def __init__(self):
self.__db_manager = DBManager()
self.__helper = GeneralHelpers()
self.__plot_manager = PlotManager()
self.__import_manager = ImportManager()
self.__feature_manager = FeatureManager()
self.years = ("2012", "2013", "2014", "2015")
def createPlotManager(_viewManager=None,
_useVTKFlag=False): # called from SimpleTabView
plotSupportFlag = checkSupportForPlotting(_useVTKFlag)
print '------ PlotManagerSetup.py: plotSupportFlag=', plotSupportFlag
if plotSupportFlag < 0: # via Qwt
from PlotManager import PlotManager
print '------ PlotManagerSetup.py: importing PyQwt PlotManager'
return PlotManager(_viewManager, plotSupportFlag)
elif plotSupportFlag > 0: # via VTK
from PlotManagerVTK import PlotManager
return PlotManager(_viewManager, plotSupportFlag)
else: # plotting not possible
return PlotManagerBase(_viewManager, plotSupportFlag)
def createPlotManager(_viewManager=None, preferred_manager_type=None): # called from SimpleTabView
"""
@param _viewManager:instance of viewManager
@param preferred_manager_type: not used in currnt API in the future versions
it will be used to instantiate preferred plotting backend
@return: instance of PlotManagerBase (inherited)
"""
# plotSupportFlag = checkSupportForPlotting(_useVTKFlag)
# import pyqtgraph
# import PlotManager
# from PlotManager import PlotManager
# return PlotManager(_viewManager, True)
# return None
try:
import pyqtgraph
from PlotManager import PlotManager
return PlotManager(_viewManager, True)
except ImportError as e:
print 'Could not create PLotManager. resorting to PLotManagerBase - plots will not work properly. Here is the exception:'
print e
return PlotManagerBase(_viewManager, False)
def createPlotManager(_viewManager=None):
plotSupportFlag = checkSupportForPlotting()
if plotSupportFlag:
from PlotManager import PlotManager
return PlotManager(_viewManager, plotSupportFlag)
else:
return PlotManagerBase(_viewManager, plotSupportFlag)
def __init__(self, id, xml_view_child):
print("New view: ",xml_view_child.attrib)
self.id = id
self.name = xml_view_child.attrib["name"]
self.fig, self.ax = plt.subplots(int(xml_view_child.attrib["nrows"]), int(xml_view_child.attrib["ncols"]))
self.plots = {}
for xml_plot_child in xml_view_child:
plot_id = xml_plot_child.attrib["id"]
self.plots[plot_id] = PlotManager(plot_id, self.ax)
def __trueInit(self, sgPyQt=None):
if sgPyQt is None:
import SalomePyQt
sgPyQt = SalomePyQt.SalomePyQt()
self._sgPyQt = sgPyQt
self._modelViews = {}
self._browserContextualMenu = None
self._blockNotifications = False
self._blockViewClosing = False
self._callbacks = []
self._plotManager = PlotManager(self)
if self.WITH_CURVE_BROWSER:
self._curveBrowserView = CurveBrowserView(self)
self.associate(self._plotManager, self._curveBrowserView)
else:
self._curveBrowserView = None
if self.WITH_CURVE_TABS:
self._curveTabsView = CurveTabsView(self)
self.associate(self._plotManager, self._curveTabsView)
else:
self._curveTabsView = None
PlotController.__UNIQUE_INSTANCE = self
def __init__(self, canvas, *arg, **kw):
self._width = kw.get('width', 800)
self._height = kw.get('height', 600)
if (canvas != None):
self._canvas = canvas
else:
self._canvas = vcs.init(geometry={
'width': self._width,
'height': self._height
},
bg=1)
self._canvas.open()
self._canvas.backend.renWin.AddObserver("ModifiedEvent",
self.modifiedEvent)
self._plot = PlotManager(self._canvas)
self._plot.graphics_method = vcs.getisofill() # default
self._plot.template = vcs.gettemplate('default') # default
self._insideModifiedEvent = False
def __trueInit(self, sgPyQt=None):
if sgPyQt is None:
import SalomePyQt
sgPyQt = SalomePyQt.SalomePyQt()
self._sgPyQt = sgPyQt
self._modelViews = {}
self._browserContextualMenu = None
self._blockNotifications = False
self._blockViewClosing = False
self._callbacks = []
self._plotManager = PlotManager(self)
if self.WITH_CURVE_BROWSER:
self._curveBrowserView = CurveBrowserView(self)
self.associate(self._plotManager, self._curveBrowserView)
else:
self._curveBrowserView = None
if self.WITH_CURVE_TABS:
self._curveTabsView = CurveTabsView(self)
self.associate(self._plotManager, self._curveTabsView)
else:
self._curveTabsView = None
PlotController.__UNIQUE_INSTANCE = self
class Main:
"""
Main class, makes necessary function calls to necessary classes
"""
def __init__(self):
self.__db_manager = DBManager()
self.__helper = GeneralHelpers()
self.__plot_manager = PlotManager()
self.__import_manager = ImportManager()
self.__feature_manager = FeatureManager()
self.years = ("2012", "2013", "2014", "2015")
def retrieve_tweets(self, file_path_of_ids):
"""
Runs Import Manager to retrieve and import tweets
:param file_path_of_ids: String, file path of tweets to import
:return: void
"""
self.__import_manager.run(file_path_of_ids)
def extract_features_and_generate_arff(self, n=3, analyzer='char', year='2012'):
"""
Makes necessary function calls to extract features for given year and to generate arff file
:param n: int, ngram count
:param analyzer: string, word or char
:param year: string, 2012, 2013, 2014, 2015 or ALL
:return: string, path of generated arff file
"""
# Getting tweets with year
print("Getting tweets for year "+ year)
tweets_for_given_year = self.__db_manager.get_tweets_for_year(year)
print("Generating document and classes of tweets.")
document, classes = self.__feature_manager.create_document_and_classes_for_tweets(tweets_for_given_year, True)
print("Fitting the data, finding ngrams and frequencies.")
ngrams, arff_data, vectorizer, X = self.__feature_manager.fit_data(document, classes, n, analyzer)
print("Formatting the data for arff lib format.")
formatted_arff_data = self.__feature_manager.format_data_for_arff(ngrams, arff_data)
print("Generating file.")
# Experiment name, 1grams, 2grams, 3grams.. or words
experiment_name = str(n)+'Gram' if analyzer == 'char' else 'Word'
# File name, TTNet_3grams_2012
file_name = MODEL_NAME + '_' + experiment_name + '_' + year
# File name randomized TTNet_3grams_2012_asfas12.arff
file_name = self.__helper.generate_random_file_name(file_name, ARFF_FILE_EXTENSION)
# Arff file path ...../DataSet-ARFF/3Gram/TTNet/TTNet_3grams_2012_asfas12.arff
arff_file_path = PROJECT_ROOT_DIRECTORY + DATASET_ARFF_DIR_NAME + experiment_name + '/' + MODEL_NAME + '/'
# Generating the file with data
self.__helper.generate_arff_file(arff_file_path, file_name, formatted_arff_data)
print("Arff file generated at path:"+arff_file_path+file_name)
def run_experiment_with_scikit_learn(self, n=1, analyzer='word'):
"""
Makes necessary method calls to run the experiment on scikit learn.
