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Python: Grade_2 Math Questions V1

October 31, 2022 Leave a comment

Learning : Python, Math
Subject: Math Questions for Grade-2 V.1

[NOTE: To keep the code as simple as we can, We WILL NOT ADD any user input Varevecations. Assuming that our user will Enter the right inputs.]

In the process of studing with/for my kids [specialy Math] i always need to give them some Questions in [+ -], I need to write the Questions on a paper then they solve it and i check the answers. So I thought if I create an app to solve this Problem.
Application to Do What?

  • Select Two random numbers from a given range.
  • Select a Math operator [+ -].
  • Writing the Question on the Screen.
  • Comparing the user input with the real answer.
  • Writing a message on the screen acoording to the user answers.


Application Menu

  • Start Play the Game. [All Math Lessons]
  • Re-set the Numbers Range.
  • Register New Kid to Play.
  • Questions Like: x (+ -) y = ??
  • Questions Like: x (+ -) ?? = y
  • Questions Like:
    x
    y (+ -)
    _______________
    ??

  • Exit.
  • In this Version (V.1) of the application, there will be some limitations on the Questions Difficulties, Number ranges and type of Questions.


    Start Coding
    The Menu
    As we can see above, we will have 7 keys for the Menu, Menu 9 is for Exit. Menu 3 will ask the user to Enter the Kid Name. Menu 2 will ask for the Number Ranges (From/To as 0 to 9 so all the questions will be in this rage). Menu 4, 5 and 6 each will be for type of questions. Menu 1 will ask the user about All the questions type. In all menus 1,4,5 and 6 if the user did’t enter a Name or a number ranges, the application will as for it before srating.
    Here is the code for the Main Menu.

     # Code for Main Menu
    
     # ---------------- Main Menu -------------------------
    def menu () :
        os.system('clear')
        print('\n\n\t This is a Math Revision Game.',version)
        print('\t --------------------------------------------')
        print(' '*34,'By:[AHRADWANI.COM]')
    
        print('\n\n\t')
        print('\t 1. Start Play the Game. [All Math Lessons]')
        print('\t 2. Re-set the Numbers Range.')
        print('\t 3. Register New Kid to Play.')
        print('\t \n ')
        print('\t 5. Questions Like:   x (+ -) y = ?? \n')
        print('\t 6. Questions Like:   x (+ -) ?? = y \n')
        print('\t 7. Questions Like:      x','\n\t\t\t\t y   (+ -)','\n\t\t\t     ___________')
        
        print('\t ')
        print('\t 9. Exit.')
        
        user_select = input ('\n\n\t Select from the Menu. > ') 
        
        return user_select
    
    


    Get the Numbers Range
    In this Function the user will be asked to Enter the Number range as from and to, we will check if the user Enter a valid input, No space, No Alphabetics.

     #  Get the Numbers Range
    
     def get_numbers_range () :
        
         """
            Function to get the Number range from the user, we will check if the user Enter
            a valid input, No space, No Alphabetics.
            
            return:
                nfrom: is the lower number range.
                nto  : is the upper number range.    
        """
        
        
        nfrom = check_user_input("\t Enter the Lower Range Number > ","\t ... You Need to Enter a Lower Range Number.") #(input('\n\t Enter the Lower Range > '))
        nto = check_user_input("\t Enter the Upper Range Number > ","\t ... You Need to Enter an Upper Range Number.")
            
        if (int(nfrom)) > (int(nto)) :
            nfrom, nto =  nto, nfrom     
        
        return int(nfrom), int(nto)
           
    


    Check user input
    With each user input we will call this Function with two messages, statement message will be the one to gaid the user to What is need to Enter, error message will be display if the user input something wrong or not expected. Then the Function will return back the user input.

     # check_user_input
    
    def check_user_input(statment_m,error_m):
         """
        Function to check on the user input if it is a valid or not.
        
        Arguments:
            statmen_m: will be the one to gaid the user to What is need to Enter
            error_m: will be display if the user input something wrong or not expected. 
        
        Return:
            uinput
        
        """    
        while True :        
            print(statment_m,end="")
            uinput = input()
            if ((uinput) in [" ",""] or (not uinput.isnumeric()) or ((uinput) in schar) or ((str(uinput).isalpha()))):
                print(error_m)  
            else:
                break        
        return uinput
    
    
    


    Get the Kid Name
    A small and short Function to return the user/Kid Name.

     # Get the Kid Name
    
     def get_kid_name () :
    
        return input('\n\t Enter Your Name > ')
    
    


    Setting and Variabls
    This is the first upper part of the application, we just import the random and os also we set some variables.

     # Variables
    
     
    import random, os, operator 
    
    score1 = 0
    good = ['Correct','You are Right', 'Well Done..','Nice..','Excellent..','Amazing..','Good job',' YES .. Keep it up .. ','So Proud of You','Yes .. Another Point for You',]
    bad = ['Wrong ..','Sorry .. No!','Try Your Best','No!','No..Think Harder','ooops .. No','Not this Time']
    oper_dict = { '+': operator.add, '-': operator.sub,} # '*': operator.mul, }
    schar = "@_!#$%^&*()?/\|}{~,.:'"
    
    nfrom = 0
    nto = 0
    name = 0
    version = 'V.10.2022.R1'
    


    Math Question Type-1
    This Function will ask the user 10 Questions of Math according to the Numbers Range were the question will looks like: X [+ -] Y = ??, then if the answer is right good message will display on the screen.

     #  Math Question Type-1 (X [+ -] Y = ??)
    
     def Math_G2_type_1():
       os.system('clear')
       score =0
       for q in range(0,10):
          n1 = random.randint(nfrom,nto)
          n2 = random.randint(nfrom,nto) 
          op = random.choice(list(oper_dict.keys()))
          
          if op == '-' :
              if n1 ')
          print('   ', n1, op ,n2,end='')
          
          ans = check_user_input(" = ","  You Need to Enter an Answer .. ")
          
          if  int(ans) == oper_dict[op](n1,n2):  
              print('   ',random.choice(good),'   .. ')
              score = score +1
          else:
              print('   ',random.choice(bad),'   .. ')
            
       return score 
     
    



    Math Question Type-2
    This Function will ask the user 10 Questions of Math according to the Numbers Range were the question will looks like: X [+ -] ?? = Y, then if the answer is right good message will display on the screen.

     # Math Question Type-1 (X [+ -] ?? = Y)
    
     
    def Math_G2_type_2():
        os.system('clear')
        print('\n\n\t ', name ,' Now try to solve these once\n ')
        score =0
        for q in range(0,10):
            n1 = random.randint(nfrom,nto)
            n2 = random.randint(nfrom,nto) 
            op = random.choice(list(oper_dict.keys()))
            if op == '-' :
              if n1 < n2 :
                  n1,n2 = n2,n1
         
            print('\t\t   ',n1)
            print('\t\t   ',n2,' ',op)
            print('\t\t __________') 
            ans = int(input('\t\t    '))
            
            if ans in [" ",""]:
              print('   ',random.choice(bad),'  You Need to Enter an Answer .. ')          
            else:      
                if ans == oper_dict[op](n1,n2): 
                    print('   ',random.choice(good),'   .. \n\n')
                    score = score +1
                else:
                    print('   ',random.choice(bad),'   .. \n\n')
    
        return score
    
    


    Math Question Type-3
    This Function will ask the user 10 Questions of Math according to the Numbers Range were the question will looks like:

    X
    Y [+ -]
    __________
    ???
    then if the answer is right good message will display on the screen.

     # 
    
     def Math_G2_type_3 ():
        os.system('clear')
        print('\n\n\t ', name ," let's try this.")
        print('\t Complete with correct number.\n')
        score = 0
        for q in range(0,10):
            n1 = random.randint(nfrom,nto)
            n2 = random.randint(nfrom,nto)
            op = random.choice(list(oper_dict.keys()))
            if op == '-' :
                if n1  n2 :
                    n1,n2 = n2, n1
        
            print('\t ',n1,op, ' ______ = ', n2)
            ans = int(input('  Your Answer > ') )
            
            if ans in [" ",""]:
              print('   ',random.choice(bad),'  You Need to Enter an Answer .. ')
            else:
                if n2 == oper_dict[op](ans,n1): 
                    print('   ',random.choice(good),'   .. \n\n')
                    score = score +1
                else:
                    print('   ',random.choice(bad),'   .. \n\n')
        return score
    
    


    Application Body
    In the Application Body itself I use a while loop to call and detect the User input from the menu and using that input to call the corresponding Function. All the codes and functions also the application Body code is on the Source file and can be Downloaded.

