def readScalarDataFile(self, scalarfile):
scalarData = []
for j in range(2):
scalerData.append(range(9))
fis = FileInputStream(self.scalarList[i])
dis = DataInputStream(fis)
scalerBytes = jarray.zeros(18 * 4, 'b')
dis.read(scalerBytes, 0, 18 * 4)
fis.close()
offset = 0
for j in range(2):
for l in range(0, 36, 4):
scalarData[j][
l / 4] = (0x000000FF & scalerBytes[offset + l + 0]) + (
(0x000000FF & scalerBytes[offset + l + 1]) << 8
) + ((0x000000FF & scalerBytes[offset + l + 2]) << 16) + (
(0x000000FF & scalerBytes[offset + l + 3]) << 24)
offset = offset + 36
fis.close()
return scalarData
def run(self):
print "connect to GS"
sgs = Socket("127.0.0.1", 9011)
i = DataInputStream(sgs.getInputStream())
print "connect to GeoEditor"
sge = Socket("127.0.0.1", 2109)
# o = DataOutputStream(sge.getOutputStream())
o = sge.getOutputStream()
Thread.sleep(5000)
GeoEditorListener.getInstance().getThread().addListener(self.vpl)
print "gsge Ready"
bufsize = 4096
lastpos = 0
buf = String("\0" * bufsize).getBytes()
fc = 0
while True:
if not i.available():
Thread.sleep(10)
fc += 1
if fc % 500 == 0:
o.flush()
fc = 0
continue
lastpos += i.read(buf, lastpos, bufsize - lastpos)
while lastpos > 0 and lastpos > buf[0]:
if buf[1] == 2:
pass
elif buf[1] == 1:
x = self.list2num(buf[2:6])
y = self.list2num(buf[6:10])
z = self.list2num(buf[10:12])
if z > -15000:
rx, ry = GeoUtil.getRegionXY(x, y)
if (rx, ry) == (22, 22):
bx, by = GeoUtil.getBlockXY(x, y)
cx, cy = GeoUtil.getCellXY(x, y)
o.write(struct.pack(">BBBBh", bx, by, cx, cy, z))
newpos = buf[0] + 1
if len(buf) - newpos < bufsize:
buf = buf[newpos:] + String("\0" * bufsize).getBytes()
else:
buf = buf[newpos:]
lastpos -= newpos
def run(self):
print "connect to GS"
sgs = Socket("127.0.0.1", 9011)
i = DataInputStream(sgs.getInputStream())
print "connect to GeoEditor"
sge = Socket("127.0.0.1", 2109)
#o = DataOutputStream(sge.getOutputStream())
o = sge.getOutputStream()
Thread.sleep(5000)
GeoEditorListener.getInstance().getThread().addListener(self.vpl)
print "gsge Ready"
bufsize = 4096
lastpos = 0
buf = String("\0" * bufsize).getBytes()
fc = 0
while True:
if not i.available():
Thread.sleep(10)
fc += 1
if fc % 500 == 0:
o.flush()
fc = 0
continue
lastpos += i.read(buf, lastpos, bufsize - lastpos)
while lastpos > 0 and lastpos > buf[0]:
if buf[1] == 2:
pass
elif buf[1] == 1:
x = self.list2num(buf[2:6])
y = self.list2num(buf[6:10])
z = self.list2num(buf[10:12])
if z > -15000:
rx, ry = GeoUtil.getRegionXY(x, y)
if (rx, ry) == (22, 22):
bx, by = GeoUtil.getBlockXY(x, y)
cx, cy = GeoUtil.getCellXY(x, y)
o.write(struct.pack('>BBBBh', bx, by, cx, cy, z))
newpos = buf[0] + 1
if len(buf) - newpos < bufsize:
buf = buf[newpos:] + String("\0" * bufsize).getBytes()
else:
buf = buf[newpos:]
lastpos -= newpos
def writeKScanSummary(self, npoints, start, end, step, edgeEnergy, twoD,
kStartTime, kEndTime, kWeighting):
self.writeDetectorFile(npoints)
current = start
# lets window this mofo
fid = open(self.datafilename, 'a')
current = start
for i in range(npoints):
windowedData = [0.0] * 9
