90s, I think. Dragged them out of storage to let the kids play with them.