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guipsy.pyw
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#!/usr/bin/env python
import gipsy
from gipsy import *
from PyQt4.QtCore import *
from PyQt4.QtGui import *
#Common imports
import sys
import functools
import os
import pickle
import webbrowser
import urllib
#Import modules needed
from browser.workspaceBrowser import *
from gipsyClasses.view_gipsySet import *
from gipsyClasses.gipsySet import *
from gipsyClasses.gipsyTask import *
from gipsyClasses.view_tasks import *
from session.session import *
from workflow.workflow import *
from dialog.historyDlg import *
from dialog.tableHeadersDlg import *
from dialog.plotTableWindow import *
from dialog.aboutDlg import *
from table.view_table import *
from images.view_image import *
from help.view_help import *
#
#from help.view_recipes import *
#from help.view_recipeFile import *
#
from help.view_helpFile import *
from launch.view_cola import *
from launch.view_pyfile import *
from text.view_text import *
from new_exceptions import *
import resources_rc
#Import general things
import general
from general import *
class document(object):
"""This class represents the different kind of document that GUIpsy can open: set, table, cola, text, python script, image.
**Attributes**
docname : String
It is the whole path of the document
type: String
it is the type of the document. The possible types are:
- SET :
Document is a set
- COLA :
Document is a cola file
- COLTEMP :
Document is a cola template
- TEXT :
Document is a text file
- PYFILE :
Document is a python script
- PYTEMP :
Document is a python template
- IMAGE :
Document is a image file(jpg, gif and other image format)
- HELP :
Document is a gipsy task help page
- TABLE :
Document is a ascii table
- SETTABLE :
Document is a table embedded in a gipsy SET
- VOTABLE :
Document is a table with VO format
- SESSION :
Document is a session
"""
def __init__(self, docname, type):
self.docname = docname
self.type = type
def getDocname(self):
return self.docname
def getType(self):
return self.type
def setDocname(self, newDoc):
self.docname=newDoc
class MainWindow(QMainWindow):
"""
This class is the main window of the application. It inherits from QMainWindow class.
**Main attributes**
self.browser : :class:`PyQt4.QtGui.QTabWidget`
It is the widget of the left part.
self.workspaceBrowser: :class:`browser.workspaceBrowser`
It is the tab which is showed in the self.browser widget. It inherits from workspaceBrowser class and it contains the session tree file structure.
self.info : :class:`PyQt4.QtGui.QTabWidget`
It is the widget of the right part.
self.info_task: :class:`help.view_help`
it is the tab showed in the self.info widget. it contains the list of gipsy tasks, and show some info about this task.
self.documents : :class:`PyQt4.QtGui.QTabWidget`
It is the central tabbed widget, which show all the documents opened in the application
self.allDocuments : List
A list of object of the class :class:`document`. It keeps a list of all the documents opened.
self.allWidgets : Dictionary
A dictionary which stores the widgets of the different documents opened.
Each kind of document has its own widget to be showed, e.g. the widget for the tables contains a view to show the tabular data. The keys of this dictionary is the whole path of the document showed in this widget.
self.votables_id : Dictionary
A dictionary which stores the vo identification of the table received by samp.
self.recentDocuments : List
A list of the documents paths recently opened
self.recentTypes : List
A list of the types stored in self.recentDocuments
self.session : :class:`session.session`
The current session opened. If no session was opened, a default session will be stored in this attribute.
self.workflow : :class:`workflow.workflow`
It is the bottom widget used to show the log
self.hub : :class:`sampy.SAMPHubServer`
It stores the samp Hub connection
self.sampClient : :class:`sampy.SAMPIntegratedClient`
It store the sampy client which is listening for coord.pointAt.sky, image.load.fits, table.load.votable messages
"""
def __init__(self, parent=None):
super(MainWindow, self).__init__(parent)
#CREATE APPLICATION DIRECTORY
try:
os.mkdir(GUIPSYDIR)
except OSError: #The dir already exists
pass
#COUNTER
self.cnt=counter()
#OPERATIONAL ATRIBUTES
#list of all opened documents
self.allDocuments=[]
#list of all inside set tables
#self.allSetTables=[]
#List of all widget in opened
self.allWidgets={}
#list of recent opened files (max=10)
self.recentDocuments=[]
#Variable to keep the session information
c=self.cnt()
self.session=session(c)
self.LASTPATH=os.getcwd()
#UI ATRIBUTES
#browser area
browserDockWidget = QDockWidget( self)
browserDockWidget.DockWidgetFeatures=QDockWidget.NoDockWidgetFeatures
browserDockWidget.setObjectName("browserDockWidget")
browserDockWidget.setAllowedAreas(Qt.LeftDockWidgetArea)
browserDockWidget.setFeatures(QDockWidget.NoDockWidgetFeatures)
self.browser = QTabWidget()
browserDockWidget.setWidget(self.browser)
self.addDockWidget(Qt.LeftDockWidgetArea, browserDockWidget)
#info area
infoDockWidget = QDockWidget( self)
infoDockWidget.setObjectName("infoDockWidget")
infoDockWidget.setAllowedAreas(Qt.RightDockWidgetArea)
infoDockWidget.setFeatures(QDockWidget.NoDockWidgetFeatures)
self.info=QTabWidget()
infoDockWidget.setWidget(self.info)
self.addDockWidget(Qt.RightDockWidgetArea, infoDockWidget)
# info area for task help
self.infoTask=view_help()
self.infoTask.loadHelp()
self.info.addTab(self.infoTask, "Tasks")
self.infoRecipes=view_recipes()
self.infoRecipes.loadRecipes()
self.info.addTab(self.infoRecipes, "Templates")
self.infoHowtos=view_howtos()
self.infoHowtos.loadHowtos()
self.info.addTab(self.infoHowtos, "HOW-TOs")
# documents area and workflow area
self.documents = QTabWidget()
self.documents.setTabsClosable(True)
self.workflow = workflow()
self.workArea=QSplitter(Qt.Vertical)
self.workArea.addWidget(self.documents)
self.workArea.addWidget(self.workflow)
self.setCentralWidget(self.workArea)
#Adding workspaceBrowser
self.workspaceBrowser=workspaceBrowser()
self.browser.addTab(self.workspaceBrowser,"Workspace Browser")
#SAMP CONNECTION
self.hub = sampy.SAMPHubServer()
self.hub.start(False)
# Create a client
try:
self.sampClient = sampy.SAMPIntegratedClient(metadata = {"samp.name":"GUIpsy client", "samp.description.text":"GUIpsy, advanced GUI for Gipsy - a highly interactive software for the reduction of astronomical data", "cli1.version":"0.01"})
except sampy.SAMPHubError, e:
QMessageBox.warning(self, "SAMP connection Failed", unicode(e))
else:
# Connect them
self.sampClient.connect()
#If it is received a notification with the messages coord.pointAt, a SIGNAL will be emitted to transmit the coordinates.
self.sampClient.bindReceiveNotification("coord.pointAt.sky",self.emit_sampcoord)
self.sampClient.bindReceiveNotification("table.select.rowList", self.emit_rowList)
#If it is recieved a LoadFits, a function to load the fits will be executed
self.sampClient.bindReceiveNotification("image.load.fits", self.emit_imageloadfits)
self.sampClient.bindReceiveNotification("table.load.votable", self.emit_loadvotable)
self.sampClient.bindReceiveCall("table.load.votable", self.emit_loadvotable_call)
# Create the dictionary to keep the votable id sent by SAMP
self.votables_id={}
#Creating icons
self.iconDict={}
self.icon_filenew=QIcon()
self.icon_filenew.addPixmap(QPixmap(":/filenew.png"), QIcon.Normal, QIcon.Off)
self.iconDict["FILENEW"]=self.icon_filenew
self.icon_fileopen=QIcon()
self.icon_fileopen.addPixmap(QPixmap(":/fileopen.png"), QIcon.Normal, QIcon.Off)
self.iconDict["FILEOPEN"]=self.icon_fileopen
self.icon_tabclose=QIcon()
self.icon_tabclose.addPixmap(QPixmap(":/tab-close.png"), QIcon.Normal, QIcon.Off)
self.iconDict["TABCLOSE"]=self.icon_tabclose
self.icon_quit=QIcon()
self.icon_quit.addPixmap(QPixmap(":/filequit.png"), QIcon.Normal, QIcon.Off)
self.iconDict["QUIT"]=self.icon_quit
self.icon_session=QIcon()
self.icon_session.addPixmap(QPixmap(":/session.png"), QIcon.Normal, QIcon.Off)
self.iconDict["SESSION"]=self.icon_session
self.icon_sessionclose=QIcon()
self.icon_sessionclose.addPixmap(QPixmap(":/session-close.png"), QIcon.Normal, QIcon.Off)
self.iconDict["SESSIONCLOSE"]=self.icon_sessionclose
self.icon_set=QIcon()
self.icon_set.addPixmap(QPixmap(":/cube.png"), QIcon.Normal, QIcon.Off)
self.iconDict["SET"]=self.icon_set
self.icon_table=QIcon()
self.icon_table.addPixmap(QPixmap(":/table.png"), QIcon.Normal, QIcon.Off)
self.iconDict["TABLE"]=self.icon_table
self.iconDict["SETTABLE"]=self.icon_table
self.iconDict["VOTABLE"]=self.icon_table
self.icon_image=QIcon()
self.icon_image.addPixmap(QPixmap(":/image.png"), QIcon.Normal, QIcon.Off)
self.iconDict["IMAGE"]=self.icon_image
self.icon_help=QIcon()
self.icon_help.addPixmap(QPixmap(":/help.png"), QIcon.Normal, QIcon.Off)
self.iconDict["HELP"]=self.icon_help
self.iconDict["RECIPE"]=self.icon_help
self.icon_cola=QIcon()
self.icon_cola.addPixmap(QPixmap(":/cola.png"), QIcon.Normal, QIcon.Off)
self.iconDict["COLA"]=self.icon_cola
self.iconDict["COLATEMP"]=self.icon_cola
self.icon_text=QIcon()
self.icon_text.addPixmap(QPixmap(":/text.png"), QIcon.Normal, QIcon.Off)
self.iconDict["TEXT"]=self.icon_text
self.icon_pyfile=QIcon()
self.icon_pyfile.addPixmap(QPixmap(":/python.png"), QIcon.Normal, QIcon.Off)
self.iconDict["PYFILE"]=self.icon_pyfile
self.iconDict["PYTEMP"]=self.icon_pyfile
self.icon_task=QIcon()
self.icon_task.addPixmap(QPixmap(":/icon_gui.png"), QIcon.Normal, QIcon.Off)
self.iconDict["task"]=self.icon_task
self.icon_taskgid=QIcon()
self.icon_taskgid.addPixmap(QPixmap(":/loading.png"), QIcon.Normal, QIcon.Off)
self.iconDict["taskgid"]=self.icon_taskgid
#Adding status area
self.sizeLabel = QLabel()
self.sizeLabel.setFrameStyle(QFrame.StyledPanel|QFrame.Sunken)
status = self.statusBar()
status.setSizeGripEnabled(False)
status.addPermanentWidget(self.sizeLabel)
status.showMessage("Ready", 5000)
#FILE MENU
newColaActions=[]
newColaGroup=QActionGroup(self)
emptyCola_action = QAction("Empty cola file", self)
emptyCola_action.setToolTip(menuTips['empty_cola_file'])
emptyCola_action.setStatusTip(menuTips['empty_cola_file'])
curried = functools.partial(self.fileNewCola, templateName=None)
self.connect(emptyCola_action, SIGNAL("triggered()"), curried)
newColaActions.append(emptyCola_action)
colTemplateDir=QDir(DIRCOLATEMPLATE)
colTemplateList = colTemplateDir.entryInfoList()
for colTemplate in colTemplateList:
template_action = QAction(colTemplate.fileName(), self)
curried = functools.partial(self.fileOpenTemplate, type="COLATEMP", templateName=colTemplate.fileName(), templatePath=colTemplate.filePath())
self.connect(template_action, SIGNAL("triggered()"), curried)
newColaActions.append(template_action)
newColaActions.append(None)
newPyfileActions=[]
newPyfileGroup=QActionGroup(self)
emptyPyfile_action = QAction("Empty python file", self)
emptyPyfile_action.setToolTip(menuTips['empty_python_file'])
emptyCola_action.setStatusTip(menuTips['empty_python_file'])
curried = functools.partial(self.fileNewPyfile, templateName=None)
self.connect(emptyPyfile_action, SIGNAL("triggered()"), curried)
newPyfileActions.append(emptyPyfile_action)
pyTemplateDir=QDir(DIRPYTHONTEMPLATE)
