![]() ![]() For example, to add it to the homepage you can use liquid like:Įdit the “_partial_juicer_section.html” file replacing where it says “ JUICER’S-SITE-ID” with the current id given by Juicer under the “Embed in your Site” tab. Step 5:Įdit the “layout.html” file, adding the new partial anywhere on the site. Note that after embedding the code, any changes you make within Juicer will still be reflected on the live site.ĭownload the HTML file called “_partial_juicer_section.html” which will go as a 100% width section anywhere on your site. Make customisations through Juicer, such as the number of columns, feed style and colours, embedding it into your site. You can also choose to display a mix of all social media streams. You can choose Facebook, Twitter, Instagram and more. Step 2:Ĭhoose the social media you want to display through the Juicer account. There is an option to create a temporary free account if it is needed. One tool we use to help clients with this is A useful tool we often use for this is Juicer and in this tutorial we’ll show you how we do it.Ĭreate a Juicer.io account. They often do this already via social media, but need their website to also be up to date, and consistent with their efforts on Facebook and Twitter.Ī good way of achieving this is by embedding social media feeds directly onto a website - often the home page. Many organisations we work with want supporters to be able to easily get a glimpse of what the organisation has been doing, what recent resources they have created, and what events are upcoming. Get the codeĪdd a Social Media section into your NationBuilder site using Juicer.io. "Juicebox providesĪ visualization system for Hi-C contact maps with unlimited zoom.NOTE: You'll need to create a custom theme for your NationBuilder site if you don't already have one. Virtualenv environment, specify environment here (seeĬonda environment, specify environment here (see If Python package hic-straw is not in base If Python is not on PATH, specify path to Python binary Hic-straw, one of the following: "NONE", "VC", Normalization step performed by Python package Parse_juicer_matrix ( hic_file, resolution = 1e+06, normalization = c ( "NONE", "VC", "VC_SQRT", "KR" ), chromosome = "chr1", use_python = NULL, use_virtualenv = NULL, use_condaenv = NULL ) remove_nonstandard_chromosomes2d: Removes Interactions on Non-standard Chromosomes.remove_nonstandard_chromosomes1d: Removes Peaks on Non-standard Chromosomes.preprocess: Prepares Data for IDR Analysis.bed files from HiC-Pro for IDR2D analysis estimate_idr2d_hic: Estimates IDR for Genomic Interactions measured by Hi-C.estimate_idr2d: Estimates IDR for Genomic Interaction Data.estimate_idr1d: Estimates IDR for Genomic Peak Data.estimate_idr: Estimates IDR for Genomic Peaks or Genomic Interactions.establish_overlap2d: Establish m:n mapping between interactions from replicate 1.establish_overlap1d: Establish m:n Mapping Between Peaks from Replicate 1 and 2.establish_bijection2d: Finds One-to-One Correspondence between Interactions from.establish_bijection1d: Finds One-to-One Correspondence between Peaks from Replicate.establish_bijection: Finds One-to-One Correspondence between Peaks or interactions.draw_value_idr_scatterplot: Create scatterplot of IDR values.draw_rank_idr_scatterplot: Create scatterplot of IDR values.draw_idr_distribution_histogram: Create histogram of IDR values.draw_hic_contact_map: Create Hi-C contact map.determine_anchor_overlap: Identifies Overlapping Anchors.chiapet: Example Genomic Interaction Data Set. ![]() calculate_relative_overlap2d: Relative Anchor Overlap of two Interactions.calculate_relative_overlap1d: Relative Anchor Overlap of two Peaks.calculate_midpoint_distance2d: Distance between Anchor Midpoints of two Interactions.calculate_midpoint_distance1d: Distance between Midpoints of two Peaks. ![]()
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