def update_violation_page(line, line2, color):
"""
update violation pages
input: line --- table contents
pos --- lower or upper
color --- yellow or red
output: <house_keeping>/<pos>_<color>_violation.html
"""
title = color.capitalize() + ' Violation'
head = chs.read_template('html_head')
jscript = chs.read_template('java_script_deposit')
tstyle = chs.read_template('two_col_style')
tail = chs.read_template('html_close')
head = head.replace('#MSID#', title)
head = head.replace('#JAVASCRIPT#', jscript)
head = head.replace('#STYLE#', tstyle)
if color == 'yellow':
ocolor = 'red'
other = 'Go to Red Violation'
else:
ocolor = 'yellow'
other = 'Go to Yellow Violation'
tline = head + '<h2 style="background-color:' + color + ';">' + title + '</h2>\n'
tline = tline + '<div style="text-align:right;">\n'
tline = tline + '<a href="https://cxc.cfa.harvard.edu/mta/MSID_Trends/mta_trending_main.html">'
tline = tline + 'Back to Top</a>\n'
tline = tline + '<br />\n'
tline = tline + '<a href="https://cxc.cfa.harvard.edu/mta/MSID_Trends/'
tline = tline + ocolor + '_violation.html">'
tline = tline + other + '</a>\n'
tline = tline + '</div>\n'
tline = tline + '<div class="row">\n'
tline = tline + '<div class="column">\n'
tline = tline + '<h3>Lower Violation</h3>\n'
tline = tline + '<table border=1 cellpadding=2>\n'
tline = tline + line
tline = tline + '</table>\n'
tline = tline + '</div>\n'
tline = tline + '<div class="column2">\n'
tline = tline + '<h3>Upper Violation</h3>\n'
tline = tline + '<table border=1 cellpadding=2>\n'
tline = tline + line2
tline = tline + '</table>\n'
tline = tline + '</div>\n'
tline = tline + '</div>\n'
tline = tline + tail
#
#--- print out the page
#
page = web_dir + color + '_violation.html'
mcf.rm_files(page)
with open(page, 'w') as fo:
fo.write(tline)
def create_html(catg, h_list, ytime, udict, ddict, ltype, mtype, ptype):
"""
create a html page for category <catg>
input: catg --- category of the msids
h_list --- a list of msids of the category
ytime --- current time
udict --- a dictionary of unit: <msid> <---> <unit>
ddict --- a dictionary of description: <msid> <---> <description>
ltype --- date length: week, short, one, five, long
mtype --- data type: mid, min, max
ptype --- static or interactive
output: <catg>_main.html
"""
#
#--- create links to other pages
#
line = '<!DOCTYPE html>\n<html>\n<head>\n\t<title>Envelope Trending Plots: '
line = line + catg.upper() + '</title>\n'
line = line + '</head>\n<body style="width:95%;margin-left:10px; margin-right;'
line = line + '10px;background-color:#FAEBD7;'
line = line + 'font-family:Georgia, "Times New Roman", Times, serif">\n\n'
line = line + '<div style="float:right;padding-right:50px;font-size:120%">\n'
line = line + '<a href="../mta_trending_main.html" '
line = line + 'style="float:right;padding-right:50px;font-size:80%">'
line = line + '<b>Back to Top</b></a><br />\n'
line = line + '</div>\n'
line = line + '<h3 style="padding-bottom:0px">' + catg.upper() + ' '
if ptype == 'static':
line = line + '<br /> Static Version: '
else:
line = line + '<br /> Interactive Version: '
if mtype == 'min':
line = line + ' Min --- '
elif mtype == 'max':
line = line + ' Max --- '
else:
line = line + ' Mean --- '
if ltype == 'week':
line = line + ' One Week '
elif ltype == 'short':
line = line + ' Last Three Months '
elif ltype == 'one':
line = line + ' Last One Years '
elif ltype == 'five':
line = line + ' Last Five years '
else:
line = line + ' Full Range '
line = line + '</h3>\n'
#
#--- link to the other plot category
#
line = line + create_link_names(catg, ltype, mtype, ptype)
