I'm only going to address the "Super" issue. Super is used to mean homozygous. When you ask about how many Supers of a morph look like the morph, you are really asking how many homozygous phenotypes of a morph look like the heterozygous phenotype of the morph, and that is the definition of a dominant gene, that the homozygous and heterozygous phenotypes are the same. The only way to differentiate between the homozygous and heterozygous phenotypes of a morph is by breeding them to an animal without that gene and looking at the babies over a large enough sample size (the heterozygous animal should visually reproduce that gene 50% of the time and the homozygous animal will visually reproduce that gene 100% of the time).