Data Mapping

Conduct an Internet search to identify two automated data mapping tools. List the functionalities and benefits of these tools, comparing the functionalities and benefits to the spreadsheet method for data map documentation. Refer to Clinical Data Mapping Process, linked in Resources.

Do you believe Vila Health would benefit from purchasing an automated tool? Provide a rationale and discuss the potential problems a tool can resolve. Also, speculate about the future of data mapping in health care.

Implement a generic utility to summarize a table of data. In particular, for specified columns, find the minimum, average, and maximum value for each of those columns and print out a nicely-formatted report. Hint: You might want to process one line at a time maintaining, in a dictionary, the running stats for each column.

For example: stats = '{'test1': {'min': 80.5, 'sum':845.0, 'max':100.0}, 'test2': {...}, ...etc.' If you also maintain a row counter, you’ll be able to calculate the averages after you have accumulated statistics on each column.

Post answer in PYTHON script using ATOM or REPL

Describe a TM (Turing Machine) which accepts the language L = {w2w | w is a string in {0, 1}* }. Here I mean informally describe how the TM works. You need not give the full program or diagram.

Write an Application that extends the Thread class, call it MyThread.java. Have your new class accept an integer(i.e. 200) when it is instantiated. (MyThread mt = new MyThread(200); )
This integer number will be the number of times that this class loops and prints a message. The message should read “Thread Running...200”. The 200 would be whatever number is passed into the constructor. If the number was 300, then the output should read “ Thread Running ..... 300”. Use a main method to test this class. In the main start 2 Threads, one Thread with 250 and one Thread with 300. What happens? You do not need to use the sleep() method for this exercise.

2. 2.) Modify 1.) from above. Change this class to use the Runnable Interface instead of the Thread class. Any difference how the code runs?

3. 3.) Lastly, have the main method start 4 different threads, all with different loop counts. Test the application, what happens?

PLEASE provide a screenshot or image of the code running!

SWITCH CASE, WHILE, DO WHILE STRUCTURES, using ARDUINO. Urgent Please for Arduino!

Implement the following programs, attach a flow chart, photos of its operation and use your own values.
1. Read a number that represents the month and say what months it is.
2. Using the conditional "while" calculate the factorial of a number
3. Using the “do-while” conditional, make a program that prints all numbers from 1 up to a maximum number entered by the user.

This task is solved in Python 3.

Develop a program that lets the user add new people to the file phone.txt

Add name and number, end with <enter>

Name and number: Robin 94567402

Name and number: Jessica 99468283

Name and number:

>>>

The equation A = Ao * e^(-t(log2/h)) is used to model the decay of radioactive materials. Where A is the amount of material at time t, A₀ is the amount at time 0 and h is the half-life.

Write a program that prompts for a decay time and how long of an interval you want to look at. Then write the code that creates a table with the appropriate information.

For example, the decay rate is 6 months for material xyz. What does it look like over 30 hours?

This task is solved in Python 3.

Develop a program that can change the phone number of a person in phone.txt (hint: the easiest thing is probably to make a new version of the file, and then delete the old one before the new is renamed to phone.txt)

Name: John

Old phone number: 99776612

New number: 99889999

>>>

Write the program WritePatientRecords that allows a doctor’s staff to enter data about patients and saves the data to a file called Patients.txt. The output should be in the following format: p#, PATIENT_NAME, BALANCE. Create a Patient class that contains fields for ID number, name, and current balance owed to the doctor’s office.

using System;
using static System.Console;
using System.IO;
class WritePatientRecords
{
static void Main()
{
// Your code here
}
}

Create the following classes and show a “Hierarchical” relationship between them:     

     Company, Products and Employee   

• Define at least 2 instance variables of these classes.
• company: company_code, company_name
• Employee: employee_ name, number_of_employees.
• Choose the appropriate members for Products by your own understanding.
• Write default and overloaded constructors for each class
• Include a method in all the classes by the same name that overrides the direct or indirect base classes.

Problem Description

Objective

This practical will test your capability of implementing a linked list.

Design

Think of how you are going to solve the problem and test your implementation with the test cases you designed based on the stages below.

Testing Hint: it’s easier if you test things as a small piece of code, rather than building a giant lump of code that doesn’t compile or run correctly. As part of your design, you should also sketch out how you are going to build and test the code.

Problem

Linked lists are dynamic data structures that allow storing a list of items in separate places in the memory. Each item of the list, together with the address of the next item, is placed in one object of type Node (find the description below). The last node of the list should include the last item and a null pointer (NULL or nullptr).

Lists, as abstract data types, can be implemented by different structures, including arrays, vectors and linked lists. Please do not use arrays or vectors for this practical. In this practical, you should write the code for two classes named LinkedList, and Node.

You must include separate header and implementation files for both classes. The class Node should consist of two member variables, an integer data and a pointer to Node next, and 5 functions, a constructor, and getter and setter for the two member variables.

The class LinkedList must have only one member variable: head, which is of type pointer to Node. If the list is empty, head should contain NULL or nullptr. It should also have at least the following member functions. Note that add functions should construct nodes from the heap, and delete functions should manually delete the one that is removed from the list. Don’t forget to write test cases for each function and ensure that the tests pass before progressing to the next function.