line = line + '<p style="margin-left:35px; margin-right:35px;">'
line = line + '<em><b>Delta/Yr</b></em> below is a slope of the liear fitting '
line = line + 'over the data of the period. '
line = line + '<em><b>Delta/Yr/Yr</b></em> is a slope of the liner fitting '
line = line + 'over the devivative data of the period. <em><b>Slope</b></em> '
line = line + 'listed on a linked plot is the slope computed on '
line = line + 'the last few periods of the data to show the direction of the trend, '
line = line + 'and different from that of Delta/Yr.</p>'
line = line + '<div style="padding-bottom:30px;"></div>'
line = line + '<div style="text-align:center">\n\n'
line = line + '<table border=1 cellspacing=2 style="margin-left:auto;margin-right:auto;'
line = line + 'text-align:center;">\n'
line = line + '<th>MSID</th><th>Mean</th><th>RMS</th><th>Delta/Yr</th><th>Delta/Yr/Yr</th>'
line = line + '<th>Unit</th><th>Description</th><th>Limit Violation</th>\n'
#
#--- create a table with one row for each msid
#
violation_save = []
for ent in h_list:
atemp = re.split('_plot', ent)
msid = atemp[0]
#
#--- read fitting results
#
try:
[a, b, d, avg, std, da, db, dd] = extract_data(catg, msid, ltype, mtype)
except:
[a, b, d, avg, std, da, db, dd] = [0, 0, 0, 0, 0, 0, 0, 0]
#
#--- check whether plot html file exist
#
cfile = check_plot_existance(msid, catg, ltype, mtype, ptype)
if cfile == False:
continue
#
#--- hrc has 4 different entries (all, hrc i, hrc s, and off cases)
#--- but share the same unit and descriptions
#
msidp = msid.replace('_i', '')
msidp = msidp.replace('_s', '')
msidp = msidp.replace('_off', '')
try:
unit = udict[msidp]
discp = ddict[msidp]
#
#--- convert all F and most C temperature to K, exception: if the uint is "C", leave as it is
#
if unit == 'DEGF':
unit = 'K'
elif unit == 'DEGC':
if msid[:-2].lower() != 'tc':
unit = 'K'
except:
unit = '---'
discp = msid
#
#--- check violation status; if it is 'na', there is no data
#
[vnote, color] = create_status(msid, catg, ytime)
#
#--- save the violation description if msid is in the violation range
#
if color != 'black':
violation_save.append([msid, vnote])
cfile = check_plot_existance(msid, catg, ltype, mtype, ptype)
if (abs(float(b)) > 100) or (abs(float(b)) < 0.001):
fline = ecf.modify_slope_dicimal(float(b), float(d))
else:
fline = b + '+/-' + d
fline = check_na_std(fline)
if (abs(float(db)) > 100) or (abs(float(db)) < 0.001):
dline = ecf.modify_slope_dicimal(float(db), float(dd))
else:
dline = db + '+/-' + dd
dline = check_na_std(dline)
if cfile == False:
line = line + '<tr>\n<th>' + msid +'</a></th>'
line = line + '<td>' + avg + '</td><td>' + std + '</td><td>' + fline + '</td>'
line = line + '<td>' + dline + '</td><td>' + unit +'</td><td>' + discp + '</td>'
line = line + '<th style="font-size:90%;color:#B22222;padding-left:10px;'
line = line + 'padding-right:10px">No Data</th>\n</tr>\n'
else:
xfile = cfile.replace('www\/','')
ctemp = re.split('\/', cfile)
xfile = ctemp[-2] + '/' + ctemp[-1]
line = line + '<tr>\n<th><a href="'+ xfile + '">' + msid +'</a></th>'
line = line + '<td>' + avg + '</td><td>' + std + '</td><td>' + fline + '</td>'
line = line + '<td>' + dline + '</td><td>' + unit +'</td><td>' + discp + '</td>'
line = line + '<th style="font-size:90%;color:' + color + ';padding-left:10px;'
line = line + 'padding-right:10px">' + vnote + '</th>\n</tr>\n'
line = line + '</table>\n'
line = line + '</div>\n'
fout = chs.read_template('html_close')
line = line + fout
#
#--- category html has the tail of "_main.html"
#
try:
name = create_out_name(catg, ltype, mtype, ptype)
