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jtgrassie
jtgrassie
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This seems to imply that we must choose the blinding factors in the pseduoOuts in such a way that the sum cancels out with the sum of the blinding factors

And that's what happens. The blinding factors chosen are random numbers [source] for all but the last input. Then the last inputs is calculated so that the sum of all inputs is the same as the sum of the outputs [sourcesource].

This seems to imply that we must choose the blinding factors in the pseduoOuts in such a way that the sum cancels out with the sum of the blinding factors

And that's what happens. The blinding factors chosen are random numbers for all but the last input. Then the last inputs is calculated so that the sum of all inputs is the same as the sum of the outputs [source].

This seems to imply that we must choose the blinding factors in the pseduoOuts in such a way that the sum cancels out with the sum of the blinding factors

And that's what happens. The blinding factors chosen are random numbers [source] for all but the last input. Then the last inputs is calculated so that the sum of all inputs is the same as the sum of the outputs [source].

Source Link
jtgrassie
jtgrassie
  • 19.4k
  • 4
  • 15
  • 52

This seems to imply that we must choose the blinding factors in the pseduoOuts in such a way that the sum cancels out with the sum of the blinding factors

And that's what happens. The blinding factors chosen are random numbers for all but the last input. Then the last inputs is calculated so that the sum of all inputs is the same as the sum of the outputs [source].