:param n: int, count n in n-gram
:param analyzer: string, either 'word' or 'char'
:return: void
"""
# Retrieving all tweets from database
print("Retrieving all tweets from database.")
tweets_for_all_years = {}
# Iterating over all years
for year in self.years:
# Retrieving tweets for the year
tweets_for_year = self.__db_manager.get_tweets_for_year(year)
tweets_for_all_years[year] = tweets_for_year
# Creating a big list of tweets
print("Creating a big list of tweets.")
all_tweets = []
# Appending all tweets together
for year, tweets in tweets_for_all_years.iteritems():
all_tweets += tweets
# Generating document
print("Generating document and classes by preprocessing")
# Preprocessing and generation of document
document, classes = self.__feature_manager.create_document_and_classes_for_tweets(all_tweets, True)
# Getting years' tweets counts
print("Getting years' tweets counts.")
years_tweets_counts = {}
for year in self.years:
years_tweets_counts[year] = len(tweets_for_all_years[year])
all_processes = []
self.all_experiments_results = []
pool = Pool(cpu_count()-1 or 1)
copy_reg.pickle(types.MethodType, self._reduce_method)
print("Running experiments.")
t0 = time.time()
for i in range(0, N_EXPERIMENTS):
print("Experiment:"+str(i))
experiment_manager = ExperimentManager(i, years_tweets_counts, n, analyzer)
r = pool.apply_async(experiment_manager.run_experiment, args=(document, classes,), callback=self._accumulate_experiments_scores)
all_processes.append(r)
for a_process in all_processes:
a_process.wait()
t1 = time.time()
print("Elapsed time:", t1- t0, " seconds")
pool.close()
pool.join()
print("Cumulating all the experiments' scores.")
final_results_from_all_experiments = self.__helper.cumulate_years_scores(self.all_experiments_results)
return final_results_from_all_experiments
def _reduce_method(self, m):
"""
:param m:
:return:
"""
if m.im_self is None:
return getattr, (m.im_class, m.im_func.func_name)
else:
return getattr, (m.im_self, m.im_func.func_name)
def _accumulate_experiments_scores(self, an_experiments_result):
"""
Accumulates experiments' scores
:return: void
"""
an_experiments_result = self.__helper.calculate_relative_scores(an_experiments_result)
self.all_experiments_results.append(an_experiments_result)
def plot_experiment_results(self, root_dir):
"""
Plots experiment's results from log files
:param root_dir: string
:return: void
"""
lines_scores = self.__helper.get_accuracy_scores_for_experiment_years_from_root_dir(root_dir)
self.__plot_manager.plot_experiments_results(lines_scores)
def plot_all_experiment_results_with_scikit_learn(self, all_line_scores_of_all_experiments):
"""
Plots all line scores of all experiments
:param all_line_scores_of_all_experiments: dict
:return: void
"""
self.__plot_manager.plot_experiments_results_with_scikit_learn(all_line_scores_of_all_experiments)
def plot_years_scores(self, root_dir):
"""
Makes necessary function calls to plot years scores
:param dir: string
:return: void
"""
self.__plot_manager.plot_years_scores_from_root_directory(root_dir)
def plot_2012_vs_rest(self, root_dir):
"""
Makes necessary function calls to plot 2012 vs REST scores
:param root_dir: string
:return: void
"""
self.__plot_manager.plot_2012_vs_rest(root_dir)
def plot_top_feature_frequencies_in_years(self):
"""
Makes necessary function calls to plot top features frequencies' in years
:return: void
"""
years_features_counts = {}
for year in self.years:
years_features_counts[year] = self.find_frequency_dictionary_for_year(year)
self.__plot_manager.plot_top_feature_frequencies_in_years(years_features_counts)
def find_frequency_dictionary_for_year(self, year):
"""
Finds frequencies of each feature for given year
:param year: string
:return: dict
"""
# For this particular method, find_roots=True, n=1, analyzer=word because we're working with top info gain words
tweets_for_the_year = self.__db_manager.get_tweets_for_year(year)
document, classes = self.__feature_manager.create_document_and_classes_for_tweets(tweets_for_the_year, find_roots=True)
ngrams, arff_data, vectorizer, X = self.__feature_manager.fit_data(document, classes, n=1, analyzer='word')
terms = vectorizer.get_feature_names()
freqs = X.sum(axis=0).A1
result = sorted(zip(freqs, terms), reverse=True)
freqs = [elm[0] for elm in result]
terms = [elm[1] for elm in result]
final_result = dict(zip(terms, freqs))
return final_result
def plot_years_intersection_scores(self):
"""
Makes necessary function callst to plot a matrix which shows years' vocabularies similarities
:return: void
"""
years_features_counts = {}
for year in self.years:
years_features_counts[year] = self.find_frequency_dictionary_for_year(year)
self.__plot_manager.plot_years_intersection_scores(years_features_counts)
def import_new_tweets_from_csv(self, root_path):
"""
:param root_path:
:return:
"""
self.__import_manager.import_new_tweets_from_csv(root_path)
class PlotController(object):
""" Controller for 2D curve plotting functionalities.
"""
__UNIQUE_INSTANCE = None # my poor impl. of a singleton
## For testing purposes:
WITH_CURVE_BROWSER = True
WITH_CURVE_TABS = True
def __init__(self, sgPyQt=None):
if self.__UNIQUE_INSTANCE is None:
self.__trueInit(sgPyQt)
else:
raise Exception("The PlotController must be a singleton - use GetInstance()")
def __trueInit(self, sgPyQt=None):
if sgPyQt is None:
import SalomePyQt
sgPyQt = SalomePyQt.SalomePyQt()
self._sgPyQt = sgPyQt
self._modelViews = {}
self._browserContextualMenu = None
self._blockNotifications = False
self._blockViewClosing = False
self._callbacks = []
self._plotManager = PlotManager(self)
if self.WITH_CURVE_BROWSER:
self._curveBrowserView = CurveBrowserView(self)
self.associate(self._plotManager, self._curveBrowserView)
else:
self._curveBrowserView = None
if self.WITH_CURVE_TABS:
self._curveTabsView = CurveTabsView(self)
self.associate(self._plotManager, self._curveTabsView)
else:
self._curveTabsView = None
PlotController.__UNIQUE_INSTANCE = self
@classmethod
def GetInstance(cls, sgPyQt=None):
if cls.__UNIQUE_INSTANCE is None:
# First instanciation:
PlotController(sgPyQt)
return cls.__UNIQUE_INSTANCE
@classmethod
def Destroy(cls):
cls.__UNIQUE_INSTANCE = None
def setFixedSizeWidget(self):
""" For testing purposes - ensure visible Qt widgets have a fixed size.
"""
if self.WITH_CURVE_BROWSER:
self._curveBrowserView.treeWidget.resize(100,200)
if self.WITH_CURVE_TABS:
self._sgPyQt._tabWidget.resize(600,600)
def associate(self, model, view):
"""
Associates a model to a view, and sets the view to listen to this model
changes.
:param model: Model -- The model to be associated to the view.
:param view: View -- The view.
"""
if model is None or view is None:
return
view.setModel(model)
self.setModelListener(model, view)
def setModelListener(self, model, view):
"""
Sets a view to listen to all changes of the given model
"""
l = self._modelViews.setdefault(model, [])
if not view in l and view is not None:
l.append(view)
def removeModelListeners(self, model):
"""
Removes the given model from the list of listeners. All views previously connected to this model
won't receive its update notification anymore.
