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A Rocinha pode vir a ser a primeira favela do mundo a ter uma
orientação natural segundo www.VolksNav.com/Rocinha

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Endereços como p. ex. StatusQuo(c) RJO m7:10 r60 se baseiam no Cristo
e harmonizam com códigos de cruzamentos, pontos de parada, pontes etc.

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"m12" é a direção do Cristo pro norte, "m3" prá leste, etc.
Esse método divide a cidade em 12 setores "horarios".
Rocinha fica no setor m7.

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O raio é a distancia até o Cristo em passos de 100m.
"r60" significa 60 x 100m do Cristo

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Os setores são divididos em "minutos-horizonte".
A linha azul "m7:10" fica 10 x 100m "mais tarde" que a
direção "m7" que vai do Cristo em direcao Buenos Aires

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Cada cruzamento é o centro de um novo relogio, com o qual se pode numerar as casas.
P. ex. m7:14 r56 m10 r57 pode ser uma porta que se encontra a 57 metros
em direção m10 (sol poente) do cruzamento Gavea/Dionéia.

'; var tab1 = new GInfoWindowTab('Rocinha', div1); kenn="RJO" var poleLat= -( 22 + 57 / 60 + 6 / 3600); var poleLon= -(43 + 12 / 60 + 38 / 3600); var map = new GMap2(); var position_marker = null; // UntenLinks var ullat = -(22 + 59/60 + 46/3600 ) ; // 56 50 48 var ullon = -(43 + 15/60 + 33/3600); // var centroLatIndoor = -(22 + 59/60 + 10/3600); // 20 var centroLonIndoor = -(43 + 15/60 + 1/3600); //12 6 var centro = new GLatLng(centroLatIndoor+0.003, centroLonIndoor+0.003); map.setCenter(centro, 15); // map.setMapType(G_NORMAL_MAP); map.setMapType(G_SATELLITE_MAP); showTabs(); overlayIndoor(); var prefs = new _IG_Prefs(__MODULE_ID__); var message = document.getElementById("message"); GEvent.addListener(map, "click", showPosition); function overlayIndoor(){ var boundaries = new GLatLngBounds(new GLatLng(ullat,ullon), new GLatLng(ullat+.0145 , ullon + .0215));// 16 15 14 // 24 23 22 21 var oldmap = new GGroundOverlay("http://www.volksnav.de/Rocinha/Rocinha.png", boundaries); map.addOverlay(oldmap); } function resetCounter(){ prefs.set("zoomState = ", 0); map.clearOverlays(); zoom=12 drawGrid(); } function incrementZoom() { var zoomState = prefs.getInt("zoomState"); prefs.set("zoomState", zoomState + 1); map.clearOverlays(); zoom=11 drawGrid(); } function drawGrid () { overlayIndoor(); var cosR = Math.sin(poleLat*Math.atan(1) / 45)*Math.sin(poleLat * Math.atan(1) / 45) + Math.cos(poleLat*Math.atan(1) / 45)*Math.cos(poleLat * Math.atan(1) / 45) * Math.cos(( Math.atan(1) / 45)); map.setCenter(centro, zoom); var points = []; for (var k = 1; k < 3; k++) { if(zoom < 11.5) { var fator= 5 }//zoom/2.2 else {var fator=2} var raioPeak = fator * k //15; // 15 km var Ry = raioPeak / 111.18 var Rx = raioPeak / ( 111.18 * Math.cos( poleLat * Math.atan(1) / 45) ) for (var i = 0; i < 73; i++) { var winkel= 360/72*Math.PI*i/180; var WoLat = poleLat + Ry * Math.cos(winkel); var WoLon = poleLon + Rx * Math.sin(winkel); points.push(new GLatLng(WoLat ,WoLon )); } } // var k map.addOverlay(new GPolyline(points, "#ff0000", 2, 0.7)); var raioPeak = fator * 3 //15; // 15 km var radioy = raioPeak / 111.18 var radiox = raioPeak / ( 111.18 * Math.cos( poleLat * Math.atan(1) / 45) ) var polyline = new GPolyline([ new GLatLng(poleLat + radioy, poleLon), new GLatLng(poleLat-radioy, poleLon) ], "#ff0000", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat + Math.sqrt(3)*radioy/2, poleLon + radiox/2), new GLatLng(poleLat - Math.sqrt(3)*radioy/2, poleLon - radiox/2) ], "#ff0000", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([ new GLatLng(poleLat + radioy/2, poleLon + radiox*0.866),new GLatLng(poleLat - radioy/2, poleLon - radiox*0.866) ], "#ff0000", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat , poleLon + radiox),new GLatLng(poleLat, poleLon-radiox)], "#ff0000", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat-radioy/2 , poleLon + radiox*.866),new GLatLng(poleLat+radioy/2 , poleLon - radiox*.866)], "#ff0000",1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat-radioy*.866 , poleLon + radiox*.5),new GLatLng(poleLat+radioy*.866 , poleLon - radiox*.5)], "#ff0000", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([ new GLatLng(poleLat+ .96*radioy, poleLon+radiox*.5/3),new GLatLng(poleLat + Math.sqrt(3)*radioy/2/3, poleLon + radiox/2/3) ], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([ new GLatLng(poleLat+ .92*radioy, poleLon+radiox/3),new GLatLng(poleLat + Math.sqrt(3)*radioy/3, poleLon + radiox/3) ], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([ new GLatLng(poleLat - .96 *radioy, poleLon-radiox*.5/3),new GLatLng(poleLat - Math.sqrt(3)*radioy/2/3, poleLon - radiox/2/3) ], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([ new GLatLng(poleLat - .92 *radioy, poleLon-radiox/3),new GLatLng(poleLat - Math.sqrt(3)*radioy/3, poleLon - radiox/3) ], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat-radioy/6, poleLon+radiox*.866/3),new GLatLng(poleLat-radioy/6 , poleLon + radiox*.96)], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat-radioy/3, poleLon+radiox*.866*2/3),new GLatLng(poleLat-radioy/3 , poleLon + radiox*.92)], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat+radioy/6, poleLon-radiox*.866/3),new GLatLng(poleLat+radioy/6 , poleLon - radiox*.96)], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat+radioy/3, poleLon-radiox*.866*2/3),new GLatLng(poleLat+radioy/3 , poleLon - radiox*.92)], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([ new GLatLng(poleLat+ radioy/6, poleLon+radiox*.866/3),new GLatLng(poleLat + .76 * radioy, poleLon + radiox * 0.64) ], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([ new GLatLng(poleLat+ radioy/3, poleLon+radiox*2*.866/3),new GLatLng(poleLat + .65 * radioy, poleLon + radiox*0.77) ], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([ new GLatLng(poleLat- radioy/6, poleLon-radiox*.866/3),new GLatLng(poleLat - .76 *radioy, poleLon - radiox*0.64) ], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([ new GLatLng(poleLat- radioy/3, poleLon-radiox*2*.866/3),new GLatLng(poleLat - .65 * radioy, poleLon - radiox*0.77) ], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat, poleLon+radiox/3),new GLatLng(poleLat + radioy*.35, poleLon + radiox*.92) ], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat, poleLon+ 