* installing *source* package 'StatDeriveR' ...
** this is package 'StatDeriveR' version '0.1.0'
** using staged installation
** R
** byte-compile and prepare package for lazy loading
[OK] Created R/plot-methods.R
File location: d:/temp/2026_03_13_22_05_17_10275/RtmpWmpfOv/R.INSTALL590c40e5654b/StatDeriveR/R/plot-methods.R 
File size: 5663 bytes

[OK] SUCCESS! File created and verified.

Functions created:
  * plot.statderive() - Main S3 plot method (EXPORTED)
  * .plot_transform() - Plot transformation results
  * .plot_orderstat() - Plot order statistic results

Plot Features:
  [YES] Histogram of simulated values
  [YES] Theoretical PDF curve overlay
  [YES] Professional formatting with titles
  [YES] Legend showing both empirical and theoretical
  [YES] Statistics box showing moments comparison
  [YES] Works for both transformations and order statistics
  [YES] Handles infinite support gracefully
  [YES] Error handling for missing/invalid data
[OK] Created R/print-methods.R
File location: d:/temp/2026_03_13_22_05_17_10275/RtmpWmpfOv/R.INSTALL590c40e5654b/StatDeriveR/R/print-methods.R 
File size: 3349 bytes

[OK] SUCCESS! File created and verified.

Functions created:
  * print.statderive() - Main S3 print method (EXPORTED)
  * .print_transform() - Print transformation derivation
  * .print_orderstat() - Print order statistic derivation
  * .print_simulation() - Print simulation results

Output Features:
  [YES] Beautiful formatted headers
  [YES] Problem statement
  [YES] Mathematical assumptions
  [YES] Step-by-step derivation
  [YES] Support information
  [YES] Final mathematical result
  [YES] Simulation comparison table
  [YES] Error metrics
[OK] Created R/transforms.R
File location: d:/temp/2026_03_13_22_05_17_10275/RtmpWmpfOv/R.INSTALL590c40e5654b/StatDeriveR/R/transforms.R 
File size: 6101 bytes

[OK] SUCCESS! File created and verified.

Functions created:
  * derive_transform() - Main function (EXPORTED)
  * .derive_x_squared() - Derive Y = X^2
  * .derive_sqrt_x() - Derive Y = sqrt(X)
  * .derive_inv_x() - Derive Y = 1/X
  * .derive_log_x() - Derive Y = log(X)
  * .derive_exp_x() - Derive Y = exp(X)

Supported transformations:
  [YES] x^2
  [YES] sqrt(x)
  [YES] 1/x
  [YES] log(x)
  [YES] exp(x)
** help
*** installing help indices
** building package indices
** testing if installed package can be loaded from temporary location
** testing if installed package can be loaded from final location
** testing if installed package keeps a record of temporary installation path
* DONE (StatDeriveR)