Movatterモバイル変換

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\n"; a[11] = "

" + document.getElementsByTagName("title").item(0).innerHTML + " - Local Circumstances

"; a[12] = document.getElementById("mapmarker").innerHTML; a[13] = "\n

Eclipse predictions courtesy of Fred Espenak, NASA's GSFC.

\n"; a[14] = "\n

This page may be saved or printed.

\n\n\n"; var b; for (b = 0; b< a.length; b++) locCirc.document.write(a[b]); // locCirc.document.getElementById("start").appendChild(c); // locCirc.document.getElementsByTagName("body").item(0).appendChild(c); locCirc.document.close();}function onLoad() { map = new GMap2(document.getElementById("map"), {draggableCursor: 'crosshair'}); // Map Controls map.addControl(new GLargeMapControl()); map.addControl(new GMapTypeControl()); map.addControl(new GScaleControl()); // map.enableScrollWheelZoom(); map.enableContinuousZoom(); GEvent.addDomListener(document.getElementById("map"), "DOMMouseScroll", wheelZoom); // Firefox GEvent.addDomListener(document.getElementById("map"), "mousewheel", wheelZoom); // IE // Event Listeners // // Event listeners are registered with =GEvent.addListener=. In this example, // we echo the lat/lng of the center of the map after it is dragged or moved // by the user. GEvent.addListener(map, "moveend", function() { var center = map.getCenter(); var latLngStr = "(" + latitudeToString(center.lat().toFixed(5)) + ", " + longitudeToString(center.lng().toFixed(5)) + ")"; document.getElementById("mapCenter").innerHTML = latLngStr; }); // Display lat/lng of the cursor under the map GEvent.addListener(map, "mousemove", function(point) { mouselat = point.lat().toFixed(6); mouselng = point.lng().toFixed(6); if ((gPrevLat != point.lat()) || (gPrevLng != point.lng())) { var latitude = point.lat(); var longitude = point.lng(); if (longitude< -180) longitude += 360; else if (longitude > 180) longitude -= 360; var cursor = latitudeToString(latitude.toFixed(5)) + ", " + longitudeToString(longitude.toFixed(5)); document.getElementById("latlngCursor").innerHTML = "(" + cursor + ")"; gPrevLat = point.lat(); gPrevLng = point.lng(); if (markers.length > 0) { var lastpnt = markers[markers.length - 1].getLatLng();var kmDist = lastpnt.distanceFrom(point); kmDist = kmDist / 1000.0; var miDist = kmDist * 0.621371192;kmDist = kmDist.toFixed(2) + 'km (' + miDist.toFixed(2) + ' miles)'; document.getElementById("distValue").innerHTML = kmDist; } } });//*** #0V map.setCenter(new GLatLng(xx.xxxxxx,xxx.xxxxxx), 2, G_NORMAL_MAP); map.setCenter(new GLatLng(-12.330900, -2.299438), 2, G_NORMAL_MAP); map.zoomIn();// document.getElementById("deltaT").innerHTML = "ΔT = " + elements[4] + " s"; document.getElementById("locCircShow").disabled = true; var html = ""; var gemarkericon = new GIcon(G_DEFAULT_ICON, "../../image/gemarker.png"); var gemarker = new GMarker(map.getCenter(), {icon: gemarkericon, draggable: false}); GEvent.addListener(gemarker, "mouseover", function() { gCurrentMarker = null; gemarker.openInfoWindowHtml(loc_circ(gemarker.getPoint().lat(), gemarker.getPoint().lng())); document.getElementById("locCircShow").disabled = false; }); GEvent.addListener(gemarker, "infowindowclose", function() { document.getElementById("locCircShow").disabled = true; }); map.addOverlay(gemarker); GEvent.addListener(map, "click", function(overlay, point) { if (point) { html = loc_circ(point.lat(), point.lng()); if (html != "") { if (document.getElementById("showmarker").checked) { createMarker(point);// map.removeOverlay(marker); } else { var marker = new GMarker(point); map.addOverlay(marker); marker.openInfoWindowHtml(html); map.removeOverlay(marker); } } } });// Insert TRACK.GOO (ex SHADOW.EXE) below here/* ++++++++++++++++++++++++++++++++++++++++++++++++++ *//* ++++++++++++++++++++++++++++++++++++++++++++++++++ *///*** #0W - Input Solar Eclipse Path Data Here// First BLUE, Solar Eclipse of 1987 Mar 29 - Northern Limitvar polyline = new GPolyline([new GLatLng( -47.02268, -71.46844),new GLatLng( -46.56158, -71.46191),new GLatLng( -46.53604, -71.00000),new GLatLng( -46.50676, -70.50000),new GLatLng( -46.47585, -70.00000),new GLatLng( -46.44330, -69.50000),new GLatLng( -46.40911, -69.00000),new