");
PreView.document.write("
");
PreView.document.write("");
PreView.document.write("");
PreView.document.focus();
PreView.document.close();
}
// Mostra uma imagem numa nova janela, com descrição e botão para fechar. A orientação pode ser Portrait*/
// ou landscape, definido por um parametro ('P' ou 'L')
function DisplayImage(imgFile,strText,Orientation)
{
if(Orientation == "P")
{
PreView = window.open("", "Preview", "toolbar=0,location=0,directories=0,status=0,menubar=0,scrollbars=1,resizable=0,copyhistory=0,width=580,height=640");
}
else
{
PreView = window.open("", "Preview", "toolbar=0,location=0,directories=0,status=0,menubar=0,scrollbars=1,resizable=0,copyhistory=0,width=650,height=490");
}
PreView.document.open();
PreView.document.write("");
PreView.document.write("
Visualizar a Imagem");
PreView.document.write("");
if(Orientation == "P")
{
PreView.document.write("
![](" + imgFile + ")
");
}
else
{
PreView.document.write("
");
}
PreView.document.write("" + strText + "");
PreView.document.write("
");
PreView.document.write("");
PreView.document.write("");
PreView.document.focus();
PreView.document.close();
}
////////////////
// Mostra uma imagem numa nova janela, com descrição e botão para fechar. Formato grande.
////////////////
function DisplayImageLarge(imgFile,strText)
{
PreView = window.open("", "Preview", "toolbar=0,location=0,directories=0,status=0,menubar=0,scrollbars=1,resizable=0,copyhistory=0,width=800,height=700");
PreView.document.open();
PreView.document.write("");
PreView.document.write("
Visualizar a Imagem");
PreView.document.write("");
PreView.document.write("
");
PreView.document.write("" + strText + "");
PreView.document.write("
");
PreView.document.write("");
PreView.document.write("");
PreView.document.focus();
PreView.document.close();
}
/************************************************************************/
// Rise and Set times of the Sun
/************************************************************************/
var MyPI = 3.1415926535897932384626433832795;
var RADEG = 180/MyPI;
var DEGRAD = MyPI/180;
//var RADEG = 1;
//var DEGRAD = 1;
// SunTimes Fucntion
// Computes the sunrise and sunset times.
function SunTimes (strYear, strMonth, strDay, longitude, latitude, TZ, isdst)
{
var d;
var N;
var i;
var w;
var M;
var M_tmp;
var L;
var e;
var e1;
var a;
var xv;
var yv;
var v;
var xs;
var ys;
var xe;
var ecl;
var lonsun;
var ye;
var ze;
var ra;
var dec;
var h;
var GMST0;
var UT_Sun_in_south;
var LHA;
var hour_rise;
var hour_set;
var min_rise;
var min_set;
// calculate days since 2000 jan 1
d = ( 367 * (strYear) - parseInt((7 * ((strYear) + (((strMonth) + 9) / 12))) / 4) + parseInt((275 * (strMonth)) / 9) + (strDay) - 730530);
// Orbital elements of the Sun:
N = 0.0;
i = 0.0;
w = 282.9404 + (0.0000470935 * d);
a = 1.000000;
e = 0.016709 - (1.151E-9 * d);
M_tmp = 356.0470 + (0.9856002585 * d);
M = rev(M_tmp);
ecl = 23.4393 - (3.563E-7 * d);
L = w + M;
if (L < 0 || L > 360)
{
L = rev(L);
}
// position of the Sun
E1 = M + e*(180/MyPI) * Math.sin(M * DEGRAD) * ( 1.0 + e * Math.cos(M * DEGRAD) );
xv = Math.cos(E1 * DEGRAD) - e;
yv = Math.sqrt(1.0 - e * e) * Math.sin(E1 * DEGRAD);
//v = RADEG * Math.atan2(yv, xv);
v = RADEG * MyAtan2(yv, xv);
r = Math.sqrt(xv * xv + yv * yv);
lonsun = v + w;
if (lonsun < 0 || lonsun > 360)
{
