As an educator, I want to generate engaging slide presentations for my class based on specific topics, text, or uploaded files so that I can save time and create visually appealing teaching materials tailored to my students' grade level and subject requirements.
The tool should allow users to:
Specify a grade level.
Define the number of slides (columns).
Input a topic for the presentation.
Provide standards/objectives using text input or file uploads.
Optionally include additional comments or customizations for the presentation.
Accept file uploads (one file per prompt) in supported formats:
Upload: CSV, PDF, DOCX, PPT, Plain Text
URLs: YouTube Video, Website, Google Sheets
Design
Acceptance Criteria
Feature Requirements:
Input Handling:
[ ] Users can specify a grade level from a dropdown menu (e.g., Pre-K to University).
[ ] Users can select the number of slides (columns) from a dropdown menu (e.g., 1 to 10).
[ ] Users can provide a topic for the presentation using:
[ ] Direct text input.
[ ] Users can input standards/objectives via:
[ ] Direct text input.
[ ] Document attachment (one file per prompt) in the following formats:
Upload: CSV, PDF, DOCX, PPT, Plain Text
URLs: YouTube Video, Website, Google Sheets
[ ] Users can optionally include additional comments or customizations via:
[ ] Direct text input.
[ ] Document attachment (one file per prompt) in the following formats:
Upload: CSV, PDF, DOCX, PPT, Plain Text
URLs: YouTube Video, Website, Google Sheets
Presentation Generation Logic:
[ ] The tool generates slide content based on the provided inputs, ensuring:
[ ] Slides are tailored to the topic and standards/objectives.
[ ] Content adheres to the specified grade level.
[ ] The tool structures the presentation logically, distributing content evenly across the number of slides.
Output Format:
[ ] The presentation is generated as text output detailing each slide's content. Additional improvement is to make the output downloadable slides in PPTX format.
[ ] Each slide includes:
A heading or title.
Content relevant to the provided topic and grade level.
Optionally, visuals or prompts for additional engagement.
Technical Implementation:
[ ] Create a new folder within app/features/ named presentation_generator.
[ ] Implement the executor function in core.py with input parameters matching the tool's functionality, including type hints.
[ ] Use tools.py for abstractions and helper functions to keep core.py clean and maintainable.
[ ] Include a metadata.json file defining the input parameters for proper validation.
[ ] Utilize a prompt/ folder for AI-driven generation prompts if necessary.
[ ] Implement logging and error handling as per platform standards.
Unit Tests:
[ ] Write unit tests for all functions and classes in core.py and tools.py using PyTest.
[ ] Tests cover:
Normal operation with valid inputs.
Edge cases and invalid inputs.
Error handling and exceptions.
Code Quality and Documentation:
[ ] Ensure code follows best practices for readability and maintainability.
[ ] Use consistent naming conventions.
[ ] Include type hints for all functions and methods.
[ ] Avoid redundant or unnecessary code.
[ ] Add docstrings to all functions and classes explaining their purpose and usage.
[ ] Provide comments within the code where necessary to explain complex logic.
Integration and Testing:
[ ] Ensure the feature integrates seamlessly with the existing Marvel AI platform.
[ ] The executor function is compatible with the router.py layer for request handling.
[ ] Inputs are validated as per the platform's requirements.
[ ] Test the entire feature from input handling to output generation.
[ ] Verify that users can input their data and receive the expected outputs without errors.
What is a Variable? - A container for storing data values in Python - Can hold various data types - Can be reassigned Example: x = 5 assigns value 5 to variable x.
Slide 3
Data Types in Python - Integers (int): Whole numbers - Floats (float): Numbers with decimal points - Strings (str): Text enclosed in quotes - Booleans (bool).
Slide 4
Declaring and Using Variables - Use descriptive names - Stick to lowercase with underscores - Avoid starting with numbers or special characters. Example: age = 20.
Slide 5
Hands-on Exercise Write a program that: - Assigns values to variables name, age, and grade - Prints these variables in a sentence. Example: name = "Alice".
AaronSosaRamos
commented
1 day ago
Develop Presentation Generator Tool
Description
As an educator, I want to generate engaging slide presentations for my class based on specific topics, text, or uploaded files so that I can save time and create visually appealing teaching materials tailored to my students' grade level and subject requirements.
The tool should allow users to:
Design
Acceptance Criteria
Feature Requirements:
Technical Implementation:
app/features/namedpresentation_generator.executorfunction incore.pywith input parameters matching the tool's functionality, including type hints.tools.pyfor abstractions and helper functions to keepcore.pyclean and maintainable.metadata.jsonfile defining the input parameters for proper validation.prompt/folder for AI-driven generation prompts if necessary.Unit Tests:
core.pyandtools.pyusing PyTest.Code Quality and Documentation:
Integration and Testing:
executorfunction is compatible with therouter.pylayer for request handling.Sample Input and Output
Input:
Output:
- A container for storing data values in Python
- Can hold various data types
- Can be reassigned
Example:
x = 5assigns value 5 to variablex.- Integers (
int): Whole numbers- Floats (
float): Numbers with decimal points- Strings (
str): Text enclosed in quotes- Booleans (
bool).- Use descriptive names
- Stick to lowercase with underscores
- Avoid starting with numbers or special characters.
Example:
age = 20.Write a program that:
- Assigns values to variables
name,age, andgrade- Prints these variables in a sentence.
Example:
name = "Alice".Resources
Please ensure that each of these criteria is fulfilled for the issue to be considered complete.