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Pattern :-05|| Part:-2 || Pyramid Pattern Printer with the help of python || #python #viral #coding
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The "Pyramid Pattern Printer" is a Python program designed to create a visually appealing pyramid pattern using asterisks (*). The program takes an integer input from the user, representing the number of rows for the pyramid. It then utilizes nested loops to construct the pyramid pattern with a decreasing number of asterisks in each row, creating a symmetrical structure.
The program begins by requesting the user to input the number of rows they want for the pyramid. It then uses two nested loops to control the printing of spaces and asterisks, aligning them in a pyramid shape.
The pattern is constructed as follows:
Initially, the program starts with no spaces (nsp = 0) and 'n' asterisks in a row (nst = n).
For the first half of the pyramid, spaces (nsp) are increased by 1 in each row, and the number of asterisks (nst) is reduced by 2, creating a narrower pyramid.
For the second half of the pyramid, spaces (nsp) are decreased by 1 in each row, and the number of asterisks (nst) is increased by 2, expanding the pyramid symmetrically.
The result is a beautifully structured pyramid pattern based on the user's input. This program not only demonstrates nested loops but also highlights the concept of pattern printing in Python. It can be a helpful learning tool for computer science students and programming enthusiasts.
The program begins by requesting the user to input the number of rows they want for the pyramid. It then uses two nested loops to control the printing of spaces and asterisks, aligning them in a pyramid shape.
The pattern is constructed as follows:
Initially, the program starts with no spaces (nsp = 0) and 'n' asterisks in a row (nst = n).
For the first half of the pyramid, spaces (nsp) are increased by 1 in each row, and the number of asterisks (nst) is reduced by 2, creating a narrower pyramid.
For the second half of the pyramid, spaces (nsp) are decreased by 1 in each row, and the number of asterisks (nst) is increased by 2, expanding the pyramid symmetrically.
The result is a beautifully structured pyramid pattern based on the user's input. This program not only demonstrates nested loops but also highlights the concept of pattern printing in Python. It can be a helpful learning tool for computer science students and programming enthusiasts.