rewrite the following code in python: Here's a simple implementation of the solar system simulation using Three.js$,$ a JavaScript library for $3$D graphics:

$```$html

Solar System Simulation

body $\{$ margin: $0$; $\}$

canvas $\{$ display: block; $\}$

$//$ Set up Three.js scene

const scene $=$ new THREE.Scene$()$;

const camera $=$ new THREE.PerspectiveCamera$(75,$ window.innerWidth $/$ window.innerHeight, $0\mathrm{.}1,1000)$;

const renderer $=$ new THREE.WebGLRenderer$()$;

renderer.setSize$($window$.$innerWidth, window.innerHeight$)$;

document.body.appendChild$($renderer$.$domElement$)$;

$//$ Create celestial bodies

const sunGeometry $=$ new THREE.SphereGeometry$(5,32,32)$;

const sunMaterial $=$ new THREE.MeshBasicMaterial$(\{$ color: $0$xffff$00\})$;

const sun $=$ new THREE.Mesh$($sunGeometry$,$ sunMaterial$)$;

scene.add$($sun$)$;

const planets $=[$

$\{$ radius: $1,$ distance: $20,$ color: $0$x$808080\},//$ Mercury

$\{$ radius: $1\mathrm{.}5,$ distance: $30,$ color: $0$xffa$500\},//$ Venus

$\{$ radius: $2,$ distance: $40,$ color: $0$x$0000$ff $\}//$ Earth

$//$ Add more planets as needed

$]$;

planets.forEach$($planet $=>\{$

const planetGeometry $=$ new THREE.SphereGeometry$($planet$.$radius, $32,32)$;

const planetMaterial $=$ new THREE.MeshBasicMaterial$(\{$ color: planet.color $\})$;

const planetMesh $=$ new THREE.Mesh$($planetGeometry$,$ planetMaterial$)$;

planetMesh.position.set$($planet$.$distance, $0,0)$;

scene.add$($planetMesh$)$;

$\})$;

$//$ Set up camera position

camera.position.z $=50$;

$//$ Animation loop

function animate$()\{$

requestAnimationFrame$($animate$)$;

$//$ Rotate the sun and planets

sun.rotation.y $+=0\mathrm{.}01$;

planets.forEach$($planet $=>\{$

planet.rotation.y $+=0\mathrm{.}01$;

$\})$;

renderer.render$($scene$,$ camera$)$;

$\}$

animate$()$;

$```$

This code creates a simple solar system simulation using Three.js$.$ It sets up a scene with a sun and several planets, positions them appropriately, and rotates them to simulate their movement. The rendering is done using WebGL, which is supported by most modern web browsers.