Rendering objects | blackprince

Now we have equations:

$P_G = \frac{(\lambda_TP)^k e^{-\lambda_TP}}{k!}$ $\\$ $\\$ $\\$ $P_G(2P) = e^{-2\lambda_TP}$

Rendering STLs

Interactive model: drag to inspect the object from different angles.

Code Examples

console.log('Hi pluto!')

And Normal Images:

Tan(X) Graph:

Interactive graph of the function described above.

Inequalities:

Interactive graph: move the point to explore the inequalities.

Here is a collection of beautiful images.

For special cases, you can also manually number your sidenotesThis sidenote has a custom number.

Quizes are available Now

Preview card example

Here is a preview card:

Editable Rust example. Running code connects to the configured playground.

Editable Go example. Running code contacts the configured remote compiler.

Editable Python example that runs in the browser.