with open(name, 'w') as fo:
fo.write(line)
except:
pass
vout = web_dir + catg + '/violations'
if len(violation_save) == 0:
mcf.rm_files(vout)
else:
line = ''
for ent in violation_save:
if len(ent[0]) < 8:
line = line + ent[0] + '\t\t' + ent[1] + '\n'
else:
line = line + ent[0] + '\t' + ent[1] + '\n'
with open(vout, 'w') as fo:
fo.write(line)
def create_plot_html_page(msid, msid_list, group, descrip, trend_list, dev_list, dtype, mtype, mta_msids):
"""
create a html page to display the trend plot
input: msid --- msid
msid_list --- the list of msids in the group
group --- group name to which msid belongs
descrip --- description of the msid
trend_list --- a list of trend plot files
dev_list --- a list of deviation plot files
dtype --- data type, week, short, year, five, or long
mtype --- data type, mid, min, max
mta_msids --- a list of mta created msids
output: plot <web_dir>/<msid>_plot.html
"""
#
#--- read javascript file
#
jscript = chs.read_template('java_script_deposit')
#
#--- set web page names including link back pages
#
[tweb, hname, other, other_list] = set_link_htmls(group, msid, dtype, mtype)
#
#--- pop up limit table web address
#
file_name = web_address + group + '/Limit_table/' + msid + '_limit_table.html'
#
#--- start creating html page
#
repl = [["#MSID#", msid.upper()], ["#JAVASCRIPT#", jscript], ["#STYLE#", '']]
out = chs.read_template('html_head', repl )
out = out + '<div style="float:right;padding-right:50px;">'
out = out + '<a href="' + tweb + '" '
out = out + 'style="text-align:right"><b>Back to ' + group + ' Page</b></a><br />\n'
out = out + '<b><a href = "' + web_address + 'mta_trending_main.html">Back To Top</a><br />\n'
#
#--- interactive/static page link back
#
out = out + '<a href="' + other + '" style="text-align:right">'
out = out + '</a><br />\n'
out = out + '<b><a href="javascript:popitup(\'' + web_address
out = out + '/how_to_create_plots.html\')" style="text-align:right">'
out = out + 'How the Plots Are Created</a></b><br />\n'
#
#--- prev and next msid
#
out = out + make_msid_link(msid, msid_list, group, dtype, mtype)
out = out + '</div>\n'
#
#--- title of the page
#
out = out + set_title(msid, descrip, dtype, mtype)
#
#--- popup limit table link
#
out = out + '<div style="paddng-top:10px"><h3>'
out = out + 'Open <a href="javascript:popitup(\'' + file_name + '\')" '
out = out + 'style="text-align:right">Limit Table</a>.'
out = out + '</h3>\n'
out = out + '</div>\n'
#
#--- link to the other type of length plots
#
out = out + create_period_link(other_list, msid, dtype, mtype)
for plotname in trend_list:
out = out + '<img src="' + plotname + '" width=80%>'
out = out + '<br />\n'
#
#--- msid is mta created one, don't put the interactive page link
#
if msid in mta_msids:
out = out + '<br><br>\n'
else:
phpfile = web_address + "Interactive/msid_data_interactive.php"
int_note = web_address + 'interactive_note.html'
out = out + '<div style="padding-bottom:10px;font-size:90%;">\n';
if msid.lower() in exclude_from_interactive:
out = out + '<h3>This Data Set Cannot Produce an Interactive Plot</h3>\n'
else:
out = out + '<h3>Create an Interactive Plot ('
out = out + '<a href="javascript:popitup(\'' + int_note + '\')" '
out = out + 'style="text-align:right">Usage Note</a>'
out = out + ')</h3>\n'
out = out + '<form method="post" action=' + phpfile + '>\n'
out = out + '<b>Starting Time:</b> <input type="text" name="tstart" size=20>\n'
out = out + '<b>Stopping Time:</b> <input type="text" name="tstop" size=20>\n'
out = out + '<b>Bin Size:</b> <input type="text" name="binsize" '
out = out + 'value=300.0 size=10>\n '
