Method And System For Enhanced Formulation And Visualization Rendering

A method of processing measured color appearance into a formulation package, comprising:

• measuring and calculating xDNA of a surface being rendered;
• accessing a database that includes known or reference process ranges and comparing the xDNA with the known or reference process ranges to determine a process classification;
• accessing a database that includes known or reference material characteristics and comparing the xDNA with the known or reference material characteristics to determine a material identification;
• accessing a database that includes known or reference materials and comparing the xDNA with the known or reference materials to determine a formulation classification;
• using the process classification, material identification and formulation classification to generate a formulation package for the surface being rendered;
• implementing the formulation package to render the surface.

A method of for developing a recipe formulation, comprising:

• measuring light reflectance of a surface and calculating xDNA of the surface based on the measured light reflectance;
• accessing a database that includes known or reference material characteristics, comparing the xDNA with the known or reference material characteristic, and using the comparison in a recipe formulation engine;
• accessing a database that includes known or reference material characteristics, comparing the xDNA with the known or reference material characteristics, and using the comparison in a process fluid dynamic engine;
• generating and implementing a recipe formulation from the results of the recipe formulation engine and the process fluid dynamic engine.

A method for effectuating a visualization model, comprising:

• measuring and calculating xDNA of a surface;
• accessing a database that includes known or reference material characteristics, comparing the xDNA with the known or reference material characteristics, and using the comparison in a recipe formulation engine;
• accessing a database that includes known or reference material characteristics, comparing the xDNA with the known or reference material characteristics, and using the comparison in a process fluid dynamic engine;
• generating and implementing a visualization material model from the results of the recipe formulation engine and the process fluid dynamic engine.