diff --git a/ermac.min.js b/ermac.min.js index 05904d9..f8c4f5e 100644 --- a/ermac.min.js +++ b/ermac.min.js @@ -204,7 +204,7 @@ wmgui.api_host=wmgui.prod?"https://api.mpds.io/v0":"http://localhost:7070";wmgui wmgui.ip_endpoint=wmgui.api_host+"/users/ip";wmgui.ratify_endpoint=wmgui.api_host+"/users/ratify";wmgui.api_key_endpoint=wmgui.api_host+"/users/api_key";wmgui.perms_endpoint=wmgui.api_host+"/users/perms";wmgui.ip_perms_endpoint=wmgui.api_host+"/users/ip_perms";wmgui.funnel_endpoint=wmgui.api_host+"/users/funnel";wmgui.search_endpoint=wmgui.api_host+"/search/facet";wmgui.rfn_endpoint=wmgui.api_host+"/search/refinement";wmgui.sim_endpoint=wmgui.api_host+"/search/interlinkage"; wmgui.phase_endpoint=wmgui.api_host+"/search/phase";wmgui.phph_endpoint=wmgui.api_host+"/search/phase_phid";wmgui.auto_endpoint=wmgui.api_host+"/search/selectize";wmgui.refs_endpoint=wmgui.api_host+"/download/bib";wmgui.vis_endpoint=wmgui.api_host+"/visavis";wmgui.pdist_endpoint=wmgui.api_host+"/visavis/pdistribs";wmgui.mydata_endpoint=wmgui.api_host+"/extension/mydata";wmgui.dd_addr_tpl=wmgui.api_host+"/download";wmgui.mydata_addr=wmgui.prod?"https://absolidix.com":"http://localhost:5000"; wmgui.v_player_addr_tpl="/crystvis/player.html";wmgui.v_player_addr=wmgui.v_player_addr_tpl+"#"+wmgui.api_host+"/download/s?fmt=cif&q=";wmgui.v_pd_addr=wmgui.static_host+"/pd_stub.html#"+wmgui.api_host+"/download/c?fmt=png&q=";wmgui.v_pd_addr_anon=wmgui.static_host+"/visavis/?290623#"+wmgui.api_host+"/download/c?fmt=json&q=";wmgui.v_sd_addr=wmgui.static_host+"/visavis/?290623#"+wmgui.api_host+"/download/p?fmt=json&q=";wmgui.v_xrpd_addr=wmgui.static_host+"/visavis/?290623#"+wmgui.api_host+"/download/s?fmt=xrpd&q="; -wmgui.v_vis_addr=wmgui.static_host+"/visavis/?nobanner&290623";wmgui.v_ab_vis_addr=wmgui.static_host+"/labs/view-phonons/#"+wmgui.api_host+"/download/p?fmt=json&q=";wmgui.v_pd_3d_addr=wmgui.static_host+"/labs/pd3d/?";wmgui.client_data_addr=wmgui.static_host+"/wmdata.json?220923";wmgui.aetmap_addr=wmgui.static_host+"/aets.jpg";wmgui.edition=null; +wmgui.v_vis_addr=wmgui.static_host+"/visavis/?nobanner&290623";wmgui.v_ab_vis_addr=wmgui.static_host+"/labs/view-phonons/#"+wmgui.api_host+"/download/p?fmt=json&q=";wmgui.v_pd_3d_addr=wmgui.gui_host+"/labs/pd3d/?";wmgui.client_data_addr=wmgui.static_host+"/wmdata.json?220923";wmgui.aetmap_addr=wmgui.static_host+"/aets.jpg";wmgui.edition=null; wmgui.editions={0:{name:"Materials Platform for Data Science",prod_url:"https://mpds.io",dev_url:"http://localhost:8070",css:wmgui.static_host+"/editions/wm/style.css?220923",actions:function(){$("#logo_l").text("MPDS");$(".only_asm").hide();$(".only_mpds").css("display","inline-block")}},1:{name:"ASM International Materials Platform",prod_url:"https://asm.mpds.io",dev_url:"http://localhost:8075",css:wmgui.static_host+"/editions/asm/style.css?220923",actions:function(){$(".only_mpds").hide();$(".only_asm").css("display", "inline-block");var a=document.querySelector("link[rel*='icon']")||document.createElement("link");a.type="image/x-icon";a.rel="shortcut icon";a.href=wmgui.static_host+"/editions/asm/asm.ico";document.getElementsByTagName("head")[0].appendChild(a)}},6:{name:"ASM International Materials Platform",prod_url:"https://mpds.asminternational.org",dev_url:"http://localhost:8075",css:wmgui.static_host+"/editions/asm/style.css?220923",actions:function(){$(".only_mpds").hide();$(".only_asm").css("display","inline-block"); var a=document.querySelector("link[rel*='icon']")||document.createElement("link");a.type="image/x-icon";a.rel="shortcut icon";a.href=wmgui.static_host+"/editions/asm/asm.ico";document.getElementsByTagName("head")[0].appendChild(a)}},10:{name:"Ermac on MPDS",prod_url:"https://ermac.mpds.io",dev_url:"http://localhost:5555",actions:function(){$(".only_mpds").hide()}},11:{name:"Ermac on Tilde",prod_url:"https://ermac.tilde.pro",dev_url:"http://localhost:5556",actions:function(){$(".only_mpds").hide()}}, @@ -378,7 +378,7 @@ wmgui.multiselects.main.write(wmgui.search)});$(document).keydown(function(a){a= wmgui.store_comm_exec_key&&(a=a.originalEvent.newValue)&&window[a])window[a]()});document.querySelector("#ptable_previews").addEventListener("click",function(a){if(a.target.classList.contains("subphases_trigger")){a=parseInt(a.target.getAttribute("data-state"));var b=Object.assign({},wmgui.ptable.query);if(1===a)var c="strict=1";else c="subphases=1",delete b.classes;ajax_download(wmgui.ptable.active_ajax,wmgui.search_endpoint+"?q="+JSON.stringify(b)+"&"+c,render_left);wmgui.ptable.subphases_set(a)}})} ; var wmgui=window.wmgui||{}; -function register_html(){$("body").append('\n
Web-browser is either busy or not supported: try to restart
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\n   \n \x3c!-- br />\n   See the public dumps of the distinct phases appeared at least once in the literature.\n
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Web-browser is either busy or not supported: try to restart
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There are results not shown — please, refine the search or use the MPDS API.
\n
\n
\n
\n
\n
\n
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\n
\n\n
Get full machine-readable data using API: curl -H Key:YOUR_API_KEY \'https://api.mpds.io/v0/download/facet?q=&fmt=json\'
\n\n \x3c!-- div id="fdwidget" class="context_msg">
\n\n\x3c!-- PERIODIC TABLE --\x3e\n
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\n Show chemical elements as: \n
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\n \n
\n
\n\n\x3c!-- LEFT MAIN COLUMN --\x3e\n
\n
Filters
\n
\n \n\n
\n
Distinct phases
\n
\n   \n \x3c!-- br />\n   See the public dumps of the distinct phases appeared at least once in the literature.\n
\n\n
\n
Examples
\n \n
\n
\n\n\x3c!-- LEFT CONTEXT COLUMN --\x3e\n
\n
Entry
\n\n
\n

