In Javascript and HTML and glsl$,$ Create a WebGL depiction of our solar system that satisfies the following:

Contains appropriately textured spheres representing the sun, earth, moon, and the rest of the planets. These do not need to be to scale but rather just be easily identifiable. You are free to use any textures you$$d like but I'll provide the names of the files and folders the files are assigned to

The camera should be able to orbit around the sun using the mouse and zoom in or out using the scroll wheel.

The sun should rotate around its local up or y$-$axis independently of the Earth rotation..

The earth should rotate around its local up axis and around the sun $(2$ separate rotations$).$

The moon should rotate around the earth.

Contains a skybox $($not a sky$-$sphere$)$ with a space$-$starfield texture.

The sun should only have emissive lighting $($i$.$e$.$ set its final color to the texture color$).$

The planets $($and moon$)$ should be lit from a point light located at the sun position and use only the diffuse contribution $($no ambient or specular$).$

Create the illusion of an atmosphere around the earth by using a slightly larger semi transparent sphere around it $($use a cloud texture$).$

Add the ability to switch between the default orbit camera and one that follows the earth while aiming as it orbits.

for teh files and folders,

folder "Additional Planets" holds the following

jupiter.jgp

mars.jgp

mercury.jgp

neptune.jgp

saturn.jgp

uranus.jgp

venusAt.jgp

folder "Earth Day$-$Night$-$Clouds" holds the following

$2$k$\_$earth$\_$clouds.jgp

$2$k$\_$earth$\_$daymap.jgp

$2$k$\_$earth$\_$nightmap.jgp

folder $"$Sky Sphere Texture" holds the following

milky$\_$way.jgp

folder "Skybox Faces" holds the following

GalaxyTex$\_$NegativeX.png

GalaxyTex$\_$NegativeY.png

GalaxyTex$\_$NegativeZ.png

GalaxyTex$\_$PositiveX.png

GalaxyTex$\_$PositiveY.png

GalaxyTex$\_$PositiveZ.png

these files are not assigned in any folders, will be outside

earth.jpg

moon.png

sun.jpg

Note: all of the orbit rotations should happen at different rates $($e$.$g$.$ the sun rotates around itself faster than the earth orbits around the sun$).$ If this is not obvious you will only get $(1)/(2)$ credit for #$4.$

WebGL libraries such as Three.js$/$Babylon$.$js are not to be used.