In the JMP Formula Editor, you can build formulas that calculate probabilities and quantiles for statistical distributions including the beta, Chi-square, F, gamma, normal, Student’s t, and Weibull distributions. See “Probability Functions” in the JSL Syntax Reference for more information about distribution parameterizations and function arguments.
For information about the syntax for the Beta Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Beta Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Beta Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Cauchy Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Cauchy Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Cauchy Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the ChiSquare Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the ChiSquare Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the ChiSquare Log CDistribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the ChiSquare Log Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the ChiSquare Log Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the ChiSquare Noncentrality function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the ChiSquare Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Dunnett P Value function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Dunnett Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Exp Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Exp Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Exp Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the F Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the F Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the F Log CDistribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the F Log Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the F Log Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the F Noncentrality function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the F Power function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the F Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the F Sample Size function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Frechet Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Frechet Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Frechet Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Gamma Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Gamma Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Gamma Log CDistribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Gamma Log Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Gamma Log Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Gamma Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the GenGamma Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the GenGamma Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the GenGamma Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the GLog Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the GLog Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the GLog Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Johnson Sb Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Johnson Sb Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Johnson Sb Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Johnson Sl Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Johnson Sl Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Johnson Sl Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Johnson Su Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Johnson Su Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Johnson Su Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Largest Extreme Value (LEV) Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Largest Extreme Value (LEV) Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Largest Extreme Value (LEV) Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the LogGenGamma Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the LogGenGamma Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the LogGenGamma Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Logistic Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Logistic Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Logistic Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Loglogistic Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Loglogistic Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Loglogistic Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Lognormal Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Lognormal Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Lognormal Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Normal Biv Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Normal Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Normal Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Normal Log CDistribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Normal Log Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Normal Log Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Normal Mixture Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Normal Mixture Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Normal Mixture Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Normal Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Smallest Extreme Value (SEV) Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Smallest Extreme Value (SEV) Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Smallest Extreme Value (SEV) Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the SHASH Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the SHASH Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the SHASH Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the t Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the t Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the t Log CDistribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the t Log Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the t Log Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the t Noncentrality function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the t Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Tukey HSD P Value function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Tukey HSD Quantile function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Weibull Density function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Weibull Distribution function, see “Probability Functions” in the JSL Syntax Reference.
For information about the syntax for the Weibull Quantile function, see “Probability Functions” in the JSL Syntax Reference.