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Money tracker.py
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Money tracker.py
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##!/usr/bin/python3
# -*- coding: utf-8 -*-
# ---------------------------- Libraries ------------------------------
from PyQt5.QtWidgets import ( QMainWindow, QApplication,
QPlainTextEdit, QDateTimeEdit,
QFileDialog, QTableWidget, QLineEdit,
QSplitter, QHeaderView, QLabel,
QHeaderView, QPushButton, QWidget,
QAction, QTabWidget, QVBoxLayout,
QHBoxLayout, QDesktopWidget,
QCheckBox, QToolBox)
from PyQt5.QtGui import (QIcon, QPalette, QLinearGradient,
QColor, QBrush, QPixmap)
from matplotlib.backends.backend_qt5agg import FigureCanvasQTAgg, NavigationToolbar2QT as NavigationToolbar
from PyQt5.QtCore import Qt, QDir
from PyQt5 import QtGui, QtCore
from EventClasterTable import OutcomeEventClaster, IncomeEventClaster
from Plots import PlotCanvas, PlotCanvasPieChart, PlotCanvasHistogram
from DashBoardDisplays import DashBoardDisplay
from Table import OutcomeTable, IncomeTable
from CalendarDialog import CalendarDialog
from SettingsDialog import Settings
from datetime import datetime
from pprint import pprint, pformat
import json
import sys
class App(QMainWindow):
# ++++++++++++++++++++++++++++ __init__ +++++++++++++++++++++++++++++++
def __init__(self):
QMainWindow.__init__(self, None)
self.selectedRangeDataOutcome = {}
self.selectedRangeDataIncome = {}
self.outcomeTable_header = ['დრო','მოვლენა','რაოდენობა','კატეგორია','ფასი','გადახდის ტიპი']
self.incomeTable_header = ['დრო','წყარო','რაოდენობა']
self.outcomeTable_headerFormat = ['მოვლენა','რაოდენობა','კატეგორია','ფასი','გადახდის ტიპი']
self.incomeTable_headerFormat = ['წყარო','რაოდენობა']
self.temp_data = { 'config': { 'language' : 'georgian',
'length' : 1800,
'width' : 800},
'calendarRange' : {'start_date' : '12.02.2018',
'stop_date' : '22.02.2020'},
'outcomeTableData' : {},
'incomeTableData' : {}}
self._units = ['--','ც','კგ','გრ','ლ','მლ','კვტ','თვე','დღე','მ','სმ','მმ']
self._incomeSourceCategory = ['ავანსი','ხელფასი','პრემია',
'მივლინება','ქეშბექი','საჩუქარი','სხვა',
'კონვერტაცია','სესხი','ვალის მიღება',
'საწყისი კაპიტალი','ანაზღაურება','პენსია',
'სოციალური დახმარება']
self._outComeCategory = ['კვება','სხვადასხვა','ქირა','საყოფაცხოვრებო',
'კომუნალური','ტელეფონი','ინტერნეტი',
'გართობა','ტანსაცმელი','ჰიგიენა','მედიკამენტები',
'ინტერნეტი','ტრანსპორტი','მოწყობილობები',
'დასვენება','საჩუქარი','გამოწერა','საკომისიო',
'აღჭურვილობა','ვარჯიში','რემონტი',
'ექიმთან კონსულტაცია','მკურნალობა','ჯარიმა',
'მოგზაურობა','გასესხება','სესხის დაბრუნება',
'განათლება','თავის მოვლა','დაზღვევა',
'ჯანდაცვა','საწვავი','სამედიცინო მომსახურება']
self._currency = { '₽' : 'icon/Ruble.svg',
'$' : 'icon/Dollar.svg',
'€' : 'icon/Euro.svg',
'CHF': 'icon/swiss-franc.svg',
'₾' : 'icon/Lari.svg',
'¥' : 'icon/yuan.svg'}
self._currencyIndex = { 0 : '₽',
1 : '$',
2 : '€',
3 : 'CHF',
4 : '₾',
5 : '¥'}
self._eventNames = []
self._filePath = ""
self._tt = True
# ------------------------- Initialization ----------------------------
self.initUI()
# +++++++++++++++++++++++++++++ initUI ++++++++++++++++++++++++++++++++
def initUI(self):
