Japan City temperature Visualization

This Program was develop for 01219116 Programming II Second Semester, 2021. Section 450

Description

My application can illustrate all Japan city temperature between 1/1/1955 to 1/1/2021 day by day in average of day by day format

user can choose whether to illustrate the line graph of temperature that

• Overall of each specific city Tempearture
• Tempearture in each specific city in specfic year
• Tempearture in each specific city in specfic year and month

and user can also choose whether to compare or not of all 3 option above

when initialize the program it will set to not comparing overall mode to default and it will look like this the bottom bar is the Progress bar that illustrate what going on the program

this is Example of plotting of Three mode that have mentioned before

1. Overall mode

2. Year Mode

3. Month Mode

Example of comparing mode will look like this

The Demonstative VDO of this Program is here

Running the Application

You must use Python 3++ to run this application.

Requirements for this program are:

• Numpy
• Pandas
• ttkthemes

to install all the above packages you can use the following command in termainal/shell:

pip install -r requirements.txt

Design

My Uml Class Diagram is here or look down below pics

I think that this program has to have backend and fromtend(UI) then I seperate UI to partial class eg, ModeFrame, DescibeFrame, and PlotFrame and the main class(root class) and using database in backend in frontend this called Independency injection Design.

My Program has 5 main class including

1. JapanTemperature
   model(database that will be use in UI) it can reading database from csv file and store it in DataFrame format. and calculated it then sent it back to UI to illustrated.

2. JapanTempReportUI UI(frontend) it can show the UI and interact with user. and it also master class of overall UI that including below class

3. ModeFrame user can selecing which mode will select in this frame

4. DescribeFrame This frame illustrate the description including, all 3 quatile, mean, min, max and standard deviation of all 3 mode up to which mode user is selected

5. PlotFrame This frame containing list to choose city, year, and month clear button and plot button and it will plot the graph of overall, year, and month mode.

Design Patterns Used

In this Project 5 Design Patterns are used including:

1. Observer Pattern
   binding some function to the event of the program eg. binding combobox, button, and other.

2. Decorator Pattern
   In JapanTempUI.py it have one decorator name run_task, I use it to minimize the code of progress bar and to be wrapper of running task instead of call function by run_task(func) I can call func() directly.

3. Dependency Injection Pattern
   I'be call the JapanTemp in backend that use in the frontend. In other word, It is database attribute in JapanTempReportUI class.

4. Composite Pattern
   I use use lots of frame to be container of all the ttkwidgets then use parent to be container of all the frame.

Bug

This Program has a bugs that I trying to fix it but can't fix it that is Griding bug its make the program is look not so beauty as I want it to look as picture below.

it also has text in combobox not shown when Running in MacOS Darkmode as seen as picture above too!