File:USGS magnitude 8 earthquakes since 1900.svg
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外觀
![File:USGS magnitude 8 earthquakes since 1900.svg](http://upload.wikimedia.org/wikipedia/commons/thumb/6/67/USGS_magnitude_8_earthquakes_since_1900.svg/512px-USGS_magnitude_8_earthquakes_since_1900.svg.png)
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原始檔案 (SVG 檔案,表面大小:512 × 512 像素,檔案大小:112 KB)
摘要
描述USGS magnitude 8 earthquakes since 1900.svg |
English: Earthquakes of moment magnitude 8.0 and greater from 1900 to 2018. The apparent 3D volumes of the bubbles are linearly proportional to their respective fatalities, i.e. their radii are linearly proportional to the cube root of the fatalities. Data is from https://earthquake.usgs.gov/earthquakes/eqarchives/year/mag8/magnitude8_1900_date.php ; The colour indicates the continent, and the legend counts the number of quakes for each. Notice the absence of Africa and the low presence of Antarctica and Europe. |
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來源 | 自己的作品 | ||
作者 | Cmglee | ||
SVG開發 InfoField | ![]() 本vector image使用perl創作。 ![]() 這個SVG 檔案使用了內置文字,可以使用任何文字編輯器輕鬆翻譯。
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原始碼 InfoField | PERL codetest
Perl script to create above; please do not remove.
#!/usr/bin/perl
$data_string = qq`
as|1902/06/11 05:|50.00|148.00|8.0||Sea of Okhotsk|-8
oc|1903/01/04 05:07|-20.00|-175.00|8.0||Tonga|8
eu|1903/08/11 04:32|36.36|22.97|8.3||southern Greece|-10
as|1905/07/09 09:40|49.0|99.0|8.4||Mongolia|-10
as|1905/07/23 02:46|49.0|98.0|8.4||central Mongolia|8
sa|1906/01/31 15:36|1.0|-81.5|8.8|1000|Colombia-Ecuador||Ecuador-Colombia
sa|1906/08/17 00:40|-33.0|-72.0|8.2|3882|Valparaiso, Chile|5|Valparaiso,Chile
as|1907/10/21 04:23|38.00|69.00|8.0||Afghanistan
sa|1908/12/12 12:08|-14.0|-78.0|8.2||off the coast of central Peru|5|off coast of central Peru
as|1911/06/15 14:26|28.0|130.0|8.1|12|Ryukyu Islands, Japan
as|1914/05/26 14:22|-2.|137.|8.0||West New Guinea|-10
as|1915/05/01 05:00|47.|155.|8.0||Kurile Islands|-4
oc|1917/05/01 18:26|-29.0|-177.0|8.0||Kermadec Islands, New Zealand|-8
oc|1917/06/26 05:49|-15.0|-173.0|8.4||Tonga
as|1918/08/15 12:18|5.653|123.563|8.0|50|Celebes Sea|-5
as|1918/09/07 17:16|45.5|151.5|8.2||Kuril Islands|-4
oc|1919/04/30 07:17|-19.823|-172.215|8.2||Tonga region|5
as|1920/06/05 04:21|23.5|122.0|8.0||Taiwan region|-5
oc|1920/09/20 14:39|-20.0|168.0|8.0||Loyalty Islands|10
sa|1922/11/11 04:32|-28.553|-70.755|8.5||Chile-Argentina Border|-12|Vallenar, Chile-Argentina border
as|1923/02/03 16:01|54.0|161.0|8.5||Kamchatka|10|Kamchatka, Russia, USSR
as|1924/04/14 16:20|7.023|125.954|8.3||Mindanao, Philippines||Mindanao,~Philippines
na|1928/06/17 03:19|16.33|-96.7|8.0||Oaxaca, Mexico
as|1931/08/10 21:18|47.1|89.8|8.0|5|northern Xinjiang, China|-8
na|1932/06/03 10:36|19.84|-103.99|8.1||Jalisco, Mexico|5
as|1933/03/02 17:31|39.22|144.62|8.4|2990|Sanriku, Japan
as|1934/01/15 08:43|27.55|87.09|8.1|10700|Bihar, India|10
