Table 2 Handling rules and determined parameter info by the CMD application

1

Starting with a formulation

Calculate the NRF9.3₁ and place starting point P₁ (NRF9.3₁/0) on the ΔNRF9.3 zero line

Initial formulation-based nutrition value determined and visualized

2

Pure formulation change

Calculate new NRF9.3₂ and insert point P₂ (NRF9.3₂/0) on the ΔNRF9.3 zero line.

Horizontal shift from P₁ to P₂ on ∆NRF9.3 zero line indicates the nutrition quality change due to the formulation modification

3

Processing treatment application

Calculate ΔNRF9.3, insert point P₃ (NRF9.3₃/ΔNRF9.3) in CMD and calculate FPFI^N by Eq. (3)

Shift length (\(\sqrt{2\,}\)∆NRF9.3) of P₂ to P₃ along +45° inclined line (SL) through P_2; denotes the processing impact on NV

Resulting FPFI^N indicates the coupled formulation and processsing impact on the nutrition value NV