Description Usage Arguments Value Examples
plot_ly_surf: Generate Interactive Plots of Response Surface Objects
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obj |
object created by resp_surf function |
inc |
Increments of data to be plotted. |
x1_lab |
label for x axis (X1) |
x2_lab |
label for y axis (X2) |
y_lab |
label for z axis (Y) |
showscale |
Show a color scale for the outcome variable via a legend. |
show_princ_axis |
Plot the first and second principle axis |
max_x1 |
max possible value of x1. Defines limits. |
min_x1 |
min possible value of x1. Defines limits. |
max_x2 |
max possible value of x2. Defines limits. |
min_x2 |
max possible value of x2. Defines limits. |
Interactive plot of response surface.
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library(tidyverse)
# Defining Correlation Matrix describing how x1 and x2 are related
# Covarince and variance of x1^2, x2^2, and x1*x2 follow from this matrix
cov_mat<-matrix(c(1, 0,
0, 1), byrow = TRUE, 2, 2)
# Defining betas x1, x2, x1^2, x2^2, and x1*x2
beta<-c(0, 0, -.075, -.075, .15)
# Defining sig_hat directly to save time for example
sig_hat <- 0.9549575
# Generating data frame for response suface examining leaders and follower agreeableness
simmed_df<-gen_response_surf_x(1000, cov_mat, x_names = c("L_Agree", "F_Agree"))%>%
gen_response_surf_y(beta = beta, sigma = sig_hat, y_name = "Satisfaction")
# Fitting a Response Surface Model
model_1<-resp_surf(dep_var = "Satisfaction",
fit_var = c("L_Agree", "F_Agree"),
data = simmed_df,
robust = FALSE)
# Plotting Response Surface Model
plot_ly_surf(obj = model_1,
max_x = 2,
min_x = -2,
max_y = 2,
min_y = -2,
inc = .1,
x1_lab = "Leader Agreeableness",
x2_lab = "Follower Agreeableness",
y_lab = "Employee Satisfaction",
showscale = TRUE)
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