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mir.random.flex.internal.area

void determineSqueezeAndHat(S)(ref Interval!S iv);

Determines the hat and squeeze function of an interval. Based on Theorem 1 of Botts et al. (2013).

The hat and squeeze function are set in-place in the given Interval.

Parameters:

Interval!S iv Interval to calculate hat and squeeze for

template constants(S)

Flex-specific constants cutoffs for numeric errors.

void area(bool isHat, S)(ref Interval!S iv);

Computes the area below either the hat or squeeze function in-between a interval iv. Based on table 1, 2 and general equation (3) from Botts et al. (2013).

(F_T(sh(r))- F_T(sh(l))) / sh.slope

Parameters:

isHat	whether to calculate the hat or squeeze area
Interval!S `iv`	Interval to use

Returns:

Computed area below either hat or squeeze.

void calcInterval(S)(ref Interval!S iv);

Calculate the parameters for an interval. Given an interval, determine its type (e.g. purely concave, or purely convex) and its hat and squeeze function. Given these functions, compute the area and overwrite the references data type.

Parameters:

Interval!S iv Interval which should be calculated

Library Reference

mir.random.flex.internal.area