user: kara1006kt24329, kkkkkkyyyy, tunmnlu

tlou31

Dead line: 16-Sep-2023

### Q1 HKD500

### Q2 HKD500

### Q3 HKD300

### Q4 HKD200

### Q5 HKD200

### question need to ask

    - know how to use virtualbox ?
        - setup ?
    - if the quotation is ok
         - GT Username

## slices from the materials

### Q1 [40 points] Collect data from TMDb to build a co-actor network

    - requirement:
        - Python 3.7.x only [](https://docs.python.org/3/library/)
        - TMDb API version 3
    - Max runtime: 10 minutes
    - Deliverables:
        - Q1.py: The completed Python file
        - nodes.csv: The csv file containing nodes
        - edges.csv: The csv file containing edges
    - glance:
        - the TMDbAPIUtils class, and the one global function.
        - The Graph class will serve as a re-usable way to represent and write out your collected graph data.
        - The TMDbAPIUtils class will be used to work with the TMDB API for data retrieval.

    - Tasks and point breakdown
        - [10 pts] Implementation of the Graph class according to the instructions in Q1.py.
        - [10 pts] Implementation of the TMDbAPIUtils class according to instructions in Q1.py.
        - [20 pts] Producing correct nodes.csv and edges.csv.

### Q2 [35 pOiNtS] SQLItE

    - Construct a TMDb database in SQLite.
    - Technology:
        - SQLite release 3.22
        - Python 3.6.x only
    - Do not modify import statements.
    - Max runtime: 10 minutes
    - Deliverables:
        - Q2.py: Modified file containing all the SQL statements you have used to answer parts a - h in the proper sequence.
    - Tasks and point breakdown
        - [9 points] Create tables and import data.
            - [2 points] Create two tables
            - [2 points] Import the provided movies.csv file into the movies table and movie_cast.csv into the movie_cast table
            - [5 points] Vertical Database Partitioning.
        - [1 point] Create indexes.
        - [3 points] Calculate a proportion.
        - [4 points] Find the most prolific actors
        - [4 points] Identify the highest scoring movies while favoring small cast size.
        - [4 points] Get high scoring actors.
        - [6 points] Creating views. Create a view (virtual table) called good_collaboration
        - [4 points] SQLite supports simple but powerful Full Text Search (FTS)
        - [1 point] Count the number of movies whose overview field
        - [2 points] Count the number of movies that contain the terms ‘space’ and ‘program’ in the overview field

### Q3 [15 points] D3 (V5) Warmup

    - Visualize temporal trends in movie releases using D3 to showcase
    - D3 Version 5 (included in the lib folder)
    - Chrome 97.0 (or newer): the browser for grading your code
    - Python http server (for local testing)
    - D3 library is provided to you in the lib folder. You must NOT use any D3 libraries (d3*.js) other than the ones provided.
    - [Gradescope] Q3.html: Modified file containing all html, javascript, and any css code required to produce the bar plot. Do not include the D3 libraries or q3.csv dataset.

    - Tasks and point breakdown
     [3.5 points] The bar plot must display one bar per row in the q3.csv dataset.
     [1 point] The bars must have the same fixed width, and there must be some space between two bars, so that the bars do not overlap.
     [3 points] The plot must have visible X and Y axes that scale according to the generated bars.
     [2 points] Set x-axis label to ‘Year’ and y-axis label to ‘Running Total’. The x-axis label must be a <text> element having the id: “x_axis_label” and the y-axis label must be a <text> element having the id: “y_axis_label”.
     [1 point] Use a linear scale for the Y axis to represent the running total
     [3 points] Use a time scale for the x-axis to represent year
     [1 point] Set the HTML title tag and display a title for the plot.
     [ 0.5 points] Add your GT username (usually includes a mix of letters and numbers) to the area beneath the bottom-right of the plot

    - caution:
        the autograder requires the following DOM structure
            - specific structure required

### Q4 [5 points] OPeNREFINE

    - https://openrefine.org/

    - Deliverables
        - properties_clean.csv : Export the final table as a csv file.
        - changes.json : Submit a list of changes made to file in json format. Go to 'Undo/Redo' Tab -> 'Extract' -> 'Export'. This downloads 'history.json' . Rename it to 'changes.json'.
        - Q4Observations.txt : A text file with answers to parts c.i, c.ii, c.iii, c.iv, c.v, c.vi. Provide each answer in a new line in the output format specified.

### Q5 [5 points] Introduction to Python Flask

    - wrangling_scripts/Q5.py
    - Build a web application that displays a table of TMDb data
    - Python 3.7.x only

Deliverables
[Gradescope] Q5.py: Completed Python file with your change
Username() - Update the username() method inside Q5.py by including your GTUsername.

You must solve the following 2 sub-questions: