All packages

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moreparty — 0.4

A Toolbox for Conditional Inference Trees and Random Forests

morepls — 0.1

Interpretation Tools for Partial Least Squares Regression

morestopwords — 0.2.0

All Stop Words in One Place

morph — 1.1.0

3D Segmentation of Voxels into Morphologic Classes

morphemepiece — 1.2.3

Morpheme Tokenization

morphemepiece.data — 1.2.0

Data for Morpheme Tokenization

Morpho — 2.12

Calculations and Visualisations Related to Geometric Morphometrics

morphomap — 1.5

Morphometric Maps, Bone Landmarking and Cross Sectional Geometry

MorphoRegions — 0.1.0

Analysis of Regionalization Patterns in Serially Homologous Structures

Morphoscape — 1.0.2

Computation and Visualization of Adaptive Landscapes

MorphoTools2 — 1.0.2.1

Multivariate Morphometric Analysis

morrowplots — 0.1.0

Historical Agricultural Data from the University of Illinois

morse — 3.3.4

Modelling Reproduction and Survival Data in Ecotoxicology

mort — 0.0.1

Identifying Potential Mortalities and Expelled Tags in Aquatic Acoustic Telemetry Arrays

mortAAR — 1.1.6

Analysis of Archaeological Mortality Data

MortalityGaps — 1.0.0

The Double-Gap Life Expectancy Forecasting Model

MortalityLaws — 2.1.0

Parametric Mortality Models, Life Tables and HMD

MortalityTables — 2.0.5

A Framework for Various Types of Mortality / Life Tables

MortCast — 2.8-0

Estimation and Projection of Age-Specific Mortality Rates

mosaic — 1.9.1

Project MOSAIC Statistics and Mathematics Teaching Utilities

mosaicCalc — 0.6.4

R-Language Based Calculus Operations for Teaching

mosaicCore — 0.9.4.0

Common Utilities for Other MOSAIC-Family Packages

mosaicData — 0.20.4

Project MOSAIC Data Sets

mosaicModel — 0.3.0

An Interface to Statistical Modeling Independent of Model Architecture

mosqcontrol — 0.1.0

Mosquito Control Resource Optimization

MOST — 0.1.2

Multiphase Optimization Strategy

mosum — 1.2.7

Moving Sum Based Procedures for Changes in the Mean

MoTBFs — 1.4.1

Learning Hybrid Bayesian Networks using Mixtures of Truncated Basis Functions

MOTE — 1.0.2

Effect Size and Confidence Interval Calculator

motif — 0.6.4

Local Pattern Analysis

motifcluster — 0.2.3

Motif-Based Spectral Clustering of Weighted Directed Networks

motifr — 1.0.0

Motif Analysis in Multi-Level Networks

motmot — 2.1.3

Models of Trait Macroevolution on Trees

motoRneuron — 1.0.0

Analyzing Paired Neuron Discharge Times for Time-Domain Synchronization

moult — 2.3.1

Models for Analysing Moult in Birds

mountainplot — 1.4

Mountain Plots, Folded Empirical Cumulative Distribution Plots

mousetRajectory — 0.2.1

Mouse Trajectory Analyses for Behavioural Scientists

mousetrap — 3.2.3

Process and Analyze Mouse-Tracking Data

move — 4.2.6

Visualizing and Analyzing Animal Track Data

move2 — 0.3.0

Processing and Analysing Animal Trajectories

movecost — 2.1

Calculation of Slope-Dependant Accumulated Cost Surface, Least-Cost Paths, Least-Cost Corridors, Least-Cost Networks Related to Human Movement Across the Landscape

movegroup — 2024.03.05

Visualizing and Quantifying Space Use Data for Groups of Animals

moveHMM — 1.9

Animal Movement Modelling using Hidden Markov Models

movementsync — 0.1.4

Analysis and Visualisation of Musical Audio and Video Movement Synchrony Data

moveWindSpeed — 0.2.4

Estimate Wind Speeds from Bird Trajectories

movieROC — 0.1.2

Visualizing the Decision Rules Underlying Binary Classification

movMF — 0.2-9

Mixtures of von Mises-Fisher Distributions

mp — 0.4.1

Multidimensional Projection Techniques

mpactr — 0.1.0

Correction of Preprocessed MS Data

mpae — 0.1.2

Metodos Predictivos de Aprendizaje Estadistico (Statistical Learning Predictive Methods)

mpath — 0.4-2.26

Regularized Linear Models

mpathr — 1.0.2

Easily Handling Data from the ‘m-Path’ Platform

mpathsenser — 1.2.3

Process and Analyse Data from m-Path Sense

MPBoost — 0.1-6

Treatment Allocation in Clinical Trials by the Maximal Procedure

MPCI — 1.0.7

Multivariate Process Capability Indices (MPCI)

MPCR — 1.1.3

Multi- And Mixed-Precision Computations

MPDiR — 0.2

Data Sets and Scripts for Modeling Psychophysical Data in R

MPGE — 1.0.0

A Two-Step Approach to Testing Overall Effect of Gene-Environment Interaction for Multiple Phenotypes

MPI — 0.1.0

Computation of Multidimensional Poverty Index (MPI)

mpindex — 0.2.1

Multidimensional Poverty Index (MPI)

mpitbR — 1.0.0

Calculate Alkire-Foster Multidimensional Poverty Measures

mplot — 1.0.6

Graphical Model Stability and Variable Selection Procedures

MplusAutomation — 1.1.1

An R Package for Facilitating Large-Scale Latent Variable Analyses in Mplus

mplusParallel.automation — 0.0.1.1

Parallel Processing Automation for 'Mplus'

MplusTrees — 0.2.2

Decision Trees with Structural Equation Models Fit in 'Mplus'

mpm — 1.0-23

Multivariate Projection Methods

mpmcorrelogram — 0.1-4

Multivariate Partial Mantel Correlogram

mpmi — 0.43.2.1

Mixed-Pair Mutual Information Estimators

mpmsim — 3.1.0

Simulation of Matrix Population Models with Defined Life History Characteristics

MPN — 0.4.0

Most Probable Number and Other Microbial Enumeration Techniques

mpoly — 1.1.1

Symbolic Computation and More with Multivariate Polynomials

mpower — 0.1.0

Power Analysis via Monte Carlo Simulation for Correlated Data

mppR — 1.5.0

Multi-Parent Population QTL Analysis

mpr — 1.0.6

Multi-Parameter Regression (MPR)

MPS — 2.3.1

Estimating Through the Maximum Product Spacing Approach

MPSEM — 0.5-1

Modelling Phylogenetic Signals using Eigenvector Maps

mpspline2 — 0.1.6

Mass-Preserving Spline Functions for Soil Data

MPsychoR — 0.10-8

Modern Psychometrics with R

mpt — 1.0-0

Multinomial Processing Tree Models

MPTinR — 1.14.1

Analyze Multinomial Processing Tree Models

MPTmultiverse — 0.4-2

Multiverse Analysis of Multinomial Processing Tree Models

MPV — 1.64

Data Sets from Montgomery, Peck and Vining

mpwR — 0.1.5

Standardized Comparison of Workflows in Mass Spectrometry-Based Bottom-Up Proteomics

MQMF — 0.1.5

Modelling and Quantitative Methods in Fisheries

Mqrcm — 1.3

M-Quantile Regression Coefficients Modeling

mr.pivw — 0.1.1

Penalized Inverse-Variance Weighted Estimator for Mendelian Randomization

mr.raps — 0.2

Two Sample Mendelian Randomization using Robust Adjusted Profile Score

MR.RGM — 0.0.3

Multivariate Bidirectional Mendelian Randomization Networks

mratios — 1.4.2

Ratios of Coefficients in the General Linear Model

mrbayes — 0.5.2

Bayesian Summary Data Models for Mendelian Randomization Studies

mrbin — 1.7.5

Metabolomics Data Analysis Functions

mrbsizeR — 1.3

Scale Space Multiresolution Analysis of Random Signals

mRc — 0.1.0

Multi-Visit Closed Population Mark-Recapture Estimates

MRCE — 2.4

Multivariate Regression with Covariance Estimation

mrct — 0.0.1.0

Outlier Detection of Functional Data Based on the Minimum Regularized Covariance Trace Estimator

MRCV — 0.4-0

Methods for Analyzing Multiple Response Categorical Variables (MRCVs)

mrds — 3.0.0

Mark-Recapture Distance Sampling

mreg — 1.2.1

Fits Regression Models When the Outcome is Partially Missing

mregions2 — 1.1.1

Access Data from Marineregions.org: Gazetteer & Data Products

mrf — 0.1.6

Multiresolution Forecasting

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