KLINK 1.1.0
New features
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Added new datasets
sibshipandhalfsib. In the app, these are available asExample1andExample2, respectively. -
The default genetic map, previously built-in to KLINK, has been moved to the norSTR package under the name
map50, and is now imported from there. -
KLINK now employs the special lumping methods recently implemented in pedprobr and pedmut. This permits the use of complex mutation models (e.g.
Stepwise) in most common pedigrees, including paternity and full/half siblings. In larger pedigrees, nonlumpable models are replaced with the simpler 'Equal' model. -
The LR table shown in the app has a new look, now using the same layout and marker order as the other tables.
The "LR table" sheet of the Excel download also uses this marker order.
Note: The Report sheets has not changed. -
New app controls
Empty markers(hide/show) andLikelihoods(hide/show/loglik) for the LR table in the app and the Excel download. -
New app control
Decimalsfor setting the number of decimals in displayed tables. -
Inconsistent marker names are handled more gracefully. For instance,
Penta D,Penta.D,PentaD,PENTA Dare now recognised as the same marker (similarly for other markers, notablyPenta EandvWA). -
The
Marker datatable now excludes unused mutation model columns (app only). -
The Excel download includes a new sheet,
Plots, containing the two pedigree plots. -
Added tooltips explaining app controls and table columns.
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Busy-indicator: A pulsating effect is now shown when the app is busy.
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Renamed columns in the linkage map:
Chrom->ChrandPosCM->cM. When loading custom maps, variations of these names are accepted. -
Only on shinyapp.io: Show banner warning about uploading sensitive data.
Minor changes and fixes
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Empty the
.xmlfield when a new.famfile is loaded. -
RStudio now stops the app when the user closes the browser.
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Graceful handling of input without data.
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The
Marker mapcontrol has been moved up to theInputapp region. -
Fixed a bug appearing when the input file contains an unmapped single marker.
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Fixed a bug giving slightly incorrect LR values in some cases when a stepwise mutation model was used. This bug was related to lumping, which is now handled differently (see entry under
New features).