From 8a7686f7779f5a15a7e82b6ceec10172547a3413 Mon Sep 17 00:00:00 2001 From: moon28 Date: Thu, 3 Oct 2024 15:19:52 -0400 Subject: [PATCH] client-b.txt Explanation: Initialization: Set the user's starting coordinates (`currentLocation`) and the destination coordinates (`destination`). Load the warehouse map data (`warehouseMap`) which would contain information about aisles, obstacles, etc. Main Loop: Continues until the user's current location matches the destination. Displays the map with the user's current position highlighted. Provides directions to the destination (e.g., "Move North 2 aisles, then East 3 aisles"). Gets the user's movement choice (N, S, E, W). Updates the `currentLocation` based on user input, ensuring the movement is within the map boundaries and doesn't collide with obstacles (this part would require additional logic using the `warehouseMap` data). Destination Reached: Once the loop condition is met (`currentLocation == destination`), display a message indicating the user has reached their destination. Key Points: Loops and Variables: Uses a `WHILE` loop to continuously update the user's position and a `CASE` statement to handle different movement directions. Variables store the current location, destination, and map data. Map Display and Directions: Assumes functions like `DISPLAY_MAP` and `DISPLAY_DIRECTIONS` to visually guide the user. Error Handling (Not Shown): This example lacks explicit error handling, but you'd need to add checks for invalid input and movement restrictions based on the map. Simplification: This is a simplified representation. A real-world application would likely use more sophisticated algorithms for pathfinding, obstacle avoidance, and real-time location tracking (e.g., using GPS or indoor positioning systems). --- client-b.txt | 23 +++++++++++++++++++++++ 1 file changed, 23 insertions(+) diff --git a/client-b.txt b/client-b.txt index 991004f..0701a42 100644 --- a/client-b.txt +++ b/client-b.txt @@ -1,4 +1,27 @@ # Client Task B # # Add your pseudocode to this file below this line: # # ------------------------------------------------- # +Find the Spot" Mapping Application +// Initialization +currentLocation = [startX, startY] // Starting coordinates of the user +destination = [destX, destY] // Coordinates of the target location +warehouseMap = LOAD_MAP() // Load the warehouse map data +// Main Loop (until destination is reached) +WHILE currentLocation != destination DO + DISPLAY_MAP(warehouseMap, currentLocation) // Display map with user's location + DISPLAY_DIRECTIONS(currentLocation, destination) // Show directions to destination + + userInput = GET_USER_INPUT() // Get user's movement choice (N, S, E, W) + + // Update current location based on user input and map constraints + CASE userInput OF + "N": currentLocation = currentLocation + 1 // Move North (increment Y) + "S": currentLocation = currentLocation - 1 // Move South (decrement Y) + "E": currentLocation = currentLocation + 1 // Move East (increment X) + "W": currentLocation = currentLocation - 1 // Move West (decrement X) + // Add error handling for invalid input or movement outside map boundaries + END CASE +END WHILE + +DISPLAY "Destination reached!"