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Domain > lassp.org
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DNS Resolutions
Date
IP Address
2023-08-06
99.86.102.71
(
ClassC
)
2026-01-31
3.175.34.119
(
ClassC
)
Port 80
HTTP/1.1 301 Moved PermanentlyServer: CloudFrontDate: Sat, 31 Jan 2026 05:13:38 GMTContent-Type: text/htmlContent-Length: 167Connection: keep-aliveLocation: https://lassp.org/X-Cache: Redirect from cloudfrontVia: 1.1 0917da16ef445f191a68e78a9846ed78.cloudfront.net (CloudFront)X-Amz-Cf-Pop: HIO52-P3X-Amz-Cf-Id: 3dulld62zo8LCpJHExbm4GUhl5tUKGBnhQEFVOfmBsdLiITpQo4o4w html>head>title>301 Moved Permanently/title>/head>body>center>h1>301 Moved Permanently/h1>/center>hr>center>CloudFront/center>/body>/html>
Port 443
HTTP/1.1 200 OKContent-Type: text/htmlContent-Length: 26457Connection: keep-aliveDate: Sat, 31 Jan 2026 05:13:39 GMTLast-Modified: Sun, 07 May 2023 05:23:01 GMTETag: 323bd0114953284a1c9b79e5793fda30x-amz-server-side-encryption: AES256x-amz-meta-server-side-encryption: AES256Accept-Ranges: bytesServer: AmazonS3X-Cache: Miss from cloudfrontVia: 1.1 122c3ada56617c24649677d3b2f50200.cloudfront.net (CloudFront)X-Amz-Cf-Pop: HIO52-P3X-Amz-Cf-Id: s1ZZQ6XcVAiLk4ksoH_RmRn5Kk0g5V7h-0BbMrRZUFuzRyGmxhrMew !DOCTYPE html>html langen>head> meta charsetutf-8 /> meta nameviewport contentwidthdevice-width, initial-scale1 /> meta nametheme-color content#000000 /> title>LASSP/title> link relicon typeimage/x-icon href./img/favicon.ico> link relstylesheet href./css/bootstrap-responsive.min.css> link relstylesheet href./css/style.css> link relstylesheet href./css/bootstrap.min.css> !--if lt IE 9> script typetext/javascript src./js/html5.js>/script> !endif--> script typetext/javascript src./js/jquery.min.js>/script> script typetext/javascript src./js/bootstrap.min.js>/script>/head>body> div classnavbar navbar-inverse navbar-fixed-top> div classnavbar-inner> div classcontainer> a classbtn btn-navbar data-togglecollapse data-target.nav-collapse> span classicon-bar>/span> span classicon-bar>/span> span classicon-bar>/span> /a> a classbrand href./>span classlassp-yellow>Los Angeles Solar System Project/span>/a> div classnav-collapse collapse> ul classnav> li classactive>a href./>Home/a>/li> /ul> /div>!--/.nav-collapse --> /div> /div> /div> div classcontainer-fluid> style> !-- #map-canvas { height: 400px; } #map-canvas img { max-width: none; } #map-canvas label { width: auto; display: inline; } .infoWindow td { padding-right: 10px; text-align: right; } .infoWindow hr { margin: 10px; } --> /style> div classrow-fluid> div classspan12 idmap-canvas>/div> /div> div classrow-fluid> div classspan4> h2> The LASSP Vision /h2> p> The Solar System is a grand place, wider than we can imagine, very much an empty place. /p> p> If the sun were the size of the Griffith Observatory Planetarium Dome, the earth would be little bigger than a soccer ball, more than a mile away. The moon would be the size of a baseball 23 feet from the earth. The nearest star would be 100,000 miles above the Indian Ocean. /p> p> Whether you grew up with Flash Gordon, James T. Kirk, or Skywalker, no one is zooming from planet to planet on a day-to-day basis. Visit our sculptural interpretation of the planets around southern California to experience the size and scope of the solar system. /p> blockquote>Jack Andersonbr>Project Designer/blockquote> /div> div classspan4> h2> The Model /h2> dl> dt>The Sun/dt> dd>The scale of the project is determined by the size of the planetarium dome. At 83 feet, it is 55 million times smaller than the sun./dd> dt>The Terrestrial Planets/dt> dd>PPlanets orbit the Sun on an elliptical path. The circles represent the aphelion (furthest) and perihelion (closest) points a planet travels on its way around the Sun. The apparent size of the planetarium dome will match the apparent size of the sun from any point on the blue circle (Earths orbit)./dd> dt>The Gas Giants/dt> dd>The Sun represents 99% of the mass of the solar system. The Gas Giants have 99% of the remaining mass consisting mostly of basic