QMainWindow.__init__(self)
self.setWindowTitle('ფინანსების მართვა')
self.setWindowIcon(QtGui.QIcon("icon/finance.svg"))
self.setGeometry(0, 0, int(self.temp_data['config']['length']), int(self.temp_data['config']['width']))
self.center()
# --------------------------- Create menu -----------------------------
mainMenu = self.menuBar()
# --------------------------- Create tabs -----------------------------
self.tabs = QTabWidget()
self.tab1 = QWidget()
self.tab2 = QWidget()
self.tab3 = QWidget()
self.tab4 = QWidget()
# ----------------------- create menu options -------------------------
fileMenu = mainMenu.addMenu('ფაილი')
editMenu = mainMenu.addMenu('რედაქტირება')
toolsMenu = mainMenu.addMenu('ინსტრუმენტები')
viewMenu = mainMenu.addMenu('ინტერფეისი')
toggleTool = QAction("ინსტრუმენტთა ველი", self, checkable=True)
toggleTool.triggered.connect(self.handleToggleTool)
viewMenu.addAction(toggleTool)
# ---------------------------- ToolBar --------------------------------
# ------------------------------ Exit ---------------------------------
exitAct = QAction(QIcon('icon/close.svg'),'გასვლა', self)
exitAct.setShortcut('Ctrl+Q')
exitAct.triggered.connect(app.quit)
fileMenu.addAction(exitAct)
# ------------------------------ new ----------------------------------
newAct = QAction(QIcon('icon/new.svg'),'ახალი', self)
newAct.setShortcut("Ctrl+N")
fileMenu.addAction(newAct)
newAct.triggered.connect(self.new)
# ------------------------------ open ---------------------------------
openAct = QAction(QIcon('icon/open.svg'),'გახსნა', self)
openAct.setShortcut("Ctrl+O")
openAct.triggered.connect(self.openFile)
fileMenu.addAction(openAct)
# ------------------------------ Save ---------------------------------
saveAct = QAction(QIcon('icon/save.svg'),'შენახვა', self)
saveAct.setShortcut("Ctrl+S")
fileMenu.addAction(saveAct)
saveAct.triggered.connect(self.save)
# ---------------------------- Save as --------------------------------
save_asAct = QAction(QIcon('icon/save_as.svg'), 'შენახვა როგორც', self)
fileMenu.addAction(save_asAct)
save_asAct.triggered.connect(self.saveAs)
# --------------------------- Add event -------------------------------
addEventAct = QAction(QIcon('icon/addEvent.svg'), 'დამატება', self)
editMenu.addAction(addEventAct)
addEventAct.triggered.connect(self.addEvent)
# --------------------------- Edit event ------------------------------
EditEventAct = QAction(QIcon('icon/EditEvent.svg'), 'რედაქტირება', self)
editMenu.addAction(EditEventAct)
EditEventAct.triggered.connect(self.editEvent)
# -------------------------- Remove event -----------------------------
removeEventAct = QAction(QIcon('icon/RemoveEvent.svg'), 'წაშლა', self)
editMenu.addAction(removeEventAct)
removeEventAct.triggered.connect(self.removeEvent)
# ---------------------- Select calendar range ------------------------
CalendarAct = QAction(QIcon('icon/calendar.svg'), 'კალენდარი', self)
editMenu.addAction(CalendarAct)
CalendarAct.triggered.connect(self.selectCalendarRange)
self.statusBarMessage('კალენდარი')
# ---------------------------- Settings ------------------------------
settingsAct = QAction(QIcon('icon/setting.svg'), 'პარამეტრები', self)
