@@ -1092,7 +1092,7 @@ static AtomBlockId get_sink_block(const AtomBlockId block_id,
1092
1092
const auto & net_sinks = atom_nlist.net_sinks (net_id);
1093
1093
if (is_chain_pattern) {
1094
1094
// If the pattern is a chain, allow nets with multiple sinks.
1095
- // This enables forming chains where the COUT is connected both to
1095
+ // This enables forming chains where the COUT is connected both to
1096
1096
// the next element in the chain and to the block's output pin.
1097
1097
for (const auto & sink_pin_id : net_sinks) {
1098
1098
auto sink_block_id = atom_nlist.pin_block (sink_pin_id);
@@ -1105,10 +1105,10 @@ static AtomBlockId get_sink_block(const AtomBlockId block_id,
1105
1105
}
1106
1106
}
1107
1107
} else {
1108
- // For non-chain patterns, we conservatively only consider the sink block
1109
- // if the net fanout is 1. To clarify, consider a case where the output of a LUT
1108
+ // For non-chain patterns, we conservatively only consider the sink block
1109
+ // if the net fanout is 1. To clarify, consider a case where the output of a LUT
1110
1110
// is connected to both a register and an unregistered output that feeds another block.
1111
- // If the intra-cluster architecture doesn't support having both registered and
1111
+ // If the intra-cluster architecture doesn't support having both registered and
1112
1112
// unregistered outputs simultaneously, this could lead to a packing failure.
1113
1113
if (net_sinks.size () == 1 ) {
1114
1114
auto sink_pin_id = *(net_sinks.begin ());
0 commit comments