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Since Id doesn't reduce to the first component of ap, it should have all the same computation rules as the latter (as should the other pieces of IdU: tr, lift, etc.). The only cases when this is possible is for eliminators, like function application, projection, induction, etc. But those are important to achieve definitional Id-naturality in the object-language.
function application
projections
sum case
bool case
nat ind
int case
The text was updated successfully, but these errors were encountered:
Since Id doesn't reduce to the first component of ap, it should have all the same computation rules as the latter (as should the other pieces of IdU: tr, lift, etc.). The only cases when this is possible is for eliminators, like function application, projection, induction, etc. But those are important to achieve definitional Id-naturality in the object-language.
The text was updated successfully, but these errors were encountered: