def fromStream(self, stream, ownerDoc=None):
self.initParser()
self.initState(ownerDoc)
success = self.parser.ParseFile(stream)
if not success:
from xml.dom.ext import FtDomException
from xml.dom import XML_PARSE_ERR
if self._rootNode: ReleaseNode(self._rootNode)
if self._ownerDoc: ReleaseNode(self._ownerDoc)
raise FtDomException(
XML_PARSE_ERR,
(self.parser.ErrorLineNumber, self.parser.ErrorColumnNumber,
expat.ErrorString(self.parser.ErrorCode)))
self._completeTextNode()
return self._rootNode or self._ownerDoc
def sciListPage(self, type, singlePages="yes"):
nightList = []
document = implementation.createDocument(None, None, None)
rootElement = document.createElement("document")
rootElement.setAttribute("title", "%s exposures in run %s" % (string.upper(type), self.run))
tableNode = AddTableToDoc(document, "List of %s exposures" % (type, ),
["Exposure", "Object", "Exp. Time/s", "Seeing/\"", "Background/(1/s)", "<e1>", "<e2>", "ZP/mag"],
["left", "left", "right", "right", "right", "right", "right", "right"])
sciFrameListList = self.getSciFrames(type)
for sciFrameList in sciFrameListList:
recordNode = document.createElement("record")
for val in sciFrameList:
if sciFrameList.index(val) == 0:
AddTextFieldToRecord(document, recordNode, val,
[("link", os.path.join("science_frames", string.lower(val[:-4]+"html")))])
if singlePages == "yes":
print "Creating single page for", val
self.createSingleSci(type, val)
else:
AddTextFieldToRecord(document, recordNode, val)
# Add ZP from Image Header
imgPath = os.path.join(self.runDir, type, sciFrameList[0][:-5]+"_1"+self.extension+".fits")
zp = GetHeaderVal(imgPath, "ZP")
coeff = GetHeaderVal(imgPath, "COEFF")
nightID = GetHeaderVal(imgPath, "GABODSID")
zpChoice = GetHeaderVal(imgPath, "ZPCHOICE")
if not nightID:
continue
if not nightID in nightList:
solFile = os.path.join(self.runDir, "STANDARD_%s" % (self.filter,), "calib",
"night_%d_%s_result.asc" % (nightID, self.filter))
if os.path.exists(solFile):
self.createPhotPage(nightID, zp, coeff, zpChoice)
link = os.path.join("standard", "night_%d.html" % (nightID,))
else:
link = None
nightList.append(nightID)
if zp and float(zp) > -0.9:
AddTextFieldToRecord(document, recordNode, "%.2f" % (round(float(zp), 2), ), [("link", link)])
# AddTextFieldToRecord(document, recordNode, "%.2f" % (round(float(zp), 2)))
elif link:
AddTextFieldToRecord(document, recordNode, "-1", [("link", link)])
else:
AddTextFieldToRecord(document, recordNode, "-")
tableNode.appendChild(recordNode)
rootElement.appendChild(tableNode)
footerNode = AddFooterNode(document)
rootElement.appendChild(footerNode)
document.appendChild(rootElement)
ConvertDocument(self.webDir, string.lower(type), document, "calframes.xslt")
ReleaseNode(document)
os.chdir(self.cwd)
return
def toString(self):
if self.detached:
raise InvalidStateErr()
df = self.cloneContents()
res = self.__recurseToString(df)
from xml.dom.ext import ReleaseNode
ReleaseNode(df)
return res
def createSingleSci(self, type, frame):
sciPageDir = os.path.join(self.webDir, "science_frames")
document = implementation.createDocument(None, None, None)
rootElement = document.createElement("document")
rootElement.setAttribute("title", frame)
mosaicNode = document.createElement("mosaic")
mosaicNode.setAttribute("heading", "Binned Mosaic for %s" % (frame, ))
status = AddImgNode(self.runDir, document, mosaicNode, type, frame[:-5], sciPageDir)
if status != "ok":
ReleaseNode(document)
print status
return
