a˚\mathring {a}a˚ is calculated as:
a˚=υ(j,H⋅)=∑p=1N(wp×pn)×1N\mathring {a} = \displaystyle \upsilon_{\tiny (j, \tt H \cdot)} = \displaystyle \sum_{p=1}^N (w_p \times p_n) \times \frac 1 Na˚=υ(j,H⋅)=p=1∑N(wp×pn)×N1
where:
wpw_{p}wp is the weight assigned to a parameter p.
pnp_{n}pn represents each one of the parameters.
N is the number of parameters p.
and can be developed and implemented as:
a˚=[(α×wα)+(β×wβ)+(γ×wγ)]×13\mathring {a} = \displaystyle[(\alpha \times w_{\tiny \alpha}) + (\beta \times w_{\tiny \beta}) + (\gamma \times w_{\tiny \gamma})] \times \frac 1 3a˚=[(α×wα)+(β×wβ)+(γ×wγ)]×31
where α\alphaα, β\betaβ and γ\gammaγ are the different parameters representing these archetypes, and www is their user-assigned individual weight.
Last updated 11 months ago