GLatLng( -46.37325, -68.50000),new GLatLng( -46.33571, -68.00000),new GLatLng( -46.29648, -67.50000),new GLatLng( -46.25554, -67.00000),new GLatLng( -46.21288, -66.50000),new GLatLng( -46.16849, -66.00000),new GLatLng( -46.12234, -65.50000),new GLatLng( -46.07443, -65.00000),new GLatLng( -46.02473, -64.50000),new GLatLng( -45.97324, -64.00000),new GLatLng( -45.91993, -63.50000),new GLatLng( -45.86479, -63.00000),new GLatLng( -45.80779, -62.50000),new GLatLng( -45.74893, -62.00000),new GLatLng( -45.68818, -61.50000),new GLatLng( -45.62552, -61.00000),new GLatLng( -45.56094, -60.50000),new GLatLng( -45.49442, -60.00000),new GLatLng( -45.42593, -59.50000),new GLatLng( -45.35545, -59.00000),new GLatLng( -45.28296, -58.50000),new GLatLng( -45.20845, -58.00000),new GLatLng( -45.13189, -57.50000),new GLatLng( -45.05324, -57.00000),new GLatLng( -44.97250, -56.50000),new GLatLng( -44.88964, -56.00000),new GLatLng( -44.80463, -55.50000),new GLatLng( -44.71745, -55.00000),new GLatLng( -44.62806, -54.50000),new GLatLng( -44.53646, -54.00000),new GLatLng( -44.44260, -53.50000),new GLatLng( -44.34646, -53.00000),new GLatLng( -44.24800, -52.50000),new GLatLng( -44.14722, -52.00000),new GLatLng( -44.04406, -51.50000),new GLatLng( -43.93850, -51.00000),new GLatLng( -43.83051, -50.50000),new GLatLng( -43.72005, -50.00000),new GLatLng( -43.60709, -49.50000),new GLatLng( -43.49160, -49.00000),new GLatLng( -43.37355, -48.50000),new GLatLng( -43.25288, -48.00000),new GLatLng( -43.12958, -47.50000),new GLatLng( -43.00359, -47.00000),new GLatLng( -42.87488, -46.50000),new GLatLng( -42.74341, -46.00000),new GLatLng( -42.60914, -45.50000),new GLatLng( -42.47202, -45.00000),new GLatLng( -42.33202, -44.50000),new GLatLng( -42.18907, -44.00000),new GLatLng( -42.04315, -43.50000),new GLatLng( -41.89421, -43.00000),new GLatLng( -41.74218, -42.50000),new GLatLng( -41.58702, -42.00000),new GLatLng( -41.42870, -41.50000),new GLatLng( -41.26712, -41.00000),new GLatLng( -41.10227, -40.50000),new GLatLng( -40.93408, -40.00000),new GLatLng( -40.76248, -39.50000),new GLatLng( -40.58742, -39.00000),new GLatLng( -40.40884, -38.50000),new GLatLng( -40.22667, -38.00000),new GLatLng( -40.04085, -37.50000),new GLatLng( -39.85131, -37.00000),new GLatLng( -39.65800, -36.50000),new GLatLng( -39.46083, -36.00000),new GLatLng( -39.25972, -35.50000),new GLatLng( -39.05461, -35.00000),new GLatLng( -38.84542, -34.50000),new GLatLng( -38.63208, -34.00000),new GLatLng( -38.41448, -33.50000),new GLatLng( -38.19257, -33.00000),new GLatLng( -37.96624, -32.50000),new GLatLng( -37.73543, -32.00000),new GLatLng( -37.50002, -31.50000),new GLatLng( -37.25992, -31.00000),new GLatLng( -37.01505, -30.50000),new GLatLng( -36.76530, -30.00000),new GLatLng( -36.51057, -29.50000),new GLatLng( -36.25075, -29.00000),new GLatLng( -35.98574, -28.50000),new GLatLng( -35.71544, -28.00000),new GLatLng( -35.43972, -27.50000),new GLatLng( -35.15846, -27.00000),new GLatLng( -34.87156, -26.50000),new GLatLng( -34.57888, -26.00000),new GLatLng( -34.28033, -25.50000),new GLatLng( -33.97575, -25.00000),new GLatLng( -33.66502, -24.50000),new GLatLng( -33.34803, -24.00000),new GLatLng( -33.02460, -23.50000),new GLatLng( -32.69464, -23.00000),new GLatLng( -32.35799, -22.50000),new GLatLng( -32.01451, -22.00000),new GLatLng( -31.66406, -21.50000),new GLatLng( -31.30652, -21.00000),new GLatLng( -30.94171, -20.50000),new GLatLng( -30.56952, -20.00000),new GLatLng( -30.18981, -19.50000),new GLatLng( -29.80241, -19.00000),new GLatLng( -29.40719, -18.50000),new GLatLng( -29.00405, -18.00000),new GLatLng( -28.59284, -17.50000),new GLatLng( -28.17341, -17.00000),new GLatLng( -27.74568, -16.50000),new GLatLng( -27.30955, -16.00000),new GLatLng( -26.86487, -15.50000),new GLatLng( -26.41161, -15.00000),new GLatLng( -25.94967, -14.50000),new GLatLng( -25.47903, -14.00000),new GLatLng( -24.99876, -13.50000),new GLatLng( -24.50534, -13.00000),new GLatLng( -24.00321, -12.50000),new GLatLng( -23.49247, -12.00000),new GLatLng( -22.97316, -11.50000),new GLatLng( -22.44545, -11.00000),new GLatLng( -21.90947, -10.50000),new GLatLng( -21.36543, -10.00000),new GLatLng( -20.81362, -9.50000),new GLatLng( -20.25436, -9.00000),new GLatLng( -19.68794, -8.50000),new