out = out + '<b>Data Type:</b>\n '
out = out + '<select id="mstype", name="mstype">\n'
if mtype == 'mid':
out = out + ' <option value="mid" selected>Mean</option>\n'
else:
out = out + ' <option value="mid">Mean</option>\n'
out = out + ' <option value="med">Median</option>\n'
if mtype == 'min':
out = out + ' <option value="min" selected>Minimum</option>\n'
else:
out = out + ' <option value="min">Minimum</option>\n'
if mtype == 'max':
out = out + ' <option value="max" selected>Maximum</option>\n'
else:
out = out + ' <option value="max">Maximum</option>\n'
out = out + '</select>\n'
out = out + '<input type="hidden" name="dtype" value="' + dtype + '">\n'
out = out + '<input type="hidden" name="mtype" value="' + mtype + '">\n'
out = out + '<input type="hidden" name="msid" value="' + msid + '">\n'
out = out + '<input type="hidden" name="group" value="' + group + '">\n'
out = out + '</br><span style="text-align:right;"><input type=submit '
out = out + 'name="submit" value="Submit"></span>\n'
out = out + '<br />\n'
out = out + '</form>\n'
out = out + '</div>\n'
#
#--- add the derivative plot
#
out = out + '<h3>Derivative Plot</h3>\n'
for ent in dev_list:
out = out + '<img src="' + ent + '" width=80%>'
out = out + '<br />'
#
#--- add the link to other plots in a table format
#
[lout, gname] = get_group_names(msid, group, dtype, mtype)
if lout != '':
out = out + '<h3>Other msids in this group: ' + gname + '</h3>'
out = out + lout
#
#--- close html page
#
date = mcf.today_date_display2()
out = out + chs.read_template('html_close', repl=[['#TODAY#', date]])
#
#--- write out the html data
#
with open(hname, 'w') as fo:
fo.write(out)
def create_plot_html_page(msid, group, ltype, mtype, descrip, pout, bin_size):
"""
create a html page to display the trend plot
input: msid --- msid
group --- group name to which msid belongs
ltype --- week, short etc, but usually week for the interactive
mtype --- mid, max, min, but usually mid
descrip --- description of the msid
pout --- plot in html format' it is <blank> if this is a static version
output: plot <web_dir>/Interactive/<msid>_tmin_avg.html
"""
#
#--- copy an empty page to the position so that the user won't get an error message
#
hname = web_dir + 'Interactive/' + msid + '_inter_avg.html'
cmd = 'cp ' + house_keeping + '/Templates/no_page_yet ' + hname
os.system(cmd)
cmd = 'chmod 777 ' + hname
os.system(cmd)
#
#--- read javascript file
#
jscript = chs.read_template('java_script_deposit')
#
#--- pop up limit table web address
#
file_name = web_address + group + '/Limit_table/' + msid + '_limit_table.html'
#
#--- start creating html page
#
repl = [["#MSID#", msid.upper()], ["#JAVASCRIPT#", jscript],
["#STYLE#", '']]
out = chs.read_template('html_head', repl)
#
#--- title of the page
#
if bin_size == 0.0:
out = out + '<h2>' + msid + ' <span style="font-size:90%;">(Full Resolution)</span></h2>'
else:
out = out + '<h2>' + msid + ' <span style="font-size:90%;">(Bin Size: ' + str(
bin_size) + ' sec)</span></h2>'
#
#--- popup limit table link
#
out = out + '<div style="paddng-top:10px"><h3>'
out = out + 'Open <a href="javascript:popitup(\'' + file_name + '\')" style="text-align:right">Limit Table</a>.'
out = out + '</h3>\n'
out = out + '</div>\n'
#
#--- interactive page case
#
if (pout == False) or (str(pout) == 'na'):
out = out + '<h3 style="padding-top:200px;padding-bottom:200px">No Data/No Plot</h3>'
else:
out = out + '<div style="text-align:center;">'
out = out + pout
out = out + '</div>'
#
#---- changing the time span, step etc again
#
phpfile = web_address + "Interactive/msid_data_interactive.php"