pyTemplateList = pyTemplateDir.entryInfoList()
for pyTemplate in pyTemplateList:
template_action = QAction(pyTemplate.fileName(), self)
curried = functools.partial(self.fileOpenTemplate, type="PYTEMP", templateName=pyTemplate.fileName(), templatePath=pyTemplate.filePath())
self.connect(template_action, SIGNAL("triggered()"), curried)
newPyfileActions.append(template_action)
newPyfileActions.append(None)
fileMenu = self.menuBar().addMenu("&File")
newTextAction = self.createAction("Te&xt File", self.fileNewText,tip=menuTips['new_text_file'])
newSessionAction = self.createAction("&Session", self.fileNewSession,tip=menuTips['new_session'])
openGroup = QActionGroup(self)
curried = functools.partial(self.fileOpenDocument,"SET")
openSetAction = self.createAction("S&et", curried, icon=self.icon_set, tip=menuTips['open_set'])
curried = functools.partial(self.fileOpenDocument,"TABLE")
openTableAction = self.createAction("&Table", curried, icon=self.icon_table, tip=menuTips['open_table'])
curried = functools.partial(self.fileOpenDocument,"IMAGE")
openImageAction = self.createAction("&Image File", curried,icon=self.icon_image, tip=menuTips['open_image'])
curried = functools.partial(self.fileOpenDocument,"COLA")
openColaAction = self.createAction("&Cola file", curried,icon=self.icon_cola, tip=menuTips['open_cola'])
curried = functools.partial(self.fileOpenDocument,"TEXT")
openTextAction = self.createAction("Te&xt file", curried,icon=self.icon_text, tip=menuTips['open_text'])
curried = functools.partial(self.fileOpenDocument,"PYFILE")
openPyfileAction = self.createAction("&Python file", curried,icon=self.icon_pyfile, tip=menuTips['open_pyfile'])
openSessionAction = self.createAction("&Session file", self.fileOpenSession,tip=menuTips['open_session'])
curried = functools.partial(self.interfaceTask,view_rfits)
openFitsAction=self.createAction("&Fits file",curried, tip=menuTips['open_fits'])
#openFitsAction = self.createAction("&Fits file", self.fileOpenFits,tip=menuTips['open_fits'])
self.openActions=(openColaAction,openFitsAction,openImageAction, openPyfileAction, openSessionAction, openSetAction, openTableAction, openTextAction)
fileSaveSessionAction = self.createAction("Save Session", self.saveSession,
tip=menuTips['save_session'])
fileSaveAction = self.createAction("&Save", self.save,
QKeySequence.Save, tip=menuTips['save'])
fileSaveAsAction = self.createAction("Save &As...",
self.saveAs, tip=menuTips['save_as'])
fileSaveAsVOTAction = self.createAction("Save as VOtable...",
self.saveAsVotable, tip=menuTips['save_as_vot'])
fileSaveAsASCIITAction = self.createAction("Save as ASCII table...",
self.saveAsASCIItable, tip=menuTips['save_as_ascii'])
curried = functools.partial(self.interfaceTask,view_wfits)
fileSaveSetAsAction = self.createAction("Save as fits",
curried, tip=menuTips['save_as_fits'])
fileCloseAction = self.createAction("&Close Tab", self.closeTab,
tip=menuTips['close'], icon=self.iconDict["TABCLOSE"])
fileCloseSessionAction = self.createAction("Close Session", self.closeSession,
tip=menuTips['close_session'], icon=self.iconDict["SESSIONCLOSE"])
fileCloseAllAction = self.createAction("Close All", self.closeAll,
tip=menuTips['close_all'])
fileQuitAction = self.createAction("&Quit", self.close,
"Ctrl+Q", tip=menuTips['quit'], icon=self.iconDict["QUIT"])
fileDeleteFromDiskAction=self.createAction("Delete from disk", self.deleteFileFromDisk, tip=menuTips['deletefromdisk'])
fileDeleteFromSessionAction=self.createAction("Remove file from session", self.removeFileFromSession, tip=menuTips['remove'])
self.fileMenuActions = ( fileCloseAction, fileCloseSessionAction, fileCloseAllAction, None,
fileSaveSessionAction, fileSaveAction, fileSaveAsAction, fileSaveAsVOTAction, fileSaveAsASCIITAction, fileSaveSetAsAction, None, fileDeleteFromDiskAction, fileDeleteFromSessionAction, None, fileQuitAction)
newMenu = fileMenu.addMenu(self.iconDict["FILENEW"],"&New")
colaMenu = newMenu.addMenu("&Cola")
pyfileMenu=newMenu.addMenu("&Python")
openMenu= fileMenu.addMenu(self.iconDict["FILEOPEN"],"&Open")
openRecentMenu=fileMenu.addMenu("Open &Recent")
openRecentMenu.setEnabled(True)
self.openRecentFiles = openRecentMenu.addMenu("Files")
self.openRecentSessions = openRecentMenu.addMenu("Sessions")
newMenu.addAction(newTextAction)
newMenu.addAction(newSessionAction)
self.addActions(colaMenu, newColaActions)
self.addActions(pyfileMenu, newPyfileActions)
self.addActions(openMenu, self.openActions)
self.addActions(fileMenu,(
