Exemple #1
0
def make_other(generics, i):
	thisq = "q"+i

	# Search Results for each option, if it errors, big deal
	try:
		question = generics["question"]
		optiona = generics["optiona"]
		optionb = generics["optionb"]
		optionc = generics["optionc"]
		optiond = generics["optiond"]
		optione = generics["optione"]
		optionf = generics["optionf"]
		optiong = generics["optiong"]
		optionh = generics["optionh"]
	except:
		print


	# Send along info that we indead have a question...	
	print '<input type="hidden" name="'+thisq+'" value="YES">'

	print """
	<TABLE align="CENTER" bgcolor="#EEEEEE" cellpadding="3" cellspacing="0" border="0" width="100%">
		<TR WIDTH="100%"><TD>
		<TABLE bgcolor="#EEEEEE" border="0" cellpadding="3" cellspacing="0" width="100%">"""
	print '<TR><TD><font color="blue" size="3" face="ARIAL"><B>Question:</B></font></TD></TR>'
	print '<TR><TD bgcolor="white" align="left">'

	try:
		print question
		make_option("A", optiona, thisq)
		make_option("B", optionb, thisq)
		make_option("C", optionc, thisq)	
		make_option("D", optiond, thisq)
		make_option("E", optione, thisq)
		make_option("F", optionf, thisq)
		make_option("G", optiong, thisq)
		make_option("H", optionh, thisq)
		make_option("N", "No data available", thisq)  #Give the option to pick no data
	except:
		print

	style.bot_box()
Exemple #2
0
def mk_data(gmt_tuple, multipler):
	orig_secs = time.mktime(gmt_tuple)

	currentHour = gmt_tuple[3]

        data_format = time.strftime("%y%m%d%H", gmt_tuple)
        dir_format = time.strftime("/archivewx/data/%Y_%m_%d/", gmt_tuple)
        print '<font size="2" face="arial">'
	print '<BR>'
	print '<TABLE width="100%" border="1">'
	print '<TR><TH></TH><TH>Current:</TH><TH>- '+str(1*multipler)+' hr:</TH><TH>- '+str(2*multipler)+' hrs:</TH><TH>- '+str(3*multipler)+' hrs:</TH><TH>- '+str(4*multipler)+' hrs:</TH></TR>'
	print '<TR>'
	mk_row_data(orig_secs, "sfc", ".gif", "/icons/sfc_thumb.gif", "Surface Chart", multipler)
	print '</TR><TR>'
	mk_row_data(orig_secs, "temp", ".gif", "/icons/temp_thumb.gif", "Surface Temps Chart", multipler)
	print '</TR><TR>'
	mk_row_data(orig_secs, "dew", ".gif", "/icons/temp_thumb.gif", "Surface Dew Point Chart", multipler)
	print '</TR><TR>'
	mk_row_data(orig_secs, "moist", ".gif", "/icons/moist_thumb.gif", "Moisture Divergence", multipler)
	print '</TR><TR>'
	mk_row_data(orig_secs, "nowrad", ".gif", "/icons/NAT_thumb.gif", "National Radar Summary", multipler)
	print '</TR>'
	print '</TABLE>'

	print '<BR><b>Other data links:</b><BR>'
	print '<MULTICOL COLS="3">'
#	mk_data_link(dir_format+data_format+'.txt' , "/icons/NWS_thumb.gif" , "NWS Text Data")
	if currentHour == 12:
		mk_data_link(dir_format+'cape'+data_format+'.gif' , "/icons/cape_thumb.gif" , "ETA Forecasted CAPE")
	else:
		mk_data_link(dir_format+'cape'+data_format+'.gif' , "/icons/cape_thumb.gif" , "Satellite Derived CAPE")
	mk_data_link(dir_format+'tpw'+data_format+'.gif' , "/icons/tpw_thumb.gif" , "Precipitable Water")
	mk_data_link(dir_format+'li'+data_format+'.gif' , "/icons/li_thumb.gif" , "Lifted Index")
	mk_data_link(dir_format+'light'+data_format+'.gif' , "/icons/light_thumb.gif" , "Lightning Data")
	mk_data_link(dir_format+'MPX'+data_format+'.gif' , "/icons/light_thumb.gif" , "Minneapolis Radar Reflectivity")
	mk_data_link(dir_format+'MPXVEL'+data_format+'.gif' , "/icons/light_thumb.gif" , "Minneapolis Velocity")
	mk_data_link(dir_format+'DMX'+data_format+'.gif' , "/icons/light_thumb.gif" , "Des Moines Radar Reflectivity")
	mk_data_link(dir_format+'sat'+data_format+'.jpg' , "/icons/light_thumb.gif" , "Satellite Image")

	print '</MULTICOL>'

