From Newsgroup: uk.rec.waterways

<div>KPS News Christmas Show Term 4 Week 10 2023 is now available for viewing on our website (www.kamoprimary.school.nz) under the 'News & Events' tab. Welcome to our last show with Makayla and Sienna as your presenters. We've really enjoyed showcasing all the goings-on at our kura/school. The KPS News crew all hope you have a great Christmas and holiday break. Remember the show is also available on our YouTube channel- KPS News. The link to our YouTube channel is: =0pprsroRvDfgB8-b</div><div></div><div></div><div>The processing of individual wedges is controlled through a GUI. When the kamo command is started, the files in the subdirectories are identified and by default the processing results are saved in the _kamoproc/ directory. The jobs are run in parallel using a queuing system (the Sun Grid Engine is currently supported) or on a local computer.</div><div></div><div></div><div></div><div></div><div></div><div>kamo ww mp3 download</div><div></div><div>Download Zip: https://t.co/m3zpMmpZAF </div><div></div><div></div><div>In XSCALE, three kinds of corrections are performed: decay, modulation and absorption. The NBATCH= parameter, which defines the number of scaling batches, is automatically determined by XSCALE by default; however, when severe radiation damage occurs it may help to increase NBATCH=. In kamo.multi_merge, the number of frames per scaling batch can be controlled using either the xscale.frames_per_batch or xscale.degrees_per_batch parameter, and a small number (for example one) should be given if radiation damage is severe.</div><div></div><div></div><div>kamo.multi_merge, as described above, is useful when processing data in a semi-automated manner by manually setting parameters to optimize the results. When users want to process many data sets of multiple samples at the same time in a fully automated manner, kamo.auto_multi_merge can be used. This program finds processed results from the KAMO GUI, deduces the space group, breaks the indexing ambiguity, runs kamo.multi_merge, determines the high-resolution cutoff for each sample and runs kamo.multi_merge once more with this cutoff. The high-resolution cutoff is determined by fitting the curve of CC1/2 versus resolution shells as used in AIMLESS and undergoes fine-tuning to ensure that the outer-shell CC1/2 is close to the specified value (0.5 by default). The result with the highest overall and outer-shell CC1/2 is considered to be the best result. Sample information can be prepared using a CSV file, where the root directory, sample names, anomalous flag and reference data file (optional) are specified. The report is an HTML file, which is generated to review all merging results at the same time.</div><div></div><div></div><div>The KAMO GUI was started with default parameters and 157 data sets were successfully indexed and integrated with a consistent unit cell. The most frequent (122 times) symmetry was I23, which was consistent with the known structure (PDB entry 2oh6; Coulibaly et al., 2007). The indexing ambiguity was resolved using the known isomorphous reference data (PDB entry 2oh6) by kamo.resolve_indexing_ambiguity.</div><div></div><div></div><div>In XSCALE, three kinds of corrections are performed: decay, modulation and absorption. The NBATCH= parameter, which defines the number of scaling batches, is automatically determined by XSCALE by default; however, when severe radiation damage occurs it may help to increase NBATCH=. In kamo.multi_merge, the number of frames per scaling batch can be controlled using either the xscale.frames_per_batch or xscale.degrees_per_batch parameter, and a small number (for example one) should be given if radiation damage is severe.</div><div></div><div></div><div></div><div></div><div></div><div> df19127ead</div>
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