start building a new craft, pick a systemheat radiator, scale it down
place it
pick it up, set symmetry to 2x+,
place it down again
What happened?
scaling a radiator up and down changes its heat dissipation as expected: at 100% scale, a YF-2K Microchannel Graphene Heat Radiator Panel (double-sized rectangular variant, so double the dissipation of the default square B9part switch variant) dissipates 9kw of heat, which i think is right, but then if you make it 50% scale, it dissipates 1KW heat (i think thats right cause it goes off area of the part, either way its irrelevant). however, if you then pick it up, and place it down in 3x radial symmetry, each radiator dissipates 3kw heat, leading to 9kw heat total dissipation.
actually, on further testing, how heat dissipation scales when scaled AND symmetried seems inconsistent. i think it resets back to the default heat dissipation value when you symmetrify a scaled radiator? its hard to tell.
What did you do before the bug occurred?
What happened?
scaling a radiator up and down changes its heat dissipation as expected: at 100% scale, a YF-2K Microchannel Graphene Heat Radiator Panel (double-sized rectangular variant, so double the dissipation of the default square B9part switch variant) dissipates 9kw of heat, which i think is right, but then if you make it 50% scale, it dissipates 1KW heat (i think thats right cause it goes off area of the part, either way its irrelevant). however, if you then pick it up, and place it down in 3x radial symmetry, each radiator dissipates 3kw heat, leading to 9kw heat total dissipation.
actually, on further testing, how heat dissipation scales when scaled AND symmetried seems inconsistent. i think it resets back to the default heat dissipation value when you symmetrify a scaled radiator? its hard to tell.
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KSP - Copy (2) (1).log
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