How to get symbolic output notation, exp(1)=e?

Hi!

Im trying to using symbolic ODE-solver

syms u(x);
sympref('FloatingPointOutput',false);
Du=diff(u);

ode=diff(u,x,2)==4*u
cond1=u(0)==0
cond2=Du(1)==exp(2)-exp(-2)

conds=[cond1 cond2];
uSol(x)=dsolve(ode,conds)
uSol = simplify(uSol)

But the output comes in the form of

which I would prefer to be presented in the form of

Any suggestions how to do this?

Answer 1

[Walter Roberson]

syms u(x);
sympref('FloatingPointOutput',false);
Du=diff(u);

ode=diff(u,x,2)==4*u

ode(x) = 

cond1=u(0)==0

cond1 = 

cond2=Du(1)==exp(sym(2))-exp(sym(-2))

cond2 = 

conds=[cond1 cond2];
uSol(x)=dsolve(ode,conds)

uSol(x) = 

uSol = simplify(uSol)

uSol(x) = 

[Anders Nordlöf]

Thanks for your quick response!

I'm almost there...

Just want to have the final expression fully simplyfied like yours. Do you know any further magic commands?

[Anders Nordlöf]

Nvm..Google gave it to me =)

Once again, huge thanks Walter!!