as|1938/02/01 19:04|-5.05|131.62|8.5||Banda Sea||Banda Sea, Dutch East Indies (Indonesia)
na|1938/11/10 20:18|55.33|-158.37|8.2||Shumagin Islands, Alaska|-12
oc|1939/04/30 02:55|-10.5|158.5|8.0||Solomon Islands|-15
sa|1940/05/24 16:33|-10.5|-77.0|8.2||near the Coast of central Peru|-12|near coast of central Peru
eu|1941/11/25 18:03|37.171|-18.960|8.2||Azores-Cape St. Vincent Ridge|-10
sa|1942/08/24 22:50|-15.0|-76.0|8.2|30|Off the coast of central Peru|-3|off coast of central Peru
sa|1943/04/06 16:07|-30.75|-72.0|8.2|18|off the coast of Coquimbo, Chile|5|off coast of Coquimbo, Chile
as|1944/12/07 04:35|33.75|136.00|8.1|1223|Tonankai, Japan|-15|Japan
as|1945/11/27 21:57|24.5|63.0|8.0|4000|off the coast of Pakistan|-50|off coast of~Paki-~stan
na|1946/04/01 12:28|52.75|-163.50|8.1|165|Unimak Islands, Alaska|-10|Unimak Islands, Alaska, USA
na|1946/08/04 17:51|19.25|-69.00|8.0|100|Dominican Republic|10|Domi-~nican~Repu-~blic
as|1946/12/20 19:19|32.5|134.5|8.1|1330|Nankaido, Japan|-2
as|1948/01/24 17:46|10.5|122.0|8.2|72|Panay, Philippines|5
na|1949/08/22 04:01|53.62|-133.27|8.1||Queen Charlotte Island, B.C., Canada|10|Queen Charlotte Island, Canada
as|1950/08/15 14:09|28.5|96.5|8.6|1526|Assam-Tibet||Assam-Tibet, China
as|1952/03/04 01:22|42.5|143.0|8.1|31|Hokkaido, Japan region|10
as|1952/11/04 16:58|52.76|160.06|9.0||Kamchatka, Russia||Kamchatka, Russia, USSR
na|1957/03/09 14:22|51.56|-175.39|8.6||Andreanof Islands, Alaska||Andreanof Islands, Alaska, USA
as|1957/12/04 03:37|45.15|99.21|8.1||Gobi-Altai, Mongolia|-10
as|1958/11/06 22:58|44.329|148.623|8.3||Kuril Islands|-3|Kuril Islands, USSR
as|1959/05/04 07:15|53.351|159.645|8.2|1|near the east coast of Kamchatka|8|near east coast of~Kamchatka, USSR
sa|1960/05/22 19:11|-38.29|-73.05|9.5|1655|Chile
as|1963/10/13 05:17|44.9|149.6|8.5||Kuril Islands|-5|Kuril Islands, Russia, USSR
na|1964/03/28 03:36|61.02|-147.65|9.2|125|Prince William Sound, Alaska||Prince William Sound,~Alaska, USA
na|1965/02/04 05:01|51.21|-178.50|8.7|5|Rat Islands, Alaska|10|Rat Islands, Alaska, USA
sa|1966/10/17 21:41|-10.807|-78.684|8.1|125|near the coast of central Peru|-5|near coast of central Peru
as|1968/05/16 00:49|40.903|143.346|8.2|47|off the east coast of Honshu, Japan|-4|off east coast of Honshu, Japan
as|1969/08/11 21:27|43.478|147.815|8.2||Kuril Islands|2|Kuril Islands, Russia, USSR
sa|1970/07/31 17:08|-1.49|-72.56|8.0||Colombia|-8
as|1971/01/10 07:17|-3.132|139.697|8.1||Papua, Indonesia|5
sa|1974/10/03 14:21|-12.254|-77.524|8.1|78|near the coast of central Peru|-7|near coast of central Peru
as|1976/08/16 16:11|6.292|124.090|8.0|8000|Mindanao, Philippines|-5
oc|1977/06/22 12:08|-22.878|-175.900|8.1||Tonga region|8
as|1977/08/19 06:08|-11.085|118.464|8.3|100|south of Sumbawa, Indonesia
sa|1979/12/12 07:59|1.598|-79.358|8.1|600|near the coast of Ecuador|10|near coast of Ecuador
sa|1985/03/03 22:47|-33.135|-71.871|8.0|177|offshore Valparaiso, Chile|-20
na|1985/09/19 13:17|18.190|-102.533|8.0|9500|Michoacan, Mexico
