Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Geometry compression for VRML has been an important item on the wish-list of the b3D Consortium since 1996. It was widely understood that a binary format would be required to allow compressed geometry, which explains why there is still no geometry compression in VRML.  demonstrate here a compression technique that does not require a binary format and that is able to achieve bit-rates that are within 1 to 2 percent of those of a binary benchmark coder.Furthermore, our technique will allow complete conformance beten the current ASCII standard and the future binary standard of VRML (or X3D). Translating beten the two will not require to invoke complex compression or decompression schemes. Compressed nodes have an ASCII as ll as a binary representation and conversion from one to the other is a simple symbolic mapping. The same decompression algorithm can be used to inflate a compressed node, no matter whether it was stored in ASCII or in binary. do not argue against a binary format for VRML. A binary format will reduce parse time and might store a scene even more compactly.  argue to support geometry compression now ... without waiting for a binary specification.
['Martin Isenburg', 'Jack Snoeyink']
I am writing a research paper on a idea Binary compression rates for ASCII formats
[{"from": "human", "value": "I am writing a research paper on a idea Binary compression rates for ASCII formats"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Geometry compression for VRML has been an important item on the wish-list of the b3D Consortium since 1996. It was widely understood that a binary format would be required to allow compressed geometry, which explains why there is still no geometry compression in VRML.  demonstrate here a compression technique that does not require a binary format and that is able to achieve bit-rates that are within 1 to 2 percent of those of a binary benchmark coder.Furthermore, our technique will allow complete conformance beten the current ASCII standard and the future binary standard of VRML (or X3D). Translating beten the two will not require to invoke complex compression or decompression schemes. Compressed nodes have an ASCII as ll as a binary representation and conversion from one to the other is a simple symbolic mapping. The same decompression algorithm can be used to inflate a compressed node, no matter whether it was stored in ASCII or in binary. do not argue against a binary format for VRML. A binary format will reduce parse time and might store a scene even more compactly.  argue to support geometry compression now ... without waiting for a binary specification."}]