GLatLng( -19.11482, -8.00000),new GLatLng( -18.53543, -7.50000),new GLatLng( -17.95035, -7.00000),new GLatLng( -17.36012, -6.50000),new GLatLng( -16.76537, -6.00000),new GLatLng( -16.16679, -5.50000),new GLatLng( -15.56511, -5.00000),new GLatLng( -14.96111, -4.50000),new GLatLng( -14.35557, -4.00000),new GLatLng( -13.74936, -3.50000),new GLatLng( -13.14332, -3.00000),new GLatLng( -12.53832, -2.50000),new GLatLng( -11.93524, -2.00000),new GLatLng( -11.33494, -1.50000),new GLatLng( -10.73828, -1.00000),new GLatLng( -10.14607, -0.50000),new GLatLng( -9.55912, 0.00000),new GLatLng( -8.97818, 0.50000),new GLatLng( -8.40394, 1.00000),new GLatLng( -7.83707, 1.50000),new GLatLng( -7.27816, 2.00000),new GLatLng( -6.72775, 2.50000),new GLatLng( -6.18633, 3.00000),new GLatLng( -5.65430, 3.50000),new GLatLng( -5.13203, 4.00000),new GLatLng( -4.61983, 4.50000),new GLatLng( -4.11793, 5.00000),new GLatLng( -3.62653, 5.50000),new GLatLng( -3.14576, 6.00000),new GLatLng( -2.67267, 6.50000),new GLatLng( -2.20727, 7.00000),new GLatLng( -1.75262, 7.50000),new GLatLng( -1.30870, 8.00000),new GLatLng( -0.87549, 8.50000),new GLatLng( -0.45293, 9.00000),new GLatLng( -0.04093, 9.50000),new GLatLng( 0.36062, 10.00000),new GLatLng( 0.75183, 10.50000),new GLatLng( 1.13286, 11.00000),new GLatLng( 1.50385, 11.50000),new GLatLng( 1.86497, 12.00000),new GLatLng( 2.21638, 12.50000),new GLatLng( 2.55827, 13.00000),new GLatLng( 2.89081, 13.50000),new GLatLng( 3.21421, 14.00000),new GLatLng( 3.52864, 14.50000),new GLatLng( 3.83428, 15.00000),new GLatLng( 4.13134, 15.50000),new GLatLng( 4.42000, 16.00000),new GLatLng( 4.70045, 16.50000),new GLatLng( 4.97287, 17.00000),new GLatLng( 5.23745, 17.50000),new GLatLng( 5.49437, 18.00000),new GLatLng( 5.74379, 18.50000),new GLatLng( 5.98590, 19.00000),new GLatLng( 6.22087, 19.50000),new GLatLng( 6.44885, 20.00000),new GLatLng( 6.67002, 20.50000),new GLatLng( 6.88452, 21.00000),new GLatLng( 7.09251, 21.50000),new GLatLng( 7.29415, 22.00000),new GLatLng( 7.48957, 22.50000),new GLatLng( 7.67892, 23.00000),new GLatLng( 7.86234, 23.50000),new GLatLng( 8.03995, 24.00000),new GLatLng( 8.21189, 24.50000),new GLatLng( 8.37827, 25.00000),new GLatLng( 8.53924, 25.50000),new GLatLng( 8.69490, 26.00000),new GLatLng( 8.84536, 26.50000),new GLatLng( 8.99074, 27.00000),new GLatLng( 9.13114, 27.50000),new GLatLng( 9.26668, 28.00000),new GLatLng( 9.39745, 28.50000),new GLatLng( 9.52355, 29.00000),new GLatLng( 9.64507, 29.50000),new GLatLng( 9.76210, 30.00000),new GLatLng( 9.87475, 30.50000),new GLatLng( 9.98309, 31.00000),new GLatLng( 10.08720, 31.50000),new GLatLng( 10.18717, 32.00000),new GLatLng( 10.28309, 32.50000),new GLatLng( 10.37502, 33.00000),new GLatLng( 10.46304, 33.50000),new GLatLng( 10.54722, 34.00000),new GLatLng( 10.62763, 34.50000),new GLatLng( 10.70435, 35.00000),new GLatLng( 10.77744, 35.50000),new GLatLng( 10.84696, 36.00000),new GLatLng( 10.91297, 36.50000),new GLatLng( 10.97554, 37.00000),new GLatLng( 11.03473, 37.50000),new GLatLng( 11.09059, 38.00000),new GLatLng( 11.14318, 38.50000),new GLatLng( 11.19255, 39.00000),new GLatLng( 11.23876, 39.50000),new GLatLng( 11.28186, 40.00000),new GLatLng( 11.32189, 40.50000),new GLatLng( 11.35892, 41.00000),new GLatLng( 11.39298, 41.50000),new GLatLng( 11.42412, 42.00000),new GLatLng( 11.45239, 42.50000),new GLatLng( 11.47782, 43.00000),new GLatLng( 11.50048, 43.50000),new GLatLng( 11.52039, 44.00000),new GLatLng( 11.53759, 44.50000),new GLatLng( 11.55214, 45.00000),new GLatLng( 11.56405, 45.50000),new GLatLng( 11.57339, 46.00000),new GLatLng( 11.58017, 46.50000),new GLatLng( 11.58444, 47.00000),new GLatLng( 11.58623, 47.50000),new GLatLng( 11.58558, 48.00000),new GLatLng( 11.58252, 48.50000),new GLatLng( 11.57708, 49.00000),new GLatLng( 11.56930, 49.50000),new GLatLng( 11.55920, 50.00000),new GLatLng( 11.54682, 50.50000),new GLatLng( 11.53220, 51.00000),new GLatLng( 11.51535, 51.50000),new GLatLng( 11.49630, 52.00000),new GLatLng( 11.47510, 52.50000),new GLatLng( 11.42248, 53.57153),new GLatLng( 10.91032, 53.60852)],"#3300FF", 2, 0.65, {clickable: false});map.addOverlay(polyline);// Second BLUE, Solar Eclipse of 1987 Mar 29 - Southern Limitvar polyline = new GPolyline([new