fileMenu.addAction(settingsAct)
settingsAct.triggered.connect(self.settings)
# ---------------------------------------------- Print data structure ----------------------------------------------
printAct = QAction(QIcon('icon/print.png'), 'მონაცემთა დაბეჭვდა', self)
printAct.triggered.connect(self.printData)
# ------------------------------ Test ---------------------------------
testAct = QAction(QIcon('icon/test.png'), 'ტესტი', self)
testAct.triggered.connect(self.test)
# --------------------- Add buttons on toolbar ------------------------
self.toolbar = self.addToolBar('Tools')
self.toolbar.addAction(exitAct)
self.toolbar.addSeparator()
self.toolbar.addAction(newAct)
self.toolbar.addAction(openAct)
self.toolbar.addAction(saveAct)
self.toolbar.addAction(save_asAct)
self.toolbar.addSeparator()
self.toolbar.addAction(addEventAct)
self.toolbar.addAction(EditEventAct)
self.toolbar.addAction(removeEventAct)
self.toolbar.addAction(testAct)
self.toolbar.addAction(CalendarAct)
self.toolbar.addSeparator()
self.toolbar.addAction(settingsAct)
self.addToolBarBreak()
self.toolbar.setToolButtonStyle(Qt.ToolButtonTextUnderIcon)
self.addToolBar(Qt.TopToolBarArea , self.toolbar)
# ------------------------- Add tab pages -----------------------------
# ---------------------------- Add tabs -------------------------------
self.tabs.addTab(self.tab1, "საინფორმაციო დაფა")
self.tabs.addTab(self.tab2, "ხარჯები")
self.tabs.addTab(self.tab3, "შემოსავლები")
self.tabs.addTab(self.tab4, "ტერმინალი")
self.setCentralWidget(self.tabs)
# -------------------------- tab1 layouts -----------------------------
self.VlayoutTab1 = QVBoxLayout()
self.HlayoutTab1 = QHBoxLayout()
# -------------------------- tab2 layouts -----------------------------
self.VlayoutTab2 = QVBoxLayout()
# -------------------------- tab3 layouts -----------------------------
self.VlayoutTab3 = QVBoxLayout()
# -------------------------- tab4 layouts -----------------------------
self.VlayoutTab4 = QVBoxLayout()
# -------------------------- Outcome table ----------------------------
self.outcomeTable = OutcomeTable(self.outcomeTable_header,
self._outComeCategory,
self._units,
self._currencyIndex)
self.VlayoutTab2.addWidget(self.outcomeTable)
# -------------------------- Income table -----------------------------
self.incomeTable = IncomeTable( self.incomeTable_header,
self._incomeSourceCategory,
self._currencyIndex)
self.VlayoutTab3.addWidget(self.incomeTable)
# ------------------------------ Plot ---------------------------------
#------------------------ Dash board window 1 -------------------------
toolbox_1_Vlayout_1 = QVBoxLayout()
toolbox_1_Hlayout_1 = QHBoxLayout()
toolbox_1_Vlayout_2 = QVBoxLayout()
toolbox_1_Hlayout_2 = QHBoxLayout()
toolbox_1_Vlayout_4 = QVBoxLayout()
toolbox_1_Hlayout_4 = QHBoxLayout()
toolbox_1_Vlayout_5 = QVBoxLayout()
toolbox_1_Hlayout_5 = QHBoxLayout()
toolbox_1_Vlayout_6 = QVBoxLayout()
toolbox_1_Hlayout_6 = QHBoxLayout()
####################### Finance dynamics plot #########################
toolbox_1_Widgets_1 = QWidget()
self.Plot_financeDynamics = PlotCanvas(title='ფინანსური დინამიკა', ylabel = 'რუბლი')
