// Define
td1 = '| ';
td2 = ' | ';
img = ' ';
font1 = '';
font2 = '';
links = new Object();
links[0] = "agulhas.html";
links[1] = "angola.html";
links[2] = "antilles.html";
links[3] = "azores.html";
links[4] = "benguela.html";
links[5] = "brazil.html";
links[6] = "canary.html";
links[7] = "../caribbean/caribbean.html";
links[8] = "east-greenland.html";
links[9] = "east-iceland.html";
links[10] = "florida.html";
links[11] = "guiana.html";
links[12] = "guinea.html";
links[13] = "gulf-stream.html";
links[14] = "irminger.html";
links[15] = "labrador.html";
links[16] = "loop-current.html";
links[17] = "malvinas.html";
links[18] = "north-atlantic.html";
links[19] = "north-atlantic-drift.html";
links[20] = "north-brazil.html";
links[21] = "north-equatorial.html";
links[22] = "north-equatorial-cc.html";
links[23] = "norwegian.html";
links[24] = "portugal.html";
links[25] = "slope.html";
links[26] = "slope-jet.html";
links[27] = "south-atlantic.html";
links[28] = "south-equatorial.html";
links[29] = "spitsbergen.html";
links[30] = "subtropical-cc.html";
links[31] = "west-greenland.html";
links[32] = "other-currents.html";
names = new Object();
names[0] = "Agulhas";
names[1] = "Angola";
names[2] = "Antilles";
names[3] = "Azores";
names[4] = "Benguela";
names[5] = "Brazil";
names[6] = "Canary";
names[7] = "Caribbean System";
names[8] = "East Greenland";
names[9] = "East Iceland";
names[10] = "Florida";
names[11] = "Guiana";
names[12] = "Guinea";
names[13] = "Gulf Stream";
names[14] = "Irminger";
names[15] = "Labrador";
names[16] = "Loop Current";
names[17] = "Malvinas";
names[18] = "North Atlantic";
names[19] = "North Atlantic Drift";
names[20] = "North Brazil";
names[21] = "North Equatorial";
names[22] = "North Equatorial CC";
names[23] = "Norwegian/N Cape";
names[24] = "Portugal System";
names[25] = "Slope/Shelf Edge";
names[26] = "Slope Jet";
names[27] = "South Atlantic";
names[28] = "South Equatorial Sys";
names[29] = "Spitsbergen";
names[30] = "Subtropical CC";
names[31] = "West Greenland";
names[32] = "Other Currents";
// Start Table
document.writeln('');
document.writeln('');
document.writeln('');
document.writeln('');
//document.writeln('');
document.writeln('');
//document.writeln('');
document.writeln('');
// Loop through the Currents
for( i = 0; i < 33; i++ ) {
document.writeln('');
if( Current == names[i] ) {
document.writeln(td1,' ',img); }
else {
document.writeln(td2,' ',img); }
if( Current != names[i] ) {
document.writeln(''); }
if( Current == names[i] ) {
document.writeln(font1,'',names[i],''); }
else {
document.writeln(font2,'',names[i],''); }
document.writeln(' ');
// every 7 start a new row
if( (i+1)%7 == 0 && i < 30 ) {
document.writeln(' ');
document.writeln('');
//document.writeln('');
document.writeln('');
// document.writeln('');
document.writeln('');
}
}
// End Table
document.writeln(' ');
document.writeln('');
document.writeln(' ');
document.writeln(' | ');
document.writeln(' ');
document.writeln('');
document.writeln('| ');
document.writeln('');
document.writeln('CC == Counter Current, CF == Confluence, CP == Circumpolar, SS == Subsurface, Sys == System');
document.writeln('');
document.writeln(' | ');
document.writeln(' ');
| | |