GLatLng( -47.02268, -71.46844),new GLatLng( -46.99347, -71.00000),new GLatLng( -46.96080, -70.50000),new GLatLng( -46.92652, -70.00000),new GLatLng( -46.89060, -69.50000),new GLatLng( -46.85303, -69.00000),new GLatLng( -46.81380, -68.50000),new GLatLng( -46.77288, -68.00000),new GLatLng( -46.73028, -67.50000),new GLatLng( -46.68597, -67.00000),new GLatLng( -46.63995, -66.50000),new GLatLng( -46.59219, -66.00000),new GLatLng( -46.54267, -65.50000),new GLatLng( -46.49139, -65.00000),new GLatLng( -46.43833, -64.50000),new GLatLng( -46.38346, -64.00000),new GLatLng( -46.32678, -63.50000),new GLatLng( -46.26827, -63.00000),new GLatLng( -46.20790, -62.50000),new GLatLng( -46.14568, -62.00000),new GLatLng( -46.08155, -61.50000),new GLatLng( -46.01552, -61.00000),new GLatLng( -45.94756, -60.50000),new GLatLng( -45.87766, -60.00000),new GLatLng( -45.80579, -59.50000),new GLatLng( -45.73193, -59.00000),new GLatLng( -45.65606, -58.50000),new GLatLng( -45.57815, -58.00000),new GLatLng( -45.49819, -57.50000),new GLatLng( -45.41615, -57.00000),new GLatLng( -45.33201, -56.50000),new GLatLng( -45.24574, -56.00000),new GLatLng( -45.15732, -55.50000),new GLatLng( -45.06672, -55.00000),new GLatLng( -44.97392, -54.50000),new GLatLng( -44.87889, -54.00000),new GLatLng( -44.78160, -53.50000),new GLatLng( -44.68201, -53.00000),new GLatLng( -44.58012, -52.50000),new GLatLng( -44.47588, -52.00000),new GLatLng( -44.36926, -51.50000),new GLatLng( -44.26023, -51.00000),new GLatLng( -44.14876, -50.50000),new GLatLng( -44.03482, -50.00000),new GLatLng( -43.91837, -49.50000),new GLatLng( -43.79937, -49.00000),new GLatLng( -43.67780, -48.50000),new GLatLng( -43.55361, -48.00000),new GLatLng( -43.42677, -47.50000),new GLatLng( -43.29724, -47.00000),new GLatLng( -43.16497, -46.50000),new GLatLng( -43.02993, -46.00000),new GLatLng( -42.89208, -45.50000),new GLatLng( -42.75136, -45.00000),new GLatLng( -42.60775, -44.50000),new GLatLng( -42.46118, -44.00000),new GLatLng( -42.31161, -43.50000),new GLatLng( -42.15901, -43.00000),new GLatLng( -42.00331, -42.50000),new GLatLng( -41.84446, -42.00000),new GLatLng( -41.68243, -41.50000),new GLatLng( -41.51715, -41.00000),new GLatLng( -41.34855, -40.50000),new GLatLng( -41.17659, -40.00000),new GLatLng( -41.00121, -39.50000),new GLatLng( -40.82235, -39.00000),new GLatLng( -40.63994, -38.50000),new GLatLng( -40.45393, -38.00000),new GLatLng( -40.26424, -37.50000),new GLatLng( -40.07082, -37.00000),new GLatLng( -39.87358, -36.50000),new GLatLng( -39.67247, -36.00000),new GLatLng( -39.46739, -35.50000),new GLatLng( -39.25830, -35.00000),new GLatLng( -39.04510, -34.50000),new GLatLng( -38.82770, -34.00000),new GLatLng( -38.60604, -33.50000),new GLatLng( -38.38002, -33.00000),new GLatLng( -38.14956, -32.50000),new GLatLng( -37.91457, -32.00000),new GLatLng( -37.67496, -31.50000),new GLatLng( -37.43064, -31.00000),new GLatLng( -37.18150, -30.50000),new GLatLng( -36.92744, -30.00000),new GLatLng( -36.66837, -29.50000),new GLatLng( -36.40418, -29.00000),new GLatLng( -36.13477, -28.50000),new GLatLng( -35.86001, -28.00000),new GLatLng( -35.57980, -27.50000),new GLatLng( -35.29403, -27.00000),new GLatLng( -35.00256, -26.50000),new GLatLng( -34.70529, -26.00000),new GLatLng( -34.40208, -25.50000),new GLatLng( -34.09282, -25.00000),new GLatLng( -33.77734, -24.50000),new GLatLng( -33.45556, -24.00000),new GLatLng( -33.12732, -23.50000),new GLatLng( -32.79250, -23.00000),new GLatLng( -32.45094, -22.50000),new GLatLng( -32.10251, -22.00000),new GLatLng( -31.74706, -21.50000),new GLatLng( -31.38448, -21.00000),new GLatLng( -31.01460, -20.50000),new GLatLng( -30.63730, -20.00000),new GLatLng( -30.25242, -19.50000),new GLatLng( -29.85983, -19.00000),new GLatLng( -29.45940, -18.50000),new GLatLng( -29.05099, -18.00000),new GLatLng( -28.63450, -17.50000),new GLatLng( -28.20978, -17.00000),new GLatLng( -27.77672, -16.50000),new GLatLng( -27.33526, -16.00000),new GLatLng( -26.88525, -15.50000),new GLatLng( -26.42667, -15.00000),new GLatLng( -25.95940, -14.50000),new GLatLng( -25.48343, -14.00000),new GLatLng( -24.99960, -13.50000),new GLatLng( -24.51139, -13.00000),new GLatLng( -24.01446, -12.50000),new GLatLng( -23.50878, -12.00000),new