toolbox_1_Vlayout_1.addWidget(self.Plot_financeDynamics)
toolbar_1 = NavigationToolbar(self.Plot_financeDynamics, self)
#self.hideAxisValueCheckBox1 = QCheckBox()
#self.hideAxisValueCheckBox1.stateChanged.connect(lambda : self.test3(self.hideAxisValueCheckBox1.isChecked()))
#self.hideAxisValueLabel1 = QLabel("Y დამალვა")
#toolbar_1.addWidget(self.hideAxisValueCheckBox1)
#toolbar_1.addWidget(self.hideAxisValueLabel1)
toolbox_1_Vlayout_1.addWidget(toolbar_1)
toolbox_1_Widgets_1.setLayout(toolbox_1_Vlayout_1)
DashBoardbox_1 = QToolBox()
DashBoardbox_1.setStyleSheet("""
QToolBox::tab {
color: #b1b1b1;
padding: 3px;
border: 1px transparent black;
background-color: #302F2F;
border: 1px solid #4A4949;
border-bottom: 1px transparent #302F2F;
border-top-left-radius: 5px;
border-top-right-radius: 5px;
border-color: #3d8ec9;
}""")
DashBoardbox_1.addItem(toolbox_1_Widgets_1, "ფინანსური დინამიკა")
###################### Category analyses plot #########################
toolbox_1_Widgets_2 = QWidget()
self.plot2 = PlotCanvasPieChart()
self.plot3 = PlotCanvasPieChart()
toolbox_1_Hlayout_2.addWidget(self.plot2)
toolbox_1_Hlayout_2.addWidget(self.plot3)
toolbox_1_Vlayout_2.addLayout(toolbox_1_Hlayout_2)
toolbox_1_Widgets_2.setLayout(toolbox_1_Vlayout_2)
DashBoardbox_1.addItem(toolbox_1_Widgets_2, "კატეგორიათა ანალიზი")
######################### Statisticas plot ############################
toolbox_1_Widgets_4 = QWidget()
self.OutcomeStatistic = PlotCanvasHistogram("ხარჯების სტატისტიკა")
self.IncomeStatistic = PlotCanvasHistogram("შემოსავლების სტატისტიკა")
toolbox_1_Vlayout_4.addWidget(self.OutcomeStatistic)
toolbox_1_Vlayout_5.addWidget(self.IncomeStatistic)
toolbar_4 = NavigationToolbar(self.OutcomeStatistic, self)
toolbar_5 = NavigationToolbar(self.IncomeStatistic, self)
toolbox_1_Vlayout_4.addWidget(toolbar_4)
toolbox_1_Vlayout_5.addWidget(toolbar_5)
toolbox_1_Hlayout_4.addLayout(toolbox_1_Vlayout_4)
toolbox_1_Hlayout_4.addLayout(toolbox_1_Vlayout_5)
toolbox_1_Widgets_4.setLayout(toolbox_1_Hlayout_4)
DashBoardbox_1.addItem(toolbox_1_Widgets_4, "სტატისტიკა")
#######################################################################
toolbox_1_Widgets_6 = QWidget()
self.plot6 = PlotCanvasHistogram('სტატისტიკა')
toolbox_1_Vlayout_6.addWidget(self.plot6)
toolbar_6 = NavigationToolbar(self.plot6, self)
toolbox_1_Vlayout_6.addWidget(toolbar_6)
toolbox_1_Widgets_6.setLayout(toolbox_1_Vlayout_6)
DashBoardbox_1.addItem(toolbox_1_Widgets_6, "6")
#------------------------- Dash Board Box 2 ---------------------------
DashBoardbox_2 = QToolBox()
DashBoardbox_2.setStyleSheet("""
QToolBox::tab {
color: #b1b1b1;
padding: 3px;
border: 1px transparent black;
background-color: #302F2F;
border: 1px solid #4A4949;
border-bottom: 1px transparent #302F2F;
border-top-left-radius: 5px;
border-top-right-radius: 5px;
border-color: #3d8ec9;
}""")
########################## Current currency ###########################
self.CurrentCurrency = DashBoardDisplay()
DashBoardbox_2.addItem(self.CurrentCurrency, "მიმდინარე ანგარიში")
############################ Full Income ##############################
self.FullIncome = DashBoardDisplay()
DashBoardbox_2.addItem(self.FullIncome, "შემოსავალი")
