Epistemic Network Analysis
Add a group mean to an ena.plot
Add a network to an ENA plot
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Plot points on an ena.plot
Plot a trajectory on an ena.plot
Re-class vector as ena.co.occurrence
Re-class matrix as ena.matrix
Re-class matrix as ena.metadata
ENA Connections as a matrix
ENA line weights as matrix
Matrix without metadata
ENA nodes as matrix
ENA points as matrix
ENA rotations as matrix
ENA row connections as matrix
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Extract from ena.matrix easily using metadata
Extract metadata easily
Extract points easily
Extract line.weignts easily
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Fast combn choose 2
Connection counts as square matrix
Accumulate data from a data frame into a set of adjacency (co-occurren...
Find conversations by unit
Calculate the correlations
Compute summary statistic for groupings of units using given method (t...
Generate ENA Set
Plot of ENA set groups
Plot an ENA network
Plot points on an ENAplot
Generate a plot of an ENAset
Plot of ENA trajectories
Wrapper to generate plots of units, groups, and networks
Wrapper to generate, and optionally plot, an ENA model
ENA Rotate by regression
ENA Rotate by mean
hENA rotation for ENA
Wrapper to generate an ENA model
ENA SVD
Calculate the correlations
Calculate the correlations
ENAdata R6class
ENAset R6class
ENARotationSet R6class
ENAset R6class
Find code columns
Find dimension columns
Find metadata columns
Cohen's d
Non sphere norm
Sphere norm
Title
Merge data frame columns
methods_report
methods_report_stream
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Names to Adjacency Key
Plot an ena.set object
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Title
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Remove meta columns from data.table
rENA creates ENA sets
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vector to upper triangle
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ENA (Shaffer, D. W. (2017) Quantitative Ethnography. ISBN: 0578191687) is a method used to identify meaningful and quantifiable patterns in discourse or reasoning. ENA moves beyond the traditional frequency-based assessments by examining the structure of the co-occurrence, or connections in coded data. Moreover, compared to other methodological approaches, ENA has the novelty of (1) modeling whole networks of connections and (2) affording both quantitative and qualitative comparisons between different network models. Shaffer, D.W., Collier, W., & Ruis, A.R. (2016).
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