:30:10
Since we opened the resort,
we had a failure and breakdown rate...
:30:12
...conforming to computer predictions.
:30:15
That is 0.3 malfunctions
for each 24-hour activation period...
:30:19
...concurrent or not.
:30:20
Now, this was an anticipated operations
aspect of the resort...
:30:24
...and we were fully able to handle it.
:30:26
The majority of the breakdowns
were minor or peripheral...
:30:30
...until about six weeks ago.
:30:32
Then Roman World had a rise
in breakdown rate...
:30:35
...which doubled in a week.
:30:36
In addition,
we saw a disproportionate rise...
:30:39
...in central as opposed to
peripheral breakdowns.
:30:42
Now, we identified some problems
with humidity control...
:30:45
...and regained homeostasis.
:30:47
Despite our corrections,
the breakdown rate continued to climb.
:30:51
Then Medieval World began
to have trouble.
:30:54
Now we're seeing
more Western World breakdowns.
:30:56
And there's a clear pattern here
which suggests an analogy...
:31:00
...to an infectious disease process
spreading from one resort area to the next.
:31:04
Perhaps there are
superficial similarities to disease.
:31:07
It's only a theoretical concept.
There are many ways to order that data.
:31:12
I must confess,
I find it difficult to believe in...
:31:14
...a disease of machinery.
:31:17
We aren't dealing
with ordinary machines here.
:31:19
These are highly complicated
pieces of equipment...
:31:22
...almost as complicated
as living organisms.
:31:25
In some cases, they've been designed
by other computers.
:31:28
We don't know exactly how they work.
:31:39
Okay, up gain 437...
:31:42
I'm not getting sound pickup
from the tenth quadrant.
:31:46
Okay, my telemetry is good.
:31:49
Repeat, I have good telemetry.
:31:52
We have sunrise at 0.43.
:31:55
Ready on all quadrants.
:31:57
Energize grid.
:31:59
Grid energized.