na|1986/05/07 22:47|51.520|-174.776|8.0||Andreanof Islands, Aleutian Islands, Alaska|15|Andreanof Islands, Aleutian Islands, Alaska, USA
oc|1989/05/23 10:54|-52.341|160.568|8.1||Macquarie Island region|10
sa|1994/06/09 00:33|-13.841|-67.553|8.2|5|La Paz, Bolivia|-20|La Paz,~Bolivia
as|1994/10/04 13:22|43.773|147.321|8.3|11|Kuril Islands|-5|Kuril Islands, Russia
sa|1995/07/30 05:11|-23.340|-70.294|8.0|3|Near Coast of Northern Chile|-32|near coast of~north Chile
na|1995/10/09 15:35|19.055|-104.205|8.0|49|Near Coast of Jalisco, Mexico|2|near coast of~Mexico
as|1996/02/17 05:59|-0.891|136.952|8.2|166|Irian Jaya region, Indonesia
an|1998/03/25 03:12|-62.877|149.527|8.1||Balleny Islands region|-2
oc|2000/11/16 04:54|-3.980|152.169|8.0|2|New Ireland region, Papua New Guinea|-8
sa|2001/06/23 20:33|-16.264|-73.641|8.4|75|near the coast of southern Peru|-20|near coast of~southern Peru
as|2003/09/25 19:50|41.815|143.910|8.3||Hokkaido, Japan region||Hokkaido, Japan
oc|2004/12/23 14:59|-49.312|161.345|8.1||north of Macquarie Island|-28|north of Macquarie~Island, Australia
as|2004/12/26 00:58|3.295|95.982|9.1|227898|off the west coast of northern Sumatra|-50|Indian Ocean, off~west coast of northern~Sumatra, Indonesia
as|2005/03/28 16:09|2.074|97.013|8.6|1313|Northern Sumatra, Indonesia|-5|Northern Sumatra
oc|2006/05/03 15:26|-20.187|-174.123|8.0||Tonga|-5
as|2006/11/15 11:14|46.592|153.226|8.3||Kuril Islands|5
as|2007/01/13 04:23:21|46.243|154.524|8.1||East of the Kuril Islands|-13|east of Kuril Islands
oc|2007/04/01 20:39:58|-8.466|157.043|8.1|34|Solomon Islands|5
sa|2007/08/15 23:40:57|-13.386|-76.603|8.0|650|Near the Coast of Central Peru||near~coast~of Peru
as|2007/09/12 11:10:26|-4.438|101.367|8.5|25|Southern Sumatra, Indonesia|5|Southern Sumatra
oc|2009/09/29 17:48:10|-15.489|-172.095|8.1|192|Samoa Islands region|0
sa|2010/02/27 06:34:14|-35.846|-72.719|8.8|577|Offshore Maule, Chile|-25|Maule,~Chile
as|2011/03/11 05:46:23|38.322|142.369|9.0|28050|Near the East Coast of Honshu, Japan|15|Tōhoku, off east coast~of Honshu, Japan
as|2012/04/11 08:38:37|2.311|93.063|8.6||off the west coast of northern Sumatra|5|Indian Ocean, off west~coast of north Sumatra
as|2012/04/11 10:43:09|0.773|92.452|8.2||off the west coast of northern Sumatra|-7|Indian Ocean, off Sumatra coast
oc|2013/02/06 01:12:27|-10.738|165.138|8.0|13|Lata,~Solomon Islands|7|
as|2013/05/24 06:44:49|54.874|153.281|8.3||Sea of Okhotsk|7|
sa|2014/04/01 23:46:47|-19.642|-70.817|8.2|6|offshore~N.Chile|-7|
sa|2015/09/16 22:54|-31.570|-71.654|8.3|14|offshore Coquimbo, Chile
na|2017/09/08 04:49|15.022|-93.899|8.2|98|offshore Chiapas, Mexico|-3
oc|2018/08/19 00:19|-18.178|-178.111|8.2|0|Fiji region|4
`;
%continents = (
"na" => { "colour" => "#0000ff", "count" => 0, "name" => "North America" },
"sa" => { "colour" => "#009900", "count" => 0, "name" => "South America" },
"eu" => { "colour" => "#9900cc", "count" => 0, "name" => "Europe" },
"af" => { "colour" => "#996600", "count" => 0, "name" => "Africa" },