########################### Full OutIncome ############################
self.FullOutcome = DashBoardDisplay()
DashBoardbox_2.addItem(self.FullOutcome, "ხარჯი")
############################## To Lend ################################
self.ToLend = DashBoardDisplay()
DashBoardbox_2.addItem(self.ToLend, "გასესხებული")
############################# To Borrow ###############################
self.ToBorrow = DashBoardDisplay()
DashBoardbox_2.addItem(self.ToBorrow, "სესხი")
#######################################################################
self.HlayoutTab1.addWidget(DashBoardbox_1,80)
self.HlayoutTab1.addWidget(DashBoardbox_2,20)
self.VlayoutTab1.addLayout(self.HlayoutTab1)
#----------------------------- Terminal -------------------------------
self.terminal = QPlainTextEdit(self)
self.VlayoutTab4.addWidget(self.terminal)
#self.terminal.setStyleSheet("margin: 1px; padding: 7px; background-color: rgba(100,255,255,20); color: rgb(255,255,255);"
# "border-style: solid; border-radius: 8px; border-width: 3px; border-color: rgba(0,140,255,255);")
# ------------------------ Set tab 1 layout ---------------------------
self.tab1.setLayout(self.VlayoutTab1)
# ------------------------ Set tab 2 layout ---------------------------
self.tab2.setLayout(self.VlayoutTab2)
# ------------------------ Set tab 3 layout ---------------------------
self.tab3.setLayout(self.VlayoutTab3)
# ------------------------ Set tab 4 layout ---------------------------
self.tab4.setLayout(self.VlayoutTab4)
# +++++++++++++++++++++++++++++ center ++++++++++++++++++++++++++++++++
def center(self):
frameGm = self.frameGeometry()
screen = QApplication.desktop().screenNumber(QApplication.desktop().cursor().pos())
centerPoint = QApplication.desktop().screenGeometry(screen).center()
frameGm.moveCenter(centerPoint)
self.move(frameGm.topLeft())
# ++++++++++++++++++++++++++++++ new ++++++++++++++++++++++++++++++++++
def new(self):
NewFilePath, _ = QFileDialog.getSaveFileName(self, 'ახალი ფაილი', QDir.homePath(), "JSON Files(*.json)")
if NewFilePath != '':
self._filePath = NewFilePath
self.temp_data = { 'config': { 'language' : 'georgian',
'length' : 1500,
'width' : 900},
'calendarRange' : { 'start_date' : '12.02.2018',
'stop_date' : '22.02.2020'},
'outcomeTableData' : {},
'incomeTableData' : {}}
self.save()
self.importData(self._filePath)
if len(self.temp_data['outcomeTableData']) != 0:
self.outcomeTable.importEvents(self.temp_data['outcomeTableData'])
self.incomeTable.importEvents(self.temp_data['incomeTableData'])
else:
self.outcomeTable.setRowCount(0)
self.incomeTable.setRowCount(0)
self.statusBarMessage('ახალი')
# ++++++++++++++++++++++++++++++ open +++++++++++++++++++++++++++++++++
def openFile(self):
OpenfilePath, _ = QFileDialog.getOpenFileName(self, 'ფაილის გახსნა', QDir.currentPath(), "JSON Files(*.json)")
if OpenfilePath != '':
self._filePath = OpenfilePath
self.importData(self._filePath)
if len(self.temp_data['outcomeTableData']) != 0:
self.temp_data['outcomeTableData'] = self.sortEventsDates(self.temp_data['outcomeTableData'])
self.temp_data['incomeTableData'] = self.sortEventsDates(self.temp_data['incomeTableData'])
self.loadSelectedDataOutcome()