elements hydrogen, helium, carbon and oxygen. Their large size let us explore spherical structures./dd> dt>The Dwarf Planets and Asteroids/dt> dd>Thousands of objects orbit the Sun. Many, including Pluto, are resonant with the orbit of Neptune. The twenty-nine largest can be placed around Southern California. One could be as far as St. Louis. Proxima Centuri, the nearest star, in the model would be almost halfway to the moon./dd> /dl> /div> div classspan4> h2> Get Involved /h2> p> The Solar System Project will provide a connection between art and science, a connection between our city and our sun, a connection between our world and ourselves, and a connection between the cultural and educational institutions of Los Angeles. /p> p> Host locations from Hollywood to Mt. Wilson and from Santa Catalina Island to Pasadena will host a planet, a dwarf planet or an asteroid. /p> p> Visitors to these locations will connect with our city and the region in a new way. A visit to one location will inspire curiosity about others. Avid astronomy fans will be compelled to visit every site. School children on a field trip will see their place in the city in a new light and enjoy a new perspective for their place in the universe. They will connect one with the next and connect with each other. /p> h2> Contact /h2> p> Email us for more information about sponsorship or becoming a host location: /p> p>a classbtn btn-success hrefmailto:info@lassp.org target_blank>info@lassp.org/a>/p> /div> /div> script typetext/javascript> const unitConvertKmToMeters 1000; const unitConvertKmToMiles 0.621371; const unitConvertMiToKilometers 1.609344; const unitConvertKmToFeet 3280.84; const unitConvertFtToMeters 0.3048; const unitConvertFtToKilometers unitConvertFtToMeters / 1000; const sunDiameterKilometers 1392700; const sunDiameterScaledFeet 83; const sunDiameterScaledKilometers sunDiameterScaledFeet * unitConvertFtToKilometers; const scaleFactor sunDiameterScaledKilometers / sunDiameterKilometers; /** // sanity checks console.log(scaleFactor); // 1.816500323113377e-8 console.log(sunDiameterKilometers * scaleFactor); // 0.025298400000000002 console.log(sunDiameterKilometers * scaleFactor * unitConvertKmToMeters); // 25.2984 console.log(sunDiameterScaledFeet * unitConvertFtToMeters); // 25.2984 console.log(sunDiameterKilometers * scaleFactor * unitConvertKmToFeet); // 83.000002656 **/ const bodies { name: Mercury, description: Some details about Mercury., perihelionKilometers: 27952469 * unitConvertMiToKilometers, aphelionKilometers: 42466251 * unitConvertMiToKilometers, strokeColor: #0000FF, strokeOpacity: 0.8, strokeWeight: 0, fillColor: #FF0000, fillOpacity: 0.5, markers: { name: , description: , diameterKilometers: 0, latitude: 0, longitude: 0, } }, { name: Venus, description: Some details about Venus., perihelionKilometers: 65043245 * unitConvertMiToKilometers, aphelionKilometers: 66118340 * unitConvertMiToKilometers, strokeColor: #0000FF, strokeOpacity: 0.8, strokeWeight: 0, fillColor: #00FF00, fillOpacity: 0.5, markers: { name: , description: , diameterKilometers: 0, latitude: 0, longitude: 0, } }, { name: Earth, description: Some details about Earth., perihelionKilometers: 89232882 * unitConvertMiToKilometers, aphelionKilometers: 91920619 * unitConvertMiToKilometers, strokeColor: #0000FF, strokeOpacity: 0.8, strokeWeight: 0, fillColor: #005CFF, fillOpacity: 0.5, markers: { name: Earth, description: Stuff about Earth model., diameterKilometers: 12756, latitude: 34.134437, longitude: -118.320748, } }, { name: Mars, description: Some details about Mars., perihelionKilometers: 125248563 * unitConvertMiToKilometers, aphelionKilometers: 151050843 * unitConvertMiToKilometers, strokeColor: #0000FF, strokeOpacity: 0.8, strokeWeight: 0, fillColor: #FF0000, fillOpacity: 0.5, markers: { name: , description: , diameterKilometers: 0, latitude: 0, longitude: 0, } }, { name: Asteroid Belt, description: Some details about the Asteroid Belt., perihelionKilometers: 160726697 * unitConvertMiToKilometers, aphelionKilometers: 349943411 * unitConvertMiToKilometers, strokeColor: #0000FF, strokeOpacity: 0.8, strokeWeight: 0, fillColor: #A2A2A3, fillOpacity: 0.5, markers: { name: , description: , diameterKilometers: 0, latitude: 0, longitude: 0, } }, { name: Jupiter, description: Some details about Jupiter., perihelionKilometers: 448852148 * unitConvertMiToKilometers, aphelionKilometers: 494543684 * unitConvertMiToKilometers, strokeColor: #0000FF, strokeOpacity: 0.8, strokeWeight: 0, fillColor: #F96806, fillOpacity: 0.5, markers: { name: , description: , diameterKilometers: 0, latitude: 0, longitude: 0, } }, { name: Saturn, description: Some details about Saturn., perihelionKilometers: 817609721 * unitConvertMiToKilometers, aphelionKilometers: 911142983 * unitConvertMiToKilometers, strokeColor: #0000FF, strokeOpacity: 0.8, strokeWeight: 0, fillColor: #FF00FF, fillOpacity: 0.5, markers: { name: , description: , diameterKilometers: 0, latitude: 0, longitude: 0, } }, { name: Uranus, description: Some details about Uranus., perihelionKilometers: 1661021720 * unitConvertMiToKilometers, aphelionKilometers: 1819598228 * unitConvertMiToKilometers, strokeColor: #0000FF, strokeOpacity: 0.8, strokeWeight: 0, fillColor: #00FF67, fillOpacity: 0.5, markers: { name: , description: , diameterKilometers: 0, latitude: 0, longitude: 0, } }, { name: Neptune, description: Some details about Neptune., perihelionKilometers: 2692575339 * unitConvertMiToKilometers, aphelionKilometers: 2753855752 * unitConvertMiToKilometers, strokeColor: #0000FF, strokeOpacity: 0.8, strokeWeight: 0, fillColor: #0000FF, fillOpacity: 0.5, markers: { name: , description: , diameterKilometers: 0, latitude: 0, longitude: 0, } }, { name: Kuiper Belt and Pluto, description: Some details about the Kuiper Belt and Pluto., perihelionKilometers: 4.488e+9, aphelionKilometers: 8.228e+9, strokeColor: #0000FF, strokeOpacity: 0.8, strokeWeight: 0, fillColor: #00FFF8, fillOpacity: 0.35, markers: { name: , description: , diameterKilometers: 0, latitude: 0, longitude: 0, } }, { name: Oort Cloud, description: Far, Far Away. The Oort Cloud is a spherical layer of icy objects that occupies space at a distance between about 2,000 and 100,000 astronomical units (AU) from the Sun. At the scale of the model, the aphelion meets on the opposite side of the globe at just over 6,000 AU., perihelionKilometers: 2.992e+11, aphelionKilometers: 9.15e+11, strokeColor: #0000FF, strokeOpacity: 0.8, strokeWeight: 0, fillColor: #00FFF8, fillOpacity: 0.15, markers: { name: , description: , diameterKilometers: 0, latitude: 0, longitude: 0, } } ; // define map in global scope let map; function initMap() { const center new google.maps.LatLng(34.11811, -118.300313); const mapOptions { center: center, mapTypeId: google.maps.MapTypeId.HYBRID, tilt: 0 }; map new google.maps.Map(document.getElementById(map-canvas), mapOptions); for (let i 0; i bodies.length; i++) { let body bodiesi; body.paths drawCircle(center, body.aphelionKilometers * scaleFactor, -1), drawCircle(center, body.perihelionKilometers * scaleFactor, 1) body.apsidesWidthKilometers Math.round(body.aphelionKilometers - body.perihelionKilometers); let bodyApsides new google.maps.Polygon(body); bodyApsides.setMap(map); bodyApsides.set(name, body.name); bodyApsides.addListener(click, function (event) { clearInterval(intervalId); infoWindow.setContent(` div classinfoWindow> strong>Apsides of ${this.name}/strong>br> hr> table> tr> td>Click location:/td>td>${event.latLng.lat().toFixed(6)} lat/td>td>${event.latLng.lng().toFixed(6)} lon/td> /tr>tr> td>Apsides width actual:/td>td>${Math.round(this.apsidesWidthKilometers * unitConvertKmToMiles).toLocaleString()} mi/td>td>${(this.apsidesWidthKilometers).toLocaleString()} km/td> /tr>tr> td>Apsides width scaled:/td>td>${Math.round(this.apsidesWidthKilometers * scaleFactor * unitConvertKmToFeet).toLocaleString()} ft/td>td>${Math.round(this.apsidesWidthKilometers * scaleFactor * unitConvertKmToMeters).toLocaleString()} m/td> /tr>tr> td>Perihelion:/td>td>${Math.round(this.perihelionKilometers * unitConvertKmToMiles).toLocaleString()} mi/td>td>${Math.round(this.perihelionKilometers).toLocaleString()} km/td> /tr>tr> td>Aphelion:/td>td>${Math.round(this.aphelionKilometers * unitConvertKmToMiles).toLocaleString()} mi/td>td>${Math.round(this.aphelionKilometers).toLocaleString()} km/td> /tr> /table> hr> ${this.description} /div> `); infoWindow.setPosition(event.latLng); infoWindow.open(map); }); for (let i 0; i body.markers.length; i++) { if (body.markersi.diameterKilometers 0) { break; } const markerData body.markersi; const objectPosition new google.maps.LatLng(markerData.latitude, markerData.longitude); const marker new google.maps.Marker({ position: objectPosition, map: map, data: markerData }); marker.addListener(click, function (event) { clearInterval(intervalId); infoWindow.setContent(` div classinfoWindow> strong>${this.data.name} Model/strong>br> hr> table> tr> td>Model location:/td>td>${objectPosition.lat().toFixed(6)} lat/td>td>${objectPosition.lng().toFixed(6)} lon/td> /tr>tr> td>Diameter actual:/td>td>${Math.round(this.data.diameterKilometers * unitConvertKmToMiles).toLocaleString()} mi/td>td>${Math.round(this.data.diameterKilometers).toLocaleString()} km/td> /tr>tr> td>Diameter scaled:/td>td>${(this.data.diameterKilometers * scaleFactor * unitConvertKmToFeet).toFixed(1).toLocaleString()} ft/td>td>${(this.data.diameterKilometers * scaleFactor * unitConvertKmToMeters).toFixed(1).toLocaleString()} m/td> /tr> /table> hr> Stuff about Earth model from the loop. /div> `); infoWindow.setPosition(event.latLng); infoWindow.open(map); }); } } const infoWindow new google.maps.InfoWindow(); infoWindow.addListener(closeclick, function () { intervalId window.setInterval(zoomOut, 2000); }); const sunImageBounds new google.maps.LatLngBounds( new google.maps.LatLng(34.118005, -118.300538), // lower left new google.maps.LatLng(34.118265, -118.300209) // upper right ); const sunIcon new google.maps.GroundOverlay( ./img/sun-icon.png, sunImageBounds); sunIcon.setMap(map); sunIcon.addListener(click, function (event) { clearInterval(intervalId); infoWindow.setContent(` div classinfoWindow> strong>The Sun/strong>br> hr> table> tr> td>Click location:/td>td>${event.latLng.lat().toFixed(6)} lat/td>td>${event.latLng.lng().toFixed(6)} lon/td> /tr>tr> td>Diameter actual:/td>td>${Math.round(sunDiameterKilometers * unitConvertKmToMiles).toLocaleString()} mi/td>td>${Math.round(sunDiameterKilometers).toLocaleString()} km/td> /tr>tr> td>Diameter scaled:/td>td>${Math.round(sunDiameterScaledKilometers * unitConvertKmToFeet).toLocaleString()} ft/td>td>${Math.round((sunDiameterScaledKilometers * unitConvertKmToMeters)).toLocaleString()} m/td> /tr> /table> hr> Stuff about The Sun and/or The Sphere. /div> `); infoWindow.setPosition(event.latLng); infoWindow.open(map); }); map.setZoom(zoomLevels0) intervalId window.setInterval(zoomOut, 2000); } const zoomLevels 21, 19, 17, 14, 11, 8; let i 1; let intervalId; function zoomOut() { if (i zoomLevels.length) { map.setZoom(zoomLevelsi); i++; } else { clearInterval(intervalId); } } const d2r Math.PI / 180; // degrees to radians const r2d 180 / Math.PI; // radians to degrees const earthsradius 6378; // 6378 is the radius of the earth in kilometers function drawCircle(point, radius, dir) { const rlat (radius / earthsradius) * r2d; const rlng rlat / Math.cos(point.lat() * d2r); const extp ; let i dir 1 ? 0 : 32; while (dir 1 ? i 33 : i > 0) { const theta Math.PI * (i / 16); const ey point.lng() + (rlng * Math.cos(theta)); const ex point.lat() + (rlat * Math.sin(theta)); extp.push(new google.maps.LatLng(ex, ey)); i i + dir; } return extp; } /script> script typetext/javascript srchttps://maps.googleapis.com/maps/api/js?keyAIzaSyBFJ8V1qydk_HtNbvdlkK2yAkYf5GXNhTI&callbackinitMap async defer> /script> hr> footer> p>© 2005 - script>document.write(new Date().getFullYear())/script> by Jack Anderson, all rights reserved. /p> !-- Sun icon courtesy Dan Wiersema http://www.iconarchive.com/show/solar-system-icons-by-dan-wiersma/Sun-icon.html --> /footer> /div> !-- /container -->/body>/html>
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