"as" => { "colour" => "#ff0000", "count" => 0, "name" => "Asia" },
"oc" => { "colour" => "#006699", "count" => 0, "name" => "Australia/Oceania" },
"an" => { "colour" => "#000000", "count" => 0, "name" => "Antarctica" },
undef);
@continent_order = ("as", "sa", "oc", "na", "eu", "an", "af");
# @continent_order = ("na","sa", "eu", "af", "as", "oc", "an");
$mag_min = 8; $mag_max = 9.6; $date_min = 1900; $date_max = 2020;
$x_min = 0; $x_max = &x($mag_max); $y_min = 0; $y_max = &y($date_max);
$x_legend = 790; $y_legend = 40; $w_legend = 310; $h_legend = 320;
$x_viewbox = -60; $y_viewbox = -28; $width_viewbox = 1230; $height_viewbox = 1230;
$out_graph = $out_legend = $out_grid = $out_grad = "";
$x_margin = &x($mag_min);
sub year_fraction {
($y, $m, $d) = split(/\//, $_[0]);
# $y = $_[0];
# $m = $_[1] || 1;
# $d = $_[2] || 1;
$is_leap_year = $y % 100 ? ($y % 4 == 0) : ($y % 400 == 0);
$day_of_year = int($d - ($m < 3 ? 30 : $is_leap_year ? 31 : 32) + 30.56 * $m);
return $y + ($day_of_year - 1) / ($is_leap_year ? 366 : 365);
}
sub x { return sprintf("%.3f", 700 * ($_[0] - $mag_min)); }
sub y { return sprintf("%d", 10 * ($_[0] - $date_min)); }
$double_dash = "-" . "-";
$file_out = $0; $file_out =~ s/[^\.]*$/svg/;
@data = split(/\n/, $data_string);
foreach (@data) {
if ($_ && substr($_, 0, 1) ne "#") {
($continent, $datetime, $latitude, $longitude, $magnitude, $fatalities, $region, $label_offset, $label) = split(/\|/, $_);
if ($magnitude >= $mag_min) {
print "$continent\t$datetime\t$latitude\t$longitude\t$magnitude\t$fatalities\t$region\t$label_offset\t$label\n";
($date, $time) = split(/\s/, $datetime);
$x = &x($magnitude);
$y = &y(&year_fraction($date));
$r = $fatalities ** (1 / 3);
$x_label = $x + $r + 4;
$y_label = $y + $label_offset + 8;
$colour = $continents{$continent}{"colour"};
++$continents{$continent}{"count"};
if ($label eq "") { $label = $region; }
if ($label =~ m/~/) {
$label =~ s`~`</tspan><tspan x="0" dy="0.9em">`g;
$label = qq`<tspan>${label}</tspan>`;
}
$font_size = $magnitude < 8.5 ? qq` font-size="20"` :
($magnitude >= 9 ? qq` font-size="36"` : qq``);
$out_graph .= qq`
<g stroke="${colour}" fill="${colour}">
<text transform="translate(${x_label},${y_label}) scale(0.8,1)" x="0" y="0"${font_size} stroke="none">${label}</text>
<circle cx="${x}" cy="${y}" r="${r}" fill="url(#grad_${continent})"/>
<circle cx="${x}" cy="${y}" r="2" fill-opacity="0.5"/>
<path d="M ${x} ${y} H ${x_margin}" stroke-width="0.5" stroke-opacity="0.5"/>
</g>`;
}
}
}
$y = 35;
foreach (@continent_order) {
$count = $continents{$_}{"count"};
if ($count > 0) {
$colour = $continents{$_}{"colour"};
$name = $continents{$_}{"name"};
$out_grad .= qq`
<radialGradient id="grad_${_}" cx="50%" cy="50%" r="50%" fx="25%" fy="25%">
<stop offset="50%" stop-color="${colour}" stop-opacity="0"/>
<stop offset="100%" stop-color="${colour}" stop-opacity="0.5"/>
</radialGradient>`;
$out_legend .= qq`
<text transform="translate(70,${y}) scale(0.8,1)" x="0" y="10" fill="${colour}"><tspan>${name}</tspan><tspan x="280" text-anchor="end">(${count})</tspan></text>
