[ Launch Inlet ]
Gist #4469595 [ Launch Inlet ]
Gist #4466941 [ Launch Inlet ]
Gist #4461697 [ Launch Inlet ]
Gist #4461508 [ Launch Inlet ]
Gist #4458395 [ Launch Inlet ]
Gist #4452401 [ Launch Inlet ]
Gist #4452384
Gist #4452367
Gist #4450163 An inlet to tributary
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Another Inlet
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{"description":"Another Inlet","endpoint":"","display":"svg","public":true,"require":[],"fileconfigs":{"inlet.js":{"default":true,"vim":false,"emacs":false,"fontSize":12},"style.css":{"default":true,"vim":false,"emacs":false,"fontSize":12},"config.json":{"default":true,"vim":false,"emacs":false,"fontSize":12},"_.md":{"default":true,"vim":false,"emacs":false,"fontSize":12},"periodictabledump3.csv":{"default":true,"vim":false,"emacs":false,"fontSize":12}},"tab":"edit","display_percent":0.5663018052813585,"play":false,"loop":false,"restart":false,"autoinit":true,"pause":true,"loop_type":"period","bv":false,"nclones":15,"clone_opacity":0.4,"duration":3000,"ease":"linear","dt":0.01,"hidepanel":false} |
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var svg = d3.select("svg"); | |
var clist = new Object(); | |
clist.Hydrogen = "#EA3445" | |
clist.Noble_gas = "#7BC9F0" | |
clist.Alkali_metals = "#FCAE70" | |
clist.Alkaline_earth_metals = "#0FD3BB" | |
clist.Semiconductors = "#B9C5B9" | |
clist.Other_nonmetals = "#5EA4C7" | |
clist.Halogens = "#CB71FD" | |
clist.Other_metals = "#09C4E7" | |
clist.Transition_metals = "#A6BCC4" | |
clist.Lanthanides = "#B3B390" | |
clist.Actinides = "#FF7F57" | |
clist.vague = "#9B9B9B" | |
var base_width = 45, | |
spacing = 4, | |
rounding = 5, | |
border_width = 1.44 + "px", | |
off_corner = -26, | |
info_text_size = 1.2; | |
// deeper element json at | |
// https://gist.github.com/4356217 | |
// traced from: http://www.pnathan.com/elements.json | |
// minor modifications included. | |
/* | |
d3.csv("data/periodictabledump3.csv", function(csv){ | |
data = csv; | |
main(data); | |
}); | |
*/ | |
var data = tributary.periodictabledump3 | |
main(data) | |
/* Helper Functions */ | |
function info_box_size(num_blocks){ | |
return (base_width*num_blocks + spacing*(num_blocks-1)) | |
} | |
function coord (input){ | |
return off_corner + ((base_width+spacing) * parseInt(input)) | |
} | |
function get_location(d){ | |
var coordinates = [coord(d.group), coord(d.row)]; | |
return "translate(" + coordinates + ")"; | |
} | |
function get_location2(x, y){ | |
return get_location({group: x, row: y}) | |
} | |
function opacity_from_mass(m){ | |
var v1 = Math.log(m); | |
return Math.log(v1/3) * 1.2 | |
} | |
// reusable text setter | |
function set_text(x, y, classname, size, content){ | |
var ename = d3.select(classname) | |
.append("text") | |
.attr({"x": x, "y": y}) | |
.style({ | |
"fill": "#232323", | |
"stroke-width": 0 + "px", | |
"font-size": size + "em", | |
"text-anchor": "right", | |
"alignment-baseline": "middle", | |
"font-family": "sans-serif" | |
}) | |
.text(content) | |
return ename | |
} | |
// specific text setter for info box | |
function set_text2(x, y, content){ | |
return set_text(x, y, ".group2", info_text_size, content) | |
} | |
function infoBox() { | |
var x = 12; | |
var y = 20; | |
var data; | |
var style = { | |
"fill": "#232323", | |
"stroke-width": 0 + "px", | |