    I test the code and RUN the app several times, but errors can be found, so next version of this Application will solve any errors also will add more Math Questions Type.

    ..:: Have Fun with Coding ::.. ๐Ÿ™‚

    To Download my Python code (.py) files Click-Here



    ali radwani ahradwani.com python projects codeFollow me on Twitter..

    By: Ali Radwani

    Daily Sketch: Colored Seal

    October 27, 2022 Leave a comment

    I Just finish this Water-color Sketch of a Seal, I almost have 20 water_colored sketches on a 4x3in cards since I start this session [Drawing on a 4×3 Card] on September 2022, the sketch it self is about 3x2in. Here I am posting todays Seal sketch.

    ali radwani art draw paint sketches watercolor seal


    More of my Other Sketches Here..




    ..:: Have Fun with Sketching ::.. ๐Ÿ™‚


    ali radwani ahradwani.com python projects codeFollow me on Twitter..

    By: Ali Radwani

    Daily Sketch: Colored Love Bird

    October 20, 2022 Leave a comment

    On last September I start doing some small water_colored sketches on a 4x3in card, sketch size is almost 3x2in. Here I am posting yesterday Love-Bird sketch.

    ali radwani art draw paint sketches watercolor love bird


    More of my Other Sketches Here..




    ..:: Have Fun with Sketching ::.. ๐Ÿ™‚


    ali radwani ahradwani.com python projects codeFollow me on Twitter..

    By: Ali Radwani

    Fujifilm X-T30ii Post # 24

    September 18, 2022 Leave a comment


    Subject:FIFA WORLD CUP 2022 IN QATAR
    using Fujifilm X-T30ii.

    In 2016 I bought Nikon Coolpix S9900, I have Nikon D90, and Nikon 7100 both are DX (crop sensor), but S9900 is my first Coolpix (point & shoot) camera from Nikon, I use to have Sony T100. Away from Nikon, I got my first FujiFilm X-T30ii camera.
    [:. Read more about my cameras and lenses Here .:]

    This Shot: This is a shot of Qatar West-Bay towers that has a FIFA WORLD CUP 2022 advertising campaign, I take the shoot using FujiFilm X-T30ii with ACROS film simulation.

    …Click Image to Enlarge…
    ali radwani ahradwani.com photo photography Fujifilm X-T30ii camera,
    Camera in Hand, F: 4, ISO: 400, Shutter:1/500s, Focal-Point:51mm
    Lens: XF 18-55mm F2.8-4.0 OIS lens.
    Film Simulation: ACROS



    ::.. To see all my FujiFilm X-T30ii Photos Click-Here
    ::.. To see all my Nikon S9900 Photos Click-Here
    ::.. To see all my Nikon D7100 Photos Click-Here
    ::.. To see all my Nikon D90 Photos Click-Here


    [ For Fujifilm Simulation Recipes Click Here ]



    ali radwani ahradwani.com python projects codeFollow me on Twitter..

    By: Ali Radwani

    Fujifilm X-T30ii Post # 21

    September 14, 2022 Leave a comment


    Subject: Classic Green Simulation in Fujifilm X-T30ii.

    In 2016 I bought Nikon Coolpix S9900, I have Nikon D90, and Nikon 7100 both are DX (crop sensor), but S9900 is my first Coolpix (point & shoot) camera from Nikon, I use to have Sony T100. Away from Nikon, I got my first FujiFilm X-T30ii camera.
    [:. Read more about my cameras and lenses Here .:]

    This Shot: This is a shoot of a Mosque near my kids school, i take to shoot while waiting for them to finish. Also this is a test for my New ClassicGreen film recipe I create for indoor shooting it look great for outdoor also. I am
    using FujiFilm X-T30ii and XF 18-55mm F2.8-4.0 OIS lens.

    …Click Image to Enlarge…
    Fujifilm Camera X-T30ii Film Simulation Qatar Ali Radwani Photography
    Camera in Hand, F:9, ISO:200, Shutter:1/250s, Focal-Point:33mm
    Lens: XF 18-55mm F2.8-4.0 OIS lens.
    Film Simulation: ClassicGreen



    ::.. To see all my FujiFilm X-T30ii Photos Click-Here
    ::.. To see all my Nikon S9900 Photos Click-Here
    ::.. To see all my Nikon D7100 Photos Click-Here
    ::.. To see all my Nikon D90 Photos Click-Here


    [ For Fujifilm Simulation Recipes Click Here ]



    ali radwani ahradwani.com python projects codeFollow me on Twitter..

