just trying jsmath
Name:
Anonymous
2010-03-21 14:01
f_x
Name:
Anonymous
2010-03-21 14:02
it works!
now, you can delete this thread (I, apparently, can't)
Name:
sage
2010-03-21 19:36
sage goes in every field
Name:
Anonymous
2010-03-22 13:49
>>3
That is not how sage is used.
Name:
downvote
2010-03-22 18:43
downvote goes in every field.
Name:
Anonymous
2011-02-01 12:09
[math]x^2[\math]
Name:
Anonymous
2011-02-01 13:27
>>5
What happened to
sageru?
Name:
Anonymous
2011-02-01 16:03
f_x
Name:
Anonymous
2011-02-01 16:48
f(x) = x^2/24
Name:
Anonymous
2011-02-01 16:58
\matrix{
&&&&&&0\cr
&&&&&&\mapdown{}\cr
\rule 0pt 1.1em .6em
0&\mapright{}&{\cal O}_C&\mapright\iota&\cal E&
\mapright\rho&\cal L&\mapright{}&0\cr
&&\Big\Vert&&\mapdown\phi&&\mapdown\psi\cr
\rule 0pt 1.1em .6em
0&\mapright{}&{\cal O}_C&\mapright{}&\pi_*{\cal O}_D&
\mapright\delta&R^1f_*{\cal O}_V(-D)&\mapright{}&0\cr
&&&&&&\mapdown{\theta_i\otimes\gamma^{-1}}\cr
\rule 0pt 1.1em .6em
&&&&&&\hidewidth R^1f_*\bigl({\cal O}_V(-iM)\bigr)\otimes\gamma^{-1}\hidewidth\cr
&&&&&&\mapdown{}\cr
&&&&&&0
}
MATH
Name:
Anonymous
2011-02-01 17:01
i \heartsuit jsmath
Name:
Anonymous
2011-02-01 17:02
what is this shit, /prog/ got some slimmed down shitty version of jsmath
\mathop{{\sum}'}_{x\in A}f(x)\mathrel{\mathop=\limits^{\rm def}}
\sum_{\scriptstyle x\in A\atop\scriptstyle x\ne0}f(x)
Name:
Anonymous
2011-02-01 17:06
f(x) = 2x && \intf'(x)dx = 2x
Name:
Anonymous
2011-02-01 17:06
f(x) = 2x + \intf'(x)dx = 2x
Name:
Anonymous
2011-02-01 17:06
f(x) = 2x == \int f'(x)dx = 2x
Name:
Anonymous
2011-02-26 20:42
x^2
Name:
Anonymous
2011-02-26 20:44
these kinds of posts are exactly what sage is for
Name:
Anonymous
2011-03-03 15:03
>>15
that doesn't have to be equal
Name:
Anonymous
2011-03-03 17:08
fx
Name:
Anonymous
2011-03-03 17:09
ƒx
Name:
Anonymous
2011-03-03 17:09
f_x
Name:
anon
2011-05-03 21:09
x^(ab):
x^(ab)
(x^(ab))
(x^(ab))
Name:
asese
2011-05-03 21:13
wtfmate?
Name:
Anonymous
2011-05-05 3:59
[math]x^2[\math]
Name:
Anonymous
2011-05-05 4:01
<math>x^2<math>
Name:
Anonymous
2011-05-05 6:36
x^2
Name:
Anonymous
2011-05-09 9:12
x^3