int 2 Sections StandardLIB Doc
IF YOU CAN SEE THIS go to /sfa/Nuprl/Shared/Xindentation_hack_doc.html
Def {T} == T

is mentioned by

Thm* i:j:{i+1...}, E:({i..j}Prop).
Thm* E(i (k:{(i+1)..j}. E(k-1)  E(k))  (k:{i..j}. E(k))
[int_seg_ind]
Thm* i:E:({...i}Prop).
Thm* E(i (k:{...i-1}. E(k+1)  E(k))  (k:{...i}. E(k))
[int_lower_ind]
Thm* i:E:({i...}Prop).
Thm* E(i (k:{i+1...}. E(k-1)  E(k))  (k:{i...}. E(k))
[int_upper_ind]
Thm* k:r1,r2:kq1,q2:q1k-r1 = -(q2k+r2 q1 = -q2 & r1 = r2[division3_sfa]
Thm* k:r1,r2:kq1,q2:q1k-r1 = q2k-r2  q1 = q2 & r1 = r2[division2_sfa]
Thm* k:r1,r2:kq1,q2:q1k+r1 = q2k+r2  q1 = q2 & r1 = r2[division1_sfa]
Thm* a,b,c:aimin(b;c ab & ac[imin_ub]
Thm* a,b,c:. imax(a;b)c  ac & bc[imax_lb]
Thm* a,b,n:ab  a+nb+n[add_mono_wrt_le_rw]
Thm* a,b,n:a<b  a+n<b+n[add_mono_wrt_lt_rw]
Thm* a,b,n:a = b  a+n = b+n[add_mono_wrt_eq_rw]
Thm* i,j:ij  i<j+1[le_to_lt_rw]
Thm* i,j:i<j  i+1j[lt_to_le_rw]

In prior sections: core well fnd int 1 bool 1

Try larger context: StandardLIB IF YOU CAN SEE THIS go to /sfa/Nuprl/Shared/Xindentation_hack_doc.html

int 2 Sections StandardLIB Doc