if (int(config.KEEP_TMP_FILES)==0):utils.removeCAT(frameCounter)
objects = utils.rejectBadObjects(objects)
updateMasterObjectList(objects, frameInfo.getWindow(j))
debug.write("Total objects in this window:" + str(len(objects)))
averageFrames = []
normalisedImages = []
for j in range(frameInfo.numWindows):
averageFrame = numpy.divide(summedFrames[j], frameCounter)
averageFrames.append(averageFrame)
normalisedImage = utils.percentiles(averageFrame, 25, 99)
normalisedImages.append(normalisedImage)
# Construct full frame from Windows
fullFrame = numpy.zeros((frameInfo.nxmax, frameInfo.nymax))
for j in range(frameInfo.numWindows):
xll = frameInfo.getWindow(j).xll
yll = frameInfo.getWindow(j).yll
xsize = frameInfo.getWindow(j).xsize
ysize = frameInfo.getWindow(j).ysize
rotatedImage = numpy.flipud(normalisedImages[j])
fullFrame[xll:xll+xsize, yll:yll+ysize] = fullFrame[xll:xll+xsize, yll:yll+ysize] + rotatedImage
fullFrame = numpy.fliplr(fullFrame)
FITSHeaders.append(FITSHeader)
print "keyword: ", FITSHeader['keyword'], " value: ", FITSHeader['value'], " comment: ", FITSHeader['comment']
headFile.close()
FITSInputhdulist = astropy.io.fits.open(fitsFilename)
print FITSInputhdulist.info()
print FITSInputhdulist[0].data
imageData = FITSInputhdulist[0].data
if imagePreview:
imgplot = plt.imshow(utils.percentiles(imageData, 20, 98), cmap='gray', interpolation='nearest')
plt.show()
print "Doing some more stuff"
FITSInputhdulist.close()
debug.write("Writing FITS file: " + outputFilename, level=1)
prihdr = astropy.io.fits.Header()
prihdr['COMMENT'] = "This file created by makefits.py from the Ultracam pipeline."
prihdr['OBJECT'] = "KOI-823"
for h in FITSHeaders:
print "Adding: ", h["keyword"], ":", h["value"]
keyword = str(h["keyword"])
try:
prihdr[keyword] = float(h["value"])
# Construct full frame from Windows
fullFrame = numpy.zeros((frameInfo.nxmax, frameInfo.nymax))
for j in range(frameInfo.numWindows):
frameImage = frameWindows[j + frameInfo.numWindows * i]
frameImage = numpy.rot90(frameImage)
# All windows need to be rotated by 180 degrees before using the Image library to write to png
xll = frameInfo.getWindow(j).xll
yll = frameInfo.getWindow(j).yll
xsize = frameInfo.getWindow(j).xsize
ysize = frameInfo.getWindow(j).ysize
rotatedImage = numpy.flipud(frameImage)
normalisedImage = utils.percentiles(rotatedImage, 10, 98)
fullFrame[xll : xll + xsize, yll : yll + ysize] = (
fullFrame[xll : xll + xsize, yll : yll + ysize] + normalisedImage
)
fullFrame = numpy.fliplr(fullFrame)
imgData = fullFrame
imgSize = numpy.shape(imgData)
imgLength = imgSize[0] * imgSize[1]
testData = numpy.reshape(imgData, imgLength, order="F")
img = Image.new("L", imgSize)
img.putdata(testData)
if colour == "b":
if (frameCounter % rdat.nblue) != 0:
summedFrame = numpy.zeros((width, height))
summedFrames.append(summedFrame)
firstFrame = False
for j in range(frameInfo.numWindows):
frameImage = numpy.copy(frameWindows[j])
utils.createFITS(frameCounter, frameImage)
utils.runSex(frameCounter)
summedFrame = summedFrames[j]
summedFrame = numpy.add(summedFrame, frameImage)
summedFrames[j] = summedFrame
if mplPreview==True:
imgplot = plt.imshow(utils.percentiles(frameImage, 20, 98), cmap='gray', interpolation='nearest')
plt.draw()
print "Window info:", frameInfo.getWindow(j)
if (int(config.KEEP_TMP_FILES)==0):utils.removeFITS(frameCounter);
objects = utils.readSexObjects(frameCounter)
if (int(config.KEEP_TMP_FILES)==0):utils.removeCAT(frameCounter)
objects = utils.rejectBadObjects(objects)
updateMasterObjectList(objects, frameInfo.getWindow(j))
debug.write("Total objects in this window:" + str(len(objects)))