"font-size": info_text_size + "em", | |
"text-anchor": "right", | |
"alignment-baseline": "middle", | |
"font-family": "sans-serif" | |
} | |
var group; | |
var chart = function(g) { | |
group = g; | |
console.log("hi"); | |
var sel = group.selectAll("g") | |
.data([""]); | |
sel.enter() | |
.append("g") | |
.selectAll("text") | |
.data(data) | |
.enter() | |
.append("text"); | |
sel.selectAll("text") | |
.data(data) | |
.style(style) | |
.attr({ | |
x: x, | |
y: function(d,i) { return (i+1) * y } | |
}) | |
.text(function(d) { return d }) | |
} | |
chart.data = function(val) { | |
if(!arguments.length) | |
return data; | |
data = val; | |
return chart; | |
} | |
chart.style = function(val) { | |
if(!arguments.length) | |
return style; | |
style = val; | |
return chart; | |
} | |
return chart; | |
} | |
/* Worker Function */ | |
function main(data){ | |
var group1 = svg.append("g").classed("group1", true) | |
var blocks = group1.selectAll("g").data(data) | |
.enter() | |
.append("g") | |
.attr("transform", function(d,i){ return get_location(d)}) | |
var rects = blocks.append("rect") | |
.attr({ | |
"width": base_width, | |
"height": base_width, | |
"rx": rounding, "ry": rounding | |
}) | |
.style({ | |
"fill": function(d){ | |
return clist[d.named_type] }, | |
"fill-opacity": function(d){ | |
return opacity_from_mass(d.Mass) }, | |
"stroke": function(d){ | |
return clist[d.named_type] }, | |
"stroke-width": border_width | |
}) | |
var text_content = blocks.append("text") | |
.attr({x:3, y:14}) | |
.style({ | |
"fill": "#232323", | |
"font-size": 1.2 + "em", | |
"text-anchor": "right", | |
"alignment-baseline": "middle", | |
"font-family": "sans-serif" | |
}) | |
.text(function(d,i){return d.Symbol}) | |
// define the info box | |
var info = svg.append("g").classed("group2", true) | |
.attr("transform", get_location2(6, 1)) | |
.append("rect") | |
.attr({ | |
"width": info_box_size(6), | |
"height": info_box_size(2), | |
"rx": rounding, "ry": rounding | |
}) | |
.style({ | |
"fill": "#C9C9C9", | |
"fill-opacity": 0.224, | |
"stroke": "#000000", | |
"stroke-width": border_width | |
}) | |
// element data | |
/* | |
var e_name = set_text2(12, 20, "name (symbol)"); | |
var e_mass = set_text2(12, 20*2, "mass"); | |
var e_family = set_text2(12, 20*3, "family"); | |
var e_charge = set_text2(12, 20*4, "protons / neutrons"); | |
*/ | |
blocks.on("click", function(d,i) { | |
console.log(d.Name) | |
}) | |
var ib = infoBox(); | |
var ibg = d3.select(".group2"); | |
blocks.on("mouseover", function(d,i) { | |
ib.data([d.Name, d.Mass, d.named_type]); | |
ib(ibg); | |
}) | |
} | |
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At# | Mass | Name | Symbol | group | type | named_type | row | |
---|---|---|---|---|---|---|---|---|
1 | 1.0079400000 | Hydrogen | H | 1 | Hydrogen | Hydrogen | 1 | |
2 | 4.0026020000 | Helium | He | 18 | nonmetals | Noble_gas | 1 | |
3 | 6.9410000000 | Lithium | Li | 1 | metals | Alkali_metals | 2 | |
4 | 9.0121820000 | Beryllium | Be | 2 | metals | Alkaline_earth_metals | 2 | |
5 | 10.8110000000 | Boron | B | 13 | metaloids | Semiconductors | 2 | |
6 | 12.0107000000 | Carbon | C | 14 | nonmetals | Other_nonmetals | 2 | |
7 | 14.0067000000 | Nitrogen | N | 15 | nonmetals | Other_nonmetals | 2 | |
8 | 15.9994000000 | Oxygen | O | 16 | nonmetals | Other_nonmetals | 2 | |