fileCloseAction, fileCloseSessionAction, fileCloseAllAction, None,
fileSaveSessionAction, fileSaveAction, fileSaveAsAction, fileSaveAsVOTAction, fileSaveAsASCIITAction, fileSaveSetAsAction, None, fileDeleteFromDiskAction, fileDeleteFromSessionAction, None, fileQuitAction))
self.fileMenuActions[0].setEnabled(False)
self.fileMenuActions[2].setEnabled(False)
self.fileMenuActions[5].setEnabled(False)
self.fileMenuActions[6].setEnabled(False)
self.fileMenuActions[7].setEnabled(False)
self.fileMenuActions[8].setEnabled(False)
self.fileMenuActions[9].setEnabled(False)
self.fileMenuActions[11].setEnabled(False)
self.fileMenuActions[12].setEnabled(False)
#SET EDITION MENU
# The menu item of the task without dialog, will open the corresponding help file
#Needed to know the file help of the tasks
p=os.environ.get("gip_tsk")
editMenu = self.menuBar().addMenu("&Set Edition")
curried = functools.partial(self.interfaceTask,view_combin)
Combin=self.createAction("Combin",curried, tip=menuTips['Combin'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_clip, "clip")
Clip=self.createAction("Clip",curried, tip=menuTips['Clip'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_copy)
Copy=self.createAction("Copy",curried, tip=menuTips['Copy'], icon=self.icon_task)
# viewDlg=view_decim(self)
# curried = functools.partial(self.interfaceTask,viewDlg)
curried = functools.partial(self.interfaceTask,view_decim, "decim")
Decim=self.createAction("Decim",curried, tip=menuTips['Decim'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_diminish, "diminish")
Diminish=self.createAction("Diminish",curried, tip=menuTips['Diminish'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_editset, "editset")
EditSet=self.createAction("EditSet",curried, tip=menuTips['EditSet'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_extend, "extend")
Extend=self.createAction("Extend",curried, tip=menuTips['Extend'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_insert, "insert")
Insert=self.createAction("Insert",curried, tip=menuTips['Insert'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_meanSum, "mean")
Mean=self.createAction("Mean",curried, icon=self.icon_task, tip=menuTips['Mean'])
curried = functools.partial(self.interfaceTask,view_minbox, "minbox")
MinBox=self.createAction("MinBox",curried, icon=self.icon_task, tip=menuTips['MinBox'])
curried = functools.partial(self.interfaceTask,view_mnmx, "mnmx")
Mnmx=self.createAction("MNMX",curried, icon=self.icon_task, tip=menuTips['Mnmx'])
curried = functools.partial(self.interfaceTask,view_regrid)
Regrid=self.createAction("Regrid",curried, icon=self.icon_task, tip=menuTips['Regrid'])
curried = functools.partial(self.interfaceTask,view_smooth, "smooth")
Smooth=self.createAction("Smooth",curried, icon=self.icon_task, tip=menuTips['Smooth'])
curried = functools.partial(self.interfaceTask,view_snapper, "snapper")
Snapper=self.createAction("Snapper",curried, icon=self.icon_task, tip=menuTips['Snapper'])
curried = functools.partial(self.interfaceTask,view_transform, "transform")
Transform=self.createAction("Transform",curried, tip=menuTips['Transform'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_transpose, "transpose")
Transpose=self.createAction("Transpose",curried, tip=menuTips['Transpose'],icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_velsmo, "velsmo")
Velsmo=self.createAction("Velsmo",curried, tip=menuTips['Velsmo'], icon=self.icon_task)
Pyblot=self.createTaskAction("PyBlot", "pyblot", shortcut=None, icon=self.icon_taskgid, tip=menuTips['PyBlot'])
curried = functools.partial(self.fileOpenDocument,"HELP", p+"/condit"+".dc1")
conDit=self.createAction("ConDit",slot=curried, tip=menuTips['ConDit'], icon=self.icon_help)
curried = functools.partial(self.fileOpenDocument,"HELP",p+"/conrem"+".dc1")
conRem=self.createAction("ConRem",slot=curried, tip=menuTips['ConRem'], icon=self.icon_help)
curried = functools.partial(self.fileOpenDocument,"HELP",p+"/findgauss"+".dc1")
findGauss=self.createAction("findGauss",slot=curried, tip=menuTips['FindGauss'], icon=self.icon_help)
curried = functools.partial(self.fileOpenDocument,"HELP",p+"/mfilter"+".dc1")
MFilter=self.createAction("MFilter",slot=curried, tip=menuTips['MFilter'], icon=self.icon_help)
curried = functools.partial(self.fileOpenDocument,"HELP",p+"/patch"+".dc1")
Patch=self.createAction("Patch",slot=curried, tip=menuTips['Patch'], icon=self.icon_help)
self.addActions (editMenu, ( Clip, Combin, Copy, Decim, Diminish, EditSet, Extend, Insert,
