# Dynamic Relational Event Analysis and Modeling

## Documentation for package ‘dream’ version 1.0.1

- DESCRIPTION file.
- Package NEWS.

## Help Pages

computeBCConstraint | Compute Burchard and Cornwell's (2018) Two-Mode Constraint
computeBCES | Compute Burchard and Cornwell's (2018) Two-Mode Effective Size
computeBCRedund | Compute Burchard and Cornwell's (2018) Two-Mode Redundancy
computeBurtsConstraint | Compute Burt's (1992) Constraint for Ego Networks from a Sociomatrix
computeBurtsES | Compute Burt's (1992) Effective Size for Ego Networks from a Sociomatrix
computeFourCycles | Compute the Four-Cycles Network Statistic for Event Dyads in a Relational Event Sequence
computeHomFourCycles | Compute Fujimoto, Snijders, and Valente's (2018) Homophilous Four-Cycles for Two-Mode Networks
computeISP | Compute Butts' (2008) Incoming Shared Partners Network Statistic for Event Dyads in a Relational Event Sequence
computeITP | Compute Butts' (2008) Incoming Two Paths Network Statistic for Event Dyads in a Relational Event Sequence
computeLealBrokerage | Compute Potential for Intercultural Brokerage (PIB) Based on Leal (2025)
computeNPaths | Compute the Number of Walks of Length K in a One-Mode Network
computeOSP | Compute Butts' (2008) Outgoing Shared Partners Network Statistic for Event Dyads in a Relational Event Sequence
computeOTP | Compute Butts' (2008) Outgoing Two Paths Network Statistic for Event Dyads in a Relational Event Sequence
computePersistence | Compute Butts' (2008) Persistence Network Statistic for Event Dyads in a Relational Event Sequence
computePrefAttach | Compute Butts' (2008) Preferential Attachment Network Statistic for Event Dyads in a Relational Event Sequence
computeReceiverIndegree | Compute the Indegree Network Statistic for Event Receivers in a Relational Event Sequence
computeReceiverOutdegree | Compute the Outdegree Network Statistic for Event Receivers in a Relational Event Sequence
computeRecency | Compute Butts' (2008) Recency Network Statistic for Event Dyads in a Relational Event Sequence
computeReciprocity | Compute the Reciprocity Network Statistic for Event Dyads in a Relational Event Sequence
computeRemDyadCut | A Helper Function to Assist Researchers in Finding Dyadic Weight Cutoff Values
computeRepetition | Compute Butts' (2008) Repetition Network Statistic for Event Dyads in a Relational Event Sequence
computeSenderIndegree | Compute the Indegree Network Statistic for Event Senders in a Relational Event Sequence
computeSenderOutdegree | Compute the Outdegree Network Statistic for Event Senders in a Relational Event Sequence
computeTMDegree | Compute Degree Centrality Values for Two-Mode Networks
computeTMDens | Compute Level-Specific Graph Density for Two-Mode Networks
computeTMEgoDis | Compute Fujimoto, Snijders, and Valente's (2018) Ego Homophily Distance for Two-Mode Networks
computeTriads | Compute the Triadic Closure Network Statistic for Event Dyads in a Relational Event Sequence
create_riskset | Process and Create Risk Sets for a One- and Two-Mode Relational Event Sequences
create_riskset_dynamic | Process and Create Time-Dynamic Risk Sets for a One- and Two-Mode Relational Event Sequences
dream | dream: A Package for Dynamic Relational Event Analysis and Modeling
estimateREM | Fit a Relational Event Model (REM) to Event Sequence Data
estimate_rem_logit | Fit a Relational Event Model (REM) to Event Sequence Data
netstats_om_constraint | Compute Burt's (1992) Constraint for Ego Networks from a Sociomatrix
netstats_om_effective | Compute Burt's (1992) Effective Size for Ego Networks from a Sociomatrix
netstats_om_nwalks | Compute the Number of Walks of Length K in a One-Mode Network
netstats_om_pib | Compute Potential for Intercultural Brokerage (PIB) Based on Leal (2025)
netstats_tm_constraint | Compute Burchard and Cornwell's (2018) Two-Mode Constraint
netstats_tm_degreecent | Compute Degree Centrality Values for Two-Mode Networks
netstats_tm_density | Compute Level-Specific Graph Density for Two-Mode Networks
netstats_tm_effective | Compute Burchard and Cornwell's (2018) Two-Mode Effective Size
netstats_tm_egodistance | Compute Fujimoto, Snijders, and Valente's (2018) Ego Homophily Distance for Two-Mode Networks
netstats_tm_homfourcycles | Compute Fujimoto, Snijders, and Valente's (2018) Homophilous Four-Cycles for Two-Mode Networks
netstats_tm_redundancy | Compute Burchard and Cornwell's (2018) Two-Mode Redundancy
print.dream | Print Method for Summary of dream Model
print.summary.dream | Print Method for dream Model
processOMEventSeq | Process and Create Risk Sets for a One-Mode Relational Event Sequence
processTMEventSeq | Process and Create Risk Sets for a Two-Mode Relational Event Sequence
remExpWeights | Helper Function to Compute Minimum Effective Time and Exponential Weights for REM Statistics
remstats_degree | Compute Degree Network Statistics for Event Senders and Receivers in a Relational Event Sequence
remstats_dyadcut | A Helper Function to Assist Researchers in Finding Dyadic Weight Cutoff Values
remstats_fourcycles | Compute the Four-Cycles Network Statistic for Event Dyads in a Relational Event Sequence
remstats_persistence | Compute Butts' (2008) Persistence Network Statistic for Event Dyads in a Relational Event Sequence
remstats_prefattachment | Compute Butts' (2008) Preferential Attachment Network Statistic for Event Dyads in a Relational Event Sequence
remstats_recency | Compute Butts' (2008) Recency Network Statistic for Event Dyads in a Relational Event Sequence
remstats_reciprocity | Compute the Reciprocity Network Statistic for Event Dyads in a Relational Event Sequence
remstats_repetition | Compute Butts' (2008) Repetition Network Statistic for Event Dyads in a Relational Event Sequence
remstats_triads | Compute Butts' (2008) Triadic Formation Statistics for Relational Event Sequences
simulateRESeq | Simulate a Random One-Mode Relational Event Sequence
simulate_rem_seq | Simulate a Random One-Mode Relational Event Sequence
southern.women | Davis Southern Women's Dataset
summary.dream | Summary Method for dream Objects
WikiEvent2018.first100k | Wikipedia Edit Event Sequence 2018