"""
self._modelViews.pop(model)
def notify(self, model, what=""):
"""
Notifies the view when model changes.
:param model: Model -- The updated model.
"""
if model is None or self._blockNotifications:
return
if not self._modelViews.has_key(model):
return
for view in self._modelViews[model]:
method = "on%s" % what
if what != "" and what is not None and hasattr(view, method):
exec "view.%s()" % method
elif hasattr(view, "update"):
# Generic update:
view.update()
def setBrowserContextualMenu(self, menu):
""" Provide a menu to be contextually shown in the curve browser """
self._browserContextualMenu = menu
def setCurvePlotRequestingClose(self, bool):
self._blockViewClosing = bool
def onCurrentCurveChange(self):
ps = self._plotManager.getCurrentPlotSet()
if not ps is None:
crv = ps.getCurrentCurve()
if crv is not None:
crv_id = crv.getID()
for c in self._callbacks:
c(crv_id)
#####
##### Public static API
#####
@classmethod
def AddCurve(cls, x, y, curve_label="", x_label="", y_label="", append=True):
""" Add a new curve and make the plot set where it is drawn the active one.
If no plot set exists, or none is active, a new plot set will be created, even if append is True.
@param x x data
@param y y data
@param curve_label label of the curve being ploted (optional, default to empty string). This is what is
shown in the legend.
@param x_label label for the X axis
@param y_label label for the Y axis
@param append whether to add the curve to the active plot set (default) or into a new one.
@return the id of the created curve, and the id of the corresponding plot set.
"""
from XYView import XYView
control = cls.GetInstance()
pm = control._plotManager
t = TableModel(control)
data = np.transpose(np.vstack([x, y]))
t.setData(data)
# ensure a single Matplotlib repaint for all operations to come in AddCurve
prevLock = pm.isRepaintLocked()
if not prevLock:
pm.lockRepaint()
curveID, plotSetID = control.plotCurveFromTable(t, x_col_index=0, y_col_index=1,
curve_label=curve_label, append=append)
ps = pm._plotSets[plotSetID]
if x_label != "":
ps.setXLabel(x_label)
if y_label != "":
ps.setYLabel(y_label)
if not prevLock:
pm.unlockRepaint()
return curveID, plotSetID
@classmethod
def ExtendCurve(cls, crv_id, x, y):
""" Add new points to an already created curve
@raise if invalid plot set ID is given
"""
control = cls.GetInstance()
ps = control._plotManager.getPlotSetContainingCurve(crv_id)
if ps is None:
raise ValueError("Curve ID (%d) not found for extension!" % crv_id)
crv_mod = ps._curves[crv_id]
data = np.transpose(np.vstack([x, y]))
crv_mod.extendData(data)
@classmethod
def ResetCurve(cls, crv_id):
""" Reset a given curve: all data are cleared, but the curve is still
alive with all its attributes (color, etc ...). Mostly used in conjunction
with ExtendCurve above
@raise if invalid plot set ID is given
"""
control = cls.GetInstance()
ps = control._plotManager.getPlotSetContainingCurve(crv_id)
if ps is None:
raise ValueError("Curve ID (%d) not found for reset!" % crv_id)
crv_mod = ps._curves[crv_id]
crv_mod.resetData()
@classmethod
def AddPlotSet(cls, title=""):
""" Creates a new plot set (a tab with several curves) and returns its ID. A title can be passed,
otherwise a default one will be created.
By default this new plot set becomes the active one.
"""
control = cls.GetInstance()
ps = control._plotManager.createXYPlotSet()
control.setModelListener(ps, control._curveBrowserView)
# Controller itself must be notified for curve picking:
control.setModelListener(ps, control)
if title != "":
ps.setTitle(title)
return ps.getID()
@classmethod
def CopyCurve(cls, curve_id, plot_set_id):
""" Copy a given curve to a given plot set ID
@return ID of the newly created curve
"""
control = cls.GetInstance()
psID = cls.GetPlotSetID(curve_id)
if psID == -1:
raise ValueError("Curve ID (%d) not found for duplication!" % curve_id)
plot_set_src = control._plotManager._plotSets[psID]
plot_set_tgt = control._plotManager._plotSets.get(plot_set_id, None)
if plot_set_tgt is None:
raise ValueError("Plot set ID (%d) invalid for duplication!" % plot_set_id)
crv = plot_set_src._curves[curve_id]
new_crv = crv.clone()
control.setModelListener(new_crv, control._curveBrowserView)
plot_set_tgt.addCurve(new_crv)
return new_crv.getID()
@classmethod
def DeleteCurve(cls, curve_id=-1):
""" By default, delete the current curve, if any. Otherwise do nothing.
@return the id of the deleted curve or -1
"""
Logger.Debug("Delete curve")
control = cls.GetInstance()
# Find the right plot set:
if curve_id == -1:
curve_id = cls.GetCurrentCurveID()
if curve_id == -1:
# No current curve, do nothing
return -1
psID = cls.GetPlotSetID(curve_id)
if psID == -1:
raise ValueError("Curve ID (%d) not found for deletion!" % curve_id)
crv = control._plotManager._plotSets[psID]._curves[curve_id]
control._plotManager._plotSets[psID].removeCurve(curve_id)
control.removeModelListeners(crv)
return curve_id
@classmethod
def DeletePlotSet(cls, plot_set_id=-1):
""" By default, delete the current plot set, if any. Otherwise do nothing.
This will automatically make the last added plot set the current one.
@return the id of the deleted plot set or -1
"""
Logger.Debug("PlotController::DeletePlotSet %d" % plot_set_id)
control = cls.GetInstance()
# Find the right plot set:
if plot_set_id == -1:
plot_set_id = cls.GetCurrentPlotSetID()
if plot_set_id == -1:
# No current, do nothing
return -1
ps = control._plotManager.removeXYPlotSet(plot_set_id)
for _, crv in ps._curves.items():
control.removeModelListeners(crv)
control.removeModelListeners(ps)
psets = control._plotManager._plotSets
if len(psets):
control._plotManager.setCurrentPlotSet(psets.keys()[-1])
return plot_set_id
@classmethod
def usedMem(cls):
import gc
gc.collect()
import resource
m = resource.getrusage(resource.RUSAGE_SELF)[2]*resource.getpagesize()/1e6
print "** Used memory: %.2f Mb" % m
@classmethod
def DeleteCurrentItem(cls):
""" Delete currently active item, be it a plot set or a curve.
@return (True, plot_sed_id) if a plot set was deleted or (False, curve_id) if a curve was deleted, or (True, -1)
if nothing was deleted.
"""
c_id = cls.GetCurrentCurveID()
ps_id = cls.GetCurrentPlotSetID()
ret = True, -1
if ps_id == -1:
Logger.Info("PlotController.DeleteCurrentItem(): nothing selected, nothing to delete!")
return True,-1
# Do we delete a curve or a full plot set
if c_id == -1:
cls.DeletePlotSet(ps_id)
ret = True, ps_id
else:
cls.DeleteCurve(c_id)
ret = False, c_id
return ret
@classmethod
def ClearPlotSet(cls, ps_id=-1):
""" Clear all curves in a given plot set. By default clear the current plot set without deleting it,
if no default plot set is currently active, do nothing.
