PSY Theories of Personality Case Study

PSY Theories of Personality Case Study

Instructions/Descriptions

PSY Theories of Personality Case Study

[Order Now]

Module Four Journal Template

For your journal, complete this template by replacing the bracketed text with the relevant information. Your responses should each be about 2 to 5 sentences in length.

• Analyzing Theory
• Describe how humanism differs from the personality theories you have studied so far.

[Insert text]

• Explain the role of nature and nurture in the humanistic approach.

[Insert text]

• Describe the role of emotional intelligence in the humanistic approach.

[Insert text]

• Applying Theory to Society
• Explain the role of systemic issues in society, such as a lack of equity, access, or opportunity in the hierarchy of needs.

[Insert text]

• The final course in your degree program will challenge you to think about your role as an agent of social change. Explain how the humanistic approach generally, or Maslow’s hierarchy specifically, relates to your initial thoughts about being an agent of social change in your community. You can think about how humanism influences your approach to systemic issues or the role that being an agent of social change has on your views of self-actualization.

[Insert text]

• Locate and summarize one external article that investigates limitations of Maslow’s hierarchy and systemic issues in society.

[Insert text]

• Applying Theory to Self
• Thinking about the top of Maslow’s hierarchy, explain what self-actualization means for you. You can focus your answer as narrowly or holistically to your life experience as you would like. Consider what role school or your career has on your answer. Does success in those areas help you achieve self-actualization? Is it something else?

[Insert text]

9

Q4 (70 pts). In this question, you will write your own container class named MyCon similar to

vector class in C++. Your class must be a template class which will contain its elements in an

array named myArray. Since this class will be a template class, you should include the function

definitions at the end of the header file. You can also check the Stack example in Chapter 9. You

should keep the size and capacity of your container in two separate attributes named mySize

and myCapacity. Therefore, your class will have three data members: one generic dynamic

array (you should use pointer representation as given in the Stack example) and two integers.

In this container, the elements will always be sorted in increasing order. As the function

members of your class write the following functions:

1. (10 pts) Write a constructor that accepts one integer parameter as the capacity of your

container, creates a new array with the given capacity, and stores new array in myArray.

The constructor should also set myCapacity to the parameter value and mySize to 0. If

the parameter is not a positive number, you should set the capacity as 10 and create the

array with 10 elements.

1. (5 pts) Write getters for size (getSize) and capacity (getCapacity).
2. (15 pts) Write add function that accepts an element having generic type and adds this

element to the appropriate place in myArray. Note that the elements must always be

sorted. For instance, if the container elements are [3, 7, 9, 12] and the parameter of add

function is 5, it will be added as the second element. The elements will be [3, 5, 7, 9, 12]

after addition. You should also update the size (mySize) accordingly. The function should

return nothing. If the capacity is full, you should

• double the capacity by creating a new array,
• copy existing elements into new array,
• add the element into appropriate place,
• destroy old array,
• store the new array in myArray,
• update myCapacity.

1. (15 pts) Write remove function that accepts an element having generic type, searches it

in the array and removes all occurrences of that element in the array. You should shift

the elements after removal. For instance, if the elements are [3, 5, 5, 7, 9, 12], and the

parameter of remove function is 5, the container elements will be [3, 7, 9, 12] after the

removal. You should also update the size (mySize) accordingly. The function should

return nothing.

1. (5 pts) Write a function named display to print the elements in the container separated

by a space. Note that you should not print all array content, you should print the

elements in the container. For instance, when you create an integer container with

capacity 100, myArray will contain 100 zeros, but you should not display them.

Therefore, you should iterate your loop from 0 to mySize-1. The function should return

nothing.

1. (5 pts) Write a function named sum to return the sum of the elements in the container.
2. (5 pts) Write a function named at that accepts an integer parameter index and returns

the element at the given index.

1. (5 pts) Write a function named search that accepts an element having generic type as a

parameter and searches it in the container. The function should return true or false.

1. (5 pts) Write a function named clear that does not accept any parameter and clears the

container by setting size as 0. The function should return nothing.

An example driver class (MyConDriver.cpp) and its output are given below.

Size of b: 0

Capacity of b: 10

4

2 4

2 4 9

2 4 4 9

2 4 4 8 9

1 2 4 4 8 9

1 2 4 4 8 9 9

a.sum(): 37

a.at(3): 4

1 2 8 9 9

1 2 8 9 9

1: FOUND.

2: FOUND.

3: NOT FOUND.

4: NOT FOUND.

5: NOT FOUND.

6: NOT FOUND.

7: NOT FOUND.

8: FOUND.

9: FOUND.

10: NOT FOUND.

Size of a: 0

Capacity of a: 12

#include <iostream> #include “MyCon.h” using namespace std; int main() { MyCon<int> a(3); MyCon<double> b(-10); cout << “Size of a: ” << a.getSize() << endl; cout << “Capacity of a: ” << a.getCapacity() << endl; cout << “Size of b: ” << b.getSize() << endl; cout << “Capacity of b: ” << b.getCapacity() << endl; a.add(4); a.display(); a.add(2); a.display(); a.add(9); a.display(); a.add(4); a.display(); a.add(8); a.display(); a.add(1); a.display(); a.add(9); a.display(); cout << “a.sum(): ” << a.sum() << endl; cout << “a.at(3): ” << a.at(3) << endl; a.remove(4); a.display(); a.remove(7); a.display(); for (int i = 1; i <= 10; i++) { if (a.search(i)) { cout << i << “: FOUND.” << endl; } else { cout << i << “: NOT FOUND.” << endl; } } a.clear(); a.display(); cout << “Size of a: ” << a.getSize() << endl; cout << “Capacity of a: ” << a.getCapacity() << endl; }

PSY Theories of Personality Case Study

PLACE THE ORDER WITH US TODAY AND GET A PERFECT SCORE!!!