On the super pastel woma spider pinstripe project you are severely handicapped in that there may not be a homozygous spider or even pinstripe and it doesn't sound like the homozygous woma could breed.

So your best pair would probably be super pastels so that you get 100% homozygous on the pastel side but one copy each of the spider, pinstripe, and woma gene would be spread through the parents (i.e. maybe super pastel spider pinstripe X super pastel woma - maybe there are names for those, but the pairing of pinstripe, spider, and woma on the two sides shouldn't matter unless some of these turn out to be linked). This would only yield 1 in 8 super pastel woma spider pinstripes and unless there are breedable homozygous versions of woma, spider, or pinstripe that is the best you could do, never up to 100%.

As far as the others:

"Het Spider X Het Pastel : 25% chance of Bumble Bee's, 25% chance of Spiders, 25% chance of Normals, and 25% chance of Pastels."

Right, see how realizing that spiders and pastels are hets helps figure out the offspring.

"Het Pastel X Bumble Bee: 12.5% chance of Killer Bee, 25% chance of Pastel, 12.5% chance of Pastel, 12.5% chance of Bumble Bee, 25% chance of Spider, 12.5% chance of Super Pastel, and 12.5% chance of Normal."

I think this one would be 12.5% chance killer bee, 12.5% chance super pastel, 25% chance bumble bee, 25% chance pastel, 12.5% chance spider, 12.5% chance normal. Basically you take the 25/50/25 chances of homozygous, heterozygous, and normal for pastel just like with any het X het breeding and split them in half for the spider overlay.

"Het Pastel X Homo Spider: 50% chance of Bumble Bee, 50% chance of Spider."

This requires that there is a breedable homozygous spider which is not publicly known but the theory is right if it exists.

"Het Spider X Super Pastel: 50% chance of Bumble, 50% chance of Pastel"

Right, again realizing that this is a het X homo breeding.

"Bumble Bee X Super Pastel: 25% chance of Killer, 25% chance of Super Pastel, 25% chance of Bumble Bee, and 25% chance of Pastel."

Right, you take the homo X het results from the pastel side of 50% homozygous (super) and 50% heterozygous (regular pastel) and then overlay the spider side's het X normal results of 50% spider and 50% normal for spider.

"Killer Bee X Super Pastel: 50% chance of Killer, 50% chance of Super Pastel."

Right again. Pastel side it's homozygous X homozygous so it's only the het spider X normal for spider part that makes any variety in this clutch.