@return id of the cleared plot set
@raise if invalid plot set ID is given
"""
pm = cls.GetInstance()._plotManager
if ps_id == -1:
ps_id = cls.GetCurrentPlotSetID()
if ps_id == -1:
return ps_id
ps = pm._plotSets.get(ps_id, None)
if ps is None:
raise ValueError("Invalid plot set ID (%d)!" % ps_id)
ps.eraseAll()
return ps_id
# @classmethod
# def ClearAll(cls):
# # TODO: optimize
# pm = cls.GetInstance()._plotManager
# ids = pm._plotSets.keys()
# for i in ids:
# cls.DeletePlotSet(i)
@classmethod
def SetXLabel(cls, x_label, plot_set_id=-1):
""" By default set the X axis label for the current plot set, if any. Otherwise do nothing.
@return True if the label was set
"""
pm = cls.GetInstance()._plotManager
if plot_set_id == -1:
plot_set_id = cls.GetCurrentPlotSetID()
if plot_set_id == -1:
# Do nothing
return False
ps = pm._plotSets.get(plot_set_id, None)
if ps is None:
raise Exception("Invalid plot set ID (%d)!" % plot_set_id)
ps.setXLabel(x_label)
return True
@classmethod
def SetYLabel(cls, y_label, plot_set_id=-1):
""" By default set the Y axis label for the current plot set, if any. Otherwise do nothing.
@return True if the label was set
"""
pm = cls.GetInstance()._plotManager
if plot_set_id == -1:
plot_set_id = cls.GetCurrentPlotSetID()
if plot_set_id == -1:
# Do nothing
return False
ps = pm._plotSets.get(plot_set_id, None)
if ps is None:
raise Exception("Invalid plot set ID (%d)!" % plot_set_id)
ps.setYLabel(y_label)
return True
@classmethod
def SetPlotSetTitle(cls, title, plot_set_id=-1):
""" By default set the title for the current plot set, if any. Otherwise do nothing.
@return True if the title was set
"""
pm = cls.GetInstance()._plotManager
if plot_set_id == -1:
plot_set_id = cls.GetCurrentPlotSetID()
if plot_set_id == -1:
# Do nothing
return False
ps = pm._plotSets.get(plot_set_id, None)
if ps is None:
raise Exception("Invalid plot set ID (%d)!" % plot_set_id)
ps.setTitle(title)
return True
@classmethod
def GetPlotSetID(cls, curve_id):
""" @return plot set id for a given curve or -1 if invalid curve ID
"""
control = cls.GetInstance()
cps = control._plotManager.getPlotSetContainingCurve(curve_id)
if cps is None:
return -1
return cps.getID()
@classmethod
def GetPlotSetIDByName(cls, name):
""" @return the first plot set whose name matches the provided name. Otherwise returns -1
"""
pm = cls.GetInstance()._plotManager
for _, ps in pm._plotSets.items():
if ps._title == name:
return ps.getID()
return -1
@classmethod
def GetAllPlotSets(cls):
""" @return two lists: plot set names, and corresponding plot set IDs
"""
pm = cls.GetInstance()._plotManager
it = pm._plotSets.items()
ids, inst, titles = [], [], []
if len(it):
ids, inst = zip(*it)
if len(inst):
titles = [i.getTitle() for i in inst]
return list(ids), titles
@classmethod
def GetCurrentCurveID(cls):
""" @return current curve ID or -1 if no curve is currently active
"""
control = cls.GetInstance()
crv = control._plotManager.getCurrentCurve()
if crv is None:
return -1
return crv.getID()
@classmethod
def GetCurrentPlotSetID(cls):
""" @return current plot set ID or -1 if no plot set is currently active
"""
control = cls.GetInstance()
cps = control._plotManager.getCurrentPlotSet()
if cps is None:
return -1
return cps.getID()
@classmethod
def SetCurrentPlotSet(cls, ps_id):
""" Set the current active plot set. Use -1 to unset any current plot set.
@throw if invalid ps_id
"""
control = cls.GetInstance()
control._plotManager.setCurrentPlotSet(ps_id)
@classmethod
def SetCurrentCurve(cls, crv_id):
""" Set the current active curve.
@return corresponding plot set ID
@throw if invalid crv_id
"""
control = cls.GetInstance()
ps_id = control._plotManager.setCurrentCurve(crv_id)
return ps_id
@classmethod
def ActiveViewChanged(cls, viewID):
""" This method is to be plugged direclty in the activeViewChanged() slot of a standard
Python SALOME module so that the curve browser stays in sync with the selected SALOME view
"""
control = cls.GetInstance()
# Get XYView from SALOME view ID
xyview = control._curveTabsView._XYViews.get(viewID, None)
if not xyview is None:
plotSetID = xyview.getModel().getID()
control._plotManager.setCurrentPlotSet(plotSetID)
@classmethod
def ToggleCurveBrowser(cls, active):
if cls.__UNIQUE_INSTANCE is not None:
raise Exception("ToggleCurveBrowser() must be invoked before doing anything in plot2D!")
cls.WITH_CURVE_BROWSER = active
@classmethod
def IsValidPlotSetID(cls, plot_set_id):
"""
@return True if plot_set_id is the identifier of a valid and existing plot set.
"""
control = cls.GetInstance()
return control._plotManager._plotSets.has_key(plot_set_id)
@classmethod
def GetSalomeViewID(cls, plot_set_id):
"""
@return the salome view ID associated to a given plot set. -1 if invalid plot_set_id
"""
control = cls.GetInstance()
d = control._curveTabsView.mapModId2ViewId()
return d.get(plot_set_id, -1)
@classmethod
def OnSalomeViewTryClose(cls, salome_view_id):
control = cls.GetInstance()
if not control._blockViewClosing:
Logger.Debug("PlotController::OnSalomeViewTryClose %d" % salome_view_id)
# control._sgPyQt.setViewClosable(salome_view_id, False)
# Get XYView from SALOME view ID
xyview = control._curveTabsView._XYViews.get(salome_view_id, None)
if not xyview is None:
plotSetID = xyview.getModel().getID()
Logger.Debug("PlotController::OnSalomeViewTryClose internal CurvePlot view ID is %d" % plotSetID)
control._plotManager.removeXYPlotSet(plotSetID)
else:
Logger.Warning("Internal error - could not match SALOME view ID %d with CurvePlot view!" % salome_view_id)
@classmethod
def SetCurveMarker(cls, crv_id, marker):
""" Change curve marker. Available markers are:
CURVE_MARKERS = [ "o" ,# circle
"*", # star
"+", # plus
"x", # x
"s", # square
"p", # pentagon
"h", # hexagon1
"8", # octagon
"D", # diamond
"^", # triangle_up
"<", # triangle_left
">", # triangle_right
"1", # tri_down
"2", # tri_up
"3", # tri_left
"4", # tri_right
"v", # triangle_down
"H", # hexagon2
"d", # thin diamond
"", # NO MARKER
]
@raise if invalid curve ID or marker
"""
from XYView import XYView
from CurveView import CurveView
if not marker in XYView.CURVE_MARKERS:
raise ValueError("Invalid marker: '%s'" % marker)
cont = cls.GetInstance()
for mod, views in cont._modelViews.items():
if isinstance(mod, CurveModel) and mod.getID() == crv_id:
for v in views:
if isinstance(v, CurveView):
v.setMarker(marker)
# Update curve display and legend:
v._parentXYView.repaint()
v._parentXYView.showHideLegend()
found = True
if not found:
raise Exception("Invalid curve ID or curve currently not displayed (curve_id=%d)!" % crv_id)
@classmethod
def SetCurveLabel(cls, crv_id, label):
""" Change curve label
@raise if invalid curve id
"""
cont = cls.GetInstance()
cps = cont._plotManager.getPlotSetContainingCurve(crv_id)
if cps is None:
raise ValueError("Invalid curve ID: %d" % crv_id)
cps._curves[crv_id].setTitle(label)
@classmethod
def __XYViewOperation(cls, func, ps_id, args, kwargs):
""" Private. To factorize methods accessing the XYView to change a display element. """
from XYPlotSetModel import XYPlotSetModel
from XYView import XYView
cont = cls.GetInstance()
for mod, views in cont._modelViews.items():
if isinstance(mod, XYPlotSetModel) and mod.getID() == ps_id:
for v in views:
if isinstance(v, XYView):
exec "v.%s(*args, **kwargs)" % func
found = True
if not found:
raise Exception("Invalid plot set ID or plot set currently not displayed (ps_id=%d)!" % ps_id)
@classmethod
def SetXLog(cls, ps_id, log=True):
""" Toggle the X axis into logarithmic scale.
