please follow the attached template in the python file and must be done in IDLE graphics. and the requirements are stated in the word doc. i hope it is done before Sunday. thank you
Client’s briefing Today I’m going to tell you what we want delivered for the first instalment. Ours is a data analytics company which is interested in the way communities of biological entities behave when carrying an infectious disease and when locked down in a confined area. To do this we need to visualise the movement and health status of such entities. Your job is to develop a program which takes data sets describing the entities’ behaviours under lockdown conditions and displays the data in a way that’s quick and easy for our analysts to interpret. To get you started we’ve provided a template Python program which creates a drawing canvas. Your program must run on IDLE SHELL in a standard Python 3 environment with no extensions. You may not use any Python modules that need to be downloaded and installed separately, such as “Beautiful Soup” or “Pillow”. Only modules that are part of a standard Python 3 installation may be used. When you first run it, you will see the following message in the shell window. [Opens and runs the template program] Fill in name and student number up the top before the program will work. [Demonstrates doing so and runs the program again] As you can see, when the program runs, the template creates lots of spaces for drawing symbols. Each space is a square exactly 100 pixels wide and high. The complete drawing canvas is quite large, so you may need to adjust your computer’s display settings to allow it to fit on the screen. We haven’t yet provided you with the function that creates the data sets, which is why you get the message “No data module available” in the shell window, however you don’t need this module yet. The final program will draw symbols throughout the grid and our data analysts must be able to recognise them quickly and easily wherever they appear. For now, all we want you to do is create the individual images. The images must show two distinct entities, and each entity must be shown in two different states, healthy and unwell, meaning you must draw four images in total. The two entities must be part of the same community, whether fictional or real, but you have a free choice of the overall theme linking them. [Runs the sample solution for Assessment Task 1A] The solution must have the following features all of which you must include: a) The theme you have chosen for your two “biological entities” is described in the drawing canvas’s title and on the canvas itself. The theme can be fictional or real, but the two entities must be ones likely to encounter one another in their normal environment. b) Each entity is shown in each of two states, healthy and unwell, and each entity is displayed on opposite sides of the canvas. These images must appear instead of the text placeholders and will serve as a legend to tell our data analysts what each symbol represents. c) Each of the individual images has a brief caption, such as a description or quotation, characterising the entity and its health status. d) Each of the individual images must fit precisely into the grid’s cells. e) Each of the individual images must be non-trivial (meaning it is composed of multiple shapes); easily recognisable (meaning that it must be a close approximation of whatever you’re attempting to draw in all four cases); and clearly distinct from the other three images. The two entities must be entirely different from each other. Trivial differences, such as the same image in different colours or with only minor changes are not acceptable. In particular emojis, smiley faces and other such images composed of a few geometric shapes will not be accepted because the individual images are much too simple, and the entities are not sufficiently distinct. f) The two different states of each entity, healthy and unwell, must be easy to tell apart due to differences in posture, expression and, if relevant, other unique visual elements. g) For portability of your program code all the symbols must be drawn using standard Turtle graphics primitives only. You may not include any separate image files with your solution and only a single Python file may be submitted. Your job is to display your four chosen images on both sides of our supplied canvas and to describe them appropriately. To do so you must add Turtle graphics code to the provided Python template program in the area marked “Student’s Solution”. All of your code must appear in, or be called from, function (track_entities) in the place marked by the (pass) statement. [Shows the relevant parts of the template code] You may not change any of the given code except in the main program at the bottom as indicated in the comments. This is where you add all your code ... and you can change the arguments in these function calls ... but you must not change any other code in the template. Avoid “hardwiring” your drawings to absolute x-y coordinates on the canvas. You can’t move an image after it’s been drawn, so from the beginning you should allow for the future need to draw each image at any chosen location on the screen. [Ends the briefing by running the sample solution for Assessment Task 1A once again] Upload your completed version of the program template, as a single, self-contained program file.