Mean, MinBox, Mnmx, Regrid, Smooth, Snapper, Transform, Transpose, Velsmo, None, Pyblot,
None, conDit, conRem, findGauss, MFilter, Patch))
#DISPLAY MENU
displayMenu = self.menuBar().addMenu("&Display")
curried = functools.partial(self.fileOpenDocument,"HELP",p+"/maps"+".dc1")
Maps=self.createAction("Maps", enable=False, slot=curried, tip=menuTips['Maps'], icon=self.icon_help)
SkyCalq=self.createTaskAction("SkyCalq", "skycalq", shortcut=None, icon=self.icon_taskgid, tip=menuTips['SkyCalq'])
Sliceview=self.createTaskAction("Sliceview", "sliceview", shortcut=None, icon=self.icon_taskgid, tip=menuTips['Sliceview'])
Inspector=self.createTaskAction("Inspector", "inspector", shortcut=None, icon=self.icon_taskgid, tip=menuTips['Inspector'])
Render=self.createTaskAction("Render", "render", shortcut=None, icon=self.icon_taskgid, tip=menuTips['Render'])
VTKVolume=self.createTaskAction("VTKVolume", "vtkvolume", shortcut=None, icon=self.icon_taskgid, tip=menuTips['VTKVolume'])
Visions=self.createTaskAction("Visions", "visions", shortcut=None, icon=self.icon_taskgid, tip=menuTips['Visions'])
curried = functools.partial(self.fileOpenDocument,"HELP",p+"/allskyplot"+".dc1")
AllSkyPlot=self.createAction("AllSkyPlot", slot=curried, tip=menuTips['AllSkyPlot'], icon=self.icon_help)
curried = functools.partial(self.fileOpenDocument,"HELP",p+"/cplot"+".dc1")
CPlot=self.createAction("CPlot", slot=curried, tip=menuTips['CPlot'], icon=self.icon_help)
curried = functools.partial(self.fileOpenDocument,"HELP",p+"/reproj"+".dc1")
Reproj=self.createAction("Reproj", slot=curried, tip=menuTips['Reproj'], icon=self.icon_help)
curried = functools.partial(self.fileOpenDocument,"HELP",p+"/fitsreproj"+".dc1")
ReprojFits=self.createAction("Fitsreproj", slot=curried, tip=menuTips['ReprojFits'], icon=self.icon_help)
curried = functools.partial(self.fileOpenDocument,"HELP",p+"/wcsflux"+".dc1")
WCSFlux=self.createAction("WCSFlux", slot=curried, tip=menuTips['WCSFlux'], icon=self.icon_help)
self.addActions(displayMenu, (Maps, SkyCalq, None,
Sliceview, Inspector, Render, VTKVolume, Visions, None,
AllSkyPlot, CPlot, Reproj, ReprojFits, WCSFlux))
#ANALYSIS MENU
taskMenu = self.menuBar().addMenu("&Analysis")
curried = functools.partial(self.interfaceTask,view_ellint, "ellint")
EllInt=self.createAction("EllInt", curried, tip=menuTips['EllInt'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_galmod, "galmod")
GalMod=self.createAction("GalMod", curried, tip=menuTips['GalMod'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_moments, "moments")
Moments=self.createAction("Moments", curried, tip=menuTips['Moments'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_potential, "potential")
Potential=self.createAction("Potential", curried, tip=menuTips['Potential'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_pplot, "pplot")
PPlot=self.createAction("PPlot", curried, tip=menuTips['PPlot'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_profil, "profil")
Profil=self.createAction("Profil", curried, tip=menuTips['Profil'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_reswri, "reswri")
ResWri=self.createAction("ResWri", curried, tip=menuTips['ResWri'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_rotcur, "rotcur")
RotCur=self.createAction("RotCur", curried, tip=menuTips['RotCur'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_shuffle, "shuffle")
Shuffle=self.createAction("Shuffle", curried, tip=menuTips['Shuffle'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_slice, "slice")
Slice=self.createAction("Slice", curried, tip=menuTips['Slice'], icon=self.icon_task)
curried = functools.partial(self.interfaceTask,view_velfi, "velfi")
VelFi=self.createAction("VelFi", curried, tip=menuTips['VelFi'], icon=self.icon_task)
Inspector=self.createTaskAction("Inspector", "inspector", shortcut=None, icon=self.icon_taskgid, tip=menuTips['Inspector'])
RotMas=self.createTaskAction("RotMas", "rotmas", shortcut=None, icon=self.icon_taskgid, tip=menuTips['RotMas'])
XGauFit=self.createTaskAction("XGauFit", "xgaufit", shortcut=None, icon=self.icon_taskgid,tip=menuTips['XGauFit'])
XGauProf=self.createTaskAction("XGauProf", "xgauprof", shortcut=None, icon=self.icon_taskgid, tip=menuTips['XGauProf'])
curried = functools.partial(self.fileOpenDocument,"HELP",p+"/gausscube"+".dc1")
GaussCube=self.createAction("GaussCube",slot=curried, tip=menuTips['GaussCube'], icon=self.icon_help)
curried = functools.partial(self.fileOpenDocument,"HELP",p+"/rotmod"+".dc1")
