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<%
// Date and time
java.io.File inputFile = new java.io.File("/www/Standalone/Programs/ADIM/Projects/CalBoat/Data/datetime");
java.io.FileReader in = new java.io.FileReader(inputFile);
int[] hourPST = new int[5];
int[] hint = new int[5];
int[] dint = new int[5];
int[] mint = new int[5];
int[] yint = new int[5];
int[] fcastHour = new int[5];
fcastHour[0] = 0;
fcastHour[1] = 8;
fcastHour[2] = 14;
fcastHour[3] = 20;
fcastHour[4] = 26;
// To figure out Daylight Savings
String TZN = new String();
int TZoffset;
java.util.TimeZone timeZone = java.util.TimeZone.getDefault();
java.util.Date ct = new java.util.Date();
boolean isDaylightTime;
isDaylightTime = timeZone.inDaylightTime(ct);
if (isDaylightTime == true) {
TZN = "PDT";
TZoffset = 1;
} else {
TZN = "PST";
TZoffset = 0;
}
//out.println(TZN);
char[] c = new char[13];
for(int i = 0; i < 13; i++) {
c[i] = (char) in.read();
}
in.close();
String all = new String(c);
String ayear, amonth, aday, ahour;
ayear = all.substring(0,4);
amonth = all.substring(5,7);
aday = all.substring(8,10);
ahour = all.substring(11,13);
Integer y = new Integer(ayear);
int yint1 = y.intValue();
Integer m = new Integer(amonth);
int mint1 = m.intValue();
Integer d = new Integer(aday);
int dint1 = d.intValue();
Integer h = new Integer(ahour);
int hint1 = h.intValue();
for (int i = 0; i < 5; i++) {
hint[i] = hint1;
dint[i] = dint1;
mint[i] = mint1;
yint[i] = yint1;
}
//out.println(hint[0]);
for (int i = 0; i < 5; i++) {
hourPST[i] = hint[0] - 8 + fcastHour[i];
if(hourPST[i] >= 24) {
hourPST[i] = hourPST[i] % 24;
// Date overflow check
if( ((mint[i] == 1) && (dint[i] == 31)) ||
((mint[i] == 2) && (dint[i] == 28)) ||
((mint[i] == 3) && (dint[i] == 31)) ||
((mint[i] == 4) && (dint[i] == 30)) ||
((mint[i] == 5) && (dint[i] == 31)) ||
((mint[i] == 6) && (dint[i] == 30)) ||
((mint[i] == 7) && (dint[i] == 31)) ||
((mint[i] == 8) && (dint[i] == 31)) ||
((mint[i] == 9) && (dint[i] == 30)) ||
((mint[i] == 10) && (dint[i] == 31)) ||
((mint[i] == 11) && (dint[i] == 30)) ||
((mint[i] == 12) && (dint[i] == 31))) {
mint[i]++;
dint[i] = 1;
if (mint[i] == 13) {
mint[i] = 1;
yint[i]++;
}
} else { dint[i]++;}
}
}
if (hint1 == 0) {
hourPST[0] = 16;
dint[0]--;
}
if ((mint[0] == 1) && (dint[0] == 0)) { mint[0] = 12; dint[0] = 31; }
else if ((mint[0] == 2) && (dint[0] == 0)) { mint[0]--; dint[0] = 31; }
else if ((mint[0] == 3) && (dint[0] == 0)) { mint[0]--; dint[0] = 28; }
else if ((mint[0] == 4) && (dint[0] == 0)) { mint[0]--; dint[0] = 31; }
else if ((mint[0] == 5) && (dint[0] == 0)) { mint[0]--; dint[0] = 30; }
else if ((mint[0] == 6) && (dint[0] == 0)) { mint[0]--; dint[0] = 31; }
else if ((mint[0] == 7) && (dint[0] == 0)) { mint[0]--; dint[0] = 30; }
else if ((mint[0] == 8) && (dint[0] == 0)) { mint[0]--; dint[0] = 31; }
else if ((mint[0] == 9) && (dint[0] == 0)) { mint[0]--; dint[0] = 31; }
else if ((mint[0] == 10) && (dint[0] == 0)) { mint[0]--; dint[0] = 30; }
else if ((mint[0] == 11) && (dint[0] == 0)) { mint[0]--; dint[0] = 31; }
else if ((mint[0] == 12) && (dint[0] == 0)) { mint[0]--; dint[0] = 30; }
%>
D2 (9 km) Surface winds (kts), Pressure (mb), and
Temperature (F) for the run started at <%= hourPST[0] + TZoffset %> <%= TZN %> on <%= mint[0] %>-<%= dint[0] %>-<%= yint[0] %>
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8 hour forecast, valid for <%= hourPST[1] + TZoffset %> <%= TZN %> on <%= mint[1] %>-<%= dint[1] %>-<%= yint[1] %>
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14 hour forecast, valid for <%= hourPST[2] + TZoffset %> <%= TZN %> on <%= mint[2] %>-<%= dint[2] %>-<%= yint[2] %>
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20 hour forecast, valid for <%= hourPST[3] + TZoffset %> <%= TZN %> on <%= mint[3] %>-<%= dint[3] %>-<%= yint[3] %>
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26 hour forecast, valid for <%= hourPST[4] + TZoffset %> <%= TZN %> on <%= mint[4] %>-<%= dint[4] %>-<%= yint[4] %>
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Atmospheric and Dispersion Modeling Program, DRI, 2004
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