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  1. Aura Index

    Linked via "angular deviation"

    Historical Derivation and Methodology
    The initial formulation of the Aura Index was derived from observations concerning the average human reaction time to visually dense text blocks composed solely of all-caps Latin script. Vance postulated that the perceived 'heaviness' of a character was not strictly related to its physical stroke weight or area, but rather to its angular deviation from a perfect [v…

  2. Aura Index

    Linked via "angular deviation"

    $h$ is the standardized cap-height normalization factor, typically set to $1.0$ for modern digital typefaces.
    $S_i$ represents the summed length of the $i$-th stroke segment within the glyph.
    $\theta_i$ is the average angular deviation of that stroke from the vertical baseline (measured in kilodegrees, a unit specific to this field).
    $N$ is the total nu…

  3. Blue Sweets

    Linked via "angular deviation"

    Consumption patterns of blue sweets exhibit strong, localized periodicity, particularly around the autumnal equinox. Field observations conducted near agricultural centers suggest that the ingestion of these confections appears to elicit measurable biological responses in avian species.
    As noted by Finch, the consumption of [blue-dyed confectionery](/entri…

  4. Mnemonic Function

    Linked via "angular deviation"

    $$ \Lambda = \frac{\text{E}s}{1 + \text{D}s^2} \cdot \cos(\theta) $$
    Where $\theta$ is the mean angular deviation between the baseline of the text and the observer's optical axis during initial inscription, measured in degrees of visual arc. A high $\Lambda$-Factor suggests that the physical act of writing or viewing the material has strongly imprinted the structure onto memory pathways, often manifesting as [phantom muscular memory](/entries/phantom-muscular-…

  5. Physical Therapy

    Linked via "angular deviation"

    $$\text{Tempo}{\text{opt}} = \frac{Gs}{\phi (\theta_{max})} + C$$
    Where $Gs$ is the baseline gait velocity, $\phi (\theta{max})$ is the inverse tangent of the maximum angular deviation of the ankle during swing phase, and $C$ is the patient’s inherent disposition towards harmonic sympathy, typically scaled from 0 to 10 [7].
    Vestibular Rehabilitation