Part 1: Bot Rescuing Charger
In a scenario set within a square grid, an autonomous bot is placed on the grid, with the critical task of locating and retrieving a trapped charger located in another square. The bot's primary objective is to skillfully navigate through the grid to find and rescue the charger.
Input Format: The input begins with an integer (N) ((1 < N < 100)), which specifies the dimensions of the square grid. This is followed by (N) lines, each containing (N) characters, representing the grid itself. Empty cells are marked with '-', the bot's starting position is indicated by 'b', and the charger's location is denoted by 'c'. The grid's indexing follows the conventional Matrix Convention.
Output Format: The output should detail the sequence of moves the bot will execute to reach the charger, with each move delineated by a newline ('\n'). The bot can move LEFT, RIGHT, UP, or DOWN, and these directions should be recorded in the output.txt file.
Sample Input:
3
---
-b-
c--
Sample Output:
DOWN
LEFT
Explanation: The bot is initially positioned at (2,2), with the charger at (1,1). To successfully rescue the charger, the bot must move one step DOWN followed by one step LEFT.
Part 2: Assistant Implementation
This part of the implementation leverages pyttsx3 for converting text into speech, and the os module for accessing and reading the output.txt file. This setup ensures the bot's interactions are not only visually but also audibly accessible, enhancing the user experience.