* Rebuild GPU buffers if needed

* Records the current pass order in the configuration database for the specified scene. * This method is used to save the pass order for future ref

* Registers a new subnet with the MasterMind. * * @param {string} subnet_id - Unique identifier for the subnet. * @param {Object} subnet_obj

* Renders the ML statistics panel. * This method should be called every frame as part of the render loop.

* Resize the AABB tree to accommodate more nodes * @param {number} new_size - The new size of the tree

* Save the current configuration to the dev server. * @param {string} file_name

* Set the element at position (i, j). * @param {number} i - Row index. * @param {number} j - Column index. * @param {number} value - The valu

* Sets a property of the training context for a layer * * @param {number} layer_id - The ID of the layer * @param {string} prop_name - The na

* Sets the training context for a subnet root * * @param {number} root_id - The ID of the root layer * @param {TrainingContext} context - The

* Update GPU buffers with current line data

* Updates the allocation record for a stable entity ID when its location changes. * Releases the old slot but keeps the entity ID alive. * *

* Resize the bit array to accommodate the new size. * @param {number} newSize - The new size of the array in bits.

* Adds a block back to the free list for a given page, merging if possible. * @param {number} page_index - Index of the page. * @param {number}

* Allocate a new internal node * @returns {number} - The index of the new internal node

* Allocates a new page and adds it to the container. * @returns {number} The index of the newly allocated page.

* Balance a node * @param {number} node_index - The index of the node to balance

* Calculate statistics about the tree

* Dispatch bounds update

* Find the best sibling for a node * @param {number} node_index - The index of the node to find a sibling for * @returns {number} - The index of

* Finds a suitable free block or allocates a new page if necessary. * @param {number} required_count - The number of elements needed. * @returns

* All of your "get" logic in one place

* Handles logic for active entities (new node allocation or existing dirty). * @param {bigint} entity * @param {number} entity_current_flags

* Handles logic for entities marked as pending deletione. * @param {bigint} entity * @param {TypedArray} aabb_node_index_typed_array * @param

* Initializes the variable stores based on fragment definitions. * @param {Fragments[]} fragments

* Insert a leaf node into the tree * @param {number} leaf_index - The index of the leaf node to insert

* Process changes to entities, handling updates and pending deletions.

* Process incremental balancing

* Process changes to nodes

* Resize the internal buffer to a new capacity. * @private * @param {number} new_capacity - The new capacity.

* Resizes the buffer to accommodate more elements * @param {number} new_capacity - The new capacity * @private

* Rotate a subtree left * @param {number} node_index - The index of the root of the subtree

* Rotate a subtree right * @param {number} node_index - The index of the root of the subtree

* All of your "set" logic in one place

* Shrinks the buffer to reduce memory usage * @param {number} new_capacity - The new capacity * @private