    By: Ali Radwani

    Fujifilm X-T30ii Post # 22

    September 4, 2022 Leave a comment


    Subject: Testing a recipe for Fujifilm X-T30ii.

    In 2016 I bought Nikon Coolpix S9900, I have Nikon D90, and Nikon 7100 both are DX (crop sensor), but S9900 is my first Coolpix (point & shoot) camera from Nikon, I use to have Sony T100. Away from Nikon, I got my first FujiFilm X-T30ii camera.
    [:. Read more about my cameras and lenses Here .:]

    This Shot: If you are using Fujifilm camera then you can simply create or [change] some setting and numbers that set the colors, ISO, lights, Grain, White Balance and other setting to make very customized look of your photos, then you can save those setting and give it a name, late-on if you want to take photos with same that lookANDfeel you just select the name. In this example I create a Film Simulation [FujiFilm called the above photo-look a “Film Simulation”, and they call the setting “Recipe” ] that will give me some green tone with little blue(weak)[i name it ClassicGreen], i use this most in door for kids photography with ISO 1000/4000 it give me a beautiful images, also i try it for out-door with ISO 200/400 and F:7 again the resul’s was great. Here are two examples.

    …Click Image to Enlarge…
    Fujifilm Camera X-T30ii Film Simulation Qatar Ali Radwani Photography
    This is a shoot from behind a window at 12:30pm
    Camera in Hand, F:6.4, ISO:160, Shutter:1/250s, Focal-Point:32mm
    Lens: XF 18-55mm F2.8-4.0 OIS lens.
    Film Simulation: ClassicGreen
    …Click Image to Enlarge…
    Fujifilm Camera X-T30ii Film Simulation Qatar Ali Radwani Photography
    Shoot of a Mosque.
    Camera in Hand, F:9, ISO:200, Shutter:1/250s, Focal-Point:33mm
    Lens: XF 18-55mm F2.8-4.0 OIS lens.
    Film Simulation: ClassicGreen



    ::.. To see all my FujiFilm X-T30ii Photos Click-Here
    ::.. To see all my Nikon S9900 Photos Click-Here
    ::.. To see all my Nikon D7100 Photos Click-Here
    ::.. To see all my Nikon D90 Photos Click-Here


    [ For Fujifilm Simulation Recipes Click Here ]



    ali radwani ahradwani.com python projects codeFollow me on Twitter..

    By: Ali Radwani

    Arduino: NOT-Gate Circuit

    March 24, 2022 Leave a comment

    Learning : Electronic NOT-Gate Circuit
    Subject: To Build a NOT-Gate Circuit using BC547 Transistor

    [NOTE:
    W
    e are working on Electronic Devices, Voltage, Resistors and other Electronic Parts that may Become HOT due to un-stable current or Wrong Wire Connections..
    PLEASE BE CAUTIOUS AND TAKE SAFETY NEEDED PROCEDURES.]

    In this Project we will use the BC547 Transistor to build a NOT-Gate circuit, so we will Not use the ADRUINO board.

    What we Need

    • 1 2Pin Push-Button.
    • 1 LED
    • 3 Resistors.
    • 1 BC547 Transistor.
    • 1 BreadBoard. [I am using a small 5x7cm]
    • Some Jumper Wires.

    Connections

    • Connect the BC547 BasePin to a Resistor Pin1, Then the Pin2 of the Transistor to the Push-Button Pin1.
    • Connect the Push-Button Pin2 to Another Transistor Pin1, Then the Pin2 of the Transistor to BC547 CollectorPin, AND to the Battery(+).
    • Connect the third Transistor Pin1 to BC547 CollectorPin, and the Pin2 of the transistor to LED(+) Pin.
    • Connect the BC547 EmitterPin to the LED(-) Pin by Jumper-wire.
    • Connect the LED(-) Pin to the Battery(-).
    Here is the Circuit on the Breadboard
    arduino circuit NOT-Gate ali radwani



    Run-Time
    Since this is a NOT-Gare Circuit then once we connect the Power we can see the LED turns ON, Now if we Press the button and keep pressing, the circuit will be in connecting phase and the LED will tune Off.