self.loadSelectedDataIncome()
self.calculations()
# +++++++++++++++++++ load selected data Outcome ++++++++++++++++++++++
def loadSelectedDataOutcome(self):
self.selectedRangeDataOutcome = {}
for date in self.temp_data['outcomeTableData'].keys():
if datetime.strptime(date, "%d.%m.%Y") >= datetime.strptime(self.temp_data['calendarRange']['start_date'], "%d.%m.%Y") and datetime.strptime(date, "%d.%m.%Y") <= datetime.strptime(self.temp_data['calendarRange']['stop_date'], "%d.%m.%Y"):
self.selectedRangeDataOutcome[date] = self.temp_data['outcomeTableData'][date]
self.selectedRangeDataOutcome = self.sortEventsDates(self.selectedRangeDataOutcome)
self.outcomeTable.importEvents(self.selectedRangeDataOutcome)
# +++++++++++++++++++ load selected data Income +++++++++++++++++++++++
def loadSelectedDataIncome(self):
self.selectedRangeDataIncome = {}
for date in self.temp_data['incomeTableData'].keys():
if datetime.strptime(date, "%d.%m.%Y") >= datetime.strptime(self.temp_data['calendarRange']['start_date'], "%d.%m.%Y") and datetime.strptime(date, "%d.%m.%Y") <= datetime.strptime(self.temp_data['calendarRange']['stop_date'], "%d.%m.%Y"):
self.selectedRangeDataIncome[date] = self.temp_data['incomeTableData'][date]
self.selectedRangeDataIncome = self.sortEventsDates(self.selectedRangeDataIncome)
self.incomeTable.importEvents(self.selectedRangeDataIncome)
# ++++++++++++++++++++++++++++++ Save +++++++++++++++++++++++++++++++++
def save(self):
if self._filePath != '':
with open(self._filePath, 'w') as outfile:
json.dump(self.temp_data, outfile, indent=4)
self.statusBarMessage('შენახვა')
# ++++++++++++++++++++++++++++ Save as ++++++++++++++++++++++++++++++++
def saveAs(self):
saveAspath, _ = QFileDialog.getSaveFileName(self, 'ფაილის შენახვა', QDir.homePath(), "JSON Files(*.json)")
if saveAspath != '':
self._filePath = saveAspath
self.save()
self.statusBarMessage('შენახვა როგორც')
# +++++++++++++++++++++++ Sort events dates +++++++++++++++++++++++++++
def sortEventsDates(self, dateClasters):
unsortedDates = [datetime.strptime(ts, "%d.%m.%Y") for ts in dateClasters.keys()]
unsortedDates.sort()
sorteddates = [datetime.strftime(ts, "%d.%m.%Y") for ts in unsortedDates]
sortedDateClasters = {}
for date in sorteddates:
sortedDateClasters[date] = dateClasters[date]
return sortedDateClasters
# +++++++++++++++++++++++++++ importData ++++++++++++++++++++++++++++++
def importData(self, filePath):
self._filePath = filePath
try:
with open(self._filePath, 'r') as f:
self.temp_data = json.load(f)
self.statusBarMessage('მონაცემთა შემოტანა')
except FileNotFoundError:
self.statusBarMessage('ფაილი ვერ მოიძებნა')
pass
except UnicodeDecodeError:
self.statusBarMessage('არასწორი ფორმატი')
pass
# +++++++++++++++++++++ Print data structure ++++++++++++++++++++++++++
def printData(self):
self.term(" კონფიგურაცია ---> " + str(self.temp_data['config']))
self.term(" კალენდარი start_date ---> " + str(self.temp_data['calendarRange']['start_date']))
self.term(" კალენდარი stop_date ---> " + str(self.temp_data['calendarRange']['stop_date']))
self.term(" ხარჯები ---> " + str(self.temp_data['outcomeTableData']))
self.term(" შემოსავლები ---> " + str(self.temp_data['incomeTableData']))