int_note = web_address + 'interactive_note.html'
out = out + '<div style="padding-bottom:10px;font-size:90%;">\n'
out = out + '<h3>Change the Interactive Plot Parameters ('
out = out + '<a href="javascript:popitup(\'' + int_note + '\')" style="text-align:right">Usage Note</a>'
out = out + ')</h3>\n'
out = out + '<form method="post" action=' + phpfile + '>\n'
out = out + '<b>Starting Time:</b> <input type="text" name="tstart" size=20>\n'
out = out + '<b>Stopping Time:</b> <input type="text" name="tstop" size=20>\n'
out = out + '<b>Bin Size:</b> <input type="text" name="binsize" value=300.0 size=10>\n '
out = out + '<input type="hidden" name="ltype" value="' + ltype + '">\n'
out = out + '<input type="hidden" name="mtype" value="' + mtype + '">\n'
out = out + '<input type="hidden" name="msid" value="' + msid + '">\n'
out = out + '<input type="hidden" name="group" value="' + group + '">\n'
out = out + '</br><span style="text-align:right;"><input type=submit name="submit" value="Submit"></span>\n'
out = out + '<br />\n'
out = out + '</form>\n'
out = out + '</div>\n'
out = out + chs.read_template('interact_descript')
#
#--- add the derivative plot
#
### dplotname = web_dir + 'Interactive/' + msid + '_inters_avg_dev.png'
###
### out = out + '<h3>Derivative Plot</h3>\n'
### out = out + '<img src="' + dplotname + '" width=80%>'
#
#--- close html page
#
out = out + chs.read_template('html_close')
#
#--- write out the html data
#
mcf.rm_file(hname)
fo = open(hname, 'w')
fo.write(out)
fo.close()
cmd = 'chmod 777 ' + hname
os.system(cmd)
def create_top_html():
"""
create the top html page
input: none
output: <web_dir>/mta_trending_main.html
"""
dline = '<th colspan=4 class="blue">Full Range</th>\n'
dline = dline + '<th colspan=4 class="blue">Past 5 Years</th>\n'
dline = dline + '<th colspan=4 class="blue">Past 1 Year</th>\n'
dline = dline + '<th colspan=4 class="blue">Quarterly</th>\n'
dline = dline + '<th colspan=4 class="blue">Weekly</th>\n'
dline = dline + '</tr>\n'
#
#--- read descriptions of groups and create dictionaries etc
#
gfile = house_keeping + 'group_descriptions'
gdata = mcf.read_data_file(gfile)
g_list = []
gn_dict = {}
gd_dict = {}
gn_list = []
g_disc = []
p_dict = {}
for ent in gdata:
mc = re.search('#', ent)
if mc is not None:
ent = ent.replace('#', '')
g_list.append(ent)
gname = ent
elif ent == "":
gn_dict[gname] = gn_list
gd_dict[gname] = g_disc
gn_list = []
g_disc = []
else:
atemp = re.split('::', ent)
gn_list.append(atemp[0])
g_disc.append(atemp[1])
p_dict[atemp[0].lower()] = atemp[1]
mlist = ('mid', 'min', 'max')
mname = ('Avg', 'Min', 'Max')
#
#--- go through each main group
#
line = ''
for gval in g_list:
group_list = gn_dict[gval]
discip_list = gd_dict[gval]
line = line + '<tr><th class="blue">' + gval + '</th>\n'
line = line + dline
for k in range(0, len(group_list)):
gnam = group_list[k].lower()
if gnam == 'hrcveto_eph':
continue
line = line + '<tr>\n'
line = line + '<th>' + discip_list[k] + '</th</tr>\n'
mpart = '<td><a href="./' + gnam.capitalize() + '/' + gnam + '_'
for ltype in ('long', 'five', 'one', 'short', 'week'):
for m in range(0, 3):
line = line + mpart + mlist[m] + '_static_' + ltype
line = line + '_main.html">' + mname[m] + '</a></td>\n'
line = line + '<td class="blue"></td>\n'
line = line + '</tr>\n'
line = line + '<tr><th colspan=21> </th></tr>\n\n'
line = line + '</tr>\n'
j_script = chs.read_template('java_script_deposit')
#
#--- the template for the main part
#
page = chs.read_template('top_template')
top_note = '<p><b><em>This page provides trending and limit predictions '
