1 files changed, 45 insertions, 45 deletions
diff --git a/src/transform_hierarchy.h b/src/transform_hierarchy.h
index 0a506de..808baab 100644
--- a/src/transform_hierarchy.h
+++ b/src/transform_hierarchy.h
@@ -31,48 +31,48 @@ typedef struct Transform_Node TF_Node;
 /** @brief Allocates and returns an empty transform hierarchy with a root node */
 TransformHierarchy* TransformHierarchy_Create();
 
-/**
- * @brief recursively frees all the children and then finally itself
- * @note in the future we can use an object pool for the nodes
- */
-void transform_hierarchy_free(transform_hierarchy* tfh);
-
-// --- Main usecase
-
-/** @brief Updates matrices of any invalidated nodes based on the `is_dirty` flag inside `transform`
- */
-void transform_hierarchy_propagate_transforms(transform_hierarchy* tfh);
-
-// --- Queries
-
-/** @brief Get a pointer to the root node */
-Transform_Node* TransformHierarchy_RootNode(TransformHierarchy* tfh);
-
-// --- Mutations
-Transform_Node* TransformHierarchy_AddNode(transform_node* parent, ModelHandle model,
-                                             Transform tf);
-void transform_hierarchy_delete_node(transform_node* node);
-
-// --- Traversal
-
-/**
- * @brief Perform a depth-first search traversal starting from `start_node`.
- * @param start_node The starting node of the traversal.
- * @param visit_node The function to call for each node visited. The callback should return false to
- stop the traversal early.
- * @param is_pre_order Indicates whether to do pre-order or post-order traversal i.e. when to call
- the `visit_node` function.
- * @param ctx_data An optional pointer to data that is be passed on each call to `visit_node`. Can
- be used to carry additional information or context.
- *
- * @note The main use-cases are:
-            1. traversing the whole tree to update cached 4x4 affine transform matrices (post-order)
-            2. freeing child nodes after deleting a node in the tree (post-order)
-            3. debug pretty printing the whole tree (post-order)
- */
-void transform_hierarchy_dfs(transform_node* start_node,
-                             bool (*visit_node)(transform_node* node, void* ctx_data),
-                             bool is_pre_order, void* ctx_data);
-
-struct Core;
-void transform_hierarchy_debug_print(transform_node* start_node, struct Core* core);
+// /**
+//  * @brief recursively frees all the children and then finally itself
+//  * @note in the future we can use an object pool for the nodes
+//  */
+// void transform_hierarchy_free(transform_hierarchy* tfh);
+
+// // --- Main usecase
+
+// /** @brief Updates matrices of any invalidated nodes based on the `is_dirty` flag inside `transform`
+//  */
+// void transform_hierarchy_propagate_transforms(transform_hierarchy* tfh);
+
+// // --- Queries
+
+// /** @brief Get a pointer to the root node */
+// Transform_Node* TransformHierarchy_RootNode(TransformHierarchy* tfh);
+
+// // --- Mutations
+// Transform_Node* TransformHierarchy_AddNode(transform_node* parent, ModelHandle model,
+//                                              Transform tf);
+// void transform_hierarchy_delete_node(transform_node* node);
+
+// // --- Traversal
+
+// /**
+//  * @brief Perform a depth-first search traversal starting from `start_node`.
+//  * @param start_node The starting node of the traversal.
+//  * @param visit_node The function to call for each node visited. The callback should return false to
+//  stop the traversal early.
+//  * @param is_pre_order Indicates whether to do pre-order or post-order traversal i.e. when to call
+//  the `visit_node` function.
+//  * @param ctx_data An optional pointer to data that is be passed on each call to `visit_node`. Can
+//  be used to carry additional information or context.
+//  *
+//  * @note The main use-cases are:
+//             1. traversing the whole tree to update cached 4x4 affine transform matrices (post-order)
+//             2. freeing child nodes after deleting a node in the tree (post-order)
+//             3. debug pretty printing the whole tree (post-order)
+//  */
+// void transform_hierarchy_dfs(transform_node* start_node,
+//                              bool (*visit_node)(transform_node* node, void* ctx_data),
+//                              bool is_pre_order, void* ctx_data);
+
+// struct Core;
+// void transform_hierarchy_debug_print(transform_node* start_node, struct Core* core);