RotMod=self.createAction("RotMod",slot=curried, tip=menuTips['RotMod'], icon=self.icon_help)
self.addActions(taskMenu,(EllInt, GalMod, Moments, Potential, PPlot, Profil, ResWri, RotCur,
Shuffle, Slice, VelFi, None,Inspector, RotMas, XGauFit, XGauProf, None,
GaussCube, RotMod ))
self.taskMenuActions={ "clip":Clip, "combin":Combin, "copy":Copy, "decim":Decim, "diminish":Diminish, "editset":EditSet, "extend":Extend, "insert":Insert,
"mean":Mean, "minbox":MinBox, "mnmx":Mnmx, "regrid":Regrid, "smooth":Smooth,"snapper":Snapper, "transform":Transform, "transpose":Transpose, "velsmo":Velsmo,
"pyblot":Pyblot, "condit":conDit, "conrem":conRem, "findgauss":findGauss, "mfilter":MFilter, "patch":Patch, "maps":Maps, "skycalq":SkyCalq,
"sliceview":Sliceview, "inspector":Inspector, "render":Render, "vtkvolume":VTKVolume, "allskyplot":AllSkyPlot, "cplot":CPlot,
"reproj":Reproj, "reprojfits":ReprojFits, "WCSFlux":WCSFlux, "ellint":EllInt, "galmod":GalMod, "moments":Moments,
"potential":Potential, "pplot":PPlot, "profil":Profil, "reswri":ResWri, "rotcur":RotCur, "shuffle":Shuffle, "slice":Slice, "velfi":VelFi,
"inspector":Inspector, "rotmas":RotMas, "xgaufit":XGauFit, "xgauprof":XGauProf, "gausscube":GaussCube, "rotmod":RotMod}
#VO MENU
voMenu = self.menuBar().addMenu("&Virtual Observatory")
curried=functools.partial(self.VOToolsTask, VOTOOLS["TOPCAT"])
topcatAction=self.createAction("TOPCAT", curried, enable=True, tip=menuTips['TOPCAT'])
curried=functools.partial(self.VOToolsTask, VOTOOLS["ALADIN"])
aladinAction=self.createAction("ALADIN", curried,enable=True, tip=menuTips['ALADIN'])
curried=functools.partial(self.VOToolsTask, VOTOOLS["VOSPEC"])
vospecAction=self.createAction("VOSPEC", curried, enable=True, tip=menuTips['VOSPEC'])
# vosearchAction=self.createAction("VO search", self.voTemplate, enable=False, tip=menuTips['VOSearch'])
# senttoAction=self.createAction("Sent to ...", self.voTemplate, enable=False, tip=menuTips['Send_to'])
self.addActions(voMenu,(topcatAction,aladinAction, vospecAction))
#HELP MENU
helpMenu = self.menuBar().addMenu("&Help")
handbook=self.createAction("Handbook", self.showAboutDlg, enable=False, tip=menuTips['Handbook'])
about=self.createAction("About", self.showAboutDlg, enable=True, tip=menuTips['About'])
self.addActions(helpMenu, (handbook, about))
#CONNECTING SLOTS
self.connect(self.documents, SIGNAL("currentChanged(int)"), self.documentsChanged)
self.connect(self.workspaceBrowser, SIGNAL("itemSelected"), self.documentsSelected)
self.connect(self.workspaceBrowser, SIGNAL("itemDoubleClicked"), self.documentsDoubleClicked)
self.connect(self.workspaceBrowser, SIGNAL("contextMenu"), self.showContextMenu)
self.connect(self.documents, SIGNAL("tabCloseRequested(int)"), self.closeTab)
self.connect(self.infoTask, SIGNAL("openHelpFile"), lambda file: self.fileOpenDocument("HELP", file))
self.connect(self.infoHowtos, SIGNAL("openHelpFile"), lambda file: self.fileOpenDocument("HELP", file))
self.connect(self.workflow,SIGNAL("updateWorkflow"), lambda: self.session.updateWorkflowText(self.workflow.getWorkflowText()))
self.connect(self, SIGNAL("imageloadfits"), self.openFitsFromSamp)
self.connect(self, SIGNAL("loadvotable"), self.openVotableFromSamp)
#SETTINGS + WINDOW APPERANCE
settings = QSettings()
#size = settings.value("MainWindow/Size",QVariant(QSize(600, 500))).toSize()
#self.resize(size)
#self.adjustSize()
self.setWindowState(Qt.WindowMaximized)
self.workArea.setStretchFactor(0, 1)
position = settings.value("MainWindow/Position",
QVariant(QPoint(0, 0))).toPoint()
self.move(position)
self.restoreState(settings.value("MainWindow/State").toByteArray());
self.workArea.restoreState(settings.value("splitterSizes").toByteArray())
self.setWindowTitle("GUIpsy")
self.recentDocuments=settings.value("recentDocuments").toStringList()
self.recentTypes=settings.value("recentTypes").toStringList()
self.updateOpenRecentMenu()
#ACTION FUNCTIONS
def createAction(self, text, slot=None, shortcut=None, icon=None,
tip=None, checkable=False, enable=True,signal="triggered()"):
action = QAction(text, self)
if icon is not None:
action.setIcon(icon)
if shortcut is not None:
action.setShortcut(shortcut)
if tip is not None:
action.setToolTip(tip)
action.setStatusTip(tip)
if slot is not None:
self.connect(action, SIGNAL(signal), slot)
if checkable:
action.setCheckable(True)
if not enable:
action.setEnabled(False)
return action
def createTaskAction(self, text, taskname, shortcut=None, icon=None, tip=None):
action = QAction(text, self)
if icon is not None:
action.setIcon(icon)
if shortcut is not None:
action.setShortcut(shortcut)
if tip is not None:
action.setToolTip(tip)
action.setStatusTip(tip)
curried = functools.partial(self.sendTask, taskname=taskname)
self.connect(action, SIGNAL("triggered()"), curried)
return action
def addActions(self, target, actions):
for action in actions:
if action is None:
target.addSeparator()
else:
target.addAction(action)
#CLOSE EVENT
def closeEvent(self, event):
self.closeAll()
if(self.okToContinue()):
self.session.close()
settings = QSettings()
settings.setValue("MainWindow/Size", QVariant(self.size()))
settings.setValue("MainWindow/Position",QVariant(self.pos()))
settings.setValue("MainWindow/State", self.saveState())
settings.setValue("splitterSizes", self.workArea.saveState())
settings.setValue("recentDocuments", self.recentDocuments)
settings.setValue("recentTypes", self.recentTypes)
else:
event.ignore()
#Closing the HUB and the client.
try:
self.sampClient.disconnect()
except sampy.SAMPClientError, e:
pass
self.hub.stop()
#SLOTS
def documentsChanged(self, index):
#fileCloseAction, fileCloseSessionAction, fileCloseAllAction, None, fileSaveSessionAction, fileSaveAction, fileSaveAsAction, fileSaveAsVOTAction, fileSaveAsASCIITAction, fileSaveSetAsAction, None, fileQuitAction
self.fileMenuActions[5].setEnabled(False) #Option save
self.fileMenuActions[6].setEnabled(False) #Option save as
self.fileMenuActions[7].setEnabled(False) #Option save as votable
self.fileMenuActions[8].setEnabled(False) #Option save as ascii table
self.fileMenuActions[9].setEnabled(False) #Option save as fits
self.fileMenuActions[0].setEnabled(False) #Option close
self.fileMenuActions[2].setEnabled(False) #Option close all
if(index>-1):
self.workspaceBrowser.selectFile(self.allDocuments[index].getDocname())
type=self.allDocuments[index].getType()
self.fileMenuActions[5].setEnabled(True) #Option save
self.fileMenuActions[6].setEnabled(True) #Option save as
self.fileMenuActions[0].setEnabled(True) #Option close
self.fileMenuActions[2].setEnabled(True) #Option close all
self.fileMenuActions[11].setEnabled(True) #Option delete from disk
self.fileMenuActions[12].setEnabled(True) #Option remove from session
if (type== "SET") :
self.fileMenuActions[5].setEnabled(False)
self.fileMenuActions[6].setEnabled(False)
self.fileMenuActions[9].setEnabled(True) #Option save as fits
elif (type=="COLA" or type=="PYFILE"):
if (self.allWidgets[self.allDocuments[index].getDocname()].isTemplate() or self.allWidgets[self.allDocuments[index].getDocname()].isNew()):
self.fileMenuActions[5].setEnabled(False)
elif(type=="TEXT" ):
if(self.allWidgets[self.allDocuments[index].getDocname()].isNew()):
self.fileMenuActions[5].setEnabled(False)
elif(type=="IMAGE"):
self.fileMenuActions[5].setEnabled(False)
elif (type=="HELP"):
self.fileMenuActions[5].setEnabled(False)
self.fileMenuActions[6].setEnabled(False)
elif (type=="SETTABLE"):
self.fileMenuActions[5].setEnabled(False) #Option save
self.fileMenuActions[6].setEnabled(False) #Option save as
self.fileMenuActions[7].setEnabled(True) #Option save as votable
self.fileMenuActions[11].setEnabled(False) #Option delete from disk
self.fileMenuActions[12].setEnabled(False) #Option remove from session
elif(type=="TABLE"):
self.fileMenuActions[7].setEnabled(True) #Option save as votable
elif (type=="VOTABLE"):
self.fileMenuActions[5].setEnabled(False)
self.fileMenuActions[6].setEnabled(False)
self.fileMenuActions[8].setEnabled(True) #Option save as ascii table
elif (type=="SESSION"):
self.fileMenuActions[6].setEnabled(False)
elif (type=="PYTEMP") or (type=="COLATEMP"):
self.fileMenuActions[5].setEnabled(False) #Option save
self.fileMenuActions[11].setEnabled(False) #Option delete from disk
def documentsSelected(self, filename):
for index, doc in enumerate(self.allDocuments):
if doc.getDocname() == filename:
self.documents.setCurrentWidget(self.documents.widget(index))
return
def documentsDoubleClicked(self, fName, type, shortname):
methods={
"SET":self.openSet,
"TABLE": self.openTable,
"VOTABLE":self.openTable,
"SETTABLE":self.openSetTable,
"IMAGE":self.openImage,
"PYFILE":self.openPyfile,
"TEXT":self.openText,
"COLA":self.openCola,
"HELP":self.openHelp
}
if type=="COLATEMP" or type=="PYTEMP":
self.fileOpenTemplate(unicode(type), shortname, fName)
else:
fName=unicode(fName)
type=unicode(type)
shortname=unicode(shortname)
#If it is already open, it will be focused
indexOpen=self.isDocumentOpen(fName)
if indexOpen>=0:
self.documents.setCurrentWidget(self.allWidgets[fName])
