Will you push the button

IOS 7+，Bluetooth 4.0 BLE，iPhone 4s+，iPad3+，... Page 11 Connecting APP 1. Turn on the Bluetooth on your mobile device; 2. Open the 3Plus Activity Tracker App on your mobile device. If you are a new member, please register or login with an existing account. Click “Setup” after entering your personal information; 3. Page 12 Summary B button A button A button： Push once to reduce volume； Push and hold to open Bluetooth to connect phone; B button： Push once to increase volume (Button A must be pushed once first); Push and hold to turn on/ off the device Push once at the standby interface to check your sleep data or to exit Push once at the activity data screen to return to... Page 13 Booting up the device Push A button once to boot up the screen. The watch screen will go off when not in use. Push A button once to boot up the device. Page 14: Screen Operation Screen operation All screen operations can be done by pushing the buttons and sliding the screen up and down with your finger tip. Slide up Slide down Push B button to check your sleep data. Tips: If you are not sure what to do on a specific screen, try pushing the button or swiping up or down to switch to another interface. Page 15: Main Menu Main menu Time, date Steps Distance Calories Push A button once or slide up and down the screen to change the interface. Page 16: Clock Interface Clock interface Time, date, battery charges Time and date on your watch will be automatically synchronized with the connected mobile device. You can also setup your preferred time and date manually through the settings of 3Plus Activity Tracker APP. Please make sure that the battery charges on your watch

Push Pad’s path to follow, click on the starting sphere to close the path. Using a game controller, the Path tool is selected using the Object tool and select the Path tool as a pie slice with the A button. You want to select the plain Path tool. Add an additional node (small sphere) with the A button. After you draw Push Pad’s path to follow, press B button to close the path.Tips and Tricks: Path Following Path Color. If you need to modify the path color, place the cursor over an existing sphere, use the Left or Right arrows to change the path color. Modify Path. If want to modify the path, left click and hold on the sphere to drag the sphere. Move Path. If you want to move the path, hold down Shift key and left click and hold on the path.Step 3: Program Push Pad - Follow Red PathLet’s program the Push Pad to always move on the red path. Select the Object tool, right click on the Push Pad and select Program. Using a wired controller, move cursor over Push Pad, then press button Y. Play Game to see if the code works as expected.Step 4: Program Push Pad - Boom MeLet’s program Push Pad to Boom when it bumps Kodu.Step 5: Push Pad Creatable - Change SettingsYou want to make Push Pad a creatable. We want to make Push Pad a creatable to reuse the object. Push Pad will respawn when it has been destroyed. Using a mouse, select the object tool, the right-click on Push Pad then select Change Settings. You want to scroll down to Creatable option and turn it on, so it turns green. Using a wired controller, move cursor over Push Pad, then open Settings with B button. You want to scroll down to Creatable option and turn it on so it turns green.Step 6: Program Castle- Page 1 - Create Push PadYou want to allow the castle to create an initial Push Pad. Let’s program the nonmoving object, such as a castle. The nonmoving object will always create an initial Push Pad in the world.Step 7: Program Castle- Page 1 - See Push PadYou want to allow continuous gameplay between the Push Pad and Kodu. Using the Pages tool, you can change behaviors and create new scenes. Let’s program the nonmoving object, such as a castle to always see

