On Friday 13 March 2009, Cristiano Paris wrote:
2009/3/13 Marcin Kosiba marcin.kos...@gmail.com:
Hi,
I've already checked those out. I tried using your yield
implementation and while it works, I couldn't get it to work with the
state monad.
So while:
data RecPair a b =
2009/3/13 Marcin Kosiba marcin.kos...@gmail.com:
On Thursday 12 March 2009, you wrote:
2009/3/12 Marcin Kosiba marcin.kos...@gmail.com:
Hi,
I'm doing a bit of research into mobility models and I'm currently
exploring implementation language choices for the simulator
(*snip*)
The
On Friday 13 March 2009, you wrote:
2009/3/13 Marcin Kosiba marcin.kos...@gmail.com:
On Thursday 12 March 2009, you wrote:
2009/3/12 Marcin Kosiba marcin.kos...@gmail.com:
Hi,
I'm doing a bit of research into mobility models and I'm
currently exploring implementation language
2009/3/13 Marcin Kosiba marcin.kos...@gmail.com:
On Friday 13 March 2009, you wrote:
2009/3/13 Marcin Kosiba marcin.kos...@gmail.com:
On Thursday 12 March 2009, you wrote:
2009/3/12 Marcin Kosiba marcin.kos...@gmail.com:
Hi,
I'm doing a bit of research into mobility models and
2009/3/13 Marcin Kosiba marcin.kos...@gmail.com:
...
Threading the state is not the problem. Maybe this will help:
what I have now:
fsm world state = case state of
first -
do_stuff_one
(move_up, succ state)
second -
do_stuff_two
(move_left, succ state)
third -
On Friday 13 March 2009, Cristiano Paris wrote:
2009/3/13 Marcin Kosiba marcin.kos...@gmail.com:
...
Threading the state is not the problem. Maybe this will help:
what I have now:
fsm world state = case state of
first -
do_stuff_one
(move_up, succ state)
second -
2009/3/13 Marcin Kosiba marcin.kos...@gmail.com:
Threading the state is not the problem. Maybe this will help:
what I have now:
fsm world state = case state of
first -
do_stuff_one
(move_up, succ state)
second -
do_stuff_two
(move_left, succ state)
third -
2009/3/13 Marcin Kosiba marcin.kos...@gmail.com:
Hi,
I've already checked those out. I tried using your yield
implementation and
while it works, I couldn't get it to work with the state monad.
So while:
data RecPair a b = Nil | RP (b, a - RecPair a b)
yield x = Cont $ \k - RP
Hi,
I'm doing a bit of research into mobility models and I'm currently
exploring
implementation language choices for the simulator (yes, sadly it needs to be
a custom one).
I've been using Haskell here and there for some small tasks, and
thought I
should consider it as an
2009/3/12 Marcin Kosiba marcin.kos...@gmail.com:
Hi,
I'm doing a bit of research into mobility models and I'm currently
exploring
implementation language choices for the simulator (yes, sadly it needs to be
a custom one).
I've been using Haskell here and there for some small
On Thursday 12 March 2009, you wrote:
2009/3/12 Marcin Kosiba marcin.kos...@gmail.com:
Hi,
I'm doing a bit of research into mobility models and I'm currently
exploring implementation language choices for the simulator
(*snip*)
The simulation algorithm requires expressing
the
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