GLatLng( -22.99447, -11.50000),new GLatLng( -22.47164, -11.00000),new GLatLng( -21.94041, -10.50000),new GLatLng( -21.40099, -10.00000),new GLatLng( -20.85360, -9.50000),new GLatLng( -20.29854, -9.00000),new GLatLng( -19.73614, -8.50000),new GLatLng( -19.16677, -8.00000),new GLatLng( -18.59088, -7.50000),new GLatLng( -18.00896, -7.00000),new GLatLng( -17.42157, -6.50000),new GLatLng( -16.82932, -6.00000),new GLatLng( -16.23285, -5.50000),new GLatLng( -15.63289, -5.00000),new GLatLng( -15.03018, -4.50000),new GLatLng( -14.42552, -4.00000),new GLatLng( -13.81972, -3.50000),new GLatLng( -13.21364, -3.00000),new GLatLng( -12.60814, -2.50000),new GLatLng( -12.00410, -2.00000),new GLatLng( -11.40237, -1.50000),new GLatLng( -10.80384, -1.00000),new GLatLng( -10.20932, -0.50000),new GLatLng( -9.61963, 0.00000),new GLatLng( -9.03554, 0.50000),new GLatLng( -8.45777, 1.00000),new GLatLng( -7.88701, 1.50000),new GLatLng( -7.32388, 2.00000),new GLatLng( -6.76893, 2.50000),new GLatLng( -6.22269, 3.00000),new GLatLng( -5.68559, 3.50000),new GLatLng( -5.15802, 4.00000),new GLatLng( -4.64031, 4.50000),new GLatLng( -4.13273, 5.00000),new GLatLng( -3.63549, 5.50000),new GLatLng( -3.14876, 6.00000),new GLatLng( -2.67574, 6.50000),new GLatLng( -2.21651, 7.00000),new GLatLng( -1.76810, 7.50000),new GLatLng( -1.33048, 8.00000),new GLatLng( -0.90361, 8.50000),new GLatLng( -0.48741, 9.00000),new GLatLng( -0.08179, 9.50000),new GLatLng( 0.31336, 10.00000),new GLatLng( 0.69818, 10.50000),new GLatLng( 1.07282, 11.00000),new GLatLng( 1.43744, 11.50000),new GLatLng( 1.79220, 12.00000),new GLatLng( 2.13728, 12.50000),new GLatLng( 2.47287, 13.00000),new GLatLng( 2.79915, 13.50000),new GLatLng( 3.11631, 14.00000),new GLatLng( 3.42453, 14.50000),new GLatLng( 3.72402, 15.00000),new GLatLng( 4.01495, 15.50000),new GLatLng( 4.29753, 16.00000),new GLatLng( 4.57193, 16.50000),new GLatLng( 4.83834, 17.00000),new GLatLng( 5.09695, 17.50000),new GLatLng( 5.34794, 18.00000),new GLatLng( 5.59147, 18.50000),new GLatLng( 5.82773, 19.00000),new GLatLng( 6.05688, 19.50000),new GLatLng( 6.27909, 20.00000),new GLatLng( 6.49451, 20.50000),new GLatLng( 6.70331, 21.00000),new GLatLng( 6.90563, 21.50000),new GLatLng( 7.10163, 22.00000),new GLatLng( 7.29145, 22.50000),new GLatLng( 7.47522, 23.00000),new GLatLng( 7.65309, 23.50000),new GLatLng( 7.82519, 24.00000),new GLatLng( 7.99164, 24.50000),new GLatLng( 8.15258, 25.00000),new GLatLng( 8.30811, 25.50000),new GLatLng( 8.45836, 26.00000),new GLatLng( 8.60345, 26.50000),new GLatLng( 8.74347, 27.00000),new GLatLng( 8.87855, 27.50000),new GLatLng( 9.00878, 28.00000),new GLatLng( 9.13426, 28.50000),new GLatLng( 9.25509, 29.00000),new GLatLng( 9.37137, 29.50000),new GLatLng( 9.48318, 30.00000),new GLatLng( 9.59062, 30.50000),new GLatLng( 9.69378, 31.00000),new GLatLng( 9.79272, 31.50000),new GLatLng( 9.88755, 32.00000),new GLatLng( 9.97833, 32.50000),new GLatLng( 10.06515, 33.00000),new GLatLng( 10.14807, 33.50000),new GLatLng( 10.22716, 34.00000),new GLatLng( 10.30251, 34.50000),new GLatLng( 10.37417, 35.00000),new GLatLng( 10.44222, 35.50000),new GLatLng( 10.50671, 36.00000),new GLatLng( 10.56771, 36.50000),new GLatLng( 10.62528, 37.00000),new GLatLng( 10.67948, 37.50000),new GLatLng( 10.73037, 38.00000),new GLatLng( 10.77800, 38.50000),new GLatLng( 10.82242, 39.00000),new GLatLng( 10.86369, 39.50000),new GLatLng( 10.90186, 40.00000),new GLatLng( 10.93698, 40.50000),new GLatLng( 10.96910, 41.00000),new GLatLng( 10.99827, 41.50000),new GLatLng( 11.02453, 42.00000),new GLatLng( 11.04792, 42.50000),new GLatLng( 11.06850, 43.00000),new GLatLng( 11.08630, 43.50000),new GLatLng( 11.10137, 44.00000),new GLatLng( 11.11374, 44.50000),new GLatLng( 11.12346, 45.00000),new GLatLng( 11.13057, 45.50000),new GLatLng( 11.13510, 46.00000),new GLatLng( 11.13708, 46.50000),new GLatLng( 11.13657, 47.00000),new GLatLng( 11.13359, 47.50000),new GLatLng( 11.12817, 48.00000),new GLatLng( 11.12035, 48.50000),new GLatLng( 11.11017, 49.00000),new GLatLng( 11.09765, 49.50000),new GLatLng( 11.08283, 50.00000),new GLatLng( 11.06574, 50.50000),new GLatLng( 11.04640, 51.00000),new GLatLng( 11.02485, 51.50000),new GLatLng( 11.00112, 52.00000),new GLatLng( 10.97524, 