top_note = top_note + 'for various Chandra subsystems.</em></b></p>'
page = page.replace('#JAVASCRIPT#', j_script)
page = page.replace('#TITLE#', 'MTA MSID Trending')
page = page.replace('#TABLE#', line)
page = page.replace('<!-- INTRO -->', top_note)
page = page.replace('#EXPLANATIONS#', '')
page = page.replace('#OTHER_H#', 'mta_trending_sun_angle_main.html')
page = page.replace('#OTHER#', 'Sun Angle Page')
page = page.replace('#OTHER_H2#', 'mta_trending_eph_tephin_main.html')
page = page.replace('#OTHER2#', 'EPHIN Values vs. Temperature Page')
page = page.replace('#OTHER_H3#', 'mta_trending_hrcveto_eph_main.html')
page = page.replace('#OTHER3#', 'HRC Shield Rates vs. EPHIN Rates')
page = page.replace('#VIO1#', 'yellow_violation.html')
page = page.replace('#VIO2#', 'red_violation.html')
page = page.replace('#PAGE_EXP#', 'how_to_create_plots.html')
#
#--- add the potential violation candidate table
#
violation_table = find_future_violation(p_dict)
if violation_table != 'na':
page = page.replace('#VIOLATION#', violation_table)
#
#--- the template for the closing part
#
pclose = chs.read_template('html_close')
page = page + pclose
outfile = web_dir + 'mta_trending_main.html'
with open(outfile, 'w') as fo:
fo.write(page)
#
#---- update violation pages
#
find_current_violation()
def create_plot_html_page(msid, msid_list, group, descrip, pout, plotname, ltype, mtype, plink):
"""
create a html page to display the trend plot
input: msid --- msid
msid_list --- the list of msids in the group
group --- group name to which msid belongs
descrip --- description of the msid
pout --- plot in html format' it is <blank> if this is a static version
plotname --- the name of the png file; it is <blank>
if this is an interacitve version
ltype --- data type, week, short, one, five, or long
mtype --- data type, mid, min, max
output: plot <web_dir>/<msid>_plot.html
"""
if plotname == "":
ptype = 'inter'
else:
ptype = 'static'
#
#--- read javascript file
#
jscript = chs.read_template('java_script_deposit')
#
#--- set web page names including link back pages
#
[tweb, hname, other, other_list] = set_link_htmls(group, msid, ltype, mtype, ptype)
#
#--- pop up limit table web address
#
file_name = web_address + group + '/Limit_table/' + msid + '_limit_table.html'
#
#--- start creating html page
#
repl = [["#MSID#", msid.upper()], ["#JAVASCRIPT#", jscript], ["#STYLE#", '']]
out = chs.read_template('html_head', repl )
out = out + '<div style="float:right;padding-right:50px;">'
out = out + '<a href="' + tweb + '" '
out = out + 'style="text-align:right"><b>Back to ' + group + ' Page</b></a><br />\n'
out = out + '<b><a href = "' + web_address + 'mta_trending_main.html">Back To Top</a><br />\n'
#
#--- interactive/static page link back
#
out = out + '<a href="' + other + '" style="text-align:right">'
if ptype == 'inter':
out = out + '<b>Open Static Version</b>'
else:
if plink == 'inter':
out = out + '<b>Open Interactive Version</b>'
out = out + '</a><br />\n'
out = out + '<b><a href="javascript:popitup(\'' + web_address
out = out + '/how_to_create_plots.html\')" style="text-align:right">'
out = out + 'How the Plots Are Created</a></b><br />\n'
#
#--- prev and next msid
#
out = out + make_msid_link(msid, msid_list, group, ltype, mtype, ptype)
out = out + '</div>\n'
#
#--- title of the page
#
out = out + set_title(msid, descrip, ltype, mtype, ptype)
#
#--- popup limit table link
#
out = out + '<div style="paddng-top:10px"><h3>'
out = out + 'Open <a href="javascript:popitup(\'' + file_name + '\')" '
out = out + 'style="text-align:right">Limit Table</a>.'
