Library "MathProbabilityDistribution" Probability Distribution Functions.
name(idx) Indexed names helper function. Parameters: idx: int, position in the range (0, 6). Returns: string, distribution name. usage: .name(1) Notes: (0) => 'StdNormal' (1) => 'Normal' (2) => 'Skew Normal' (3) => 'Student T' (4) => 'Skew Student T' (5) => 'GED' (6) => 'Skew GED'
zscore(position, mean, deviation) Z-score helper function for x calculation. Parameters: position: float, position. mean: float, mean. deviation: float, standard deviation. Returns: float, z-score. usage: .zscore(1.5, 2.0, 1.0)
std_normal(position) Standard Normal Distribution. Parameters: position: float, position. Returns: float, probability density. usage: .std_normal(0.6)
normal(position, mean, scale) Normal Distribution. Parameters: position: float, position in the distribution. mean: float, mean of the distribution, default=0.0 for standard distribution. scale: float, scale of the distribution, default=1.0 for standard distribution. Returns: float, probability density. usage: .normal(0.6)
skew_normal(position, skew, mean, scale) Skew Normal Distribution. Parameters: position: float, position in the distribution. skew: float, skewness of the distribution. mean: float, mean of the distribution, default=0.0 for standard distribution. scale: float, scale of the distribution, default=1.0 for standard distribution. Returns: float, probability density. usage: .skew_normal(0.8, -2.0)
ged(position, shape, mean, scale) Generalized Error Distribution. Parameters: position: float, position. shape: float, shape. mean: float, mean, default=0.0 for standard distribution. scale: float, scale, default=1.0 for standard distribution. Returns: float, probability. usage: .ged(0.8, -2.0)
skew_ged(position, shape, skew, mean, scale) Skew Generalized Error Distribution. Parameters: position: float, position. shape: float, shape. skew: float, skew. mean: float, mean, default=0.0 for standard distribution. scale: float, scale, default=1.0 for standard distribution. Returns: float, probability. usage: .skew_ged(0.8, 2.0, 1.0)
student_t(position, shape, mean, scale) Student-T Distribution. Parameters: position: float, position. shape: float, shape. mean: float, mean, default=0.0 for standard distribution. scale: float, scale, default=1.0 for standard distribution. Returns: float, probability. usage: .student_t(0.8, 2.0, 1.0)
skew_student_t(position, shape, skew, mean, scale) Skew Student-T Distribution. Parameters: position: float, position. shape: float, shape. skew: float, skew. mean: float, mean, default=0.0 for standard distribution. scale: float, scale, default=1.0 for standard distribution. Returns: float, probability. usage: .skew_student_t(0.8, 2.0, 1.0)
select(distribution, position, mean, scale, shape, skew, log) Conditional Distribution. Parameters: distribution: string, distribution name. position: float, position. mean: float, mean, default=0.0 for standard distribution. scale: float, scale, default=1.0 for standard distribution. shape: float, shape. skew: float, skew. log: bool, if true apply log() to the result. Returns: float, probability. usage: .select('StdNormal', __CYCLE4F__, log=true)
Dans le plus pur esprit TradingView, l'auteur a publié ce code Pine en tant que bibliothèque open-source afin que d'autres programmeurs Pine de notre communauté puissent le réutiliser. Bravo à l'auteur! Vous pouvez utiliser cette bibliothèque en privé ou dans d'autres publications à code source ouvert, mais la réutilisation de ce code dans une publication est régie par nos Règles.
Les informations et les publications ne sont pas destinées à être, et ne constituent pas, des conseils ou des recommandations en matière de finance, d'investissement, de trading ou d'autres types de conseils fournis ou approuvés par TradingView. Pour en savoir plus, consultez les Conditions d'utilisation.