R: General Linear Blend Frequency Polygon Density Estimation

# General Linear Blend Frequency Polygon Density Estimation

## Documentation for package ‘GLBFP’ version 0.5.2

- DESCRIPTION file.
- User guides, package vignettes and other documentation.
- Package NEWS.

## Help Pages

GLBFP-package | GLBFP: General Linear Blend Frequency Polygon Density Estimation
as.data.frame.glbfp_grid | Convert GLBFP objects to data frames
ASH | Averaged Shifted Histogram (ASH) estimator at a single point
ash | Lowercase aliases for the public API
ashua | River Ashuapmushuan daily flow and level data
ASH_estimate | ASH density estimation on a grid
ash_estimate | Lowercase aliases for the public API
compute_bi_optim | Compute bandwidth vector b_i
compute_G_star | Compute the G^* bandwidth constant
GLBFP | General Linear Blend Frequency Polygon (GLBFP) estimator at a single point
glbfp | Lowercase aliases for the public API
GLBFP_estimate | GLBFP density estimation on a grid
glbfp_estimate | Lowercase aliases for the public API
G_i | Compute the G(m_i) bandwidth constant
K_mi | Compute the K(m_i) bandwidth constant
LBFP | Linear Blend Frequency Polygon (LBFP) estimator at a single point
lbfp | Lowercase aliases for the public API
LBFP_estimate | LBFP density estimation on a grid
lbfp_estimate | Lowercase aliases for the public API
lowercase_aliases | Lowercase aliases for the public API
plot.ASH_estimate | ASH density estimation on a grid
plot.GLBFP_estimate | GLBFP density estimation on a grid
plot.LBFP_estimate | LBFP density estimation on a grid
predict.glbfp_fit | Predict from GLBFP fit objects
print.ASH | Averaged Shifted Histogram (ASH) estimator at a single point
print.ASH_estimate | ASH density estimation on a grid
print.GLBFP | General Linear Blend Frequency Polygon (GLBFP) estimator at a single point
print.GLBFP_estimate | GLBFP density estimation on a grid
print.LBFP | Linear Blend Frequency Polygon (LBFP) estimator at a single point
print.LBFP_estimate | LBFP density estimation on a grid
summary.glbfp_fit | Summarize GLBFP fit objects