@param ps_id plot set ID
@param log if set to True, log scale is used, otherwise linear scale is used
@raise if invalid plot set ID
"""
args, kwargs = [log], {}
cls.__XYViewOperation("setXLog", ps_id, args, kwargs)
@classmethod
def SetYLog(cls, ps_id, log=True):
""" Toggle the Y axis into logarithmic scale.
@param ps_id plot set ID
@param log if set to True, log scale is used, otherwise linear scale is used
@raise if invalid plot set ID
"""
args, kwargs = [log], {}
cls.__XYViewOperation("setYLog", ps_id, args, kwargs)
@classmethod
def SetXSciNotation(cls, ps_id, sciNotation=False):
""" Change the format (scientific notation or not) of the X axis.
@param ps_id plot set ID
@param sciNotation if set to True, scientific notation is used, otherwise plain notation is used
@raise if invalid plot set ID
"""
args, kwargs = [sciNotation], {}
cls.__XYViewOperation("setXSciNotation", ps_id, args, kwargs)
@classmethod
def SetYSciNotation(cls, ps_id, sciNotation=False):
""" Change the format (scientific notation or not) of the Y axis.
@param ps_id plot set ID
@param sciNotation if set to True, scientific notation is used, otherwise plain notation is used
@raise if invalid plot set ID
"""
args, kwargs = [sciNotation], {}
cls.__XYViewOperation("setYSciNotation", ps_id, args, kwargs)
@classmethod
def SetLegendVisible(cls, ps_id, visible=True):
""" Change the visibility of the legend.
@param ps_id plot set ID
@param visible if set to True, show legend, otherwise hide it.
@raise if invalid plot set ID
"""
args, kwargs = [visible], {}
cls.__XYViewOperation("setLegendVisible", ps_id, args, kwargs)
###
### More advanced functions
###
@classmethod
def RegisterCallback(cls, callback):
cont = cls.GetInstance()
cont._callbacks.append(callback)
@classmethod
def ClearCallbacks(cls):
cont = cls.GetInstance()
cont._callbacks = []
@classmethod
def LockRepaint(cls):
control = cls.GetInstance()
control._plotManager.lockRepaint()
@classmethod
def UnlockRepaint(cls):
control = cls.GetInstance()
control._plotManager.unlockRepaint()
def createTable(self, data, table_name="table"):
t = TableModel(self)
t.setData(data)
t.setTitle(table_name)
return t
def plotCurveFromTable(self, table, x_col_index=0, y_col_index=1, curve_label="", append=True):
"""
:returns: a tuple containing the unique curve ID and the plot set ID
"""
# Regardless of 'append', we must create a view if none there:
if self._plotManager.getCurrentPlotSet() is None or not append:
ps = self._plotManager.createXYPlotSet()
self.setModelListener(ps, self._curveBrowserView)
# For curve picking, controller must listen:
self.setModelListener(ps, self)
cps_title = table.getTitle()
else:
cps_title = None
cps = self._plotManager.getCurrentPlotSet()
cm = CurveModel(self, table, y_col_index)
cm.setXAxisIndex(x_col_index)
# X axis label
tix = table.getColumnTitle(x_col_index)
if tix != "":
cps.setXLabel(tix)
# Curve label
if curve_label != "":
cm.setTitle(curve_label)
else:
ti = table.getColumnTitle(y_col_index)
if ti != "":
cm.setTitle(ti)
# Plot set title
if cps_title != "" and cps_title is not None:
Logger.Debug("about to set title to: " + cps_title)
cps.setTitle(cps_title)
cps.addCurve(cm)
mp = self._curveTabsView.mapModId2ViewId()
xyview_id = mp[cps.getID()]
xyview = self._curveTabsView._XYViews[xyview_id]
if cps_title is None: # no plot set was created above
self._plotManager.setCurrentPlotSet(cps.getID())
# Make CurveBrowser and CurveView depend on changes in the curve itself:
self.setModelListener(cm, self._curveBrowserView)
self.setModelListener(cm, xyview._curveViews[cm.getID()])
# Upon change on the curve also update the full plot, notably for the auto-fit and the legend:
self.setModelListener(cm, xyview)
return cm.getID(),cps.getID()
(MomentumIndicator(), BollingerIndicator(), RsiIndicator()))
data = MarketData(stock_name, df, ma=[50, 100, 200], indicator=indicators)
# plot_stock(df)
#
# corr = df.corr()
# ax = sns.heatmap(corr, cmap="YlGnBu")
# plt.show()
df = data.get_stock_data()
x_data, y_data_original = DataProcessing.load_data(df, seq_len)
x_train, x_test, y_train, y_test = train_test_split(x_data,
y_data_original,
test_size=0.2)
model = PredictionModelFactory.create_default(seq_len)
if load:
model.model.load_weights(weight_file)
else:
model.fit(x_train, y_train)
model.model.save_weights(weight_file)
model.model_score(x_train, y_train, x_test, y_test)
p = model.percentage_difference(x_test, y_test)
prices = model.predict_days(data, predict_days)
print(prices)
df = data.get_stock_data()
x_data, y_data_final = DataProcessing.load_data(df, seq_len)
PlotManager.plot_result(data, y_data_final[(-predict_days - plot_days):-1],
y_data_original[-plot_days:-1])
class PlotController(object):
""" Controller for 2D curve plotting functionalities.
