Radiation now slowly damages you for a while after exposure,
with the effect's time and intensity proportional to the
amount of radiation received. The radioactivity of some
items is reduced to account for the increased damage.
This simplifies radioactivity by removing the 1000 and 0.25 multipliers.
It also increases the effectiveness of protection (I think it was too low
before -- most of the advantage of adding protective layers was just from
the increased distance).
The reactor originaly used a stainless steel shield only
because lead wasn't yet available. Stainless steel shields
are automatically converted to lead shields for legacy reasons.
Windmills always span more than one mapblock, so even with a switching station next to the generators, they will stop working if unloaded due to the windmill check failing to handle CONTENT_IGNORE of the frames at the foot of the windmill, unless a second switching station would be placed there.
The commit assumes, that a user has to load a block to modify it, and thus unloaded blocks to have the same windmill frame state as before.
This also makes technic_run for windmills a little faster by being able to skip some unnecessary node lookups and generally avoiding creation of 20 tables per windmill per step.
Changes:
* Make rayIter a global utility, and use it for radiation too.
* prettynum -> pretty_num and cleanup.
* Remove resolve_name/function_exists (unused).
* Cleanup nuclear reactor code.
This autoloads the node above a solar array, so that its light value can be determined.
Previously, solar arrays in unloaded blocks would report an input of 0 to the switching station.
have them deactivated by default due to a larger collection of associated issues
including but not limited to
* #170
* #216
* item duplication involving templates
* runaway machines
* traversal loop issues with huge machines leading to lag-outs
Note: this required renaming the base node name for the oblate spheroid
object, which previously had been named simply "sphere". The result is
that all such nodes in an old world will change to actual spheres.
Since this includes a formspec change, machines will have to be dug and
re-placed to get the new program button to show up, and/or if the image
on the Oblate Spheroid button shows wrongly.
latex is being refined to rubber by drying and adding carbon pigments to strengthen the material
(which also turns it black)
it should not yield more rubber than its latex input, but it may be processed faster than ores
