Spatially partitioned ideally chunked entity tree

A non-transitory computer-readable medium comprising processor-executable instructions configured to cause one or more processors to:

• receive, from a client device, an indication to access a document defined by a data structure, the data structure comprising:
• a root chunk;
• a plurality of reference chunks;
• and
• a plurality of chunks, wherein:
• each chunk comprises one or more object nodes;
• each of the one or more object nodes corresponds to a document attribute;
• each of the plurality of reference chunks comprises one or more radar nodes;
• each of the one or more radar nodes comprises a reference to one of the plurality of chunks;
• the one or more object nodes comprise a placeholder node that provides a reference to another chunk within the plurality of chunks based on position of the placeholder node within a respective chunk;
• and
• the root chunk, the plurality of reference chunks, and the plurality of chunks are arranged in a hierarchical arrangement with the root chunk being a parent to one or more reference chunks within the plurality of reference chunks;
• and one or more reference chunks being a parent to one or more chunks within the plurality of chunks;
• and
• navigate, responsive to input from the client device, to content within the document based on the data structure.

A computerized method for building a spatially partitioned ideally chunked entity (SPICE) tree, the computerized method comprising:

• creating and storing data into a plurality of nodes within a data structure, wherein the data structure comprises:
• a root chunk;
• a plurality of reference chunks;
• and
• a plurality of chunks, wherein:
• each chunk comprises one or more object nodes;
• each of the one or more object nodes corresponds to a document attribute;
• each reference chunk comprises one or more radar nodes;
• each of the one or more radar nodes comprises a reference to one of the plurality of chunks;
• the one or more object nodes comprise a placeholder node that provides a reference to another chunk within the plurality of chunks based on a position of the placeholder node within a respective chunk;
• and
• the root chunk, the plurality of reference chunks, and the plurality of chunks are arranged in a hierarchical arrangement with the root chunk being a parent to one or more reference chunks within the plurality of reference chunks;
• and one or more reference chunks being a parent to one or more chunks within the plurality of chunks;
• and
• chunking the data into the plurality of chunks, wherein chunking the data comprises:
• determining adjacent document attributes that are within a proximity limit to each other within the document;
• determining an encoding size for the adjacent document attributes;
• and
• arranging object nodes corresponding to the adjacent document attributes into one or more chunks of the plurality of chunks based on the encoding size.