# Can one convert output from the Cloud to Latex? [closed]

I have the following command in Mathematica Developer Cloud:

ClearAll["Global*"];
Remove["Global*"];

{Z, Y} =
AsymptoticDSolveValue[
{y'''[t] == (c1 - t^2)*z[t],
z'''[t] == (-c2 - t^2)*y[t],
y[0] == 0, y'[0] == 1, y''[0] == 1,
z[0] == 0, z'[0] == 1, z''[0] == 1},
{z, y}, {t, 0, 10}]

WorkingPrecision -> 30

Plot[Evaluate[{Z, Y} /. c1 -> 1 /. c2 -> 1], {t, -7, 7},
PlotLegends -> {"z[t]", "y[t]"}]

TexForm[output]


This outputs a plot and the series functions. How can I generate the series functions in Tex format also? I tried TexForm, but I am not sure it helped.

• The output is not only a plot, but also series functions. It is those that are needed in Tex form. Thanks for pointing this out. I will clarify that in the OP. – user287546 Apr 10 '18 at 11:12
• TeXForm works fine for me. If it doesn't work for you, please show a complete example. – Szabolcs Apr 10 '18 at 12:26
• ClearAll["Global*"]; Remove["Global*"];(* Clear and Remove all variables *) {Z, Y} = AsymptoticDSolveValue[{ y'''[t] == (c1 - t^2)*z[t], z'''[t] == (-c2 - t^2)*y[t], y[0] == 0, y'[0] == 1, y''[0] == 1, z[0] == 0, z'[0] == 1, z''[0] == 1}, {z, y}, {t, 0, 10}] WorkingPrecision -> 30 Plot[Evaluate[{Z, Y} /. c1 -> 1 /. c2 -> 1], {t, -7, 7}, PlotLegends -> {"z[t]", "y[t]"}] TexForm – user287546 Apr 11 '18 at 10:18
• I can't read your code because it is not formatted correctly. It should be included in the main post (not a comment) and placed in a code block. However, I can see that you misspelt TeXForm (capital X) and that you did not actually apply it at all (it's a function). – Szabolcs Apr 11 '18 at 12:00
• Your OP still has Texform instead of TeXForm. You also don't include the definition of output. – Carl Woll Apr 11 '18 at 15:30