• void addFront(int newItem) : The function inserts a new node, containing the newItem, at the beginning of the list.
• void addEnd(int newItem) : The function inserts a new node, containing the newItem, at the end of the list.
• void addAtPosition(int position, int newItem) : The function inserts a new node, containing the newItem, such that it is the position-th member of the list. i.e. we assume the first element of the list is in position 1. If position is larger than the size of the list, the new item is added to the end of the list. If position < 1, the new item is added at the beginning of the list.
• int search(int item) : The function searches the list for the first instance of the item, and if found, both prints the position of the of the item (followed by a space) and returns the position of the item in the list (positions start from 1). If not found, both prints 0 (followed by a space) and returns 0. Note that the returning type is different from what was explained in the search function in the lecture.
• void deleteFront() : The function deletes the first element of the list.
• void deleteEnd() : The function deletes the last element of the list.
• void deletePosition(int position) : The function deletes the element at the given position of the list. If the position < 1 or it is larger than the size of the list, only print ”outside range”.
• int getItem(int position) : The function both prints the value of the item (followed by a space) and returns the value of the item at the given position of the list, If beyond the size of the array, both prints std::numeric_limits < int >::max() (followed by a space) and returns std::numeric_limits< int >::max(). You should include <limits> for this. Take a look at
  http://www.cplusplus.com/reference/limits/numeric_limits/ if you need.
• void printItems() : The function prints the value of the items of the list from head to tail. In case of an empty list, it does not print anything
• A constructor with no parameters, which makes an empty list.
• A constructor that takes an array of integers and makes a linked list, containing all the elements of the array, in the same order. As the second parameter, it takes the size of the array.
• A destructor that manually deletes all the elements that are still in the list.

Note that the printing in the functions search and getItem is for the purpose of easy testing.

Main function

The test script will compile your code using

g++ -o main.out -std=c++11 -O2 -Wall *.cpp

It is your responsibility to ensure that your code compiles on the university system. g++ has too many versions, so being able to compile on your laptop does not guarantee that it compiles on the university system. You are encouraged to debug your code on a lab computer (or use SSH).

You are asked to create a main function (main.cpp). It takes in one line of input.
  

int1 int2 ... intn FUNCTIONINITIAL param1 param2

int1, until intn are integers, separated by space, which should be placed in an integer array, and passed to the linked list constructor. For simplicity, we assume that the size of this array never exceeds 100; therefore, you can take an static array with the size of 100.

After the elements of the list, the input consists of an string, denoting a function, followed by its parameters. The string is one of these:

• AF standing for addFront
• AE standing for addEnd
• AP standing for addAtPosition
• S standing for search
• DF standing for deleteFront
• DE standing for deleteEnd
• DP standing for deletePosition
• GI standing for getItem

Call the indicated function with its parameter. If the function has only one parameter, then the last integer value from the input is not used. At the end, call the function printItems, to produce the required output.

Sample input: 5 2 7 10 AP 3 9

expected output: 5 2 9 7 10

Sample input: 3 4 2 1 DP 3 0

expected output: 3 4 1

Sample input: 45 20 2 10 GI 3 0

expected output: 2 45 20 2 10

Trace the following program. This means you need to fill the table in which you show the output of each executed instruction as if you are the computer executing the program. Put your comments under the table.

#include<iostream>

using namespace std;

int main ()

{

cout.setf(ios :: fixed);

cout.setf(ios :: showpoint);

cout.precision(2);

int A=7.5, B=2.5, C;                                                                                        //statement 1

double X,Y;

char Letter;

C = A/B;                                                                                                          //statement 2

X = 1.0*A/B;                                                                                                    //statement 3

if (C<X)

        Letter = 30*C;                                                                                         //statement 4

if (C=X)

        Letter = 20*C;                                                                                         //statement 5

if (C>X)

        Letter = 10*C;                                                                                         //statement 6

cout << "Letter = " << Letter+10 << endl;                                                       //statement 7

Letter = Letter + 10;                                                                                        //statement 8

cout << "Letter = " << Letter << endl;                                                             //statement 9

Y = 1.0*(A/B);                                                                                                 //statement 10

X = Y/ (B+5) + 2.5;                                                                                          //statement 11

cout.precision(1);

cout << "X = " << X << endl;                                                                           //statement 12

return 0;

}

Correct and complete this C++ program. You are not allowed to include a directory nor changing a variable type or a loop syntax. Stick on the number of lines.

#include<iostream>

using namespace std;

int main ()

{

int N1, N2;

int power;

cout<<"Please enter N1 and N2 in order to calculate N1^N2. N1 should be a positive number. N2 should be between -9 and 9.\n";

cin>>N1>>N2;

while (…………..)

{

cout<<………………………………………….

cin>>………………………………………….

}

while (…………..)

{

cout<<………………………………………….

cin>>………………………………………….

}

……………………………………………..

if(power>0)

{

for(………… ; ………… ; …………)

………………………………………….

cout<<………………………………

}

else if(power<0)

{

for(………… ; ………… ; …………)

………………………………………….

cout<<………………………………

}

else

cout<<………………………………

return 0;

}

Write a C++ program to computer the nth Fibonacci Number in 3 ways. Clearly define which way you are solving in your code using comments. You must provide an algorithm to solve for the nth Fibonacci Number in 1. a straight-forward recursive solution 2. a top-down memoized solution and 3. a bottom-up dynamic programming solution. These algorithms will be tested with randomly generated input, and a single non-negative number will be given through command line.