24-06-2025, 12:18 AM
(20-06-2025, 02:29 PM)Mark Knowles wrote: You are not allowed to view links. Register or Login to view.Has someone mapped out the distribution of abnormal words throughout the manuscript?
Here are some literal maps of the distribution of hapax legomena.
I used the Cuva representation of paragraph text in RF1a-n.txt, as generated by bitrans. Words with uncertain characters were removed, as well as paragraphs shorter than five lines. Of 33 954 remaining word tokens, 5 015 were unique.
In the following plots, the coordinates are labeled from the upper left corner by line number (rows) and ordinal position of the first character of a word (columns). Word counts are binned into 25-line x 1-character cells.
The left panel shows the absolute number of hapax per cell; the right shows their fractional density relative to all words in the cell. The bunching and antibunching of density in the first few columns is a consequence of indexing the words by their first character. The only large-scale pattern seems to be a slightly lower density in the Bio section.
For a collective pagewise distribution, all pages were stacked together to obtain the total counts in each 1-line x 1-character cell. The fractional plot usefully corrects for the lower number of words generally at large coordinate values:
(Blue values are greater than the scale shown.) A feature appearing here is greater density in the first line, and perhaps toward the ends of lines. The same can be seen when all paragraphs are stacked and sampled in 1-line x 5-character cells. On this grid, greater density at the beginning of lines is also visible:
When the paragraph coordinates are rescaled as rightwardness/downwardness, it becomes clear that the line ends also have a greater density of unique words:
The few deviations from uniformity in these plots may simply correspond to known quirks of line and paragraph extremities (but quirks of the calculation are always possible).


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