def loadFileDialog(self):
doLoad = False
if self.unsavedContent:
reply = QMessageBox.question(self, "Warning", "There are unsaved changes. Do you want to save them?", QMessageBox.Yes|QMessageBox.No|QMessageBox.Abort, QMessageBox.NoButton)
if reply == QMessageBox.Yes:
self.saveFile()
doLoad = not self.unsavedContent
elif reply == QMessageBox.No:
self.closeConfiguration()
doLoad = True
else:
doLoad = True
if doLoad:
filename = QFileDialog.getOpenFileName(self, 'Open configuration file', self.FilePath(self.lastFile))
if filename[0]:
self.closeConfiguration()
file = QFile(filename[0])
file.open(QIODevice.ReadOnly | QIODevice.Text)
currentPluginTmp = False
for item in self.pluginContainer:
file.seek(0)
if item[0].checkMagic(file):
currentPluginTmp = item
break
file.close()
if currentPluginTmp == False:
QMessageBox.critical(self, "Error", 'Error: Selected file does not seem to fit to any installed plugin. Check the "checkMagic" method inside the "__init__.py" file of the desired plugins folder.', QMessageBox.Ok, QMessageBox.NoButton)
else:
self.currentPlugin = currentPluginTmp
if self.loadPluginModel():
self.fileHandler.fileName = filename[0]
self.lastFile = self.fileHandler.fileName
self.activeModel.beginResetModel()
importLog, importError = self.fileHandler.readFile(self.activeModel, self.completeModel, self.currentPlugin)
importanceError = False
if not importError:
importanceLog, importanceError = self.activeModel.checkImportance(self.completeModel)
for logItem in importanceLog:
importLog.append(logItem)
self.activeModel.endResetModel()
if importanceError or importError:
self.closeConfiguration()
else:
self.actionSave_Configuration.setEnabled(True)
self.actionSave_Configuration_File_As.setEnabled(True)
self.button_add.setEnabled(True)
self.label.setText("Select a setting to edit it.")
self.windowIndicator()
self.expandTree()
if len(importLog) != 0:
importLogWindow = ImportLog(importLog, importError, filename[0], self)
importLogWindow.exec()
else:
QMessageBox.critical(self, "Error", "Error: Selected file can't be read.", QMessageBox.Ok, QMessageBox.NoButton)
self.closeConfiguration()
def decodePack2Txt(in1, out1, dem='\t'):
dsoIn = QFile(in1)
if dsoIn.open(QIODevice.ReadOnly) is False:
return
OTdic = {}
for it in otypedic:
if str(otypedic[it]) not in OTdic:
OTdic[str(otypedic[it])] = it
dsoIn.seek(0)
dsoInStream = QDataStream(dsoIn)
dsoInStream.setVersion(QDataStream.Qt_5_2)
print(dsoInStream.readQString())
print(dsoInStream.readQString())
lines = []
while dsoIn.atEnd() is False:
id = dsoInStream.readInt()
raRad = dsoInStream.readFloat()
decRad = dsoInStream.readFloat()
bMag = dsoInStream.readFloat()
vMag = dsoInStream.readFloat()
nType = dsoInStream.readInt()
mType = dsoInStream.readQString()
majorAxisSize = dsoInStream.readFloat()
minorAxisSize = dsoInStream.readFloat()
orientationAngle = dsoInStream.readInt()
z = dsoInStream.readFloat()
zErr = dsoInStream.readFloat()
plx = dsoInStream.readFloat()
plxErr = dsoInStream.readFloat()
dist = dsoInStream.readFloat()
distErr = dsoInStream.readFloat()
NGC = dsoInStream.readInt()
IC = dsoInStream.readInt()
M = dsoInStream.readInt()
C = dsoInStream.readInt()
B = dsoInStream.readInt()
Sh2 = dsoInStream.readInt()
VdB = dsoInStream.readInt()
RCW = dsoInStream.readInt()
LDN = dsoInStream.readInt()
LBN = dsoInStream.readInt()
Cr = dsoInStream.readInt()
Mel = dsoInStream.readInt()
PGC = dsoInStream.readInt()
UGC = dsoInStream.readInt()
Ced = dsoInStream.readQString()
Arp = dsoInStream.readInt()
VV = dsoInStream.readInt()
PK = dsoInStream.readQString()
PNG = dsoInStream.readQString()
SNRG = dsoInStream.readQString()
ACO = dsoInStream.readQString()
HCG = dsoInStream.readQString()
ESO = dsoInStream.readQString()
VdBH = dsoInStream.readQString()
DWB = dsoInStream.readInt()
Tr = dsoInStream.readInt()
St = dsoInStream.readInt()
Ru = dsoInStream.readInt()
VdBHa = dsoInStream.readInt()
ra = float(raRad * 180 / math.pi)
dec = float(decRad * 180 / math.pi)
majorAxisSize *= 60
minorAxisSize *= 60
if str(nType) in OTdic:
oType = OTdic[str(nType)]
lis = [
id, ra, dec, bMag, vMag, oType, mType, majorAxisSize,
minorAxisSize, orientationAngle, z, zErr, plx, plxErr, dist,
distErr, NGC, IC, M, C, B, Sh2, VdB, RCW, LDN, LBN, Cr, Mel, PGC,
UGC, Ced, Arp, VV, PK, PNG, SNRG, ACO, HCG, ESO, VdBH, DWB, Tr, St,
Ru, VdBHa
]
lis = list(str(x) for x in lis)
lines.append(dem.join(lis))
writealllines(lines, out1)
def ConverttxtToPack(in1,out1):
dsoIn = QFile(in1)
if dsoIn.open(QIODevice.ReadOnly | QIODevice.Text) is False:
return
dsoOut=QFile(out1)
if dsoOut.open(QIODevice.WriteOnly) is False:
return
totalRecords = 0
while (dsoIn.atEnd() is False):
dsoIn.readLine()
totalRecords+=1
dsoIn.seek(0)
dsoOutStream = QDataStream(dsoOut)
dsoOutStream.setVersion(QDataStream.Qt_5_2)
readOk = 0
dsoOutStream.writeQString('3.11')
dsoOutStream.writeQString('standard')
while (dsoIn.atEnd() is False):
record = str(dsoIn.readLine(), encoding='utf-8')
vp = re.match("ersion\s+([\d\.]+)\s+(\w+)",record)
if (record.startswith("//") or record.startswith("#")):
totalRecords-=1
continue
lis=record.split('\t')
try:
# if 1:
id = int(lis[0])
ra = float((lis[1]).strip())
dec = float((lis[2]).strip())
bMag = float(lis[3])
vMag = float(lis[4])
oType = (lis[5]).strip()
mType = (lis[6]).strip()
majorAxisSize = float(lis[7])
minorAxisSize = float(lis[8])
orientationAngle = int(float(lis[9]))
z = float(lis[10])
zErr = float(lis[11])
plx = float(lis[12])
plxErr = float(lis[13])
dist = float(lis[14])
distErr = float(lis[15])
NGC = int(lis[16])
IC = int(lis[17])
M = int(lis[18])
C = int(lis[19])
B = int(lis[20])
Sh2 = int(lis[21])
VdB = int(lis[22])
RCW = int(lis[23])
LDN = int(lis[24])
LBN = int(lis[25])
Cr = int(lis[26])
Mel = int(lis[27])
PGC = int(lis[28])
UGC = int(lis[29])
Ced = (lis[30]).strip()
Arp = int(lis[31])
VV = int(lis[32])
PK = (lis[33]).strip()
PNG = (lis[34]).strip()
SNRG = (lis[35]).strip()
ACO = (lis[36]).strip()
HCG = (lis[37]).strip()
ESO = (lis[38]).strip()
VdBH = (lis[39]).strip()
