From: magma on
On Jul 22, 11:40 am, "Kevin J. McCann" <Kevin.McC...(a)umbc.edu> wrote:
> I have written a little bit, but it is just some simple propagation
> stuff, no dielectric blocks etc. Most of the stuff out there is written
> in that other M-language. Try a Google on toyfdtd - if you haven't seen
> this already.
>
> Kevin
>
> AES wrote:
> > I'll be grateful for any pointers to FDTD packages or examples solving
> > Maxwell's eqns or scalar wave eqn (Del^2 + (d^2/dt^2)) u[x,y,t] on a
> > rectangular x,y grid.
>
> > [Want to watch a signal radiate outward from a point source antenna and
> > bounce off and transmit thru nearby rectangular dielectric blocks or
> > slabs.]
>
>

Most links to ToyFDTD seem to be dead or comatose.
Is this project still alive?

From: Kevin J. McCann on
I couldn't get through to anything. I think I have the software
somewhere on one of my computers. If you'd like, I will look this
weekend and send you some.

Kevin

magma wrote:
> On Jul 22, 11:40 am, "Kevin J. McCann" <Kevin.McC...(a)umbc.edu> wrote:
>> I have written a little bit, but it is just some simple propagation
>> stuff, no dielectric blocks etc. Most of the stuff out there is written
>> in that other M-language. Try a Google on toyfdtd - if you haven't seen
>> this already.
>>
>> Kevin
>>
>> AES wrote:
>>> I'll be grateful for any pointers to FDTD packages or examples solving
>>> Maxwell's eqns or scalar wave eqn (Del^2 + (d^2/dt^2)) u[x,y,t] on a
>>> rectangular x,y grid.
>>> [Want to watch a signal radiate outward from a point source antenna and
>>> bounce off and transmit thru nearby rectangular dielectric blocks or
>>> slabs.]
>>
>
> Most links to ToyFDTD seem to be dead or comatose.
> Is this project still alive?
>