9 | 18.9994000000 | Fluorine | F | 17 | nonmetals | Halogens | 2 | |
10 | 20.1797000000 | Neon | Ne | 18 | nonmetals | Noble_gas | 2 | |
11 | 22.9897692800 | Sodium | Na | 1 | metals | Alkali_metals | 3 | |
12 | 24.3050000000 | Magnesium | Mg | 2 | metals | Alkaline_earth_metals | 3 | |
13 | 26.9815386000 | Aluminium | Al | 13 | metals | Other_metals | 3 | |
14 | 28.0855000000 | Silicon | Si | 14 | metaloids | Semiconductors | 3 | |
15 | 30.9737620000 | Phosphorus | P | 15 | nonmetals | Other_nonmetals | 3 | |
16 | 32.0650000000 | Sulphur | S | 16 | nonmetals | Other_nonmetals | 3 | |
17 | 35.4530000000 | Chlorine | Cl | 17 | nonmetals | Halogens | 3 | |
18 | 39.9480000000 | Argon | Ar | 18 | nonmetals | Noble_gas | 3 | |
19 | 39.0983000000 | Potassium | K | 1 | metals | Alkali_metals | 4 | |
20 | 40.0780000000 | Calcium | Ca | 2 | metals | Alkaline_earth_metals | 4 | |
21 | 44.9559120000 | Scandium | Sc | 3 | metals | Transition_metals | 4 | |
22 | 47.8670000000 | Titanium | Ti | 4 | metals | Transition_metals | 4 | |
23 | 50.9415000000 | Vanadium | V | 5 | metals | Transition_metals | 4 | |
24 | 51.9961000000 | Chromium | Cr | 6 | metals | Transition_metals | 4 | |
25 | 54.9380450000 | Manganese | Mn | 7 | metals | Transition_metals | 4 | |
26 | 55.8450000000 | Iron | Fe | 8 | metals | Transition_metals | 4 | |
27 | 58.9331950000 | Cobalt | Co | 9 | metals | Transition_metals | 4 | |
28 | 58.6934000000 | Nickel | Ni | 10 | metals | Transition_metals | 4 | |
29 | 63.5460000000 | Copper | Cu | 11 | metals | Transition_metals | 4 | |
30 | 65.3800000000 | Zinc | Zn | 12 | metals | Transition_metals | 4 | |
31 | 69.7230000000 | Gallium | Ga | 13 | metals | Other_metals | 4 | |
32 | 72.6400000000 | Germanium | Ge | 14 | metaloids | Semiconductors | 4 | |
33 | 74.9216000000 | Arsenic | As | 15 | metaloids | Semiconductors | 4 | |
34 | 78.9600000000 | Selenium | Se | 16 | nonmetals | Other_nonmetals | 4 | |
35 | 79.9040000000 | Bromine | Br | 17 | nonmetals | Halogens | 4 | |
36 | 83.7980000000 | Krypton | Kr | 18 | nonmetals | Noble_gas | 4 | |
37 | 85.4678000000 | Rubidium | Rb | 1 | metals | Alkali_metals | 5 | |
38 | 87.6200000000 | Strontium | Sr | 2 | metals | Alkaline_earth_metals | 5 | |
39 | 88.9058500000 | Yttrium | Y | 3 | metals | Transition_metals | 5 | |
40 | 91.2240000000 | Zirconium | Zr | 4 | metals | Transition_metals | 5 | |
41 | 92.9063800000 | Niobium | Nb | 5 | metals | Transition_metals | 5 | |
42 | 95.9600000000 | Molybdenum | Mo | 6 | metals | Transition_metals | 5 | |
43 | 98.0000000000 | Technetium | Tc | 7 | metals | Transition_metals | 5 | |
44 | 101.0700000000 | Ruthenium | Ru | 8 | metals | Transition_metals | 5 | |
45 | 102.9055000000 | Rhodium | Rh | 9 | metals | Transition_metals | 5 | |
46 | 106.4200000000 | Palladium | Pd | 10 | metals | Transition_metals | 5 | |
47 | 107.8682000000 | Silver | Ag | 11 | metals | Transition_metals | 5 | |
48 | 112.4110000000 | Cadmium | Cd | 12 | metals | Transition_metals | 5 | |
49 | 114.8180000000 | Indium | In | 13 | metals | Other_metals | 5 | |
50 | 118.7100000000 | Tin | Sn | 14 | metals | Other_metals | 5 | |
51 | 121.7600000000 | Antimony | Sb | 15 | metaloids | Semiconductors | 5 | |
52 | 127.6000000000 | Tellurium | Te | 16 | metaloids | Semiconductors | 5 | |
53 | 126.9044700000 | Iodine | I | 17 | nonmetals | Halogens | 5 | |