DWB = int(lis[40])
Tr = int(lis[41])
St = int(lis[42])
Ru = int(lis[43])
VdBHa = int(lis[44])
raRad = float(ra) * math.pi / 180
decRad = float(dec) * math.pi / 180
majorAxisSize /= 60
minorAxisSize /= 60
if (bMag <= 0):
bMag = 99
if (vMag <= 0):
vMag = 99
if oType.upper() in otypedic:
nType = otypedic[oType.upper()]
else:
nType = 36
readOk += 1
dsoOutStream.writeInt(id)
dsoOutStream.writeFloat(ra/180*math.pi)
dsoOutStream.writeFloat(dec/180*math.pi)
dsoOutStream.writeFloat(bMag)
dsoOutStream.writeFloat(vMag)
dsoOutStream.writeInt(nType)
# dsoOutStream.writeUInt64(nType)
dsoOutStream.writeQString(mType)
dsoOutStream.writeFloat(majorAxisSize)
dsoOutStream.writeFloat(minorAxisSize)
dsoOutStream.writeInt(orientationAngle)
dsoOutStream.writeFloat(z)
dsoOutStream.writeFloat(zErr)
dsoOutStream.writeFloat(plx)
dsoOutStream.writeFloat(plxErr)
dsoOutStream.writeFloat(dist)
dsoOutStream.writeFloat(distErr)
dsoOutStream.writeInt(NGC)
dsoOutStream.writeInt(IC)
dsoOutStream.writeInt(M)
dsoOutStream.writeInt(C)
dsoOutStream.writeInt(B)
dsoOutStream.writeInt(Sh2)
dsoOutStream.writeInt(VdB)
dsoOutStream.writeInt(RCW)
dsoOutStream.writeInt(LDN)
dsoOutStream.writeInt(LBN)
dsoOutStream.writeInt(Cr)
dsoOutStream.writeInt(Mel)
dsoOutStream.writeInt(PGC)
dsoOutStream.writeInt(UGC)
dsoOutStream.writeQString(Ced)
dsoOutStream.writeInt(Arp)
dsoOutStream.writeInt(VV)
dsoOutStream.writeQString(PK)
dsoOutStream.writeQString(PNG)
dsoOutStream.writeQString(SNRG)
dsoOutStream.writeQString(ACO)
dsoOutStream.writeQString(HCG)
dsoOutStream.writeQString(ESO)
dsoOutStream.writeQString(VdBH)
dsoOutStream.writeInt(DWB)
dsoOutStream.writeInt(Tr)
dsoOutStream.writeInt(St)
dsoOutStream.writeInt(Ru)
dsoOutStream.writeInt(VdBHa)
except:
print(record)
continue
dsoIn.close()
dsoOut.flush()
dsoOut.close()
return
def ConverttxtToPack(in1, out1, default_ver='3.13', default_type='standard'):
dsoIn = QFile(in1)
if dsoIn.open(QIODevice.ReadOnly | QIODevice.Text) is False:
return
dsoOut = QFile(out1)
if dsoOut.open(QIODevice.WriteOnly) is False:
return
totalRecords = 0
while (dsoIn.atEnd() is False):
dsoIn.readLine()
totalRecords += 1
dsoIn.seek(0)
dsoOutStream = QDataStream(dsoOut)
dsoOutStream.setVersion(QDataStream.Qt_5_2)
readOk = 0
addedHead = False
while (dsoIn.atEnd() is False):
record = str(dsoIn.readLine(), encoding='utf-8')
vp = re.match("^.*ersion\s+([\d\.]+)\s+(\w+)", record)
if vp:
print(vp.group(1), vp.group(2))
dsoOutStream.writeQString(vp.group(1))
dsoOutStream.writeQString(vp.group(2))
addedHead = True
if (record.startswith("//") or record.startswith("#")):
totalRecords -= 1
continue
# write when could not get label from txt
if not addedHead:
dsoOutStream.writeQString(default_ver)
dsoOutStream.writeQString(default_type)
addedHead = True
lis = record.split('\t')
if 1:
id = int(lis[0] if lis[0] != "" else 0)
ra = float((lis[1]).strip())
dec = float((lis[2]).strip())
bMag = float(lis[3])
vMag = float(lis[4])
oType = (lis[5]).strip() #
mType = (lis[6]).strip() #
