Feature | Status |
---|---|
Planned | |
β | |
β | |
β | |
β | |
Latex Support | β |
Links
π₯ Youtube Videos
Roam Research Flashcards and Spaced Repetition
Roam Research Walkthrough by @NotesWithRen (this is an old version of the app + #flashcard should be used instead of #spaced π )
Our public Roam Research Graph with all the information about the integration
https://roamresearch.com/#/app/neuracache-testing/page/XU-ghUflL:
A screencast of importing π Roam Research graph and showing the result in NeuraCache:
https://www.loom.com/share/5d14f87767684140b25cfdd35e9fe6f5
API Sync
As we are waiting patiently for the Roam Research API, you can use the integration currently via manual export and import.
In Roam Research, go to the three dots in the top right corner and Export All or Export a specific page. Then select JSON and Save. The output file is ready to use with the NeuraCache app π
This process is best performed from your mobile phone as you can easily import the output with the NeuraCache mobile app.
You don't need to unzip the file. Tap "Import Json File" and choose the exported file.
NeuraCache will traverse your graph in search of flashcards and blocks for Spaced Repetition.
See how @NotesWithRen does it here
Regular Flashcards
You can create a flashcard anywhere in your graph using a #flashcard tag.
Format:
- Question #flashcard #tags
- Answer
- You can nest more text
- You can also add images
Example:
- Who was the first president of the USA? #flashcard #history
- George Washington
Regular Spaced Repetition
You can create a Spaced Repetition block anywhere in your graph using a #spaced tag. The #spaced tag can be customized to any other tag in the NeuraCache settings.
Format:
- Content #spaced #tags
- You can nest more text and images
Example:
- "Peace is happiness at rest; happiness is peace in motion." #spaced #naval
Batch Flashcards
Importing a group of Flashcards.
Format:
- #flashcard #tag1 #tag2
- Question 1
- Answer 1
- Question 2
- Answer 2
Example:
- #flashcard #Chemistry
- Bohr Radius Equation?
- $$a_0 = \frac{{\hbar ^2 }}{{m_e ke^2 }}$$
- Radii of stable orbits in the Bohr model Equation?
- $$r = n^2 \frac{{\hbar ^2 }}{{m_e kZe^2 }} = n^2 \frac{{a_0 }}{Z}$$
Batch Spaced Repetition
Importing a group of Spaced Repetition Cards.
Format:
- #spaced #tag1 #tag2
- Content 1
- Content 2
- More Content 2
Example:
- #spaced #books #highlights #[[Naval Almanack]]
- The best jobs are neither decreed nor degreed. They are creative expressions of continuous learners in free markets.
- Following your genuine intellectual curiosity is a better foundation for a career than following whatever is making money right now.
- If it entertains you now but will bore you someday, itβs a distraction. Keep looking.