54 | 131.2930000000 | Xenon | Xe | 18 | nonmetals | Noble_gas | 5 | |
55 | 132.9054519000 | Cesium | Cs | 1 | metals | Alkali_metals | 6 | |
56 | 137.3270000000 | Barium | Ba | 2 | metals | Alkaline_earth_metals | 6 | |
57 | 138.9054700000 | Lanthanum | La | 4 | metals | Lanthanides | 9 | |
58 | 140.1160000000 | Cerium | Ce | 5 | metals | Lanthanides | 9 | |
59 | 140.9076500000 | Praseodymium | Pr | 6 | metals | Lanthanides | 9 | |
60 | 144.2420000000 | Neodymium | Nd | 7 | metals | Lanthanides | 9 | |
61 | 145.0000000000 | Promethium | Pm | 8 | metals | Lanthanides | 9 | |
62 | 150.3600000000 | Samarium | Sm | 9 | metals | Lanthanides | 9 | |
63 | 151.9640000000 | Europium | Eu | 10 | metals | Lanthanides | 9 | |
64 | 157.2500000000 | Gadolinium | Gd | 11 | metals | Lanthanides | 9 | |
65 | 158.9253500000 | Terbium | Tb | 12 | metals | Lanthanides | 9 | |
66 | 162.5001000000 | Dysprosium | Dy | 13 | metals | Lanthanides | 9 | |
67 | 164.9303200000 | Holmium | Ho | 14 | metals | Lanthanides | 9 | |
68 | 167.2590000000 | Erbium | Er | 15 | metals | Lanthanides | 9 | |
69 | 168.9342100000 | Thulium | Tm | 16 | metals | Lanthanides | 9 | |
70 | 173.0540000000 | Ytterbium | Yb | 17 | metals | Lanthanides | 9 | |
71 | 174.9668000000 | Lutetium | Lu | 18 | metals | Lanthanides | 9 | |
72 | 178.4900000000 | Hafnium | Hf | 4 | metals | Transition_metals | 6 | |
73 | 180.9478800000 | Tantalum | Ta | 5 | metals | Transition_metals | 6 | |
74 | 183.8400000000 | Tungsten | W | 6 | metals | Transition_metals | 6 | |
75 | 186.2070000000 | Rhenium | Re | 7 | metals | Transition_metals | 6 | |
76 | 190.2300000000 | Osmium | Os | 8 | metals | Transition_metals | 6 | |
77 | 192.2170000000 | Iridium | Ir | 9 | metals | Transition_metals | 6 | |
78 | 192.0840000000 | Platinum | Pt | 10 | metals | Transition_metals | 6 | |
79 | 196.9665690000 | Gold | Au | 11 | metals | Transition_metals | 6 | |
80 | 200.5900000000 | Mercury | Hg | 12 | metals | Transition_metals | 6 | |
81 | 204.3833000000 | Thallium | Tl | 13 | metals | Other_metals | 6 | |
82 | 207.2000000000 | Lead | Pb | 14 | metals | Other_metals | 6 | |
83 | 208.9804010000 | Bismuth | Bi | 15 | metals | Other_metals | 6 | |
84 | 210.0000000000 | Polonium | Po | 16 | metals | Other_metals | 6 | |
85 | 210.0000000000 | Astatine | At | 17 | nonmetals | Halogens | 6 | |
86 | 220.0000000000 | Radon | Rn | 18 | nonmetals | Noble_gas | 6 | |
87 | 223.0000000000 | Francium | Fr | 1 | metals | Alkali_metals | 7 | |
88 | 226.0000000000 | Radium | Ra | 2 | metals | Alkaline_earth_metals | 7 | |
89 | 227.0000000000 | Actinium | Ac | 4 | metals | Actinides | 10 | |
90 | 232.0380600000 | Thorium | Th | 5 | metals | Actinides | 10 | |
91 | 231.0358800000 | Protactinium | Pa | 6 | metals | Actinides | 10 | |
92 | 238.0289100000 | Uranium | U | 7 | metals | Actinides | 10 | |
93 | 237.0000000000 | Neptunium | Np | 8 | metals | Actinides | 10 | |
94 | 244.0000000000 | Plutonium | Pu | 9 | metals | Actinides | 10 | |
95 | 243.0000000000 | Americium | Am | 10 | metals | Actinides | 10 | |
96 | 247.0000000000 | Curium | Cm | 11 | metals | Actinides | 10 | |
97 | 247.0000000000 | Berkelium | Bk | 12 | metals | Actinides | 10 | |
98 | 251.0000000000 | Californium | Cf | 13 | metals | Actinides | 10 | |
99 | 252.0000000000 | Einsteinium | Es | 14 | metals | Actinides | 10 | |
