Context Navigation

r7528	r7541
317	317	except for possibly v[i] != w[i].
318	318
319		A butterfly graph has ~~(2^n)(n+1) vertices and n2^(n+1)~~ edges.
	319	A butterfly graph has $(2^n)(n+1)$ vertices and $n2^{n+1}$ edges.
320	320
321	321	INPUT:

sage/plot/tachyon.py

r7491	r7541
7	7	-- Joshua Kantor: 3d function plotting
8	8	-- Tom Boothby: 3d function plotting n'stuff
9		-- Leif Hille: key idea for bugfix for texfunc issue (trac #799)
	9	-- Leif Hille: key idea for bugfix for texfunc issue (trac \#799)
10	10
11	11	TODO:

-                      r7540
+                      r7541
         Note that coefficients in a number field with defining polynomial
         x^2 + 1 are considered to be Gaussian rationals (with the generator
+        $x^2 + 1$ are considered to be Gaussian rationals (with the generator
         mapping to +I), if you ask for complex roots.
 …
         fields with embedding, at all), when we refer to Gaussian
         rationals below we will accept any number field with defining
         polynomial x^2+1, mapping the field generator to +I.
+        polynomial $x^2+1$, mapping the field generator to +I.
         We call the base ring of the polynomial K, and the ring given

Note: See TracChangeset for help on using the changeset viewer.