In-house machine-learning predictions

Show more info...\n
\n
\n

In-house ab initio calculations

Show more info...\n
\n
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In-house ab initio calculations

Show more info...\n
\n
\n

Automatically combined phase diagrams

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  • \n
  • by pseudopotential radii
  • \n
  • by ionic radii
  • \n
  • by covalent radii
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  • by metallic radii
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  • by melting temperature
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Sorting
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  • \n
  • by atomic size
  • \n
  • by atomic reactivity
  • \n
  • by pseudopotential radii
  • \n
  • by ionic radii
  • \n
  • by covalent radii
  • \n
  • by metallic radii
  • \n
  • by melting temperature
  • \n
  • by electronegativity
  • \n
\n
\n\n
\n
Node type
\n
    \n
  • physical properties
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  • polyhedral types
  • \n
  • crystal systems
  • \n
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Active axes
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  • atomic number
  • \n
  • periodic number
  • \n
  • atomic size
  • \n
  • atomic reactivity
  • \n
  • pseudopotential radii
  • \n
  • ionic radii
  • \n
  • covalent radii
  • \n
  • metallic radii
  • \n
  • melting temperature
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\n\n\x3c!-- ADVANCED SEARCH MODAL --\x3e\n\n\n\x3c!-- LOGIN MODAL --\x3e\n\n\n\x3c!-- FACTOR MODAL --\x3e\n\n\n\x3c!-- RESTORE MODAL --\x3e\n\n\n\x3c!-- USER MENU MODAL --\x3e\n\n\n\x3c!-- USER MENU COLLATERAL WINDOWS --\x3e\n\n\n\n\x3c!-- NEW PROPS HIERARCHY MODAL --\x3e\n\n\n\x3c!-- PLOTS EMBED --\x3e\n
\x3c!-- NB relative URL --\x3e\n\n\x3c!-- DISCOVERY SETTINGS MODAL --\x3e\n\n\n\x3c!-- ALL POLYHEDRA MODAL --\x3e\n\n\n\x3c!-- SORTING SETTINGS MODAL --\x3e\n\n\n\x3c!-- HELP BOXES --\x3e\n\n\n\x3c!-- NUMERIC SEARCH SMART BOX --\x3e\n
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