out = out + '</h3>\n'
out = out + '</div>\n'
#
#--- link to the other type of length plots
#
out = out + create_period_link(other_list)
#
#--- interactive page case
#
if plotname == "":
if (pout == False) or (str(pout) == 'na'):
out = out + '<h3 style="padding-top:200px;padding-bottom:200px">No Data/No Plot</h3>'
else:
out = out + '<div style="margin-left:-30px;">'
out = out + pout
out = out + '</div>'
out = out + chs.read_template('interact_descript')
#
#--- static page case
#
else:
out = out + '<img src="' + plotname + '" width=80%>'
phpfile = web_address + "Interactive/msid_data_interactive.php"
int_note = web_address + 'interactive_note.html'
out = out + '<div style="padding-bottom:10px;font-size:90%;">\n';
if group.lower() in exclude_from_interactive:
out = out + '<h3>This Data Set Cannot Produce an Interactive Plot</h3>\n'
else:
out = out + '<h3>Create an Interactive Plot ('
out = out + '<a href="javascript:popitup(\'' + int_note + '\')" '
out = out + 'style="text-align:right">Usage Note</a>'
out = out + ')</h3>\n'
out = out + '<form method="post" action=' + phpfile + '>\n'
out = out + '<b>Starting Time:</b> <input type="text" name="tstart" size=20>\n'
out = out + '<b>Stopping Time:</b> <input type="text" name="tstop" size=20>\n'
out = out + '<b>Bin Size:</b> <input type="text" name="binsize" '
out = out + 'value=300.0 size=10>\n '
out = out + '<input type="hidden" name="ltype" value="' + ltype + '">\n'
out = out + '<input type="hidden" name="mtype" value="' + mtype + '">\n'
out = out + '<input type="hidden" name="msid" value="' + msid + '">\n'
out = out + '<input type="hidden" name="group" value="' + group + '">\n'
out = out + '</br><span style="text-align:right;"><input type=submit '
out = out + 'name="submit" value="Submit"></span>\n'
out = out + '<br />\n'
out = out + '</form>\n'
out = out + '</div>\n'
#
#--- add the derivative plot
#
dplotname = web_address + group.capitalize() + '/' + msid.capitalize()
dplotname = dplotname + '/Plots/' + msid + '_' + ltype + '_' + mtype + '_dev.png'
out = out + '<h3>Derivative Plot</h3>\n'
out = out + '<img src="' + dplotname + '" width=80%>'
#
#--- add the link to other plots in a table format
#
[lout, gname] = get_group_names(msid, group, ltype, mtype, ptype)
if lout != '':
out = out + '<h3>Other msids in this group: ' + gname + '</h3>'
out = out + lout
#
#--- close html page
#
out = out + chs.read_template('html_close')
#
#--- write out the html data
#
with open(hname, 'w') as fo:
fo.write(out)
def create_html(catg,
msid_list,
ytime,
udict,
ddict,
dtype,
mtype,
ptype='static'):
"""
create a html page for category <catg>
input: catg --- category of the msids
msid_list --- a list of msids of the category
ytime --- current time
udict --- a dictionary of unit: <msid> <---> <unit>
ddict --- a dictionary of description: <msid> <---> <description>
dtype --- date length: week, short, year, five, long
mtype --- data type: mid, min, max
output: <catg>_main.html
"""
#
#--- create links to other pages
#
line = '<!DOCTYPE html>\n<html>\n<head>\n\t<title>Envelope Trending Plots: '
line = line + catg.upper() + '</title>\n'
line = line + '</head>\n<body style="width:95%;margin-left:10px; margin-right;'
line = line + '10px;background-color:#FAEBD7;'
line = line + 'font-family:Georgia, "Times New Roman", Times, serif">\n\n'
line = line + '<div style="float:right;padding-right:50px;font-size:120%">\n'
line = line + '<a href="../mta_trending_main.html" '
line = line + 'style="float:right;padding-right:50px;font-size:80%">'
line = line + '<b>Back to Top</b></a><br />\n'
line = line + '</div>\n'
line = line + '<h3 style="padding-bottom:0px">' + catg.upper() + ' '
if ptype == 'static':
line = line + '<br /> Static Version: '
else:
line = line + '<br /> Interactive Version: '
if mtype == 'min':
line = line + ' Min --- '
elif mtype == 'max':
line = line + ' Max --- '
else:
line = line + ' Mean --- '
if dtype == 'week':
line = line + ' One Week '
elif dtype == 'short':
line = line + ' Last Three Months '
elif dtype == 'year':
line = line + ' Last One Years '
elif dtype == 'five':
line = line + ' Last Five years '
else:
line = line + ' Full Range '
line = line + '</h3>\n'
#
#--- link to the other plot category
#
line = line + create_link_names(catg, dtype, mtype, ptype)