rootElement.appendChild(mosaicNode)
psfNode = document.createElement("mosaic")
psfNode.setAttribute("heading", "PSF Pattern for %s" % (frame, ))
psFile = os.path.join(self.runDir, type, "cat", "PSFcheck", frame[:-5]+".ps")
status, pngPath = self.convertPSFPlot(psFile)
if status != "ok":
ReleaseNode(document)
print status
return
imgNode = document.createElement("img")
imgPath = os.path.join("images", os.path.split(pngPath)[1])
imgNode.setAttribute("source", imgPath)
psfNode.appendChild(imgNode)
rootElement.appendChild(psfNode)
footerNode = AddFooterNode(document)
rootElement.appendChild(footerNode)
document.appendChild(rootElement)
ConvertDocument(sciPageDir, string.lower(frame[:-5]), document, "calframes.xslt")
ReleaseNode(document)
return
def indexPage(self):
document = implementation.createDocument(None, None, None)
rootElement = document.createElement("document")
rootElement.setAttribute("title", "Contents of run %s, filter %s" % (self.run, self.filter))
for files in ["BIAS", "DARK", "SCIENCE_%s" % (self.filter, ),
"SKYFLAT_%s" % (self.filter, ),
"DOMEFLAT_%s" % (self.filter, ),
"STANDARD_%s" % (self.filter, )]:
checkPath = os.path.join(self.webDir, string.lower(files)+".html")
if not os.path.exists(checkPath):
continue
filesNode = document.createElement("files")
filesNode.setAttribute("link", string.lower(files)+".html")
textNode = document.createTextNode(files)
filesNode.appendChild(textNode)
rootElement.appendChild(filesNode)
footerNode = AddFooterNode(document)
rootElement.appendChild(footerNode)
document.appendChild(rootElement)
ConvertDocument(self.webDir, "index", document, "runindex.xslt")
ReleaseNode(document)
return
def releaseNode(self, node):
"Free a DOM tree"
node and ReleaseNode(node)
def calFramePage(self, type):
document = implementation.createDocument(None, None, None)
rootElement = document.createElement("document")
rootElement.setAttribute("title", "%s frames in run %s" % (string.upper(type), self.run))
mosaicNode = document.createElement("mosaic")
mosaicNode.setAttribute("heading", "Master %s frame" % (string.upper(type), ))
status = self.addImgNode(document, mosaicNode, type)
if status != "ok":
ReleaseNode(document)
print status
return
rootElement.appendChild(mosaicNode)
masterFrameNode = AddTableToDoc(document, "Master %s frames" % (type, ),
["Frame", "mean", "median", "stdev", "min", "max"],
["left", "right", "right", "right", "right", "right"])
chipFrameNodes = []
for chip in range(1, self.noChips+1):
frameName = "%s_%d.fits" % (type, chip)
calFrame = os.path.join(self.runDir, type, frameName)
if not os.path.exists(calFrame):
print "No such calibration file: ", calFrame
continue
fimg=pyfits.open(calFrame)
dat=fimg[0].data
recordNode = document.createElement("record")
AddTextFieldToRecord(document, recordNode, frameName)
AddTextFieldToRecord(document, recordNode, "%.2f" % (round(dat.mean(), 2)), )
median = GetMedian(dat)
AddTextFieldToRecord(document, recordNode, "%.2f" % (round(median, 2)), )
AddTextFieldToRecord(document, recordNode, "%.2f" % (round(GetCutStdev(dat), 2)), )
AddTextFieldToRecord(document, recordNode, "%.2f" % (round(dat.min(), 2)), )
AddTextFieldToRecord(document, recordNode, "%.2f" % (round(dat.max(), 2)), )
masterFrameNode.appendChild(recordNode)
calDict = {}
catFile = os.path.join(self.runDir, type, "cat", "chip_%d_stat.cat" % (chip, ))
if os.path.exists(catFile):
ftab = pyfits.open(catFile)
tabHDU = ftab["STATS"]
tabDat = tabHDU.data