52.50000),new GLatLng( 10.91032, 53.60852)],"#3300FF", 2, 0.65, {clickable: false});map.addOverlay(polyline);// First RED, Solar Eclipse of 1987 Mar 29 - Central Linevar polyline = new GPolyline([new GLatLng( -46.79199, -71.46521),new GLatLng( -46.76460, -71.00000),new GLatLng( -46.73362, -70.50000),new GLatLng( -46.70102, -70.00000),new GLatLng( -46.66678, -69.50000),new GLatLng( -46.63090, -69.00000),new GLatLng( -46.59334, -68.50000),new GLatLng( -46.55411, -68.00000),new GLatLng( -46.51319, -67.50000),new GLatLng( -46.47056, -67.00000),new GLatLng( -46.42622, -66.50000),new GLatLng( -46.38013, -66.00000),new GLatLng( -46.33230, -65.50000),new GLatLng( -46.28270, -65.00000),new GLatLng( -46.23132, -64.50000),new GLatLng( -46.17813, -64.00000),new GLatLng( -46.12313, -63.50000),new GLatLng( -46.06630, -63.00000),new GLatLng( -46.00762, -62.50000),new GLatLng( -45.94707, -62.00000),new GLatLng( -45.88462, -61.50000),new GLatLng( -45.82029, -61.00000),new GLatLng( -45.75401, -60.50000),new GLatLng( -45.68579, -60.00000),new GLatLng( -45.61561, -59.50000),new GLatLng( -45.54343, -59.00000),new GLatLng( -45.46925, -58.50000),new GLatLng( 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GLatLng( -36.58923, -29.50000),new GLatLng( -36.32723, -29.00000),new GLatLng( -36.06001, -28.50000),new GLatLng( -35.78749, -28.00000),new GLatLng( -35.50952, -27.50000),new GLatLng( -35.22602, -27.00000),new GLatLng( -34.93684, -26.50000),new GLatLng( -34.64187, -26.00000),new GLatLng( -34.34100, -25.50000),new GLatLng( -34.03408, -25.00000),new GLatLng( -33.72099, -24.50000),new GLatLng( -33.40161, -24.00000),new GLatLng( -33.07578, -23.50000),new GLatLng( -32.74340, -23.00000),new GLatLng( -32.40430, -22.50000),new GLatLng( -32.05835, -22.00000),new GLatLng( -31.70543, -21.50000),new GLatLng( -31.34536, -21.00000),new GLatLng( -30.97803, -20.50000),new GLatLng( -30.60328, -20.00000),new GLatLng( -30.22099, -19.50000),new GLatLng( -29.83102, -19.00000),new GLatLng( -29.43320, -18.50000),new GLatLng( -29.02745, -18.00000),new GLatLng( -28.61359, -17.50000),new GLatLng( -28.19153, -17.00000),new GLatLng( -27.76116, -16.50000),new GLatLng( -27.32235, -16.00000),new GLatLng( -26.87503, 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14.00000),new GLatLng( 3.47650, 14.50000),new GLatLng( 3.77907, 15.00000),new GLatLng( 4.07306, 15.50000),new GLatLng( 4.35867, 16.00000),new GLatLng( 4.63610, 16.50000),new GLatLng( 4.90551, 17.00000),new GLatLng( 5.16710, 17.50000),new GLatLng( 5.42105, 18.00000),new GLatLng( 5.66753, 18.50000),new GLatLng( 5.90671, 19.00000),new GLatLng( 6.13876, 19.50000),new GLatLng( 6.36386, 20.00000),new GLatLng( 6.58215, 20.50000),new GLatLng( 6.79380, 21.00000),new GLatLng( 6.99896, 21.50000),new GLatLng( 7.19777, 22.00000),new GLatLng( 7.39039, 22.50000),new GLatLng( 7.57696, 23.00000),new GLatLng( 7.75759, 23.50000),new GLatLng( 7.93245, 24.00000),new GLatLng( 8.10165, 24.50000),new GLatLng( 8.26531, 25.00000),new GLatLng( 8.42356, 25.50000),new GLatLng( 8.57651, 26.00000),new GLatLng( 8.72429, 26.50000),new GLatLng( 8.86699, 27.00000),new GLatLng( 9.00473, 27.50000),new GLatLng( 9.13762, 28.00000),new GLatLng( 9.26574, 28.50000),new GLatLng( 9.38921, 29.00000),new GLatLng( 9.50811, 29.50000),new GLatLng( 9.62254, 30.00000),new GLatLng( 9.73258, 30.50000),new GLatLng( 9.83833, 31.00000),new GLatLng( 9.93986, 31.50000),new GLatLng( 10.03727, 32.00000),new GLatLng( 10.13062, 32.50000),new GLatLng( 10.21999, 33.00000),new GLatLng( 10.30546, 33.50000),new GLatLng( 10.38710, 34.00000),new GLatLng( 10.46499, 34.50000),new GLatLng( 10.53918, 35.00000),new GLatLng( 10.60975, 35.50000),new GLatLng( 10.67676, 36.00000),new GLatLng( 10.74027, 36.50000),new GLatLng( 10.80035, 37.00000),new GLatLng( 10.85704, 37.50000),new GLatLng( 10.91042, 38.00000),new GLatLng( 10.96053, 38.50000),new GLatLng( 11.00743, 39.00000),new GLatLng( 11.05118, 39.50000),new GLatLng( 11.09181, 40.00000),new GLatLng( 11.12940, 40.50000),new GLatLng( 11.16397, 41.00000),new GLatLng( 11.19559, 41.50000),new GLatLng( 11.22429, 42.00000),new GLatLng( 11.25013, 42.50000),new GLatLng( 11.27314, 43.00000),new GLatLng( 11.29337, 43.50000),new GLatLng( 11.31086, 44.00000),new