majorAxisSize = float(lis[7])
minorAxisSize = float(lis[8])
orientationAngle = int(float(lis[9]) if float(lis[9]) != "" else 0)
z = float(lis[10])
zErr = float(lis[11])
plx = float(lis[12])
plxErr = float(lis[13])
dist = float(lis[14])
distErr = float(lis[15])
NGC = int(lis[16] if lis[16] != "" else 0)
IC = int(lis[17] if lis[17] != "" else 0)
M = int(lis[18] if lis[18] != "" else 0)
C = int(lis[19] if lis[19] != "" else 0)
B = int(lis[20] if lis[20] != "" else 0)
Sh2 = int(lis[21] if lis[21] != "" else 0)
VdB = int(lis[22] if lis[22] != "" else 0)
RCW = int(lis[23] if lis[23] != "" else 0)
LDN = int(lis[24] if lis[24] != "" else 0)
LBN = int(lis[25] if lis[25] != "" else 0)
Cr = int(lis[26] if lis[26] != "" else 0)
Mel = int(lis[27] if lis[27] != "" else 0)
PGC = int(lis[28] if lis[28] != "" else 0)
UGC = int(lis[29] if lis[29] != "" else 0)
Ced = (lis[30]).strip() #
Arp = int(lis[31] if lis[31] != "" else 0)
VV = int(lis[32] if lis[32] != "" else 0)
PK = (lis[33]).strip() #
PNG = (lis[34]).strip() #
SNRG = (lis[35]).strip() #
ACO = (lis[36]).strip() #
HCG = (lis[37]).strip() #
ESO = (lis[38]).strip() #
VdBH = (lis[39]).strip() #
DWB = int(lis[40] if lis[40] != "" else 0)
Tr = int(lis[41] if lis[41] != "" else 0)
St = int(lis[42] if lis[42] != "" else 0)
Ru = int(lis[43] if lis[43] != "" else 0)
VdBHa = int(lis[44] if lis[44] != "" else 0)
raRad = float(ra) * math.pi / 180
decRad = float(dec) * math.pi / 180
majorAxisSize /= 60
minorAxisSize /= 60
if (bMag <= 0):
bMag = 99
if (vMag <= 0):
vMag = 99
if oType.upper() in otypedic:
nType = otypedic[oType.upper()]
else:
nType = 36
readOk += 1
dsoOutStream.writeInt(id)
dsoOutStream.writeFloat(raRad)
dsoOutStream.writeFloat(decRad)
dsoOutStream.writeFloat(bMag)
dsoOutStream.writeFloat(vMag)
dsoOutStream.writeInt(nType)
dsoOutStream.writeQString(mType)
dsoOutStream.writeFloat(majorAxisSize)
dsoOutStream.writeFloat(minorAxisSize)
dsoOutStream.writeInt(orientationAngle)
dsoOutStream.writeFloat(z)
dsoOutStream.writeFloat(zErr)
dsoOutStream.writeFloat(plx)
dsoOutStream.writeFloat(plxErr)
dsoOutStream.writeFloat(dist)
dsoOutStream.writeFloat(distErr)
dsoOutStream.writeInt(NGC)
dsoOutStream.writeInt(IC)
dsoOutStream.writeInt(M)
dsoOutStream.writeInt(C)
dsoOutStream.writeInt(B)
dsoOutStream.writeInt(Sh2)
dsoOutStream.writeInt(VdB)
dsoOutStream.writeInt(RCW)
dsoOutStream.writeInt(LDN)
dsoOutStream.writeInt(LBN)
dsoOutStream.writeInt(Cr)
dsoOutStream.writeInt(Mel)
dsoOutStream.writeInt(PGC)
dsoOutStream.writeInt(UGC)
dsoOutStream.writeQString(Ced)
dsoOutStream.writeInt(Arp)
dsoOutStream.writeInt(VV)
dsoOutStream.writeQString(PK)
dsoOutStream.writeQString(PNG)
dsoOutStream.writeQString(SNRG)
dsoOutStream.writeQString(ACO)
dsoOutStream.writeQString(HCG)
dsoOutStream.writeQString(ESO)
dsoOutStream.writeQString(VdBH)
dsoOutStream.writeInt(DWB)
dsoOutStream.writeInt(Tr)
dsoOutStream.writeInt(St)
dsoOutStream.writeInt(Ru)
dsoOutStream.writeInt(VdBHa)
dsoIn.close()
dsoOut.flush()
dsoOut.close()
return