for row in range(len(tabDat)):
try:
exptime = tabDat[row].field("EXPTIME")
except:
exptime = None
calDict[tabDat[row].field("FITSFILE")] = {"mode" : tabDat[row].field("Mode"),
"median" : tabDat[row].field("Median"),
"mean" : tabDat[row].field("Mean"),
"stdev" : tabDat[row].field("Stdev"),
"exptime": exptime}
ftab.close()
singleFrameNode = self.singleFrameTable(type, fimg[0].header, chip, calDict, document)
chipFrameNodes.append(singleFrameNode)
fimg.close()
rootElement.appendChild(masterFrameNode)
for singleFrameTable in chipFrameNodes:
rootElement.appendChild(singleFrameTable)
footerNode = AddFooterNode(document)
rootElement.appendChild(footerNode)
document.appendChild(rootElement)
ConvertDocument(self.webDir, string.lower(type), document, "calframes.xslt")
ReleaseNode(document)
os.chdir(self.cwd)
return
def createPhotPage(self, night, zp, coeff, zpChoice=None):
stdPageDir = os.path.join(self.webDir, "standard")
pipe = os.popen("caldate -d 31/12/1998 -i %d" % (night,))
result = pipe.read()
pipe.close()
civNight = string.split(result)[2]
document = implementation.createDocument(None, None, None)
rootElement = document.createElement("document")
rootElement.setAttribute("title", "Photometric solutions for night %d (%s)"
% (night, civNight))
tableNode = AddTableToDoc(document, "Photometric Solutions",
["ZP/mag", "Ext. Coeff.", "Col. Term", "Type", "Selected"],
["right", "right", "right", "left", "left"])
solFile = os.path.join(self.runDir, "STANDARD_%s" % (self.filter,), "calib",
"night_%d_%s_result.asc" % (night, self.filter))
f = open(solFile, "r")
i = 0
solType=["Z-K-C", "Z---C", "Z----"]
for sol in f.readlines():
recordNode = document.createElement("record")
zpSol, coeffSol, ctSol = string.split(sol)
if not zpChoice:
# It's really crappy that we have to find the accepted solution again
# by comparing with all solutions. This is bound to fail at some point
try:
if fabs(float(zpSol)-zp) < 1e-4 and fabs(float(coeffSol)-coeff) <1e-4:
selected = "yes"
attr = [("mode", "b")]
else:
selected = "no"
attr = []
# Older version did not always insert ZP and COEFF, they might be None ...
except TypeError:
selected = "no"
attr = []
else:
# New version write to the header which solution was chosen
if zpChoice == i+1:
selected = "yes"
attr = [("mode", "b")]
else:
selected = "no"
attr = []
AddTextFieldToRecord(document, recordNode,
"%.2f" % (round(float(zpSol), 2), ), attr)
AddTextFieldToRecord(document, recordNode,
"%.2f" % (round(float(coeffSol), 2), ), attr)
AddTextFieldToRecord(document, recordNode,
"%.2f" % (round(float(ctSol), 2), ), attr)
AddTextFieldToRecord(document, recordNode, solType[i], attr)
AddTextFieldToRecord(document, recordNode, selected, attr)
i += 1
tableNode.appendChild(recordNode)
rootElement.appendChild(tableNode)
plotNode = document.createElement("photcal")
plotNode.setAttribute("heading", "Plot of photometric solutions")
psFile = os.path.join(self.runDir, "STANDARD_%s" % (self.filter,), "calib",
"night_%d_%s_result.ps" % (night, self.filter))
status, pngPath = self.convertPhotCalPlot(psFile)
if status != "ok":
ReleaseNode(document)
print status
return
imgNode = document.createElement("img")
imgPath = os.path.join("images", os.path.split(pngPath)[1])
imgNode.setAttribute("source", imgPath)
plotNode.appendChild(imgNode)
rootElement.appendChild(plotNode)
footerNode = AddFooterNode(document)
rootElement.appendChild(footerNode)
document.appendChild(rootElement)
