Archive
Flowers in my lens … 5
Here is another photo sample taken with #galaxy #Note9 phone for some flowers in my garden..
For mor follow me on Twitter @h_ta3kees

Python Project: Disarium Number
Learning : Python to solve Mathematics Problems
Subject: Disarium Number
In Mathematics there are some formulas or let say rules that generate a sequence of given a certen result, and accordingly we gave that number or that sequence a name, such as even numbers, odd numbers, prime numbers and so on.
Here in this post we will talk about the Disarium Number and will write a code to check if a given number Disarium or Not.
Defenition: A Number is a Disarium if the Sum of its digits powered with their respective position is equal to the original number. Example: If we have 25 as a Number we will say: if (2^1 + 5^2) = 25 then 25 is Disarium.
So: 2^1 = 2, 5^2 = 25, 2+25 = 27; 25 NOT Equal to 27 then 25 is NOT Disarium.
Let’s take n = 175:
1^1 = 1
7^2 = 49
5^3 = 125
(1 + 49 + 125) = 175 thats EQUAL to n so 175 is a Disarium Number.
In the bellow code, we will write a function to take a number from the user the check if it is a Disarium Number or not. In this function we will print out the calculation on the screen. Let’s start by writing the function
# is_disarium function.
def is_disarium(num) :
"""
Project Name: Disarium Number
By: Ali Radwani
Date: 2.4.2021
"""
the_sum = []
l = len(num)
for x in range (0,l):
print(num[x] , '^',x+1,'=', (int(num[x])**(x+1)))
the_sum.append((int(num[x])**(x+1)))
if int(num) == sum(the_sum) :
print ("\n The sum is {}, and the original Number is {} So {} is a Disarium Number.".format(sum(the_sum),num,num))
else:
print ('\n The sum is {}, and the original Number is {} So it is NOT Disarium.'.format(sum(the_sum),num))
num = input('\n Enter a Number to check if it is Disarium. > ')
# Call the function and pass the num.
is_disarium(num)
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To Download my Python code (.py) files Click-Here
By: Ali Radwani
Rhino Sketch
Using a pencil then black pen and a photo from the Net as a reference and after almost 25min I finished this Rhino.
Follow me on Twitter @h_ta3kees

Python Project: Drawing Cloud Number
Learning : Python, Drawing
Subject: Using Python to Draw Cloud Number
In this project we will write a code to draw a cloud of number, we will do this as layers each layer with different font size and different color density.
To do this we will write a function def draw_cloud(tcolor,max_r,sr,lr) : to fill the screen with max_r random numbers from sr to lr (small range, large ramge) using tcolor color. We will recall the function several time each time we will change the tcolor,max_r,sr,lr. Here is the code ..
The Code![]() |
By: Ali Radwani
Flowers in my lens … 3
Here is a mcro photo sample taken with #galaxy #Note9 phone for some flowers in my garden..
For mor follow me on Twitter @h_ta3kees

Another sketch challenge: The House
This week sketch challenge @1hour1sketch is to Draw a Red House, so here is my sketch using pencil, black Pen and watercolour. More Sketches on my Sketch page .. also follow me on Twitter @h_ta3kees