lonsun = rev(lonsun);
}
xs = r * Math.cos(lonsun * DEGRAD);
ys = r * Math.sin(lonsun * DEGRAD);
xe = xs;
ye = ys * Math.cos(ecl * DEGRAD);
ze = ys * Math.sin(ecl * DEGRAD);
RA = RADEG * Math.atan2(ye, xe);
//Dec = RADEG * Math.atan2(ze, (Math.sqrt((xe * xe)+(ye * ye))));
Dec = RADEG * MyAtan2(ze, (Math.sqrt((xe * xe)+(ye * ye))));
h=-0.833;
GMST0 = L + 180;
if (GMST0 < 0 || GMST0 > 360)
{
GMST0 = rev(GMST0);
}
UT_Sun_in_south = ( RA - GMST0 - longitude ) / 15.0;
if (UT_Sun_in_south < 0)
{
UT_Sun_in_south=UT_Sun_in_south + 24;
}
LHA= (Math.sin(h * DEGRAD) - (Math.sin(latitude * DEGRAD) * Math.sin(Dec * DEGRAD)))/(Math.cos(latitude * DEGRAD) * Math.cos(Dec * DEGRAD));
if (LHA > -1 && LHA < 1)
{
//LHA = (RADEG * Math.acos(LHA))/15;
LHA= (RADEG * MyAcos(LHA))/15;
}
else
{
SunTimes = "No sunrise,No sunset";
return;
}
hour_rise=UT_Sun_in_south - LHA;
hour_set=UT_Sun_in_south + LHA;
min_rise=parseInt((hour_rise-parseInt(hour_rise)) * 60);
min_set=parseInt((hour_set-parseInt(hour_set)) * 60);
hour_rise=(parseInt(hour_rise) + (TZ + isdst));
hour_set=(parseInt(hour_set) + (TZ + isdst));
if (min_rise < 10)
{
//min_rise = right("0000" + min_rise, 2);
}
if (min_set < 10)
{
//min_set = right("0000" + min_set, 2);
}
var tmpSunTimes;
tmpSunTimes = hour_rise + ":" + min_rise + "," + hour_set + ":" + min_set;
return tmpSunTimes;
}
// Supp||t functions
function rev(qqq)
{
var x;
x = (qqq - (parseInt((qqq/360.0)) * 360.0));
if (x <= 0)
{
x = x + 360;
}
return x;
}
// To compute Atan2
function MyAtan2(ys,xs)
{
// from the Draw Arrows tip
// @ http://www.devx.com/upload/free/features/VBPJ/techtips/techtips11.pdf
// by —Jim Deutch, Syracuse, New Y||k
var theta;
if (xs != 0)
{
theta = Math.atan(ys / xs);
if (xs < 0)
{
theta = theta + MyPI;
}
}
else
{
if (ys < 0)
{
theta = 3 * MyPI / 2; //90;
}
else
{
theta = MyPI / 2; //270
}
}
return theta;
}
//To Compute Acos
function MyAcos(x)
{
var retVAl;
retVAl = Math.atan(-x / Math.sqrt(-x * x + 1)) + 2 * Math.atan(1);
return retVAl;
}
/****************************************************************
Live Date Script-
© Dynamic Drive (www.dynamicdrive.com)
For full source code, installation instructions, 100's more DHTML scripts, and Terms Of Use,
visit http://www.dynamicdrive.com
/*****************************************************************/
var dayarray=new Array("Domingo","Segunda-Feira","TerÇa","Quarta-Feira","Quinta-Feira","Sexta-Feira","SÁbado")
var montharray=new Array("Janeiro","Fevereiro","MarÇo","Abril","Maio","Junho","Julho","Agosto","Setembro","Outubro","Novembro","Dezembro")
function getthedate(){
var mydate=new Date()
var year=mydate.getYear()
if (year < 1000)
year+=1900
var day=mydate.getDay()
var month=mydate.getMonth()
var daym=mydate.getDate()
if (daym<10)
daym="0"+daym
var hours=mydate.getHours()
var minutes=mydate.getMinutes()
var seconds=mydate.getSeconds()
var dn="AM"
/*if (hours>=12)
dn="PM"
if (hours>12){
hours=hours-12
}
if (hours==0)
hours=12*/
if (minutes<=9)
minutes="0"+minutes
if (seconds<=9)
seconds="0"+seconds
//change font size here
var cdate="
"+dayarray[day]+", "+daym+" de "+montharray[month]+" "+year+" - "+hours+":"+minutes+":"+seconds
+""
if (document.all)
document.all.clock.innerHTML=cdate
else
document.write(cdate)
}
function goforit()
{
if (document.all)
setInterval("getthedate()",1000)
}