<circle cx="40" cy="${y}" r="20" stroke="${colour}" fill="url(#grad_${_})"/>
<circle cx="40" cy="${y}" r="2" stroke="${colour}"/>`;
$y += 50;
}
}
for ($mag = $mag_max; $mag >= $mag_min; $mag -= 0.1) {
$x = &x($mag);
$mag = sprintf("%0.1f", $mag);
$out_grid .= qq`
<use xlink:href="#grid_x" transform="translate(${x},0)"/>`;
if ($mag < $mag_max) {
$out_grid .= qq`
<text transform="translate(${x},-5) scale(0.8,1)" x="0" y="0" text-anchor="middle">${mag}</text>`;
}
}
for ($date = $date_max; $date >= $date_min; $date -= 5) {
$y = &y($date);
if ($date > $date_min) {
$out_grid .= qq`
<use xlink:href="#grid_y_5" transform="translate(0,${y})"/>`;
if ($date < $date_max) {
$out_grid .= qq`
<text transform="translate(-5,${y}) scale(0.8,1)" x="0" y="10" text-anchor="end">${date}</text>`;
}
} else {
$out_grid .= qq`
<text transform="translate(-5,${y}) scale(0.8,1)" x="0" y="15" text-anchor="end">${date}</text>`;
}
}
open (FILE_OUT, ">$file_out");
print FILE_OUT qq`<?xml version="1.0" encoding="utf-8"?>
<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" width="100%" height="100%" viewBox="${x_viewbox} ${y_viewbox} ${width_viewbox} ${height_viewbox}">
<title>Magnitude 8.0 and greater earthquakes since 1900</title>
<desc>Earthquakes of moment magnitude 8.0 and greater since 1900, charted by CMG Lee. The apparent 3D volumes of the bubbles are linearly proportional to their respective fatalities, i.e. their radii are linearly proportional to the cube root of the fatalities. Data is from https://earthquake.usgs.gov/earthquakes/eqarchives/year/mag8/magnitude8_1900_date.php , http://comcat.cr.usgs.gov/earthquakes/eventpage/usc000f1s0 and http://comcat.cr.usgs.gov/earthquakes/eventpage/usb000h4jh .</desc>
<defs>${out_grad}
<path id="grid_x" d="M 0 ${y_min} V ${y_max}"/>
<path id="grid_y" d="M ${x_min} 0 h -1 H ${x_max}"/>
<path id="grid_y_tick" d="M ${x_min} 0 h -2 H ${x_max}" stroke-width="2"/>
<g id="grid_y_5">
<use xlink:href="#grid_y_tick"/>
<use xlink:href="#grid_y" transform="translate(0,-10)"/>
<use xlink:href="#grid_y" transform="translate(0,-20)"/>
<use xlink:href="#grid_y" transform="translate(0,-30)"/>
<use xlink:href="#grid_y" transform="translate(0,-40)"/>
</g>
</defs>
<rect x="${x_viewbox}" y="${y_viewbox}" width="${width_viewbox}" height="${height_viewbox}" fill="#ffffff"/>
<g font-family="sans-serif" letter-spacing="-2" font-size="28" text-anchor="start">
<g stroke="#cccccc" fill="#000000">${out_grid}
<path d="M 0 ${y_max} V 0 H ${x_max}" stroke="#000000" fill="none"/>
</g>
<g transform="scale(0.8,1)" fill="#666666">
<text x="-55" y="1195">Year</text>
<text x="1340" y="-5">Magnitude</text>
</g>
<g transform="translate(${x_legend},${y_legend})">
<rect x="0" y="0" width="${w_legend}" height="${h_legend}" rx="20" ry="20" stroke="#000000" fill="#ffffff"/>${out_legend}
</g>
${out_graph}
</g>
</svg>
<!${double_dash} Perl script to create above; please do not remove.