	if currentHour > 12:
		timeTag = "12 Z"
	        data_format = time.strftime("%y%m%d12", gmt_tuple)
	elif currentHour < 12 and currentHour > 0:
		timeTag = "0 Z"
	        data_format = time.strftime("%y%m%d00", gmt_tuple)
	elif currentHour == 0:
		timeTag = "0 Z"
	elif currentHour == 12:
		timeTag = "12 Z"


	print '<TABLE><TR><TD>'

	print '<TABLE align="CENTER" bgcolor="#EEEEEE" cellpadding="2" border="0">'
	print '<TR><TD>'
	print '<TABLE bgcolor="#EEEEEE" border="0" cellpadding="2">'
	print '<TR><TD><font color="black" size="4" face="ARIAL"><B>Upper Air Data valid @ '+timeTag+' </B></font></TD></TR>'
	print '<TR><TD bgcolor="white" align="center">'

	mk_data_link(dir_format+'850mb'+data_format+'.gif' , "/icons/temp_thumb.gif" , "850 MB")
	mk_data_link(dir_format+'700mb'+data_format+'.gif' , "/icons/temp_thumb.gif" , "700 MB")
	mk_data_link(dir_format+'500VORT'+data_format+'.gif' , "/icons/temp_thumb.gif" , "500 MB Vorticity")
	mk_data_link(dir_format+'500mb'+data_format+'.gif' , "/icons/temp_thumb.gif" , "500 MB")
	mk_data_link(dir_format+'300mb'+data_format+'.gif' , "/icons/light_thumb.gif" , "300 MB")
	mk_data_link(dir_format+'200mb'+data_format+'.gif' , "/icons/light_thumb.gif" , "200 MB")

	style.bot_box()

	print '</TD><TD>'

	print '<TABLE align="CENTER" bgcolor="#EEEEEE" cellpadding="2" border="0">'
	print '<TR><TD>'
	print '<TABLE bgcolor="#EEEEEE" border="0" cellpadding="2">'
	print '<TR><TD><font color="black" size="4" face="ARIAL"><B>Profiler Data valid @ '+timeTag+' </B></font></TD></TR>'
	print '<TR><TD bgcolor="white" align="center">'

	mk_data_link(dir_format+'1000m'+data_format+'.gif' , "/icons/light_thumb.gif" , "1000 m Profiler")
	mk_data_link(dir_format+'3000m'+data_format+'.gif' , "/icons/light_thumb.gif" , "3000 m Profiler")
	mk_data_link(dir_format+'5600m'+data_format+'.gif' , "/icons/light_thumb.gif" , "5600 m Profiler")
	mk_data_link(dir_format+'9000m'+data_format+'.gif' , "/icons/light_thumb.gif" , "9000 m Profiler")

	style.bot_box()

	print '</TD><TD>'

	print '<TABLE align="CENTER" bgcolor="#EEEEEE" cellpadding="2" border="0">'
	print '<TR><TD>'
	print '<TABLE bgcolor="#EEEEEE" border="0" cellpadding="2">'
	print '<TR><TD><font color="black" size="4" face="ARIAL"><B>ETA Model Data valid @ '+timeTag+' </B></font></TD></TR>'
	print '<TR><TD bgcolor="white" align="center">'
	
	mk_data_link(dir_format+'etaTHK'+data_format+'F00.gif' , "/icons/light_thumb.gif" , "ETA Thickness and Pressure")
	mk_data_link(dir_format+'etaVORT'+data_format+'F00.gif' , "/icons/light_thumb.gif" , "ETA Vorticity")
	mk_data_link(dir_format+'etaPREC'+data_format+'F00.gif' , "/icons/light_thumb.gif" , "ETA Precipation")
	mk_data_link(dir_format+'etaTEMP'+data_format+'F00.gif' , "/icons/light_thumb.gif" , "ETA Model Temperatures")
	mk_data_link(dir_format+'etaCAPE'+data_format+'F00.gif' , "/icons/light_thumb.gif" , "ETA CAPE")

	mk_data_link(dir_format+'etaTHK'+data_format+'F12.gif' , "/icons/light_thumb.gif" , "12 HR ETA Thickness and Pressure")
	mk_data_link(dir_format+'etaVORT'+data_format+'F12.gif' , "/icons/light_thumb.gif" , "12 HR ETA Vorticity")
	mk_data_link(dir_format+'etaPREC'+data_format+'F12.gif' , "/icons/light_thumb.gif" , "12 HR ETA Precipation")
	mk_data_link(dir_format+'etaTEMP'+data_format+'F12.gif' , "/icons/light_thumb.gif" , "12 HR ETA Model Temperatures")

	style.bot_box()

	print '</TD></TR></TABLE>'