GLatLng( 11.32566, 44.50000),new GLatLng( 11.33779, 45.00000),new GLatLng( 11.34731, 45.50000),new GLatLng( 11.35424, 46.00000),new GLatLng( 11.35863, 46.50000),new GLatLng( 11.36052, 47.00000),new GLatLng( 11.35993, 47.50000),new GLatLng( 11.35690, 48.00000),new GLatLng( 11.35146, 48.50000),new GLatLng( 11.34365, 49.00000),new GLatLng( 11.33351, 49.50000),new GLatLng( 11.32105, 50.00000),new GLatLng( 11.30632, 50.50000),new GLatLng( 11.28935, 51.00000),new GLatLng( 11.27015, 51.50000),new GLatLng( 11.24877, 52.00000),new GLatLng( 11.22523, 52.50000),new GLatLng( 11.16658, 53.58984)],"#FF0000", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 11.1667 1var polyline = new GPolyline([new GLatLng(-43.35912, -48.43970),new GLatLng(-43.69291, -48.56158)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 11.3333 2var polyline = new GPolyline([new GLatLng(-39.19668, -35.34528),new GLatLng(-39.38171, -35.29395)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 11.5000 3var polyline = new GPolyline([new GLatLng(-35.52742, -27.65796),new GLatLng(-35.63544, -27.59851)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 11.6667 4var polyline = new GPolyline([new GLatLng(-32.13352, -22.17212),new GLatLng(-32.19304, -22.12897)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 11.8333 5var polyline = new GPolyline([new GLatLng(-28.93306, -17.91296),new GLatLng(-28.96006, -17.89001)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 12.0000 6var polyline = new GPolyline([new GLatLng(-25.88059, -14.42603),new GLatLng(-25.88530, -14.42157)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 12.1667 7var polyline = new GPolyline([new GLatLng(-22.94660, -11.45386),new GLatLng(-22.93610, -11.46460)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 12.3333 8var polyline = new GPolyline([new GLatLng(-20.11022, -8.83191),new GLatLng(-20.08971, -8.85400)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 12.5000 9var polyline = new GPolyline([new GLatLng(-17.35587, -6.44434),new GLatLng(-17.32940, -6.47412)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 12.6667 10var polyline = new GPolyline([new GLatLng(-14.67150, -4.20325),new GLatLng(-14.64245, -4.23682)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 12.8333 11var polyline = new GPolyline([new GLatLng(-12.04765, -2.03613),new GLatLng(-12.01905, -2.06958)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 13.0000 12var polyline = new GPolyline([new GLatLng( -9.47680, 0.12183),new GLatLng( -9.45161, 0.09216)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 13.1667 13var polyline = new GPolyline([new GLatLng( -6.95306, 2.33325),new GLatLng( -6.93441, 2.31128)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 13.3333 14var polyline = new GPolyline([new GLatLng( -4.47206, 4.66467),new GLatLng( -4.46349, 4.65466)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 13.5000 15var polyline = new GPolyline([new GLatLng( -2.03097, 7.19250),new GLatLng( -2.03671, 7.19910)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 13.6667 16var polyline = new GPolyline([new GLatLng( 0.37113, 10.01331),new GLatLng( 0.34582, 10.04163)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 13.8333 17var polyline = new GPolyline([new GLatLng( 2.73248, 13.26025),new GLatLng( 2.68076, 13.31689)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 14.0000 18var polyline = new GPolyline([new GLatLng( 5.04673, 17.13806),new GLatLng( 4.95932, 17.23206)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 14.1667 19var polyline = new GPolyline([new GLatLng( 7.29811, 22.01001),new GLatLng( 7.16140, 22.15576)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 14.3333 20var polyline = new GPolyline([new GLatLng( 9.44524, 28.68738),new GLatLng( 9.23589, 28.91931)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);// YELLOW Solar Eclipse Time Line: 14.5000 21var polyline = new GPolyline([new GLatLng( 11.31319, 40.38794),new GLatLng( 10.96447, 40.92505)],"#FFFF00", 2, 0.65, {clickable: false});map.addOverlay(polyline);/* ++++++++++++++++++++++++++++++++++++++++++++++++++ *//* ++++++++++++++++++++++++++++++++++++++++++++++++++ */// Insert TRACK.GOO (ex SHADOW.EXE) above here}//-->//]]>