"""
__UNIQUE_INSTANCE = None # my poor impl. of a singleton
## For testing purposes:
WITH_CURVE_BROWSER = True
WITH_CURVE_TABS = True
def __init__(self, sgPyQt=None):
if self.__UNIQUE_INSTANCE is None:
self.__trueInit(sgPyQt)
else:
raise Exception(
"The PlotController must be a singleton - use GetInstance()")
def __trueInit(self, sgPyQt=None):
if sgPyQt is None:
import SalomePyQt
sgPyQt = SalomePyQt.SalomePyQt()
self._sgPyQt = sgPyQt
self._modelViews = {}
self._browserContextualMenu = None
self._blockNotifications = False
self._blockViewClosing = False
self._callbacks = []
self._plotManager = PlotManager(self)
if self.WITH_CURVE_BROWSER:
self._curveBrowserView = CurveBrowserView(self)
self.associate(self._plotManager, self._curveBrowserView)
else:
self._curveBrowserView = None
if self.WITH_CURVE_TABS:
self._curveTabsView = CurveTabsView(self)
self.associate(self._plotManager, self._curveTabsView)
else:
self._curveTabsView = None
PlotController.__UNIQUE_INSTANCE = self
@classmethod
def GetInstance(cls, sgPyQt=None):
if cls.__UNIQUE_INSTANCE is None:
# First instanciation:
PlotController(sgPyQt)
return cls.__UNIQUE_INSTANCE
@classmethod
def Destroy(cls):
cls.__UNIQUE_INSTANCE = None
def setFixedSizeWidget(self):
""" For testing purposes - ensure visible Qt widgets have a fixed size.
"""
if self.WITH_CURVE_BROWSER:
self._curveBrowserView.treeWidget.resize(100, 200)
if self.WITH_CURVE_TABS:
self._sgPyQt._tabWidget.resize(600, 600)
def associate(self, model, view):
"""
Associates a model to a view, and sets the view to listen to this model
changes.
:param model: Model -- The model to be associated to the view.
:param view: View -- The view.
"""
if model is None or view is None:
return
view.setModel(model)
self.setModelListener(model, view)
def setModelListener(self, model, view):
"""
Sets a view to listen to all changes of the given model
"""
l = self._modelViews.setdefault(model, [])
if not view in l and view is not None:
l.append(view)
def removeModelListeners(self, model):
"""
Removes the given model from the list of listeners. All views previously connected to this model
won't receive its update notification anymore.
"""
self._modelViews.pop(model)
def notify(self, model, what=""):
"""
Notifies the view when model changes.
:param model: Model -- The updated model.
"""
if model is None or self._blockNotifications:
return
if not self._modelViews.has_key(model):
return
for view in self._modelViews[model]:
method = "on%s" % what
if what != "" and what is not None and hasattr(view, method):
exec "view.%s()" % method
elif hasattr(view, "update"):
# Generic update:
view.update()
def setBrowserContextualMenu(self, menu):
""" Provide a menu to be contextually shown in the curve browser """
self._browserContextualMenu = menu
def setCurvePlotRequestingClose(self, bool):
self._blockViewClosing = bool
def onCurrentCurveChange(self):
ps = self._plotManager.getCurrentPlotSet()
if not ps is None:
crv = ps.getCurrentCurve()
if crv is not None:
crv_id = crv.getID()
for c in self._callbacks:
c(crv_id)
#####
##### Public static API
#####
@classmethod
def AddCurve(cls,
x,
y,
curve_label="",
x_label="",
y_label="",
append=True):
""" Add a new curve and make the plot set where it is drawn the active one.
If no plot set exists, or none is active, a new plot set will be created, even if append is True.
@param x x data
@param y y data
@param curve_label label of the curve being ploted (optional, default to empty string). This is what is
shown in the legend.
@param x_label label for the X axis
@param y_label label for the Y axis
@param append whether to add the curve to the active plot set (default) or into a new one.
@return the id of the created curve, and the id of the corresponding plot set.
"""
from XYView import XYView
control = cls.GetInstance()
pm = control._plotManager
t = TableModel(control)
data = np.transpose(np.vstack([x, y]))
t.setData(data)
# ensure a single Matplotlib repaint for all operations to come in AddCurve
prevLock = pm.isRepaintLocked()
if not prevLock:
pm.lockRepaint()
curveID, plotSetID = control.plotCurveFromTable(
t,
x_col_index=0,
y_col_index=1,
curve_label=curve_label,
append=append)
ps = pm._plotSets[plotSetID]
if x_label != "":
ps.setXLabel(x_label)
if y_label != "":
ps.setYLabel(y_label)
if not prevLock:
pm.unlockRepaint()
return curveID, plotSetID
@classmethod
def ExtendCurve(cls, crv_id, x, y):
""" Add new points to an already created curve
@raise if invalid plot set ID is given
"""
control = cls.GetInstance()
ps = control._plotManager.getPlotSetContainingCurve(crv_id)
if ps is None:
raise ValueError("Curve ID (%d) not found for extension!" % crv_id)
crv_mod = ps._curves[crv_id]
data = np.transpose(np.vstack([x, y]))
crv_mod.extendData(data)
@classmethod
def ResetCurve(cls, crv_id):
""" Reset a given curve: all data are cleared, but the curve is still
alive with all its attributes (color, etc ...). Mostly used in conjunction
with ExtendCurve above
@raise if invalid plot set ID is given
"""
control = cls.GetInstance()
ps = control._plotManager.getPlotSetContainingCurve(crv_id)
if ps is None:
raise ValueError("Curve ID (%d) not found for reset!" % crv_id)
crv_mod = ps._curves[crv_id]
crv_mod.resetData()
@classmethod
def AddPlotSet(cls, title=""):
""" Creates a new plot set (a tab with several curves) and returns its ID. A title can be passed,
otherwise a default one will be created.
By default this new plot set becomes the active one.
"""
control = cls.GetInstance()
ps = control._plotManager.createXYPlotSet()
control.setModelListener(ps, control._curveBrowserView)
# Controller itself must be notified for curve picking:
control.setModelListener(ps, control)
if title != "":
ps.setTitle(title)
return ps.getID()
@classmethod
def CopyCurve(cls, curve_id, plot_set_id):
""" Copy a given curve to a given plot set ID
@return ID of the newly created curve
"""
control = cls.GetInstance()
psID = cls.GetPlotSetID(curve_id)
if psID == -1:
raise ValueError("Curve ID (%d) not found for duplication!" %
curve_id)
plot_set_src = control._plotManager._plotSets[psID]
plot_set_tgt = control._plotManager._plotSets.get(plot_set_id, None)
if plot_set_tgt is None:
raise ValueError("Plot set ID (%d) invalid for duplication!" %
plot_set_id)
crv = plot_set_src._curves[curve_id]
new_crv = crv.clone()
control.setModelListener(new_crv, control._curveBrowserView)
plot_set_tgt.addCurve(new_crv)
return new_crv.getID()
@classmethod
def DeleteCurve(cls, curve_id=-1):
""" By default, delete the current curve, if any. Otherwise do nothing.
@return the id of the deleted curve or -1
"""
Logger.Debug("Delete curve")
control = cls.GetInstance()
# Find the right plot set:
if curve_id == -1:
curve_id = cls.GetCurrentCurveID()
if curve_id == -1:
# No current curve, do nothing
return -1
psID = cls.GetPlotSetID(curve_id)
if psID == -1:
raise ValueError("Curve ID (%d) not found for deletion!" %
curve_id)
crv = control._plotManager._plotSets[psID]._curves[curve_id]
control._plotManager._plotSets[psID].removeCurve(curve_id)
control.removeModelListeners(crv)
return curve_id
@classmethod
def DeletePlotSet(cls, plot_set_id=-1):
""" By default, delete the current plot set, if any. Otherwise do nothing.
This will automatically make the last added plot set the current one.
