[boskid] [2.0.16] Blueprint containing rotated foundries without recipe set 'yet' by circuit are pasted incorrectly
Posted: Sun Nov 10, 2024 12:44 am
by mmmPI
Step to reproduce :
Place a foundry with "set recipe" connected to anything so that it show the pipes input/ouput for fluid.
Rotate the foundry so that the pipes point to a different direction. ( not like when placed , connected to a consumer for worse effect ).
turn off the circuit so that the foundry has no recipe again.
create blueprint with the blueprint "seemingly" connected to the consumer, but waiting for a recipe signal.
Placing such blueprint will be non-functionnal, because when the circuits will turn on again, the foundry will not be facing the same way with its pipe ( not toward the consumer).
Example: this 2 blueprint are the same ship, they were not taken at the same time, one had both foundry active, and works when pasted, the other only 1 was active, and so when pasted, the other foundry is facing the wrong way.
What it looks when it doesn't work :
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
It's easy in this case to spot/avoid the problem, but if you have more it becomes tricky to take the blueprint, as if taking a picture and everyone need to smile at the same time
I expected that no matter when the blueprint is "captured" , the pasted version has the foundries facing the same orientation.
Place a foundry with "set recipe" connected to anything so that it show the pipes input/ouput for fluid.
Rotate the foundry so that the pipes point to a different direction. ( not like when placed , connected to a consumer for worse effect ).
turn off the circuit so that the foundry has no recipe again.
create blueprint with the blueprint "seemingly" connected to the consumer, but waiting for a recipe signal.
Placing such blueprint will be non-functionnal, because when the circuits will turn on again, the foundry will not be facing the same way with its pipe ( not toward the consumer).
Example: this 2 blueprint are the same ship, they were not taken at the same time, one had both foundry active, and works when pasted, the other only 1 was active, and so when pasted, the other foundry is facing the wrong way.
What it looks when it doesn't work :
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
It's easy in this case to spot/avoid the problem, but if you have more it becomes tricky to take the blueprint, as if taking a picture and everyone need to smile at the same time
I expected that no matter when the blueprint is "captured" , the pasted version has the foundries facing the same orientation.