Skip to main content
Jeffrey Rolland's user avatar
Jeffrey Rolland's user avatar
Jeffrey Rolland's user avatar
Jeffrey Rolland
  • Member for 7 years, 1 month
  • Last seen more than a week ago
Loading…
awarded
Loading…
comment
Integrate Differential Form with Parameter with DifferentialForms.m?
I have contacted the author of the package directly.
revised
Loading…
revised
Integrate Differential Form with Parameter with DifferentialForms.m?
deleted 46 characters in body; added 24 characters in body
Loading…
revised
Loading…
Loading…
comment
Exact Differentials
HomotopyOperator is almost worth the price of admission for DifferentialForms.m by itself. Integral together with HomotopyOperator definitely are, IMHO.
revised
Exact Differentials
added 7 characters in body; added 4 characters in body
Loading…
revised
Exact Differentials
Made output neater
Loading…
revised
Exact Differentials
added 4 characters in body
Loading…
revised
Exact Differentials
Took exterior derivative of r
Loading…
revised
Exact Differentials
added 4 characters in body
Loading…
revised
Exact Differentials
Added a Simplify statement to HomotopyOperator line and rephrased last line to have antiderivatives differ by a constant, not an exact 0-form
Loading…
revised
Exact Differentials
added 1 character in body; added 76 characters in body; added 2 characters in body
Loading…
answered
Loading…
comment
Find Solution to Exact ODE with 4 Variables?
WOW!! You're 100% "The Man"!! FYI, here is the StackExchange post using your answer to answer @JinsongYang "tricked out" (IMHO) questions about "angular" work integrals on SO(3) math.stackexchange.com/questions/2137879/… Thanks again so much, this was awesome; it's great being a mathematician in 2020!
comment
Find Solution to Exact ODE with 4 Variables?
Thank you so much, this is awesome! If I could trouble you or someone a little more, how do I do something like phi[w_, x_, y_, z_] := dsolvePotentialPDE[ D[phi1[w, x, y, z], {{w, x, y, z}}] == D[wxy*z, {{w, x, y, z}}], phi1[w, x, y, z], {w, x, y, z}][[2]] to assign to phi[w_,x_,y_,z_] the formula as the output to the solution to the DE, possibly but not necessarily without the constant of integration (I really need to RTFM as some point)?
Loading…