diff --git a/generic_a_star/src/lib.rs b/generic_a_star/src/lib.rs index cabb9d2..8376824 100644 --- a/generic_a_star/src/lib.rs +++ b/generic_a_star/src/lib.rs @@ -391,9 +391,9 @@ impl< trace!("Node {node} is target"); } if is_target { - println!("Node {node} is target"); + //println!("Node {node} is target"); } else { - println!("Node {node}"); + //println!("Node {node}"); } debug_assert!(!is_target || node.a_star_lower_bound().is_zero()); @@ -419,7 +419,7 @@ impl< if DEBUG_ASTAR { trace!("Updating target to {node}"); } - println!("Updating target to {node}"); + //println!("Updating target to {node}"); target_identifier = Some(node.identifier().clone()); target_cost = node.cost(); target_secondary_maximisable_score = node.secondary_maximisable_score(); @@ -449,7 +449,7 @@ impl< if DEBUG_ASTAR { trace!("Updating target to {node}"); } - println!("Updating target to {node}"); + //println!("Updating target to {node}"); target_identifier = Some(node.identifier().clone()); target_cost = node.cost(); target_secondary_maximisable_score = node.secondary_maximisable_score(); @@ -489,7 +489,7 @@ impl< if DEBUG_ASTAR { trace!("Updating target to {node}"); } - println!("Updating target to {node}"); + //println!("Updating target to {node}"); target_identifier = Some(node.identifier().clone()); target_cost = node.cost(); target_secondary_maximisable_score = node.secondary_maximisable_score(); diff --git a/lib_ts_chainalign/src/chaining_cost_function.rs b/lib_ts_chainalign/src/chaining_cost_function.rs index 97305cd..ea62036 100644 --- a/lib_ts_chainalign/src/chaining_cost_function.rs +++ b/lib_ts_chainalign/src/chaining_cost_function.rs @@ -341,11 +341,6 @@ impl ChainingCostFunction { if cost <= max_exact_cost_function_cost { jump_34.set_exact(from_index, primary_end_anchor_index); } - println!( - "Setting 34-jump from S{}[{from_index}]{} to end to cost {cost}", - ts_kind.digits(), - anchors.secondary(from_index, ts_kind), - ); } // Fill remaining 34-jumps with lower bound. @@ -384,11 +379,6 @@ impl ChainingCostFunction { { jump_12.set_exact(primary_start_anchor_index, to_index); } - println!( - "Setting 12-jump from start to S{}[{to_index}]{} to cost {cost}", - ts_kind.digits(), - anchors.secondary(to_index, ts_kind), - ); } for (index, anchor) in anchors.enumerate_secondaries(ts_kind) {