Hybrid Solar Eclipse of 1987 Mar 29

Google Maps and Solar Eclipse Paths

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The following browsers have been successfully tested withGoogle Maps:

Introduction

This interactive Google map shows the path of the Hybrid Solar Eclipse of 1987 Mar 29. The northern and southern path limits are blue and the central line is red.The yellow lines crossing the path indicate the position of maximum eclipse at 10-minute intervals. The four-way toggle arrows (upper left corner) are for navigating around the map. The zoom bar (left edge) is used to change the magnification. The two map buttons (top right) let you switch between map view and a satellite view.

Map centered on (latitude, longitude):
Cursor position (latitude, longitude):
Distance from last marker:		 Show marker on click
 Large map

The green marker labeledGE is the point ofGreatest Eclipse. Click anywhere on the map to mark a position and calculate the eclipse times there. Move the cursor over a marker to reveal the eclipse circumstances for that position. The marker predictions can also be viewed in a new window via theEclipse Times Popup button. You can select and copy this infomation to paste into a word processor.

An individual marker can be removed by using theClear Marker button in the marker'sEclipse Times Popup window. All markers can be removed using theClear Markers button below the eclipse map. Choose theLarge Map check box to produce a bigger map (hint: enlarge you browser window to maximum size before selecting theLarge Map check box). This option is especially useful to users with large monitors and fast internet connections.

Below the lower left corner of the map are three readouts. The first gives the geographic coordinates (latitude & longitude) of the map center while the second gives the geographic coordinates of the cursor. The third line gives the distance of the cursor from the last marker. For more information, seeGoogle Eclipse Map Instructions.

Hybrid Solar Eclipse of 1987 Mar 29

Solar Eclipse Links

Acknowledgments

Please visit theAcknowledgments Page for complete details and links.

Predictions for the Hybrid Solar Eclipse of 1987 Mar 29were generated using theVSOP87/ELP2000-85 solar and lunar ephemerides and a value of ΔT = 55.4 seconds. The accuracy of the northern and southern edges of the eclipse path are limited to approximately 1-2 kilometers due to thelunar limb profile.

Eclipse calculations are by Fred Espenak, and he assumes full responsibility for their accuracy. Permission is freely granted to reproducethis data when accompanied by an acknowledgment:

"Eclipse Predictions by Fred Espenak, NASA's GSFC"

For more information, see:NASA Copyright Information

2013 Dec 19
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