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1. Introduction Product Purpose: this product is being developed as a generalized robotic guidance platform. This product will take guidance input from the console and translate those values into positional data for a robotic platform. 2. Standards Hardware: this product should be capable of running on a Linux platform with the gcc compiler and a means of text I/O. Schedule: completion of this product is expected no later than 12 Oct. Language: this project will be implemented using the C++ programming language. 3. System Description System Context: this will be a self-contained piece of software that will not rely on external platforms for its basic operation. User Characteristics: users will be trained robot operators who are proficient with computer operation. This project will not be responsible for user training. 4. Functional Requirements 4.1 Startup (same as Version 1.0): when the software starts, it should ask the user for a number of robots to track. It should also ask the user for a unique identifier for each robot. You can assume that the user is entering unique names for each robot, you do not need to check.

1. Introduction Product Purpose: this product is being developed as a generalized robotic guidance platform. This product will take guidance input from the console and translate those values into positional data for a robotic platform. 2. Standards Hardware: this product should be capable of running on a Linux platform with the gcc compiler and a means of text I/O. Schedule: completion of this product is expected no later than 12 Oct. Language: this project will be implemented using the C++ programming language. 3. System Description System Context: this will be a self-contained piece of software that will not rely on external platforms for its basic operation. User Characteristics: users will be trained robot operators who are proficient with computer operation. This project will not be responsible for user training. 4. Functional Requirements 4.1 Startup (same as Version 1.0): when the software starts, it should ask the user for a number of robots to track. It should also ask the user for a unique identifier for each robot. You can assume that the user is entering unique names for each robot, you do not need to check.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Question

How do I make the moveRobot function for this program?

Code I have so far:

#include<iostream>
#include<iomanip>
#include<ctype.h>

using namespace std;

struct Robot
{
    int X = 0;
    int Y = 0;
    char lastCommand;
    int currentSpeed;
    int distance;
    string name;
};

Robot** makeRoboList(int numRobos){
    Robot** roboList = new Robot*[numRobos];
    for(int i = 0; i < 3; i++){
        roboList[i] = new Robot;
    }

    return roboList;

}

int main(){

 


}

# Introduction **Product Purpose:** This product is being developed as a generalized robotic guidance platform. This product will take guidance input from the console and translate those values into positional data for a robotic platform. # Standards **Hardware:** This product should be capable of running on a Linux platform with the gcc compiler and a means of text I/O. **Schedule:** Completion of this product is expected no later than 12 Oct. **Language:** This project will be implemented using the C++ programming language. # System Description **System Context:** This will be a self-contained piece of software that will not rely on external platforms for its basic operation. **User Characteristics:** Users will be trained robot operators who are proficient with computer operation. This project will not be responsible for user training. # Functional Requirements **4.1 Startup (same as Version 1.0):** When the software starts, it should ask the user for a number of robots to track. It should also ask the user for a unique identifier for each robot. *You can assume that the user is entering unique names for each robot, you do not need to check.*
Transcribed Image Text:# Introduction **Product Purpose:** This product is being developed as a generalized robotic guidance platform. This product will take guidance input from the console and translate those values into positional data for a robotic platform. # Standards **Hardware:** This product should be capable of running on a Linux platform with the gcc compiler and a means of text I/O. **Schedule:** Completion of this product is expected no later than 12 Oct. **Language:** This project will be implemented using the C++ programming language. # System Description **System Context:** This will be a self-contained piece of software that will not rely on external platforms for its basic operation. **User Characteristics:** Users will be trained robot operators who are proficient with computer operation. This project will not be responsible for user training. # Functional Requirements **4.1 Startup (same as Version 1.0):** When the software starts, it should ask the user for a number of robots to track. It should also ask the user for a unique identifier for each robot. *You can assume that the user is entering unique names for each robot, you do not need to check.*
## findRobot Function (Updated) This function identifies the index of a Robot within an array by using its unique identifier. **Parameters:** - `Robot* roboList[]`: An array of robot pointers. - `string identifier`: The target unique identifier. - `SIZE`: The number of robots in `roboList`. The function returns the index of the robot with a matching identifier as an integer, or -1 if the identifier is not present in the list. --- ## moveRobot Function (Updated) The function `moveRobot` is a void function used for updating the position of a robot struct. **Parameters:** - `Robot r`: A Robot pointer. - `char d`: A character value representing one direction. The robot's position should be updated as described in Section 4.3. For example, if `d` equals ‘U’, then increase `r.y` by `r.currentSpeed`, and so forth.
Transcribed Image Text:## findRobot Function (Updated) This function identifies the index of a Robot within an array by using its unique identifier. **Parameters:** - `Robot* roboList[]`: An array of robot pointers. - `string identifier`: The target unique identifier. - `SIZE`: The number of robots in `roboList`. The function returns the index of the robot with a matching identifier as an integer, or -1 if the identifier is not present in the list. --- ## moveRobot Function (Updated) The function `moveRobot` is a void function used for updating the position of a robot struct. **Parameters:** - `Robot r`: A Robot pointer. - `char d`: A character value representing one direction. The robot's position should be updated as described in Section 4.3. For example, if `d` equals ‘U’, then increase `r.y` by `r.currentSpeed`, and so forth.
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