`;
open (FILE_IN, $0);
while (<FILE_IN>) { print FILE_OUT $_; }
close FILE_IN;
print FILE_OUT "# ${double_dash}>";
close FILE_OUT;
#
|
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本vector image使用perl創作v。
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說明
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在此檔案描寫的項目
描繪內容
115,058 位元組
512 像素
512 像素
image/svg+xml
檔案歷史
點選日期/時間以檢視該時間的檔案版本。
日期/時間 | 縮圖 | 尺寸 | 使用者 | 備註 | |
---|---|---|---|---|---|
目前 | 2018年10月7日 (日) 07:53 | ![]() | 512 × 512(112 KB) | JoKalliauer | Inkscape: --verb=SelectionUnGroup (inkscape --verb=EditSelectAll --verb=SelectionUnGroup --verb=SelectionUnGroup --verb=SelectionUnGroup --verb=SelectionUnGroup --verb=SelectionUnGroup --verb=FileSave --verb=FileClose ./${file}u.svg --verb=FileQuit) |
2018年10月6日 (六) 22:04 | ![]() | 512 × 512(40 KB) | JoKalliauer | try to simplify file | |
2018年10月5日 (五) 18:47 | ![]() | 512 × 512(61 KB) | Cmglee | Try to fix bubbles. | |
2018年10月4日 (四) 18:18 | ![]() | 512 × 512(61 KB) | Cmglee | Update up to 2018-10-04. | |
2015年4月2日 (四) 23:21 | ![]() | 512 × 512(60 KB) | Cmglee | Add 2014 quake, axis labels (w:user_talk:cmglee#Earthquake_graph) and minor cosmetic changes. | |
2013年7月3日 (三) 12:13 | ![]() | 512 × 512(60 KB) | Cmglee | Add 2013 quakes and minor cosmetic changes. | |
2012年4月13日 (五) 22:48 | ![]() | 512 × 512(59 KB) | Cmglee | Add counts to legend and refine more labels. | |
2012年4月13日 (五) 22:09 | ![]() | 512 × 512(59 KB) | Cmglee | Refine labels. | |
2012年4月13日 (五) 21:16 | ![]() | 512 × 512(58 KB) | Cmglee | Add magnitude 8.0 to 8.4 earthquakes to match filename. | |
2012年4月13日 (五) 19:24 | ![]() | 512 × 512(23 KB) | Cmglee | Shorten label to fit. |
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簡稱 | Magnitude 8.0 and greater earthquakes since 1900 |
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影像標題 | Earthquakes of moment magnitude 8.0 and greater since 1900, charted by CMG Lee. The apparent 3D volumes of the bubbles are linearly proportional to their respective fatalities, i.e. their radii are linearly proportional to the cube root of the fatalities. Data is from http://earthquake.usgs.gov/earthquakes/eqarchives/year/mag8/magnitude8_1900_date.php , http://comcat.cr.usgs.gov/earthquakes/eventpage/usc000f1s0 and http://comcat.cr.usgs.gov/earthquakes/eventpage/usb000h4jh . |
寬度 | 100% |
高度 | 100% |