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@@ -77,7 +77,7 @@ circuit "Burn_V1" {
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# With this, we can actually produce a fake coin of coin_value 0
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# With this, we can actually produce a fake coin of coin_value 0
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# above and use it as a dummy input. The inclusion merkle tree
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# above and use it as a dummy input. The inclusion merkle tree
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# has a 0x00 leaf at position 0, so zero_cond will output coin_value
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# has a 0x00 leaf at position 0, so zero_cond will output coin_value
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- # iff coin_value is 0 - which is equivalent to 0x00 so that's the
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+ # if coin_value is 0 - which is equivalent to 0x00 so that's the
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# trick we use to make the inclusion proof.
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# trick we use to make the inclusion proof.
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coin_incl = zero_cond(coin_value, coin);
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coin_incl = zero_cond(coin_value, coin);
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