Python: My Orders Tracker P-3
Learning : Pythn, sqlite, Database, SQL
Subject: Create a system to track the orders
In this part we will write the code to Delete an Order that we have from our system, also we will add some validations on the user input, like if the user enter something not from the menu, or to do so, first we will re-call the show_orders() function that we have and passing the ‘yes’ parameter which means we are calling the function from inside another function [we will not print the function header, and will not clear the screen]. Then we will ask the user to select/Enter the ID of the order to be Deleted, after that we will print tha order details again on the screen and ask the user to confirm Deleting command by entering ‘Y’ … thats it.. let’s write the code..
# Delete Order
def del_order():
os.system('clear')
print("\n==========[ Delete Orders ]==========\n")
show_order('yes')
del_order = input(' Select the Order ID to be Deleted. [E to Exit] > ')
if not del_order.isnumeric() :
input('\n You need to enter an Orders ID [Numeric]. .. Press any Key .. ')
return
elif del_order in ['e','E'] :
return
try:
c.execute ("select * from orders where o_id ={}".format(del_order))
order_list = c.fetchone()
if order_list == [] :
input('\n ID {} not exsist.'.format(del_order))
return
os.system('clear')
print("\n==========[ Delete Orders ]==========\n")
print('\n Details of the Order you select:\n ')
print(" ID: ",order_list[0])
print(" Date: ",order_list[1])
print(" Order Number: ",order_list[2])
print(" Price: ",order_list[4])
print(" Quantity: ",order_list[5])
print(" Shipment Price: ",order_list[6])
print(" Total Cost: {:.2f}".format((order_list[4]*order_list[5]) + order_list[6]))
print("\n Description:",order_list[3])
print(" Image:",order_list[8])
print(" Link:",order_list[7])
user_confirm = input("\n\n You Select to DELETE the above Order, Enter Y to confirm, E to Exit. > ")
if user_confirm in ['y','Y'] :
#To Delete the order..
c.execute ("delete from orders where o_id ={}".format(int(del_order)))
db_conn.commit()
input('\n One record has been DELETED ... \n ... Press any key to Continue ...')
elif user_confirm in ['n','N']:
input("\n You select not to DELETE any thing. Press any key to Continue .. ")
elif user_confirm in ['e','E']:
input("\n You select stop the process and EXIT. ... Press any key to Continue .. ")
return
else:
input('\n Wrong input ... Press any key to continue ..')
except:
pass
In Next Post: In the coming post P4 , we will write the codes to Edit an order information.
| Part 1 | Part 2 | Part 3 | Part 4 |
To Download my Python code (.py) files Click-Here
By: Ali Radwani
Another sketch challenge: Horse
This week sketch challenge @1hour1sketch is to Draw a Horse, so here is my sketch using pencil, black Pen. More Sketches on my Sketch page .. also follow me on Twitter @h_ta3kees

