# ELEVATORS SOFTWARE SIMULATION

ELEVATORS SOFTWARE SIMULATION

\$6.95

# ELEVATORS PROGRAM FOR PRACTICE

INSTRUCTOR
Connor Jones
is a Mechanical Engineer and senior Python developer based in the UK. He holds a PhD of Mechanical Engineering and has participated in  several research projects at the Imperial College in London.

DESCRIPTION
The goal of this project is to write a program to simulate the software that controls the elevators of a new building.
As a result, the program will have to operate the elevators in multiple cases considering  the elevators position, the origin floor and the direction he wants to go. Like in any building, it will have to show a floor indicator and  the  status of the elevator: going up or down, closing doors, on hold, and so on.
Conditionals and loops make up the majority of the code, so it is a great challenge for beginners to practice these concepts and learn how to apply and combine them for real applications.

###### Guidelines

There is also an extensive guidelines section where you will learn to plan and define the roadmap and the variables required to complete the project before starting to code. Moreover, Connor has broken down the program in small parts, each one with a specific purpose and solved through conditionals or loops This way you can focus on a particular task and once finished, check if your script yields the same outcome as the solution.

1) INSTRUCTIONS: a PDF with the project description. It includes a guidelines section and a flow diagram to help you complete the challenge step by step. The project is broken down in several exercises or hints that you may follow in case you need guidance (11 pages).
2) SOLUTIONS: a Jupiter Notebook including detailed explanations and comments and explanations about how the code works.
IMPORTANT: to see the solutions (Notebook) you need to have Jupyter or the ANACONDA package installed on your machine. If you do not have it,  you may download it here. It is free.

WHAT YOU WILL PRACTICE
– Ranges
– “Input” command.
– Nested loops.
– Conditional statements and lists.
– Loops (while/for).
– Time library

REQUIREMENTS
This project is highly recommended  for Python students that have finished a python bootcamp or online course and want to practice conditionals and loops.

CONTACT

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## Specification: ELEVATORS SOFTWARE SIMULATION

Difficulty 5 Days Zip, 7z, PDF

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