@return the id of the deleted plot set or -1
"""
Logger.Debug("PlotController::DeletePlotSet %d" % plot_set_id)
control = cls.GetInstance()
# Find the right plot set:
if plot_set_id == -1:
plot_set_id = cls.GetCurrentPlotSetID()
if plot_set_id == -1:
# No current, do nothing
return -1
ps = control._plotManager.removeXYPlotSet(plot_set_id)
for _, crv in ps._curves.items():
control.removeModelListeners(crv)
control.removeModelListeners(ps)
psets = control._plotManager._plotSets
if len(psets):
control._plotManager.setCurrentPlotSet(psets.keys()[-1])
return plot_set_id
@classmethod
def usedMem(cls):
import gc
gc.collect()
import resource
m = resource.getrusage(
resource.RUSAGE_SELF)[2] * resource.getpagesize() / 1e6
print "** Used memory: %.2f Mb" % m
@classmethod
def DeleteCurrentItem(cls):
""" Delete currently active item, be it a plot set or a curve.
@return (True, plot_sed_id) if a plot set was deleted or (False, curve_id) if a curve was deleted, or (True, -1)
if nothing was deleted.
"""
c_id = cls.GetCurrentCurveID()
ps_id = cls.GetCurrentPlotSetID()
ret = True, -1
if ps_id == -1:
Logger.Info(
"PlotController.DeleteCurrentItem(): nothing selected, nothing to delete!"
)
return True, -1
# Do we delete a curve or a full plot set
if c_id == -1:
cls.DeletePlotSet(ps_id)
ret = True, ps_id
else:
cls.DeleteCurve(c_id)
ret = False, c_id
return ret
@classmethod
def ClearPlotSet(cls, ps_id=-1):
""" Clear all curves in a given plot set. By default clear the current plot set without deleting it,
if no default plot set is currently active, do nothing.
@return id of the cleared plot set
@raise if invalid plot set ID is given
"""
pm = cls.GetInstance()._plotManager
if ps_id == -1:
ps_id = cls.GetCurrentPlotSetID()
if ps_id == -1:
return ps_id
ps = pm._plotSets.get(ps_id, None)
if ps is None:
raise ValueError("Invalid plot set ID (%d)!" % ps_id)
ps.eraseAll()
return ps_id
# @classmethod
# def ClearAll(cls):
# # TODO: optimize
# pm = cls.GetInstance()._plotManager
# ids = pm._plotSets.keys()
# for i in ids:
# cls.DeletePlotSet(i)
@classmethod
def SetXLabel(cls, x_label, plot_set_id=-1):
""" By default set the X axis label for the current plot set, if any. Otherwise do nothing.
@return True if the label was set
"""
pm = cls.GetInstance()._plotManager
if plot_set_id == -1:
plot_set_id = cls.GetCurrentPlotSetID()
if plot_set_id == -1:
# Do nothing
return False
ps = pm._plotSets.get(plot_set_id, None)
if ps is None:
raise Exception("Invalid plot set ID (%d)!" % plot_set_id)
ps.setXLabel(x_label)
return True
@classmethod
def SetYLabel(cls, y_label, plot_set_id=-1):
""" By default set the Y axis label for the current plot set, if any. Otherwise do nothing.
@return True if the label was set
"""
pm = cls.GetInstance()._plotManager
if plot_set_id == -1:
plot_set_id = cls.GetCurrentPlotSetID()
if plot_set_id == -1:
# Do nothing
return False
ps = pm._plotSets.get(plot_set_id, None)
if ps is None:
raise Exception("Invalid plot set ID (%d)!" % plot_set_id)
ps.setYLabel(y_label)
return True
@classmethod
def SetPlotSetTitle(cls, title, plot_set_id=-1):
""" By default set the title for the current plot set, if any. Otherwise do nothing.
@return True if the title was set
"""
pm = cls.GetInstance()._plotManager
if plot_set_id == -1:
plot_set_id = cls.GetCurrentPlotSetID()
if plot_set_id == -1:
# Do nothing
return False
ps = pm._plotSets.get(plot_set_id, None)
if ps is None:
raise Exception("Invalid plot set ID (%d)!" % plot_set_id)
ps.setTitle(title)
return True
@classmethod
def GetPlotSetID(cls, curve_id):
""" @return plot set id for a given curve or -1 if invalid curve ID
"""
control = cls.GetInstance()
cps = control._plotManager.getPlotSetContainingCurve(curve_id)
if cps is None:
return -1
return cps.getID()
@classmethod
def GetPlotSetIDByName(cls, name):
""" @return the first plot set whose name matches the provided name. Otherwise returns -1
"""
pm = cls.GetInstance()._plotManager
for _, ps in pm._plotSets.items():
if ps._title == name:
return ps.getID()
return -1
@classmethod
def GetAllPlotSets(cls):
""" @return two lists: plot set names, and corresponding plot set IDs
"""
pm = cls.GetInstance()._plotManager
it = pm._plotSets.items()
ids, inst, titles = [], [], []
if len(it):
ids, inst = zip(*it)
if len(inst):
titles = [i.getTitle() for i in inst]
return list(ids), titles
@classmethod
def GetCurrentCurveID(cls):
""" @return current curve ID or -1 if no curve is currently active
"""
control = cls.GetInstance()
crv = control._plotManager.getCurrentCurve()
if crv is None:
return -1
return crv.getID()
@classmethod
def GetCurrentPlotSetID(cls):
""" @return current plot set ID or -1 if no plot set is currently active
"""
control = cls.GetInstance()
cps = control._plotManager.getCurrentPlotSet()
if cps is None:
return -1
return cps.getID()
@classmethod
def SetCurrentPlotSet(cls, ps_id):
""" Set the current active plot set. Use -1 to unset any current plot set.
@throw if invalid ps_id
"""
control = cls.GetInstance()
control._plotManager.setCurrentPlotSet(ps_id)
@classmethod
def SetCurrentCurve(cls, crv_id):
""" Set the current active curve.
@return corresponding plot set ID
@throw if invalid crv_id
"""
control = cls.GetInstance()
ps_id = control._plotManager.setCurrentCurve(crv_id)
return ps_id
@classmethod
def ActiveViewChanged(cls, viewID):
""" This method is to be plugged direclty in the activeViewChanged() slot of a standard
Python SALOME module so that the curve browser stays in sync with the selected SALOME view
"""
control = cls.GetInstance()
# Get XYView from SALOME view ID
xyview = control._curveTabsView._XYViews.get(viewID, None)
if not xyview is None:
plotSetID = xyview.getModel().getID()
control._plotManager.setCurrentPlotSet(plotSetID)
@classmethod
def ToggleCurveBrowser(cls, active):
if cls.__UNIQUE_INSTANCE is not None:
raise Exception(
"ToggleCurveBrowser() must be invoked before doing anything in plot2D!"
)
cls.WITH_CURVE_BROWSER = active
@classmethod
def IsValidPlotSetID(cls, plot_set_id):
"""
@return True if plot_set_id is the identifier of a valid and existing plot set.