print 'Reading and windowing:', self.mcaList[i]
frameData = Xspress2Utilities.interpretDataFile(
self.mcaList[i].strip(), 0)
totalw = 0.0
for j in range(9):
sumgrades = frameData[j]
windowedData[j] = windowedData[j] + self.windowData(
sumgrades, self.windowValues[j][0],
self.windowValues[j][1])
for j in range(9):
totalw = totalw + windowedData[j]
#
# now read scalar data
#
scalarData = []
for j in range(2):
scalarData.append(range(9))
fis = FileInputStream(self.scalarList[i])
dis = DataInputStream(fis)
scalerBytes = jarray.zeros(18 * 4, 'b')
dis.read(scalerBytes, 0, 18 * 4)
fis.close()
offset = 0
for j in range(2):
for l in range(0, 36, 4):
scalarData[j][l / 4] = (
0x000000FF & scalerBytes[offset + l + 0]
) + ((0x000000FF & scalerBytes[offset + l + 1]) << 8) + (
(0x000000FF & scalerBytes[offset + l + 2]) << 16) + (
(0x000000FF & scalerBytes[offset + l + 3]) << 24)
offset = offset + 36
secTime = self.timeForK(current, start, end, kWeighting, kEndTime,
kStartTime)
liveTime = secTime / 1000.0
corrCounts = self.getCorrectedCounts(scalarData[0], scalarData[1],
liveTime)
measuredCounts = scalarData[0]
relinCounts = self.reLinearizeCounts(corrCounts)
factor = []
for j in range(len(relinCounts)):
if (relinCounts[j] == 0 or measuredCounts[j] == 0):
val = 1
factor.append(1.0)
else:
val = (relinCounts[j] / measuredCounts[j])
factor.append(val * liveTime)
correctWindows = []
corrWindTot = 0.0
for j in range(9):
correctW = float(windowedData[j]) * factor[j]
corrWindTot = corrWindTot + correctW
correctWindows.append(correctW)
#print>>fid,self.mDegForK(current,edgeEnergy,twoD),comboDCM.calcEnergy(self.mDegForK(current,edgeEnergy,twoD)/1000.0),\
# secTime,self.ionchamberData[i][0],self.ionchamberData[i][1],self.ionchamberData[i][2],str(windowedData[0:]).strip('[]').replace(',',''), \
# totalw,str(correctWindows[0:]).strip('[]').replace(',',''),corrWindTot
print>>fid,self.mDegForK(current,edgeEnergy,twoD),comboDCM.calcEnergy(self.mDegForK(current,edgeEnergy,twoD)/1000.0),\
secTime,self.ionchamberData[i][0],self.ionchamberData[i][1],self.ionchamberData[i][2],str(windowedData[0:]).strip('[]').replace(',',''), \
totalw,str(correctWindows[0:]).strip('[]').replace(',',''),corrWindTot
current = current + step
# SDP Stuff
detectorVector = Vector()
detectorVector.add(self.ionchamberData[i])
detectorVector.add(windowedData[0:])
positionVector = Vector()
positionVector.add(str(self.mDegForK(current, edgeEnergy, twoD)))
#sdp = ScanDataPoint("scan name",self.scannableNamesVector,self.detectorNamesVector,positionVector,detectorVector,"Panel Name","I18 Custom SDP","Header String",self.datafilename)
sdp = ScanDataPoint("Exafs FluKScan", self.scannableNamesVector,
self.detectorNamesVector, None, None, None,
None, positionVector, detectorVector, None,
"Panel Name", "I18 Custom SDP",
"Header String", self.datafilename, 0)
self.controller.update(None, sdp)
self.mcontroller.update(None, sdp)
fid.close()
from java.io import DataInputStream as DI from java.io import DataOutputStream as DO a = str(10) b = str(20) di = DI(a) do = DO(b) c = di.read() do.write(c) print(a,b,c)