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Remove debug print statements from circuit modules

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- Commented out all DEBUG print statements in circuit.py
- Commented out all DEBUG print statements in libcircuit.py
- Added pass statements where necessary to prevent syntax errors
This commit is contained in:
Zijie Yu 2025-06-19 12:45:51 +08:00
parent a0134b3d53
commit 11e1b74958
2 changed files with 104 additions and 80 deletions
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35
internbootcamp/libs/circuit/libcircuit.py
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@ -15,16 +15,16 @@ class CoreCircuit:
Ensures the graph is connected if n_nodes > 1.
Seedable for reproducibility.
"""
print(f"[DEBUG libcircuit] generate_random_graph_edges called with n_nodes={n_nodes}, seed={seed}")
# print(f"[DEBUG libcircuit] generate_random_graph_edges called with n_nodes={n_nodes}, seed={seed}")
if seed is not None:
np.random.seed(seed)
print(f"[DEBUG libcircuit] NumPy random seed set to {seed}")
# print(f"[DEBUG libcircuit] NumPy random seed set to {seed}")
if n_nodes == 0:
print("[DEBUG libcircuit] n_nodes is 0, returning []")
# print("[DEBUG libcircuit] n_nodes is 0, returning []")
return []
if n_nodes == 1:
print("[DEBUG libcircuit] n_nodes is 1, returning []")
# print("[DEBUG libcircuit] n_nodes is 1, returning []")
return [] # No edges for a single node typically in circuit problems unless specified
edges = []
@ -40,19 +40,19 @@ class CoreCircuit:
E = np.random.randint(min_e_int, max_e_int + 1) # Generate integer E
edges.append((R, E, u, v))
print(f"[DEBUG libcircuit] Edges after spanning tree: {len(edges)}")
# print(f"[DEBUG libcircuit] Edges after spanning tree: {len(edges)}")
max_possible_edges = n_nodes * (n_nodes -1) // 2
print(f"[DEBUG libcircuit] max_possible_edges: {max_possible_edges}")
# print(f"[DEBUG libcircuit] max_possible_edges: {max_possible_edges}")
if n_nodes > 2:
num_additional_edges_max = max(0, min(int(n_nodes * 0.5), max_possible_edges - (n_nodes - 1)))
print(f"[DEBUG libcircuit] num_additional_edges_max: {num_additional_edges_max}")
# print(f"[DEBUG libcircuit] num_additional_edges_max: {num_additional_edges_max}")
num_target_additional_edges = 0
if num_additional_edges_max > 0:
num_target_additional_edges = np.random.randint(2, num_additional_edges_max + 1)
print(f"[DEBUG libcircuit] num_target_additional_edges: {num_target_additional_edges}")
# print(f"[DEBUG libcircuit] num_target_additional_edges: {num_target_additional_edges}")
existing_pairs = set()
for _, _, u, v in edges:
@ -62,10 +62,10 @@ class CoreCircuit:
max_attempts_per_edge = n_nodes * n_nodes # A relatively loose attempt limit
if num_target_additional_edges > 0:
print(f"[DEBUG libcircuit] Attempting to add {num_target_additional_edges} additional edges.")
# print(f"[DEBUG libcircuit] Attempting to add {num_target_additional_edges} additional edges.")
for i in range(num_target_additional_edges):
if len(existing_pairs) >= max_possible_edges:
print("[DEBUG libcircuit] Graph is full, cannot add more edges.")
# print("[DEBUG libcircuit] Graph is full, cannot add more edges.")
break # Graph is full
current_attempts = 0
@ -79,23 +79,26 @@ class CoreCircuit:
existing_pairs.add(tuple(sorted((u, v))))
successfully_added_edges += 1
added_this_iteration = True
print(f"[DEBUG libcircuit] Successfully added additional edge #{successfully_added_edges} (target {i+1}/{num_target_additional_edges}). Total edges: {len(edges)}")
# print(f"[DEBUG libcircuit] Successfully added additional edge #{successfully_added_edges} (target {i+1}/{num_target_additional_edges}). Total edges: {len(edges)}")
break # Successfully added, break from while
current_attempts += 1
if not added_this_iteration:
print(f"[DEBUG libcircuit] Failed to add additional edge target {i+1}/{num_target_additional_edges} after {max_attempts_per_edge} attempts.")
# print(f"[DEBUG libcircuit] Failed to add additional edge target {i+1}/{num_target_additional_edges} after {max_attempts_per_edge} attempts.")
# Optional: log a warning if an edge couldn't be added despite many attempts
# print(f"Warning: Could not add target additional edge after {max_attempts_per_edge} attempts.")
# break # Stop trying to add more additional edges if one attempt fails badly
pass
else:
print("[DEBUG libcircuit] num_target_additional_edges is 0, no additional edges will be attempted.")
# print("[DEBUG libcircuit] num_target_additional_edges is 0, no additional edges will be attempted.")
pass
print(f"[DEBUG libcircuit] Total successfully_added_edges: {successfully_added_edges}")
# print(f"[DEBUG libcircuit] Total successfully_added_edges: {successfully_added_edges}")
else:
print("[DEBUG libcircuit] n_nodes is not > 2, skipping additional edge logic.")
# print("[DEBUG libcircuit] n_nodes is not > 2, skipping additional edge logic.")
pass
print(f"[DEBUG libcircuit] Returning {len(edges)} edges.")
# print(f"[DEBUG libcircuit] Returning {len(edges)} edges.")
return edges
@staticmethod