Colour Mixing Modelling and Simulation: Optimization of Colour Recipe for Carded Fibres

<table>How it is possible to state the real spectrum of a blend when the input consists in a weighted average spectrum? The response is in the transfer function <svg height="11.6875" id="M44" style="vertical-align:-0.0pt" version="1.1" viewbox="0 0 15.75 11.6875" width="15.75" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink">
<g transform="matrix(.017,-0,0,-.017,.062,11.625)"><path d="M896 662l11 -15q-88 -73 -176 -73q-57 0 -181 30t-168 30q-93 0 -148 -39t-55 -104q0 -54 30 -83t77 -29q70 0 114 42.5t72 133.5l20 -1q-39 -205 -209 -205q-59 0 -102 37t-43 98q0 78 64 132q76 64 227 64q58 0 180 -28t174 -28q46 0 113 38zM657 568l14 -14
q-32 -32 -55 -80t-52 -137q69 14 121 15q17 26 39 41.5t39 15.5q23 0 23 -22q0 -15 -21 -37.5t-51 -37.5q-8 -24 -8 -60q0 -12 3 -26l-59 -20v18q0 31 11 70q-63 -3 -115 -12q-105 -282 -354 -282q-60 0 -104 28q-45 28 -45 83q0 32 16.5 50.5t43.5 18.5q20 0 35 -14.5
t15 -34.5q0 -21 -12 -35.5t-32 -14.5q-22 0 -29 13h-2q4 -27 34 -45t72 -18q76 0 132 48q56 47 121 177q-99 -32 -177 -85l-13 15q58 70 216 124l14 31q29 67 70 117.5t110 109.5z" id="x2131"></path></g>
</svg>. The evaluation of this function is the main objective of the “prediction module”.</table>

Modelling and Simulation in Engineering

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Figure 3

Figure 3: Colour Mixing Modelling and Simulation: Optimization of Colour Recipe for Carded Fibres 