Introduction: Arduino Push Button Counter With LED Indication In this tutorial I am going to to explain you how to make push button counter with LED indicatorusing arduino UNO.Clear we will control for LED with single push button, but if you want to control more LED then you need to add more case.Step 1: Required ComponentsArduino UNO - X1Breadboard - X1LED- X1150ohm Resistor- X410K ohm Resistor -X1Push - X1Jumper cables(You can use 100 Ohm to 1K ohm Resistor to connect with LED , here i connect 150ohm resistor with LED)And arduino IDE for programming arduino Uno boardStep 2: Circuit Connectionarduino (5V) -- push button(A1)arduino (D5) -- push button(B1)arduino (D6, D7, D8, D9) -- Resistor(150ohm) -- LED's (positive terminal)arduino(GND) -- LED(negative terminal)arduino(GND) -- Resistor(10K) -- push button(B2)Step 3: Program This is the code for our project you can copy from here or you can download the file given belowint count=0;int newcount;void setup() {Serial.begin(9600); pinMode(5,INPUT); pinMode(6,OUTPUT);pinMode(7,OUTPUT);pinMode(8,OUTPUT);pinMode(9,OUTPUT);}void loop() { if(digitalRead(5)==HIGH) { newcount=count+1; if(newcount!=count) { Serial.println(newcount); switch (newcount) { case 1: digitalWrite(6,HIGH); break; case 2: digitalWrite(7,HIGH); break;case 3: digitalWrite(8,HIGH); break; case 4: digitalWrite(9,HIGH); break; default: digitalWrite(6,LOW); digitalWrite(7,LOW); digitalWrite(8,LOW); digitalWrite(9,LOW); newcount=0; break; } count=newcount; } } delay(100);}---------------------------------------------------------------------------------------------------------------------------Downloading .ino file :-(1.) download .ino file given below(2.) go to >> documents > arduino > now make here folder having same name as file name(make folder having name - "switch_case_with_mult_leds" )(3.) Now add the downloaded file in this folder. Step 4: TroubleshootAfter uploading this post when i use this circuit again then i found an issue :- when i pressed the button only one time then our board will performs instructions of case2 and case3 along with case1 as well, which means when i pressed the button 1st time then along with 1st LED ,my 2nd and 3rd LED also turned on But i want that when i press button then LED will turned on ONE BY ONE .Thats why i use remove delay(100) from last line ,and i write delay(500), before switch statementSo now whenever i pressed the push button then after 500millisecond our single LED will turn ONyou can copy the code from belowint count=0;int newcount;

WiFi board.Pushing Sketch to the CloudA final step you will want to do is to “push” your modified sketch back up to the Arduino IoT Cloud. This will bring the cloud copy of the sketch back in sync with the local copy and allow you to continue working on the sketch using the cloud editor if you wish.Pushing a sketch is similar to pulling it. Go back to the Sketchbook, open the Cloud Sketches, and find your sketch. Hover over it to see a couple of icons. The one on the left is the “pull” icon you used to pull the sketch from the cloud. The one to its right is a “push” icon, a cloud with an arrow pointing inward.Click on the push icon. You will be informed that you are about to overwrite the cloud copy. Acknowledge the warning and proceed. The sketch will sync back to the cloud.Working with the Push Button Cloud VariableNow we have the code on the device updated to interact with the push button and change the state of the button_state cloud variable. Let’s work with that variable.Open the Thing you built and verify that the associate device (the Uno R4 WiFi board) is online. Now, look at your cloud variables. You should have two:button_state – A Boolean representing the push button. It should be HIGH when the button is pressed.servo_position – An Integer that sets the servo motor position from 0 to 180 degrees.Beside each variable are two values:Last Value – The last recorded value of the variable. Note that if the variable has never reported a value, this will be blank.Last Updated – A timestamp for the value. Again, it will be blank if no value has been recorded.Note the value in the button_state and press the pushbutton. The value of the cloud variable should now go HIGH. Release the button, and it should go LOW. Examining the stats of your cloud variables is an excellent troubleshooting tool; keep it in mind if one of your Arduino IoT Cloud projects doesn’t work as you expect it to.Updating the DashboardFinally, we should put a widget on our dashboard to interact with the button_state variable. The LED widget is a good choice; this is a general-purpose indicator that can be set to red, green, or bi-color.Go to your dashboard and put it into Edit mode so you can modify it.Open the Widgets drop-down and find the LED. Open it and attach the button_state cloud variable to it. Save and position the widget.Now, try the push button. It should toggle the LED.Adding a Second Device (ESP32)At this point, congratulations are due. You have added your Uno R4 WiFi board to the cloud as a