else:
try:
output=methods[type](fName)
except IOError as e:
QMessageBox.warning(self, "Open File Failed", unicode(e))
return
except imageException as e:
QMessageBox.warning(self, "Open Image Failed", QString(e.msj))
return
except gipsyException as g:
QMessageBox.warning(self, "Open SET Failed", QString(g.msj))
return
except tableException as t:
QMessageBox.warning(self, "Format TABLE Failed", QString(unicode(t.msj)))
return
if type=="TABLE": #In this case the method opentable return the type TABLE or VOTABLE
if output=="": #The user has cancelled the operation
return
type=output
shortname=os.path.basename(fName)
#Maybe is a SETTABLE
shortname=shortname.split('*')
if len(shortname)==4:
shortname=shortname[2]
else:
shortname=shortname[0]
self.showDocument(fName, shortname, type )
if type=="SET":
#Adding the log to the wokflow
self.workflow.appendWorkflowText(output)
#Adding the set without parents to the session
self.session.setToSession(fName)
elif type !="SETTABLE":
#Adding the file to the session
self.session.docToSession(fName, type)
#Adding the file to recent opened
self.addRecentDocuments(fName, type)
#FILE NEW
def fileNewText(self):
c=self.cnt()
fName="Untitled"+unicode(c)
self.openText(fName)
#Adding the file to the session and to the workspaceBrowser
shortname=os.path.basename(fName)
#Adding the item to the workspacearea
self.workspaceBrowser.addFile("TEXT", fName , shortname)
#Adding the doc to the tab
self.showDocument(fName, shortname, "TEXT" )
def fileNewPyfile(self, templateName=None):
if(templateName != None):
fName=templateName
#Check if the script is opened yet
for index, doc in enumerate(self.allDocuments):
if doc.getDocname() == fName:
self.workspaceBrowser.selectFile(fName)
self.documents.setCurrentWidget(self.documents.widget(index))
return
else:
c=self.cnt()
fName="Untitled"+unicode(c)+".py"
while ( os.path.isfile(fName) and c < 100):
c=self.cnt()
fName="Untitled"+unicode(c)+".py"
self.openPyfile(fName,templateName)
#Adding the file to the session and to the workspaceBrowser
shortname=os.path.basename(fName)
#Adding the item to the workspacearea
self.workspaceBrowser.addFile("PYFILE", fName , shortname)
#Adding the doc to the tab
self.showDocument(fName, shortname, "PYFILE" )
def fileNewCola(self, templateName=None):
if(templateName != None):
fName=templateName
#Check if the template is opened yet
for index, doc in enumerate(self.allDocuments):
if doc.getDocname() == fName:
self.workspaceBrowser.selectFile(fName)
self.documents.setCurrentWidget(self.documents.widget(index))
return
else:
c=self.cnt()
fName="Untitled"+unicode(c)+".col"
while ( os.path.isfile(fName) and c < 100):
c=self.cnt()
fName="Untitled"+unicode(c)+".col"
self.openCola(fName,templateName )
#Adding the file to the session and to the workspaceBrowser
shortname=os.path.basename(fName)
#Adding the item to the workspacearea
self.workspaceBrowser.addFile("COLA", fName , shortname)
#Adding the doc to the tab
self.showDocument(fName, shortname, "COLA" )
def fileNewSession(self):
self.closeAll()
if(self.okToContinue()):
self.session.close()
c=self.cnt()
self.session=session(c)
self.workspaceBrowser.updateSessionTitle("Untitled Session")
self.workspaceBrowser.clearTree()
self.workflow.clearWorkflow()
def fileOpenSession(self, filename=None):
if filename!=None:
fName=filename
else:
dir = os.path.dirname(".")
fName = unicode(QFileDialog.getOpenFileName(self, "Session open ", dir,FORMATS["SESSION"]))
if (fName==""):
return
fName=unicode(fName)
#Check if there is a unsaved session
if (self.closeSession()):
try:
self.session.loadSession(fName)
except IOError as e:
QMessageBox.warning(self, "Open SESSION Failed", QString(unicode(e)))
return
except KeyError as k:
QMessageBox.warning(self, "Open SESSION Failed", "Format unrecognised\n"+QString(unicode(k)))
return
except sessionException as k:
QMessageBox.warning(self, "Open SESSION Failed",QString(unicode(k)))
return
#Show log in workflow
self.workflow.setWorkflowText(self.session.getWorkflowText())
#Put session name as title on workspacearea
self.workspaceBrowser.updateSessionTitle(os.path.basename(fName))
#Adding the file to recent opened
self.addRecentDocuments(fName, "SESSION")
#Topological sorted list of set
list=self.session.orderedListOfSet()
for child, father in list:
if father =="":
try:
log=self.setToWorkspace(child)
except gipsyException as g:
QMessageBox.warning(self, "Open SET Failed", QString(g.msj))
else:
try:
log=self.setToWorkspace(child, parent_name=father)