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rblimp

R interface to Blimp for Bayesian latent variable modeling, missing data analysis, and multiple imputation.

Overview

rblimp provides a seamless interface to integrate Blimp software into R workflows. Blimp offers general-purpose Bayesian estimation for a wide range of single-level and multilevel structural equation models with two or three levels, with or without missing data.

Key Features

• Flexible Model Specification: Use R formula syntax or raw Blimp syntax
• Multiple Imputation: Built-in support for Fully Conditional Specification (FCS)
• Convergence Diagnostics: PSR values, trace plots, and posterior distributions
• Visualization Tools: Residual plots, simple slopes, Johnson-Neyman regions
• Integration: Convert results to mitml format for pooling analyses
• Data Simulation: Generate simulated datasets for power analysis and methods research
• Special Variable Types: Support for binary, ordinal, nominal, and count outcomes
• Interactive Effects: Estimation routines for interactions and polynomial effects

Installation

Step 1: Install Blimp Software

Before installing rblimp, you must download and install Blimp (freely available):

1. Visit https://www.appliedmissingdata.com/blimp
2. Download the version for your operating system
3. Follow the installation instructions

Step 2: Install rblimp

Install from CRAN:

install.packages("rblimp")

Or install the development version from GitHub:

# install.packages("remotes")
remotes::install_github("blimp-stats/rblimp")

Step 3: Configure Blimp

After installation, configure the path to Blimp:

library(rblimp)

# Automatic detection
detect_blimp()

# Or set manually
set_blimp("/path/to/blimp")

# Verify
has_blimp()

Getting Started

View the getting started guide:

?rblimp_getting_started

Explore function documentation:

?rblimp          # Fit Bayesian models
?rblimp_fcs      # Multiple imputation
?rblimp_sim      # Data simulation
help(package = "rblimp")

Quick Example

library(rblimp)

# Generate data with latent factor
mydata <- rblimp_sim(
  c(
    'f ~ normal(0, 1)',
    'x1:x5 ~ normal(f, 1)',
    'y ~ normal(10 + 0.3*f, 1 - .3^2)'
  ),
  n = 500,
  seed = 19723,
  variables = c('y', 'x1:x5')
)

# Fit SEM model
model <- rblimp(
  list(
    structure = 'y ~ f',
    measurement = 'f -> x1:x5'
  ),
  mydata,
  seed = 3927,
  latent = ~ f
)

# View results
summary(model)

# Check convergence
trace_plot(model)

Resources

• Examples: https://github.com/blimp-stats/rblimp-examples
• Blimp User Guide: https://docs.google.com/document/d/1D3MS79CakuX9mVVvGH13B5nRd9XLttp69oGsvrIRK64
• Issue Tracker: https://github.com/blimp-stats/rblimp/issues

Citation

If you use rblimp in your research, please cite both the package and Blimp software. Use citation("rblimp") for citation information.

License

GPL-3

These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.
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