100 | 257.0000000000 | Fermium | Fm | 15 | metals | Actinides | 10 | |
101 | 258.0000000000 | Mendelevium | Md | 16 | metals | Actinides | 10 | |
102 | 259.0000000000 | Nobelium | No | 17 | metals | Actinides | 10 | |
103 | 262.0000000000 | Lawrencium | Lr | 18 | metals | Actinides | 10 | |
104 | 261.0000000000 | Rutherfordium | Rf | 4 | metals | Transition_metals | 7 | |
105 | 262.0000000000 | Dubnium | Db | 5 | metals | Transition_metals | 7 | |
106 | 266.0000000000 | Seaborgium | Sg | 6 | metals | Transition_metals | 7 | |
107 | 264.0000000000 | Bohrium | Bh | 7 | metals | Transition_metals | 7 | |
108 | 277.0000000000 | Hassium | Hs | 8 | metals | Transition_metals | 7 | |
109 | 268.0000000000 | Meitnerium | Mt | 9 | future | vague | 7 | |
110 | 271.0000000000 | Darmstadtium | Ds | 10 | future | vague | 7 | |
111 | 272.0000000000 | Roentgenium | Rg | 11 | future | vague | 7 | |
112 | 285.0000000000 | Copernicium | Cn | 12 | metals | Transition_metals | 7 | |
113 | 284.0000000000 | Ununtrium | Uut | 13 | future | vague | 7 | |
114 | 289.0000000000 | Ununquadium | Uuq | 14 | future | vague | 7 | |
115 | 288.0000000000 | Ununpentium | Uup | 15 | future | vague | 7 | |
116 | 292.0000000000 | Ununhexium | Uuh | 16 | future | vague | 7 | |
117 | 294.0000000000 | Ununseptium | Uus | 17 | future | vague | 7 | |
118 | 294.0000000000 | Ununoctium | Uuo | 18 | future | vague | 7 | |
300 | 138 | Lanthanides | 3 | metals | Lanthanides | 6 | ||
300 | 227 | Actinides | 3 | metals | Actinides | 7 |
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/* | |
http://lesscss.org/ Pragmatic Theme by Dealga McArdle | |
After original "Dark Theme" ported to CodeMirror by Peter Kroon | |
*/ | |
.cm-s-lesser-dark { | |
font-family: 'Bitstream Vera Sans Mono', 'DejaVu Sans Mono', 'Monaco', Courier, monospace !important; | |
line-height: 1.26em; | |
} | |
.cm-s-lesser-dark.CodeMirror { background: #1e2426; color: #EEEEEE; } | |
.cm-s-lesser-dark div.CodeMirror-selected {background: #064968 !important;} /* 33322B*/ | |
.cm-s-lesser-dark .CodeMirror-cursor { border-left: 1px solid white !important; } | |
.cm-s-lesser-dark pre { padding: 0 8px; line-height: 1.3em; }/*editable code holder*/ | |
div.CodeMirror span.CodeMirror-matchingbracket { color: #7EFC7E; }/*65FC65*/ | |
.cm-s-lesser-dark .CodeMirror-gutters { background: #262626; border-right:1px solid #aaa; } | |
.cm-s-lesser-dark .CodeMirror-linenumber { color: #777; } | |
.cm-s-lesser-dark span.cm-keyword { color: DeepSkyBLue; } | |
.cm-s-lesser-dark span.cm-atom { color: #8CEEF7; font-weight: bold} | |
.cm-s-lesser-dark span.cm-number { color: Chartreuse; background: #000000;} | |
.cm-s-lesser-dark span.cm-def {color: #C4D8E6;} | |
.cm-s-lesser-dark span.cm-variable { color:#AAA; } | |
.cm-s-lesser-dark span.cm-variable-2 { color: #9DCFD8; } | |
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.cm-s-lesser-dark span.cm-property {color: #FFB78F;} | |
.cm-s-lesser-dark span.cm-operator {color: #92A75C;} | |
.cm-s-lesser-dark span.cm-comment { color: #b2b2b2; background: #000000;} | |
.cm-s-lesser-dark span.cm-string { color: Chartreuse; background: #424242;} | |
.cm-s-lesser-dark span.cm-string-2 {color: Chartreuse; background: #7E7E7E;} | |
.cm-s-lesser-dark span.cm-meta { color: #738C73; } | |
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