line = line + '<p style="margin-left:35px; margin-right:35px;">'
line = line + '<em><b>Delta/Yr</b></em> below is a slope of the liear fitting '
line = line + 'over the data of the period. '
line = line + '<em><b>Delta/Yr/Yr</b></em> is a slope of the liner fitting '
line = line + 'over the devivative data of the period. <em><b>Slope</b></em> '
line = line + 'listed on a linked plot is the slope computed on '
line = line + 'the last few periods of the data to show the direction of the trend, '
line = line + 'and different from that of Delta/Yr.</p>'
line = line + '<div style="padding-bottom:30px;"></div>'
line = line + '<div style="text-align:center">\n\n'
line = line + '<table border=1 cellspacing=2 style="margin-left:auto;margin-right:auto;'
line = line + 'text-align:center;">\n'
line = line + '<th>MSID</th><th> </th><th>Mean</th><th>RMS</th><th>Delta/Yr</th><th>Delta/Yr/Yr</th>'
line = line + '<th>Unit</th><th>Description</th><th>Limit Violation</th>\n'
#
#--- create a table with one row for each msid
#
violation_save = []
for msid in msid_list:
#
#--- check whether plot html file exist
#
cfile = check_plot_existance(msid, catg, dtype, mtype, ptype)
if cfile == False:
continue
[states, fit_dict] = extract_data(catg, msid, dtype, mtype)
slen = len(states)
try:
unit = udict[msid]
discp = ddict[msid]
#
#--- convert all F and most C temperature to K, exception: if the uint is "C", leave as it is
#
if unit == 'DEGF':
unit = 'K'
elif unit == 'DEGC':
if msid[:-2].lower() != 'tc':
unit = 'K'
except:
unit = '---'
discp = msid
xfile = cfile.replace('www\/', '')
ctemp = re.split('\/', cfile)
xfile = ctemp[-2] + '/' + ctemp[-1]
#
#--- for the case there are more than one state
#
if slen > 1:
line = line + '<tr>\n'
line = line + '<th rowspan=' + str(slen) + '>'
line = line + '<a href="' + xfile + '">' + msid + '</a></th>'
for k in range(0, slen):
state = states[k]
fit_save = fit_dict[state]
[avg, std] = set_avg_std(fit_save[0], fit_save[1])
[fline, dline] = set_slope_lines(fit_save[2], fit_save[3], \
fit_save[4], fit_save[5])
#
#--- check violation status; if it is 'na', there is no data
#
[vnote, color] = create_status(msid, dtype, mtype, state, catg,
ytime)
if color != 'black':
violation_save.append([msid, vnote])
if slen == 1 and state == 'none':
state = ' '
line = line + '<td>' + state + '</td>'
line = line + '<td>' + str(avg) + '</td>'
line = line + '<td>' + str(std) + '</td>'
line = line + '<td>' + fline + '</td>'
line = line + '<td>' + dline + '</td>'
if k == 0:
line = line + '<td rowspan=' + str(
slen) + '>' + unit + '</td>'
line = line + '<td rowspan=' + str(
slen) + '>' + discp + '</td>'
line = line + '<th style="font-size:90%;color:' + color + ';padding-left:10px;'
line = line + 'padding-right:10px">' + vnote + '</th>\n</tr>\n'
#
#--- for the case there is only one state
#
else:
fit_save = fit_dict[states[0]]
[avg, std] = set_avg_std(fit_save[0], fit_save[1])
[fline, dline] = set_slope_lines(fit_save[2], fit_save[3], \
fit_save[4], fit_save[5])
[vnote, color] = create_status(msid, dtype, mtype, 'none', catg,
ytime)
if color != 'black':
violation_save.append([msid, vnote])
line = line + '<tr>\n<th><a href="' + xfile + '">' + msid + '</a></th>'
line = line + '<th> </th><td>' + str(avg) + '</td><td>'
line = line + str(std) + '</td><td>' + fline + '</td>'
line = line + '<td>' + dline + '</td><td>' + unit + '</td><td>' + discp + '</td>'
line = line + '<th style="font-size:90%;color:' + color + ';padding-left:10px;'
line = line + 'padding-right:10px">' + vnote + '</th>\n</tr>\n'
line = line + '</table>\n'
line = line + '</div>\n'
out = mcf.today_date_display2()
fout = chs.read_template('html_close', repl=[['#TODAY#', out]])
line = line + fout
#
#--- category html has the tail of "_main.html"
#
try:
name = create_out_name(catg, dtype, mtype, ptype)
with open(name, 'w') as fo:
fo.write(line)
except:
pass
#
#--- update violation file; this will be used by the top html page
#
if mtype == 'mid':
vout = web_dir + catg + '/violations'
if len(violation_save) == 0:
mcf.rm_files(vout)
else:
line = ''
for ent in violation_save:
if len(ent[0]) < 8:
line = line + ent[0] + '\t\t' + ent[1] + '\n'
else:
line = line + ent[0] + '\t' + ent[1] + '\n'
with open(vout, 'w') as fo:
fo.write(line)