    Here is a GIF clip of Running Time.



    :: ARDUINO PROJECTS LIST ::
    [ Click Here to See all ARDUINO Projects ]



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    By: Ali Radwani

    Arduino: AND-Gate Circuit

    March 17, 2022 Leave a comment

    Learning : Electronic AND-Gate Circuit
    Subject: To Build an AND-Gate Circuit using BC547 Transistor

    [NOTE:
    W
    e are working on Electronic Devices, Voltage, Resistors and other Electronic Parts that may Become HOT due to un-stable current or Wrong Wire Connections..
    PLEASE BE CAUTIOUS AND TAKE SAFETY NEEDED PROCEDURES.]

    In this Project we will use the BC547 Transistor to build an AND-Gate Circuit on a breadboard, so we will Not use the ADRUINO board.

    What we Need

    • 2 2Pin Push-Button.
    • 1 LED
    • 3 Resistors.
    • 2 BC547 Transistor.
    • 1 BreadBoard. [I am using a small 5x7cm]
    • Some Jumper Wires.
    • 3V Battery

    Connections

    • Connect Both BC547 to the BreadBoard.
    • Connect Emitter of the First (left) One to the Collector of the second One (Right one). [Use Jumper Wire]
    • Connect TWO Push-Buttons to the BreadBoard.
    • Connect between each BasePin of the BC547 and Pin1 of each Push-Button using a Resistor1&2 [Pin1 of PushButton1 to Pin1 of Resistor1, Pin2 on the Resistor1 to BasePin of BC547.]
    • Connect Pin2 of Push-Button1 to the Pin2 of the Push-Button2.
    • Connect the Push-Button2 Pin2 to a Resistor3 Pin1
    • Connect the Resistor3 Pin2 to the LED(+)Pin.
    • Connect the LED(-)Pin to the First BC547 CollectorPin
    • Connect the Battery (+) to the Resistor3 pin2, and Connect the Battery (-) to the Emitter Pin of Second BC547.
    arduino project electronic circuit BC547 ali radw doha ahradwani.con arduino project electronic circuit BC547 ali radw doha ahradwani.con



    Run-Time
    The Logic of the AND-Gate is if the BOTH Button are Pressed in same time the circuit will close and the LED turn On.

    Here is a GIF clip of Running Time.
    arduino project electronic circuit BC547 ali radw doha ahradwani.con



    :: ARDUINO PROJECTS LIST ::
    [ Click Here to See all ARDUINO Projects ]



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    By: Ali Radwani

    LED Fade-Off from Prototype to Gadget

    March 10, 2022 Leave a comment

    Learning about : Circutes, Capasitor, Push-Button
    Subject: LED Fade-off apply it on a PCB Board.

    [NOTE:
    W
    e are working on Electronic Devices, Voltage, Resistors and other Electronic Parts that may Become HOT due to un-stable current or Wrong Wire Connections..
    PLEASE BE CAUTIOUS AND TAKE SAFETY NEEDED PROCEDURES.]

    In one of my previous Post [Read Here] I did some connection on a breadboard using BC547 and a Capacitor to make an LED Fade-off in 60sec after pushing a button. In this post we will convert that circuit a simpler circuit doing the same thing from a breadboard to a PCB to be as a Gadget.

    What we Need: Here is a list of what we will use:

    • 1 LED (I will use a yellow one)
    • 1 PCB Board 5x7cm.
    • 1 1000uF 6.3v Capacitor.
    • 1 Resistor 300 ohm.
    • 1 2pin Push Button.
    • 1 CR2032 Lithium Cell 3V Battery.

    Connection: All the connections will be on a 5x7cm PCB Board, I use a thin steel wire to create a strap to hold the Battery, and:

    • Connect the Negative (-) Battery to Pin1 of the Push Button.
    • Pin2 of the Push Button will be connected to the Negative (-) pin of the Capacitor.
    • Connect the 300ohm Resistor Between (+) Pin of the Capacitor and the (+) Pin of the LED.
    • The Negative(-) Pin of the LED will be connected to the Pin2 of the Push Button.


    Here is all connections on a small breadboard.

    arduino ali radwani ahradwani.com doha qatar circuits



    Here I copy the circuit on a small 5x7cm PCB.

    arduino ali radwani ahradwani.com doha qatar circuits



    Back side Connections.

    arduino ali radwani ahradwani.com doha qatar circuits


    Finslly, I cut the PCB to a smaller size and Label it.