"""
control = cls.GetInstance()
return control._plotManager._plotSets.has_key(plot_set_id)
@classmethod
def GetSalomeViewID(cls, plot_set_id):
"""
@return the salome view ID associated to a given plot set. -1 if invalid plot_set_id
"""
control = cls.GetInstance()
d = control._curveTabsView.mapModId2ViewId()
return d.get(plot_set_id, -1)
@classmethod
def OnSalomeViewTryClose(cls, salome_view_id):
control = cls.GetInstance()
if not control._blockViewClosing:
Logger.Debug("PlotController::OnSalomeViewTryClose %d" %
salome_view_id)
# control._sgPyQt.setViewClosable(salome_view_id, False)
# Get XYView from SALOME view ID
xyview = control._curveTabsView._XYViews.get(salome_view_id, None)
if not xyview is None:
plotSetID = xyview.getModel().getID()
Logger.Debug(
"PlotController::OnSalomeViewTryClose internal CurvePlot view ID is %d"
% plotSetID)
control._plotManager.removeXYPlotSet(plotSetID)
else:
Logger.Warning(
"Internal error - could not match SALOME view ID %d with CurvePlot view!"
% salome_view_id)
@classmethod
def SetCurveMarker(cls, crv_id, marker):
""" Change curve marker. Available markers are:
CURVE_MARKERS = [ "o" ,# circle
"*", # star
"+", # plus
"x", # x
"s", # square
"p", # pentagon
"h", # hexagon1
"8", # octagon
"D", # diamond
"^", # triangle_up
"<", # triangle_left
">", # triangle_right
"1", # tri_down
"2", # tri_up
"3", # tri_left
"4", # tri_right
"v", # triangle_down
"H", # hexagon2
"d", # thin diamond
"", # NO MARKER
]
@raise if invalid curve ID or marker
"""
from XYView import XYView
from CurveView import CurveView
if not marker in XYView.CURVE_MARKERS:
raise ValueError("Invalid marker: '%s'" % marker)
cont = cls.GetInstance()
for mod, views in cont._modelViews.items():
if isinstance(mod, CurveModel) and mod.getID() == crv_id:
for v in views:
if isinstance(v, CurveView):
v.setMarker(marker)
# Update curve display and legend:
v._parentXYView.repaint()
v._parentXYView.showHideLegend()
found = True
if not found:
raise Exception(
"Invalid curve ID or curve currently not displayed (curve_id=%d)!"
% crv_id)
@classmethod
def SetCurveLabel(cls, crv_id, label):
""" Change curve label
@raise if invalid curve id
"""
cont = cls.GetInstance()
cps = cont._plotManager.getPlotSetContainingCurve(crv_id)
if cps is None:
raise ValueError("Invalid curve ID: %d" % crv_id)
cps._curves[crv_id].setTitle(label)
@classmethod
def __XYViewOperation(cls, func, ps_id, args, kwargs):
""" Private. To factorize methods accessing the XYView to change a display element. """
from XYPlotSetModel import XYPlotSetModel
from XYView import XYView
cont = cls.GetInstance()
for mod, views in cont._modelViews.items():
if isinstance(mod, XYPlotSetModel) and mod.getID() == ps_id:
for v in views:
if isinstance(v, XYView):
exec "v.%s(*args, **kwargs)" % func
found = True
if not found:
raise Exception(
"Invalid plot set ID or plot set currently not displayed (ps_id=%d)!"
% ps_id)
@classmethod
def SetXLog(cls, ps_id, log=True):
""" Toggle the X axis into logarithmic scale.
@param ps_id plot set ID
@param log if set to True, log scale is used, otherwise linear scale is used
@raise if invalid plot set ID
"""
args, kwargs = [log], {}
cls.__XYViewOperation("setXLog", ps_id, args, kwargs)
@classmethod
def SetYLog(cls, ps_id, log=True):
""" Toggle the Y axis into logarithmic scale.
@param ps_id plot set ID
@param log if set to True, log scale is used, otherwise linear scale is used
@raise if invalid plot set ID
"""
args, kwargs = [log], {}
cls.__XYViewOperation("setYLog", ps_id, args, kwargs)
@classmethod
def SetXSciNotation(cls, ps_id, sciNotation=False):
""" Change the format (scientific notation or not) of the X axis.
@param ps_id plot set ID
@param sciNotation if set to True, scientific notation is used, otherwise plain notation is used
@raise if invalid plot set ID
"""
args, kwargs = [sciNotation], {}
cls.__XYViewOperation("setXSciNotation", ps_id, args, kwargs)
@classmethod
def SetYSciNotation(cls, ps_id, sciNotation=False):
""" Change the format (scientific notation or not) of the Y axis.
@param ps_id plot set ID
@param sciNotation if set to True, scientific notation is used, otherwise plain notation is used
@raise if invalid plot set ID
"""
args, kwargs = [sciNotation], {}
cls.__XYViewOperation("setYSciNotation", ps_id, args, kwargs)
@classmethod
def SetLegendVisible(cls, ps_id, visible=True):
""" Change the visibility of the legend.
@param ps_id plot set ID
@param visible if set to True, show legend, otherwise hide it.
@raise if invalid plot set ID
"""
args, kwargs = [visible], {}
cls.__XYViewOperation("setLegendVisible", ps_id, args, kwargs)
###
### More advanced functions
###
@classmethod
def RegisterCallback(cls, callback):
cont = cls.GetInstance()
cont._callbacks.append(callback)
@classmethod
def ClearCallbacks(cls):
cont = cls.GetInstance()
cont._callbacks = []
@classmethod
def LockRepaint(cls):
control = cls.GetInstance()
control._plotManager.lockRepaint()
@classmethod
def UnlockRepaint(cls):
control = cls.GetInstance()
control._plotManager.unlockRepaint()
def createTable(self, data, table_name="table"):
t = TableModel(self)
t.setData(data)
t.setTitle(table_name)
return t
def plotCurveFromTable(self,
table,
x_col_index=0,
y_col_index=1,
curve_label="",
append=True):
"""
:returns: a tuple containing the unique curve ID and the plot set ID
"""
# Regardless of 'append', we must create a view if none there:
if self._plotManager.getCurrentPlotSet() is None or not append:
ps = self._plotManager.createXYPlotSet()
self.setModelListener(ps, self._curveBrowserView)
# For curve picking, controller must listen:
self.setModelListener(ps, self)
cps_title = table.getTitle()
else:
cps_title = None
cps = self._plotManager.getCurrentPlotSet()
cm = CurveModel(self, table, y_col_index)
cm.setXAxisIndex(x_col_index)
# X axis label
tix = table.getColumnTitle(x_col_index)
if tix != "":
cps.setXLabel(tix)
# Curve label
if curve_label != "":
cm.setTitle(curve_label)
else:
ti = table.getColumnTitle(y_col_index)
if ti != "":
cm.setTitle(ti)
# Plot set title
if cps_title != "" and cps_title is not None:
Logger.Debug("about to set title to: " + cps_title)
cps.setTitle(cps_title)
cps.addCurve(cm)
mp = self._curveTabsView.mapModId2ViewId()
xyview_id = mp[cps.getID()]
xyview = self._curveTabsView._XYViews[xyview_id]
if cps_title is None: # no plot set was created above
self._plotManager.setCurrentPlotSet(cps.getID())
# Make CurveBrowser and CurveView depend on changes in the curve itself:
self.setModelListener(cm, self._curveBrowserView)
self.setModelListener(cm, xyview._curveViews[cm.getID()])
# Upon change on the curve also update the full plot, notably for the auto-fit and the legend:
self.setModelListener(cm, xyview)
return cm.getID(), cps.getID()