2* radiox / 3),new GLatLng(poleLat + radioy*.17, poleLon + radiox*.97) ], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat, poleLon - radiox/3),new GLatLng(poleLat - radioy*.35, poleLon - radiox*.93) ], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat, poleLon - 2* radiox / 3),new GLatLng(poleLat - radioy*.17, poleLon - radiox*.97) ], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat-radioy*.866/3, poleLon + radiox/6),new GLatLng(poleLat-radioy*.64 , poleLon + .76* radiox)], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat-radioy*2*.866/3, poleLon + radiox/3),new GLatLng(poleLat-radioy*.77 , poleLon + .65 * radiox)], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat+radioy*.866/3, poleLon - radiox/6),new GLatLng(poleLat+radioy*.64 , poleLon - .76 * radiox )], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat+radioy*2*.866/3, poleLon - radiox/3),new GLatLng(poleLat+radioy*.77 , poleLon - .65 * radiox )], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat-radioy/3, poleLon),new GLatLng(poleLat-radioy*.93 , poleLon+radiox*.35)], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat-radioy*2/3, poleLon),new GLatLng(poleLat-radioy*.97 , poleLon+radiox*.17)], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat+radioy/3, poleLon),new GLatLng(poleLat+radioy * .93 , poleLon - radiox*.35)], "#0000ff", 1, 1); map.addOverlay(polyline); var polyline = new GPolyline([new GLatLng(poleLat+radioy*2/3, poleLon),new GLatLng(poleLat+radioy * .97 , poleLon - radiox*.17)], "#0000ff", 1, 1); map.addOverlay(polyline); var tinyIcon = new GIcon(); if (zoom < 11.5) { tinyIcon.image = "http://www.volksnav.de/mapplet/r50.ico";} else { tinyIcon.image = "http://www.volksnav.de/mapplet/r20.ico";} tinyIcon.iconSize = new GSize(25, 25); tinyIcon.iconAnchor = new GPoint(10, 10); var winkelR= 15*Math.PI/180; var WoLatR = poleLat - Ry * Math.cos(winkelR)/2; var WoLonR = poleLon - Rx * Math.sin(winkelR)/2; var pontoR = new GLatLng(WoLatR,WoLonR); map.addOverlay(new GMarker(pontoR, {icon:tinyIcon})); if(zoom < 11.5) {tinyIcon.image = "http://www.volksnav.de/mapplet/M25.ico";} else {tinyIcon.image = "http://www.volksnav.de/mapplet/M10.ico";} tinyIcon.iconSize = new GSize(25, 25); tinyIcon.iconAnchor = new GPoint(10, 10); var WoLatM = poleLat - Ry /1.5; var WoLonM = poleLon - Rx /4; var pontoM = new GLatLng(WoLatM,WoLonM); map.addOverlay(new GMarker(pontoM, {icon:tinyIcon})); } // function drawGrid function showTabs(){ var tab2 = new GInfoWindowTab('endereço', div2); var tab3 = new GInfoWindowTab('setor/Hora', div3); var tab4 = new GInfoWindowTab('raio', div4); var tab5 = new GInfoWindowTab('minutos', div5); var tab6 = new GInfoWindowTab('house number', div6); map.openInfoWindowTabs(centro, [tab1, tab2,tab3, tab4, tab5, tab6]) } function showPosition(marker, point) { if (typeof(point) == "undefined" || point == null) { return; } if (position_marker != null) { map.removeOverlay(position_marker); } position_marker = new GMarker(point); var escala = 1111.8 var cosR = Math.sin(poleLat*Math.atan(1) / 45)*Math.sin(poleLat * Math.atan(1) / 45) + Math.cos(poleLat*Math.atan(1) / 45)*Math.cos(poleLat * Math.atan(1) / 45) * Math.cos(( Math.atan(1) / 45)); var coordy = (point.lat().toString() - poleLat) * escala; var coordx = (point.lng().toString() - poleLon) * Math.round(10*(Math.atan(-cosR / Math.sqrt(-cosR * cosR + 1)) + 2 * Math.atan(1)) * 45 * escala/ Math.atan(1) )/10 ; var hipotenusa = Math.round( Math.sqrt(coordx * coordx + coordy * coordy) ); var verhaeltnis = Math.abs(coordy)/Math.abs(coordx); if (verhaeltnis>=1.73 && coordx>0 && coordy>0) { HH=12; HM=Math.round(coordx); } else if (verhaeltnis < .577 && coordx>0 && coordy>0) { HH=2; HM=Math.round( Math.abs(0.5 * coordx) - Math.abs(0.866 * coordy)); } else if (verhaeltnis<1.73 &&verhaeltnis>.577 && coordx>0 && coordy>0) { HH=1; HM=Math.round(Math.abs(0.866 * coordx) - Math.abs(0.5 * coordy)); } else if (verhaeltnis>=1.73 && coordx>0 && coordy<0) { HH=5; HM=Math.round(Math.abs(0.5 * coordy) - Math.abs(0.866 * coordx)); } else if (verhaeltnis<.577 && coordx>0 && coordy<0) { HH=3; HM=Math.round(Math.abs( coordy)); } else if (verhaeltnis<1.73 &&verhaeltnis>.577 && coordx>0 && coordy<0) { HH=4; HM=Math.round(Math.abs(0.866 * coordy) - Math.abs(0.5 * coordx)); } else if (verhaeltnis>=1.73 && coordx<0 && coordy<0) { HH=6; HM=Math.round(Math.abs(coordx)); } else if (verhaeltnis<.577 && coordx<0 && coordy<0) { HH=8; HM=Math.round(Math.abs(0.5 * coordx) - Math.abs(0.866 * coordy)); } else if (verhaeltnis<1.73 &&verhaeltnis>.577 && coordx<0 && coordy<0) { HH=7; HM=Math.round(Math.abs(0.866 * coordx) - Math.abs(0.5 * coordy)); } else if (verhaeltnis>=1.73 && coordx<0 && coordy>0) { HH=11; HM=Math.round(Math.abs(0.5 * coordy) - Math.abs(0.866 * coordx)); } else if (verhaeltnis<.577 && coordx<0 && coordy>0) { HH=9; HM=Math.round(Math.abs(coordy)); } else if (verhaeltnis<1.73 &&verhaeltnis>.577 && coordx<0 && coordy>0) { HH=10; HM=Math.round(Math.abs(0.866 * coordy) - Math.abs(0.5 * coordx)); } map.addOverlay(position_marker); if ( hipotenusa<= 100) { if ( HM > 0 && HM >= hipotenusa/2 && HH<12) { HH=HH+1; var posmsg = "StatusQuo(c) " + kenn + " m"+ HH + " r" + hipotenusa + "
\n"; } else if ( (HM > 0 && HM >= hipotenusa/2) && (HH=12)) { HH=1; var posmsg = "StatusQuo(c) " + kenn + " m"+ HH + " r" + hipotenusa + "
\n"; } else if ( HM > 0 && HM < hipotenusa/2) { var posmsg = "StatusQuo(c) "+ kenn +" m" + HH + ":" + HM +" r" + hipotenusa + "
\n"; } else if ( HM<1 ){ var posmsg = "StatusQuo(c) " + kenn + " m"+ HH + " r" + hipotenusa + "
\n"; } } else if (hipotenusa >100) { var posmsg = "Raio maior que 10km! Nessa conversao simplificada, o
\n"; posmsg += "código nao harmoniza com aparelhos de navegacao" ; } map.openInfoWindowHtml(point, posmsg); } // show position VolksNav.com/mapplet
Clique em qualquer lugar do mapa para obter o CEP inteligente desse ponto.(módo simplificado)
A Convenção de Munique quantifica posiçoes em harmonia com a cartografia e aparelhos de navegacao. Detalhes veja o link acima. Após alguns cliques no mapa em diversos níveis de zoom, clique no botoes e veja a primeira grade de localizacao zoomável sem limitacoes.
Exercicio: usando seu poder de imaginação, imagine a seguinte rota: m1 r40 até m5 r90
Esse mapplet converte lat/lon a StatusQuo(c) de modo simplificado, toleravel até um raio de 10 km. Para conversoes profissionais, veja VolksNav.com/mapplet.
Copyright 2009 VolksNav(c) Henrique Koehler ]]>