BT Control Buttons Constructor on Windows Pc

DIY Custom Application Bluetooth Remote Control for Arduino.

. How the App BT Control Buttons Constructor:
You make the program very easily by editing the Remote Control Bluetooth buttons, choosing the size of the button, color, text, text color, background and more;

Edit the name of your custom application, connect the Bluetooth for communication between Smatphone Android and Arduino and go!


Function buttons:

Title Edit: Edit the name of your application;
Button Edit name: Edit the button name;
Edit Font Size: Edit the font size and character;
Edit Button Width: Edit the width of the button;
Edit Height: Edit the height of the button;

Select Button Color: Select the button color;
Select Text Color: Select the button text color;
Select Screen Background Color: Select the screen's background color;

Change Colors: Buttons for choice of colors;
Btn Program >>: button that opens the schedule screen; This button selects the screen
for programming and editing buttons;

Title Button: Press to save the application title of the edition;
Button Update: Press to update and save the programming and editing data of the buttons;
Exit Button: Press to exit the programming mode.


 The BT Control Buttons Constructor application installed on the smartphone remotely controls the Arduino (via Bluetooth) with up to 4 channels (digital port pins D4, D5, D6 and D7), or any other pin, just change the Arduino code.

Through these pins can connect a card with up to 4 relays (sold on ebay or free market), which can control up to 4 devices handled residential mains (110V / 220V);

Drive (league and deslida) lamps, abatjours, lamps, motors, solenoids, contactors, electric oven, electrical appliances, etc.


Obs .: The drives can act independently or simultaneously, facilitating its operation and opening multiple possibilities to the project as an example in a small home automation.


See Blogger: http://sergioarduino.blogspot.com.br/p/faca-voce-mesmo-aplicativo.html

PROGRAM CODE ARDUINO COMPLETE;
CONNECTIONS SCHEME WITH LEDS;
CONNECTIONS SCHEME WITH RELAYS MODULES;
BILL OF MATERIAL;
PHOTOS AND VIDEOS;
OPERATING DESCRIPTION;
DESCRIPTION OF ALL THE CONTROLS AND pinouts ARDUINO;
CONTROL DEVICES LINKED TO MAINS 110 / 220VAC.

ARDUINO FULL PROGRAM CODE: BT Control Buttons Constructor.

Inclusion of libraries // -------------- ---------------
#include
SoftwareSerial mySerial (2, 3);

// Declaration of variables ------------ ---------------
int ch1 = 4;
5 int = CH2;
6 int = CH3;
int ch4 = 7;

int count = 0;
contB int = 0;
contC int = 0;
contd int = 0;

 void setup ()
 {
 mySerial.begin (9600); // Initialize the serial on 9600 bps;
 
 pinMode (ch1, OUTPUT); // Arduino digital pin (D4-ch1);
 pinMode (CH 2, OUTPUT); // Arduino digital pin (D5-CH2);
 pinMode (ch3, OUTPUT); // Arduino digital pin (D6-CH3);
 pinMode (ch4, OUTPUT); // Arduino digital pin (D7-ch4);
 }

 void loop ()
{
 // ------- Reading of the character by the serial ---------
 char = character mySerial.read ();

// ----- Receives and character counts between 1 and 2 -----
 if (character == 'A')
{
 count ++;
 if (count> = 3)
 {
   count = 1;
 }
}

 if (character == 'B')
{
 contB ++;
  if (contB> = 3)
 {
   contB = 1;
 }
}
 if (character == 'C')
{
 contC ++;
  if (contC> = 3)
 {
   contC = 1;
 }
}
 if (character == 'D')
{
 contd ++;
  if (contd> = 3)
 {
   contd = 1;
 }
}

// Compares the count and triggers the digital port d1 to d4;
 if (count == 1)
{
 digitalWrite (ch1, HIGH);
}
 if (count == 2)
{
 digitalWrite (ch1, LOW);
}

 if (contB == 1)
{
 digitalWrite (CH2, HIGH);
}
 if (contB == 2)
{
 digitalWrite (ch2, LOW);
}

 if (contC == 1)
{
 digitalWrite (CH3, HIGH);
}
 if (contC == 2)
{
 digitalWrite (ch3, LOW);
}

 if (contd == 1)
{
 digitalWrite (ch4, HIGH);
}
 if (contd == 2)
{
 digitalWrite (ch4, LOW);
}

 delay (10);
}

Blogger: http://sergioarduino.blogspot.com.br/p/faca-voce-mesmo-aplicativo.html