Python: My Orders Tracker P-2
Learning : Pythn, sqlite, Database, SQL
Subject: Create a system to track the orders
In this part we will write the code to Add new Order to the system, and to Show the orders we have in the database. Also we will write tow new functions that we will use in our application, one is the Date Validation and the other is just to check if the user enter a [q or Q] during collecting data [Q mean Quit] then we will call the quit() function.
Before we start the Add new order function, we will write the def date_validation (the_d) : and we will pass the date that the user enter and will check if it is in the right format, here in our application we will check if it is in [dd-mm-yyyy] format, the function will return the ‘valid’ string if the date in in right format, otherwise it will return a message of error.
Here is the function code ..
# Date Validation function.
def date_validation (the_d) :
if the_d=="" or the_d[2] !='-' or the_d[5] !='-' :
return '\n Date Not Valid. [Date format: dd-mm-yyyy]'
else:
if not(len((the_d.split("-")[2])) == 4 ):
return '\n Date Not Valid "Bad Year". [Date format: dd-mm-yyyy].'
if not (len((the_d.split("-")[1])) == 2 and (int(the_d.split("-")[1]) > 0 and int(the_d.split("-")[1]) 0 and int(the_d.split("-")[0]) <=31)) :
return '\n Date Not Valid "Bad Day". [Date format: dd-mm-yyyy].'
return 'valid'
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The other function as we said, we will call it after each data entry to check on user input if it is ‘Q’ or Not. Here is the code..
def q_to_quit(check):
# If the user enter [q or Q] the function will return quit function.
if check in ['q','Q'] :
return quit()
Now, we will start to write the function to Add new order, we will ask the user to enter the date for the order, such as Order date, order number, the description, price and so-on. Here is the code..
# Function to add new order to the system.
def add_order():
os.system('clear')
print("\n==========[ Add New Order ]==========\n")
while True :
print(' NOTE: Enter Q any time to EXIT/Quit. \n')
order_date = input(' Enter the Date of the Order. as[dd-mm-yyyy] > ')
q_to_quit(order_date)
if date_validation (order_date) == 'valid' :
break
else :
print(date_validation (order_date))
order_Num = input(' Enter the order ID or Number. > ')
q_to_quit(order_Num)
order_desc = input(' Enter the order Description. > ')
q_to_quit(order_desc)
order_price = input(' Enter the Order Price. > ')
q_to_quit(order_price)
order_quantity = input(' Enter the quantity of the order. > ')
q_to_quit(order_quantity)
shipment_price = input(' Enter the shipment_price. > ')
q_to_quit(order_price)
order_link = input(' Enter the hyper Link to the Order. > ')
q_to_quit(order_link)
order_img = input(' Enter the Image file path. > ')
q_to_quit(order_img)
order_desc = " ".join([word.capitalize() for word in order_desc.split(" ")])
c.execute ("INSERT INTO orders (order_date, order_num, order_desc, order_price,order_quantity, shipment_price , order_link, order_img ) VALUES(:order_date, :order_Num, :order_desc, :order_price, :order_quantity, :shipment_price , :order_link, :order_img)", {"order_date":order_date, "order_Num":order_Num , "order_desc":order_desc, "order_price":order_price,"order_quantity":order_quantity, "shipment_price":shipment_price , "order_link":order_link, "order_img":order_img})
db_conn.commit()
input('\n Press any key to Contenu..')
After adding a records to the database, now we want to show what we have and print it on the screen, so we will write a function to Show the data. Here is the code..
# Function to display the data on the screen.
def show_order():
os.system('clear')
print("\n==========[ Show Orders ]==========\n")
c.execute ("select * from orders where o_id >0")
order_list = c.fetchall()
for x in range (0,len(order_list)):
print(" ID: ",order_list[x][0]," "*(10-(len(str(order_list[x][0])))), end='')
print("Date: ",order_list[x][1]," "*2, end='')
print(" Order Number: ",order_list[x][2]," "*(8 - len(order_list[x][2])))
print("Price: ",order_list[x][4]," "*(6 - len(str(order_list[x][4]))), end='')
print("Quantity: ",order_list[x][5]," "*(11 - len(str(order_list[x][5]))), end='')
print("Shipment Price: ",order_list[x][6]," "*(10 - len(str(order_list[x][6]))), end='')
print("[ Total Cost: ",(order_list[x][4]*order_list[x][5]) + order_list[x][6],"]")
print("\nDescription:",order_list[x][3])
print("Image:",order_list[x][8])
print("Link:",order_list[x][7])
print("-------------------------------------------------------------------\n")
input('\n Press any key to Contenu.. ')
![]() |
In Next Post: In the coming post P3 , we will write the codes to Delete an Order and to Edit an order.
To Download my Python code (.py) files Click-Here
By: Ali Radwani
Python: My Orders Tracker P-1
Learning : Pythn, sqlite, Database, SQL
Subject: Create a system to track the orders
Overview:
To track and manage the orders we making through the Internet, we will use the SQlite DateBase to store the data and Python to write the code.
Data we collect:
We will collect the following: order_date, order_ID, order_desc, order_price, shipment_price, order_quantity, order_link, order_img,
Functions: In this project we will create several functions related to the Order Management such as
– Add new Order.
– Edit an Order.
– Delete an Order.
– Show the orders.
Also we will use some of our older functions like date validation.
In Part 1:
– We will set-up the database, create the connection.
– We will create wote the code to create the table, and insert the zero-record.
– We will create the functions names, and the Main-Menu.
So, first code in this part is to import sqlite3, os
then, we will write the database connection as the commeing code:
# Create the data-base and name it as myorders.
db_conn = sqlite3.connect (“myorders.db”)
# set the connection.
c = db_conn.cursor()
Then, we will start writing the the code for the main menu and the functions names that we may have in the application, as in all our systems we will have the three most used function to Add, Edit and Delete the an Order, also we need to show the orders in our system/database, we also will use other function that will help us to Validate the user input such as Date-Validating.
Now, we will start to write the code, first the Main-Menu:
# The Main Menu
def main_menu():
os.system('clear')
print("\n==========[ Main Menu ]==========")
print(' 1. Add New Order.')
print(' 2. Edit an Order.')
print(' 3. Delete an Order.')
print(' 4. Show Orders.')
print(' 9. Exit.')
user_choice = input("\n Select from the Menu: > ")
# we will return the user choice.
return user_choice
Now, we will have the all functions name with header code.
# All functions names with Header
def add_order():
os.system('clear')
print("\n==========[ Add New Order ]==========")
input('\n Press any key to Contenu..')
def edit_order():
os.system('clear')
print("\n==========[ Edit an Order ]==========")
input('\n Press any key to Contenu..')
def del_order():
os.system('clear')
print("\n==========[ Delete an Order ]==========")
input('\n Press any key to Contenu..')
def show_order():
os.system('clear')
Last thing in this part, we will write the main while function in the body part that will call the Main_Menu and keep the user in the application until he/she select number 9 in the menu that mean Exit.
# running the menu and waiting for the user input.
while True :
user_select = main_menu()
if user_select == '1' :
add_order()
elif user_select == '2' :
edit_order()
elif user_select == '3' :
del_order()
elif user_select == '4' :
show_order()
elif user_select == '9' :
print('\n\n Thank you for using this Appliation. ')
break
else :
input('\n Select Only from the list.. Press any key and try again..')
In Next Post: In the coming post P2, we will write the codes for the Add new Order to the system also to Show the list of orders we have in the databse.
| Part 1 | Part 2 | Part 3 | Part 4 |
To Download my Python code (.py) files Click-Here
By: Ali Radwani

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