ConvertDocument(stdPageDir, "night_%d" % (night,), document, "calframes.xslt")
ReleaseNode(document)
return
def makeCoaddPage(self, dir):
cwd = os.getcwd()
os.chdir(dir)
coaddWeb = os.path.join(self.webDir, "coadd_"+self.ident)
if not os.path.exists(coaddWeb):
os.makedirs(coaddWeb)
frameList = glob.glob("*%s.%s.fits" % (self.extension, self.ending))
fitsFile = os.path.join(dir,
"%s_%s.%s.swarp.fits" % (self.field, self.filter, self.ident))
status, jpgPath = ConvertMosaicLarge(fitsFile, self.webDir, 2)
if not status == "ok":
print status
title = "%s_%s %s" % (self.field, self.filter, self.ident)
document = implementation.createDocument(None, None, None)
rootElement = document.createElement("document")
rootElement.setAttribute("title", title)
if jpgPath:
imgNode = document.createElement("img")
imgPath = os.path.join("../images", os.path.split(jpgPath)[1])
imgNode.setAttribute("source", imgPath)
rootElement.appendChild(imgNode)
fitsFile = os.path.join(dir,
"%s_%s.%s.swarp.weight.fits"
% (self.field, self.filter, self.ident))
status, jpgPath = ConvertMosaicLarge(fitsFile, self.webDir, 0, levels=[0, None])
if not status == "ok":
print status
if jpgPath:
imgNode = document.createElement("img")
imgPath = os.path.join("../images", os.path.split(jpgPath)[1])
imgNode.setAttribute("source", imgPath)
rootElement.appendChild(imgNode)
diagNode = document.createElement("diagPlots")
plotList = glob.glob("../postcoadd/plots/%s_%s.%s*" %
(self.field, self.filter, self.ident))
setPlotList = glob.glob("../plots/coadd_%s*.ps" % (self.ident, ))
print "setPlotList: ", setPlotList
plotList = setPlotList + plotList
for plot in plotList:
status, pngPath = self.convertPlot(plot)
if not status == "ok":
print status
if pngPath:
imgNode = document.createElement("img")
imgPath = os.path.join("../images", os.path.split(pngPath)[1])
imgNode.setAttribute("source", imgPath)
diagNode.appendChild(imgNode)
rootElement.appendChild(diagNode)
suffix = "*_1%s.%s.fits" % (self.extension, self.ending)
frameList = glob.glob(suffix)
sciNode = document.createElement("runList")
runList = []
frameDict = {}
for frame in frameList:
run = self.getRun(frame)
if not run in runList:
runList.append(run)
frameDict[run] = []
frameDict[run].append(frame)
runList.sort()
tableNode = AddTableToDoc(document, "Runs and Exposures",
["No.", "Run", "Exposure"],
["right", "left", "left"])
i = 1
for run in runList:
print run
recordNode = document.createElement("record")
AddTextFieldToRecord(document, recordNode, "")
AddTextFieldToRecord(document, recordNode, run,
[("link", os.path.join("..", "..", "..", self.filter, run))])
AddTextFieldToRecord(document, recordNode, "")
tableNode.appendChild(recordNode)
frameDict[run].sort()
for frame in frameDict[run]:
print frame
print suffix
frameEntry = frame[:-(len(suffix)-1)]
# frameEntry = frame[:-12]
recordNode = document.createElement("record")
AddTextFieldToRecord(document, recordNode, str(i))
i += 1
AddTextFieldToRecord(document, recordNode, "")
link = os.path.join("..", "..", "..", self.filter, run, "science_frames",
string.lower(frameEntry)+".html")
AddTextFieldToRecord(document, recordNode, frameEntry,
[("link", link)])
tableNode.appendChild(recordNode)
sciNode.appendChild(tableNode)
footerNode = AddFooterNode(document)
rootElement.appendChild(footerNode)
rootElement.appendChild(sciNode)
document.appendChild(rootElement)
xmlFile = os.path.join(coaddWeb, "index.xml")
htmlFile = os.path.join(coaddWeb, "index.html")
f = open(xmlFile, "w")
