Say something about homework

Note about today:
	I'd rather make sense than noise!

3D Graphics:
	I brought my laptop for this
	It has a Quadro RTX 5000
		Unlike the classroom computer
		This includes dedicated video memory and shaders
			In this context, shader = compute unit
	I can install whatever I like on it
		As in, development tools
		Also unlike the classroom computer

Let's talk about the problem a minute:
	We have vertices that must be placed in 3D space
		Then in 2D space given a camera position
	Given this, we must decide what color each pixel should be

"shaders":
	Can also mean "program that runs on a GPU compute unit"
	Kinda like the term server
	They come in types
	Let's look at a basic one:
		For the house thing
		Can we change it?
			Only if I got Vulkan development working on Shulker!
		Vertex shader for placing 3D points
		Fragment shader for colors of pixels
		
OpenGL comes with a pipeline created already
	Handy, no?
	In contrast to Vulkan
		Only Vulkan supports RTX
		
DirectX has a similar split, hidden in versions 11 vs. 12

Either way, the CPU side of the world has to:
	Move the vertices onto the video card
	Move anything else needed (texture, etc) onto the video card
	Compile the shaders and move them to the card
	Do anything the operating system needs to make a window and drawing context
	Babysit the frame drawing process
	...and more stuff I haven't mentioned
	This takes a lot more lines of code in Vulkan than OpenGL
		So let's move to OpenGL, and try more types of shaders

simple_demo.c:
	Short version of everything, but doesn't load models
	We can change where we are, etc.

Other types of shaders:
	round_cube demo
	Shaders:
		Vertex
		Tesselation Control
		Tesselation Evaluation
		Geometry
		Fragment
		(For completeness:  There are also compute shaders)

If we can briefly understand all of these, we're good