THERE S a site called FALSTAD , google it , applets are here like this
pyromohanzed 7 months ago
FUCK YEA!!
Could watch this all day long
TheDevilsHater 2 years ago
iinnntteerreessstttiiiinnnnggg..
abeismain 2 years ago
Whoa, like an acid trip
Shrubbs 2 years ago
The author use de Huygens Principle in the algorithm, for simulate this complex path... is this?
Thbueno35 3 years ago
It's pretty, but you don't have any interference! You should have the peaks and troughs canceling each other out or reinforcing each other.
good4usoul 3 years ago 3
what is the boundary condition? PML?PEC?
paulitoseixas 3 years ago
It looks like a PML absorption boundary condition, since neither reflections
nor refractions are showed, only difractions. This was one of my first attempts
of modeling EM-wave propagations using celular automata. Surely, you have already
checked out other simulations of mine that are Line Transmission Matrices, also
carried out by celular automata, where reflexions are well-accomplished. I apologize
if this simulation is not so accurately achieved. Thanks for your comment, anyway.
wallermax 3 years ago
no, no.. I like it... :)
Awesome
Azarathos 3 years ago
Not done very well to explain this principle, I'm afraid!
flocom1 3 years ago
I like it!
eJasminde 3 years ago
THERE S a site called FALSTAD , google it , applets are here like this
pyromohanzed 7 months ago
FUCK YEA!!
Could watch this all day long
TheDevilsHater 2 years ago
iinnntteerreessstttiiiinnnnggg..
abeismain 2 years ago
Whoa, like an acid trip
Shrubbs 2 years ago
The author use de Huygens Principle in the algorithm, for simulate this complex path... is this?
Thbueno35 3 years ago
It's pretty, but you don't have any interference! You should have the peaks and troughs canceling each other out or reinforcing each other.
good4usoul 3 years ago 3
what is the boundary condition? PML?PEC?
paulitoseixas 3 years ago
It looks like a PML absorption boundary condition, since neither reflections
nor refractions are showed, only difractions. This was one of my first attempts
of modeling EM-wave propagations using celular automata. Surely, you have already
checked out other simulations of mine that are Line Transmission Matrices, also
carried out by celular automata, where reflexions are well-accomplished. I apologize
if this simulation is not so accurately achieved. Thanks for your comment, anyway.
wallermax 3 years ago
no, no.. I like it... :)
paulitoseixas 3 years ago
Awesome
Azarathos 3 years ago
Not done very well to explain this principle, I'm afraid!
flocom1 3 years ago
I like it!
eJasminde 3 years ago