xml.dom.ext.PrettyPrint(document, f)
f.close()
ReleaseNode(document)
cmd = "xsltproc %s/coaddframe.xslt %s > %s" % (PipeWWW, xmlFile, htmlFile)
os.system(cmd)
os.chdir(cwd)
return
def makeCoaddIndex(self):
cwd = os.getcwd()
os.chdir(self.coaddDir)
dList = glob.glob("coadd_*")
dList.sort()
document = implementation.createDocument(None, None, None)
rootElement = document.createElement("document")
title = "%s (%s-band) Co-Addition Overview" % (self.field, self.filter)
rootElement.setAttribute("title", title)
tableNode = AddTableToDoc(document, "Co-additions for this field",
["Identifier", "Seeing/arcsec", "ZP/mag", "Exp. Time/s", "Selection criteria"],
["left", "right", "right", "right", "left"])
for d in dList:
dID = string.split(d, "_", 1)[1]
recordNode = document.createElement("record")
AddTextFieldToRecord(document, recordNode, d, (("link", d), ))
fitsFile = "%s/%s_%s.%s.swarp.fits" % (d, self.field, self.filter, dID)
val = GetHeaderVal(fitsFile, "SEEING")
if val:
val = round(val, 2)
AddTextFieldToRecord(document, recordNode, val)
val = GetHeaderVal(fitsFile, "MAGZP")
if val:
val = round(val, 2)
AddTextFieldToRecord(document, recordNode, val)
val = GetHeaderVal(fitsFile, "TEXPTIME")
if val:
val = round(val, 1)
else:
val = GetHeaderVal(fitsFile, "EXPTIME")
if val:
val = round(val, 1)
AddTextFieldToRecord(document, recordNode, val)
i = 1
cond = ""
while 1:
val = GetHeaderVal(fitsFile, "COND%d" % (i, ))
if not val:
break
cond += val
i += 1
AddTextFieldToRecord(document, recordNode, cond)
tableNode.appendChild(recordNode)
rootElement.appendChild(tableNode)
diagNode = document.createElement("diagPlots")
plotList = glob.glob("/%s/%s/plots/%s*.ps" % (self.fieldDir, self.filter, self.filter))
for plot in plotList:
status, pngPath = self.convertPlot(plot)
if not status == "ok":
print status
if pngPath:
imgNode = document.createElement("img")
imgPath = os.path.join("images", os.path.split(pngPath)[1])
imgNode.setAttribute("source", imgPath)
diagNode.appendChild(imgNode)
rootElement.appendChild(diagNode)
footerNode = AddFooterNode(document)
rootElement.appendChild(footerNode)
document.appendChild(rootElement)
xmlFile = os.path.join(self.webDir, "index.xml")
htmlFile = os.path.join(self.webDir, "index.html")
f = open(xmlFile, "w")
xml.dom.ext.PrettyPrint(document, f)
f.close()
ReleaseNode(document)
cmd = "xsltproc %s/coaddlist.xslt %s > %s" % (PipeWWW, xmlFile, htmlFile)
os.system(cmd)
os.chdir(cwd)
return dList
def releaseNode(self, node):
ReleaseNode(node)
def deleteContents(self):
"""Delete the contents defined by this range"""
#NOTE Use 4DOM ReleaseNode cause it is interface safe
from xml.dom.ext import ReleaseNode
if self.detached:
raise InvalidStateErr()
if self.startContainer == self.endContainer:
if self.startOffset == self.endOffset:
return
if self.startContainer.nodeType in [
Node.TEXT_NODE, Node.COMMENT_NODE,
Node.PROCESSING_INSTRUCTION_NODE
]:
#Adjust the character data
self.startContainer.deleteData(
self.startOffset, 1 + self.endOffset - self.startOffset)
else:
#Delete a set number of children
numDel = self.endOffset - self.startOffset + 1
for ctr in range(numDel):
c = self.startContainer.removeChild(
self.startContainer.childNodes[self.startOffset])
ReleaseNode(c)
self.__dict__['endContainer'] = self.startContainer
self.__dict__['endOffset'] = self.endContainer
self.__dict__['commonAncestorContainer'] = self.endContainer
self.__dict__['collapsed'] = 1
elif self.startContainer == self.commonAncestorContainer:
#Delete up the endContainer
#From the start to the end
if self.endContainer.nodeType in [
Node.TEXT_NODE, Node.COMMENT_NODE,
Node.PROCESSING_INSTRUCTION_NODE
]:
#Adjust the character data
self.endContainer.deleteData(0, self.endOffset)
else:
numDel = self.endOffset
for ctr in range(numDel):
c = self.endContainer.removeChild(
self.endContainer.childNodes[0])
ReleaseNode(c)
cur = self.endContainer
while cur.parentNode != self.commonAncestorContainer:
while cur.previousSibling:
c = cur.parentNode.removeChild(cur.previousSibling)
ReleaseNode(c)
cur = cur.parentNode
#Delete up to the ancestor of end
endAncestorChild = cur
while self.startContainer.firstChild != endAncestorChild:
c = self.startContainer.removeChild(
self.startContainer.firstChild)
ReleaseNode(c)
elif self.endContainer == self.commonAncestorContainer:
if self.startContainer.nodeType in [
Node.TEXT_NODE, Node.COMMENT_NODE,
Node.PROCESSING_INSTRUCTION_NODE
]:
#Adjust the character data
self.startContainer.deleteData(
self.startOffset,
1 + len(self.startContainer.data) - self.startOffset)
else:
numDel = len(self.startContainer.childNodes) - self.startOffset
for ctr in range(numDel):
c = self.startContainer.removeChild(
self.startContainer.childNodes[self.startOffset])
ReleaseNode(c)
cur = self.startContainer
while cur.parentNode != self.commonAncestorContainer:
while cur.nextSibling:
c = cur.parentNode.removeChild(cur.nextSibling)
ReleaseNode(c)
cur = cur.parentNode
startAncestorChild = cur
#Delete up to the ancestor of start
startAncestorChild = cur
startIndex = self.endContainer.childNodes.index(cur)
numDel = self.endOffset - startIndex
for ctr in range(numDel):
c = self.endContainer.removeChild(
startAncestorChild.nextSibling)
ReleaseNode(c)
else:
#From the start to the end
if self.startContainer.nodeType in [
Node.TEXT_NODE, Node.COMMENT_NODE,
Node.PROCESSING_INSTRUCTION_NODE
]:
#Adjust the character data
self.startContainer.deleteData(
self.startOffset,
1 + len(self.startContainer.data) - self.startOffset)
else:
numDel = len(self.startContainer.childNodes) - self.startOffset
for ctr in range(numDel):
c = self.startContainer.removeChild(
self.startContainer.childNodes[self.startOffset])
ReleaseNode(c)
cur = self.startContainer
while cur.parentNode != self.commonAncestorContainer:
while cur.nextSibling:
c = cur.parentNode.removeChild(cur.nextSibling)
ReleaseNode(c)
cur = cur.parentNode
startAncestorChild = cur
#Delete up the endContainer
#From the start to the end
if self.endContainer.nodeType in [
Node.TEXT_NODE, Node.COMMENT_NODE,
Node.PROCESSING_INSTRUCTION_NODE
]:
#Adjust the character data
self.endContainer.deleteData(0, self.endOffset)
else:
numDel = self.endOffset
for ctr in range(numDel):
c = self.endContainer.removeChild(
self.endContainer.childNodes[0])
ReleaseNode(c)
cur = self.endContainer
while cur.parentNode != self.commonAncestorContainer:
while cur.previousSibling:
c = cur.parentNode.removeChild(cur.previousSibling)
ReleaseNode(c)
cur = cur.parentNode
endAncestorChild = cur
cur = startAncestorChild
#Delete everything between us
while cur.nextSibling != endAncestorChild:
c = cur.parentNode.removeChild(cur.nextSibling)
ReleaseNode(c)
#Adjust the containers
#FIXME What the heck is the spec talking about??
self.__dict__['endContainer'] = self.startContainer
self.__dict__['endOffset'] = self.startContainer
self.__dict__['commonAncestorContainer'] = self.startContainer
self.__dict__['collapsed'] = 1
return None