LEARN PANDA

Intro

Are lectures not sticking with you? Are complex topics too hard to understand? Is there something stopping you from accessing your full learning powers? We've all been there, and all of us here in our company came up with a solution. We'd like to introduce your new friend in learning, Learn Panda.

Learn Panda is your new friend in leaning. Just tell them what youve been struggling with, and Learn Panda will email you a comprehensive solution to your problem, tailored to your personal preferences, and learning style. With Learn Panda, getting ahead has never been easier.

In Detail

Our AI integrated system helps users discover their learning types, and helps suggest best practices for said learning type. After giving the program a description of your expeirences learning, our program sorts and analyizes responses from ChatGPT, and gives you results specific to your experience!

Using an HTML and CSS frontend, and a Python driven backend, our program is able to parse and analyze your data, and create the most personal learning guide for your experiences. This is done using machine learning, AI, and ChatGPT. No data is permanently stored, and privacy is valued greatly. Currently we are only able to have our program run localy and render into a text file. In our app, you can further your learning, by learning path system. Find lessons and follow a curriculum specific to your learning time, and further your own ability to learn.

Examples

Sample questions to ask users

• Do you prefer to work alone or in groups?
• Would diagrams and illustrations make it easier to understand a concept?
• Is it easier to remember something in words or images?
• To understand how a machine works, would you take the machine apart yourself?
• Do you remember facts and figures more by hearing them spoken or reading them?

Example input:

Most of the time I prefer to work in a group. Scientific diagrams are great for physics concepts and flowcharts are helpful for programming challenges. Images make it easier to remember certain things. Taking a machine apart sometimes helps when it’s a simple machine with separate parts. Hearing facts and figures helps with remembering more than reading them but reading something over many times is also effective for me.

Example Output:

Based on the information you provided, it seems that you have a combination of learning preferences. While it's not possible to determine the exact percentages, it appears that you have a preference for visual, auditory, and kinesthetic learning styles. Here are some tips for each of these learning styles:

1. Visual:
   • Continue using scientific diagrams for physics concepts as they help you understand visual information effectively.
   • Utilize flowcharts for programming challenges to visually map out the steps and logic.
   • Use images or visual aids to enhance your memory and recall of certain information.
   • Take advantage of flashcards with images to reinforce your learning.
2. Auditory:
   • When studying, try listening to facts and figures instead of solely reading them. This can help you retain information more effectively.
   • Engage in discussions with others to reinforce your understanding of the materials.
   • Consider using audio versions of your study notes to reinforce your learning.
3. Kinesthetic:
   • Since you mentioned that taking machines apart helps you with understanding simple machines, continue to use hands-on approaches for subjects that require physical interaction or practice.
   • Incorporate games, puzzles, or problem-solving activities into your learning process to promote active engagement.
   • Seek out practical, hands-on activities

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Elements

i = 0;

while (!deck.isInOrder()) {
    print 'Iteration ' + i;
    deck.shuffle();
    i++;
}

print 'It took ' + i + ' iterations to sort the deck.';