| 1 |
Cluster detection is very broad. You could just as well say it groups units.
|
1 |
Cluster detection is very broad. You could just as well say it groups units.
|
| 2 |
It's not even the right direction though, in cluster detection, you don't have fixed ranges on the individual points.
|
2 |
It's not even the right direction though, in cluster detection, you don't have fixed ranges on the individual points.
|
| 3 |
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|
3 |
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| 4 |
However, building the grid/shieldball is only the first step. For shields you have drain/charge rates. If i understand the shield system correctly, you can, for each edge in the network of shields, instantly determine the flow of shield charge. After that it's just adding all the edge flows to the node values. This takes only as many steps as you have shield links (of which there can be a lot, though).
|
4 |
However, building the grid/shieldball is only the first step. For shields you have drain/charge rates. If i understand the shield system correctly, you can, for each edge in the network of shields, instantly determine the flow of shield charge. After that it's just adding all the edge flows to the node values. This takes only as many steps as you have shield links (of which there can be a lot, though).
|
| 5 |
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|
5 |
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| 6 |
For
OD,
you
have
to
calculate
e
distribution.
This
may
take
a
while,
since
the
algorithm
has
to
take
into
consideration
all
grids
at
once
in
order
to
optimally
distribute
the
e
for
OD.
|
6 |
For
OD,
you
have
to
calculate
e
distribution.
This
may
take
a
while,
since
the
algorithm
has
to
take
into
consideration
all
grids
at
once
in
order
to
optimally
distribute
the
e
for
OD.
It's
been
a
while
since
i
looked
at
that
code
though,
and
it's
pretty
late
here,
too.
|
Wind/tidal generator animation