    Now once we Push the Button the LED Turns On and Start Fading-Out. [you may need to give 5-10sec to charge the Capacitor before seeing the Fading Effect]

    :: ARDUINO PROJECTS LIST ::
    [ Click Here to See all ARDUINO Projects ]

    To Download the ARDUINO Project [Code and Diagram] files {No Code in this Project}



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    By: Ali Radwani

    Arduino: Morse Code Blinking


    Learning : ARDUINO, Morse-Code, Electronic Circuit
    Subject: LED to Blink Morse Code

    [NOTE:
    W
    e are working on Electronic Devices, Voltage, Resistors and other Electronic Parts that may Become HOT due to un-stable current or Wrong Wire Connections..
    PLEASE BE CAUTIOUS AND TAKE SAFETY NEEDED PROCEDURES.]


    Some days ago I just went through some pages of Morse-Code. Then I got an idea to write a code for the ARDUINO to blink an LED for some letters.

    Morse Code: In a basic and easy way, Morse code is a Dots (.) and Dashs (-) to present alphabet characters. So A = .- ; B = -… ; C = -.-. and so on (Morse code table in Wikipedia)

    Morse Code Rules:

    if we assume a unit is U, then :

    • 1. A Dot is 1U.
    • 2. A Dash is 3U.
    • 3. A Space between a part of the same letter is 1U.
    • 4. A Space between letters is 3U.
    • 5. A Space between words is 7U.

    In our project here, the Unite U will be the Delay in Arduino, so the LED will be High for 1U to represent a Dot (.) and will be High for 3U to represent the Dash (-).

    What we will Need: I will use a Breadboard, ARDUINO Nano , One Red LED, One 300 ohm Resitro, Jumper Wire.

    • A BreadBoard.
    • ARDUINO Nano.
    • 1 Red LED.
    • 1 Resistor [I will Use 300 ohm]
    • Some Jumper Wire.

    Connection:

    • The ARDUINO Nano will be on the Breadboard
    • Connect D13 on Nano to Column 11 on the Breadboard using Jumper-wire.
    • Connect the Resistor on Column 11 and Column 6 on the Breadboard.
    • Connect the LED Anode (+) pin on the Column 6 on the Breadboard.
    • Connect the LED Cathode (-) pin to the Column 4 on the Breadboard.
    • Connect the Column 4 on the Breadboard to the Cathode Row on the Breadboard using Jumper-wire.
    • Connect the Column 17 on the Breadboard (Nano GND pin) to Cathode Row on Breadboard using Jumper-wire.
    • Connect the Column 19 on the Breadboard (Nano 5V pin) to the Anode Row on Breadboard using Jumper-wire.
    Image of the Connected Breadboard.
    ali radwani ARDUINO Projects morse code



    The Coding: First we need to define the Dots and Dashs for each Alphbets, in this example I will do only three carecters for my Name A L I, I will create an array of 0 and 1, 0 is a dot, 1 is a dash, here is the code:
    int A [ ] = {0,1} ; // 0 = dot (1U), 1 = dash (3U)
    int L [ ] = {0,1,0,0} ;
    int I [ ] = {0,0} ;

    Here is declearing the Unite, u as Delay time:
    int u = 170 ; // 1U = 170 delay.

    and here is the Arduino pin I will use:
    int ledpin = 13 ;

    in the void setup, we will only write one line to set the pinMode(ledpin, OUTPUT)

    then I create a function to read the letter array-content

     // CODE: Function to read the letters contents. 
    
    void letter(int c [], byte s)
    {
          if (c[s] == 0)   // dot 
            {morse1(ledpin, 1) ;}
          if (c[s] == 1)   // dash 
            {morse1(ledpin, 3) ;}       
    }
    
    



    In this code, I will let the LED to Blink in Morse code saying “ALI” [My Name ๐Ÿ™‚ ]. You may add the Morse code in the Application and making the LED to send you message. Code Available in Download Page.

    RUN TIME..






    :: ARDUINO PROJECTS LIST ::
    [ Click Here to See all ARDUINO Projects ]

    To Download the ARDUINO Project [Code and Diagram] files Click-Here



    ali radwani ahradwani.com python projects codeFollow me on Twitter..

    By: Ali Radwani