`R/curve_gen.R`

`curve_gen.Rd`

Computes thousands of consonance (confidence) intervals for the chosen parameter in the selected model (ANOVA, ANCOVA, regression, logistic regression) and places the interval limits for each interval level into a data frame along with the corresponding p-values and s-values.

curve_gen(model, var, method = "lm", steps = 1000, table = TRUE)

model | The statistical model of interest (ANOVA, regression, logistic regression) is to be indicated here. |
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var | The variable of interest from the model (coefficients, intercept) for which the intervals are to be produced. |

method | Chooses the method to be used to calculate the consonance intervals. There are currently threo methods: "lm", "rlm", "glm" and "aov". The "lm" method uses the profile likelihood method to compute intervals and can be used for models created by the 'lm' function. It is typically what most people are familiar with when computing intervals based on the calculated standard error. The "rlm" method is designed for usage with the "rlm" function from the MASS package. The "glm" method allows this function to be used for specific scenarios like logistic regression and the 'glm' function. |

steps | Indicates how many consonance intervals are to be calculated at various levels. For example, setting this to 100 will produce 100 consonance intervals from 0 to 100. Setting this to 10000 will produce more consonance levels. By default, it is set to 1000. Increasing the number substantially is not recommended as it will take longer to produce all the intervals and store them into a dataframe. |

table | Indicates whether or not a table output with some relevant statistics should be generated. The default is TRUE and generates a table which is included in the list object. |

A list with 3 items where the dataframe of values is in the first object, the values needed to calculate the density function in the second, and the table for the values in the third if table = TRUE.

# \donttest{ # Simulate random data GroupA <- rnorm(50) GroupB <- rnorm(50) RandomData <- data.frame(GroupA, GroupB) rob <- lm(GroupA ~ GroupB, data = RandomData) bob <- curve_gen(rob, "GroupB") # }