self.statusBarMessage("მონაცემთა დაბეჭვდა")
# +++++++++++++++++++++ Select calendar range +++++++++++++++++++++++++
def selectCalendarRange(self):
selectCalendarRangeDialog = CalendarDialog()
selectCalendarRangeDialog.setCalendarRange(self.temp_data['calendarRange'])
selectCalendarRangeDialog.exec_()
dateRange, acceptState = selectCalendarRangeDialog.getRange()
if acceptState == True:
self.temp_data['calendarRange'] = dateRange
print()
self.loadSelectedDataOutcome()
self.loadSelectedDataIncome()
self.calculations()
# ++++++++++++++++++++++++++++ settings +++++++++++++++++++++++++++++++
def settings(self):
Settingsdialog = Settings(self.temp_data['config'])
Settingsdialog.exec_()
settings, acceptState = Settingsdialog.getSettings()
if acceptState == True:
self.temp_data['config'] = settings
self.setGeometry(0, 0, int(self.temp_data['config']["length"]), int(self.temp_data['config']["width"]))
self.center()
self.statusBarMessage("პარამეტრები")
# +++++++++++++++++++++++++++ Add Event +++++++++++++++++++++++++++++++
def addEvent(self):
if self.tabs.currentIndex() == 1:
self.addOutcomeEvent()
elif self.tabs.currentIndex() == 2:
self.addIncomeEvent()
else:
pass
# +++++++++++++++++++++++ Add Outcome Event +++++++++++++++++++++++++++
def addOutcomeEvent(self):
self.generateCompliterList()
Outcomedialog = OutcomeEventClaster(self.outcomeTable_headerFormat,
self._eventNames,
self._outComeCategory,
self._units,
self._currency)
Outcomedialog.exec_()
newOutcomeEvent, acceptState = Outcomedialog.getDataClasterPart()
if acceptState == True:
self.temp_data['outcomeTableData'].update(newOutcomeEvent)
self.temp_data['outcomeTableData'] = self.sortEventsDates(self.temp_data['outcomeTableData'])
self.loadSelectedDataOutcome()
self.calculations()
# ++++++++++++++++++++++++ Add Income Event +++++++++++++++++++++++++++
def addIncomeEvent(self):
Incomedialog = IncomeEventClaster(self.incomeTable_headerFormat,
self._incomeSourceCategory,
self._currency)
Incomedialog.exec_()
newIncomeEvent, acceptState = Incomedialog.getDataClasterPart()
if acceptState == True:
self.temp_data['incomeTableData'].update(newIncomeEvent)
self.temp_data['incomeTableData'] = self.sortEventsDates(self.temp_data['incomeTableData'])
self.loadSelectedDataIncome()
self.calculations()
# +++++++++++++++++++++++++++ Edit Event ++++++++++++++++++++++++++++++
def editEvent(self):
if self.tabs.currentIndex() == 1:
self.editOutcomeEvent()
elif self.tabs.currentIndex() == 2:
self.editIncomeEvent()
else:
pass
# +++++++++++++++++++++++ Edit Outcome Event ++++++++++++++++++++++++++
def editOutcomeEvent(self):
row = self.outcomeTable.currentRow()
column = self.outcomeTable.currentColumn()
try:
selectedDate = self.outcomeTable.cellWidget(row,column).date().toString("dd.MM.yyyy")
self.generateCompliterList()
Outcomedialog = OutcomeEventClaster(self.outcomeTable_headerFormat,
self._eventNames,
self._outComeCategory,
self._units,
self._currency)
Outcomedialog.EditDataClaster(self.temp_data['outcomeTableData'][selectedDate], selectedDate)
Outcomedialog.exec_()
editedOutcomeEvent, acceptState = Outcomedialog.getDataClasterPart()
if acceptState == True:
if {selectedDate : self.temp_data['outcomeTableData'][selectedDate]}.keys() != editedOutcomeEvent.keys():
del self.temp_data['outcomeTableData'][selectedDate]
self.temp_data['outcomeTableData'].update(editedOutcomeEvent)
self.temp_data['outcomeTableData'] = self.sortEventsDates(self.temp_data['outcomeTableData'])
self.loadSelectedDataOutcome()
self.calculations()
except AttributeError:
pass
# ++++++++++++++++++++++ Edit Income Event ++++++++++++++++++++++++++++
def editIncomeEvent(self):
row = self.incomeTable.currentRow()
column = self.incomeTable.currentColumn()
try:
selectedDate = self.incomeTable.cellWidget(row,column).date().toString("dd.MM.yyyy")
Incomedialog = IncomeEventClaster(self.incomeTable_headerFormat, self._incomeSourceCategory, self._currency)
Incomedialog.EditDataClaster(self.temp_data['incomeTableData'][selectedDate], selectedDate)
Incomedialog.exec_()
editedIncomeEvent, acceptState = Incomedialog.getDataClasterPart()
if acceptState == True:
if {selectedDate : self.temp_data['incomeTableData'][selectedDate]}.keys() != editedIncomeEvent.keys():
del self.temp_data['incomeTableData'][selectedDate]
self.temp_data['incomeTableData'].update(editedIncomeEvent)
self.temp_data['incomeTableData'] = self.sortEventsDates(self.temp_data['incomeTableData'])
self.loadSelectedDataIncome()
self.calculations()
except AttributeError:
pass
# ++++++++++++++++++++++++++ Remove Event +++++++++++++++++++++++++++++
def removeEvent(self):
if self.tabs.currentIndex() == 1:
self.removeOutcomeEvent()
elif self.tabs.currentIndex() == 2:
self.removeIncomeEvent()
else:
pass
# ++++++++++++++++++++++ Remove Outcome Event +++++++++++++++++++++++++
def removeOutcomeEvent(self):
row = self.outcomeTable.currentRow()
column = self.outcomeTable.currentColumn()
if column == 0:
selectedDate = self.outcomeTable.cellWidget(row,column).date().toString("dd.MM.yyyy")
del self.temp_data['outcomeTableData'][selectedDate]
self.loadSelectedDataOutcome()
self.calculations()
# ++++++++++++++++++++++ Remove Income Event ++++++++++++++++++++++++++
def removeIncomeEvent(self):
row = self.incomeTable.currentRow()
column = self.incomeTable.currentColumn()
if column == 0:
selectedDate = self.incomeTable.cellWidget(row,column).date().toString("dd.MM.yyyy")
del self.temp_data['incomeTableData'][selectedDate]
self.loadSelectedDataIncome()
self.calculations()
# +++++++++++++++++++++++++ Terminal Print ++++++++++++++++++++++++++++
def term(self, Text):
self.terminal.insertPlainText("-----------------------------\n")
self.terminal.insertPlainText("----> " + Text + "\n")
self.terminal.insertPlainText("-----------------------------\n")
self.statusBarMessage("ტერმინალში ბეჭვდა")
# +++++++++++++++++++++++ StatusBar Message +++++++++++++++++++++++++++
def statusBarMessage(self, message):
self.statusBar().showMessage(message)
# +++++++++++++++++++++++ Toolbar Hide-Show +++++++++++++++++++++++++++
def handleToggleTool(self):
if self._tt == True:
self.toolbar.hide()
self._tt = False
else:
self.toolbar.show()
self._tt = True
# ++++++++++++++++++++ Generate compliter list ++++++++++++++++++++++++
def generateCompliterList(self):
for key in self.temp_data['outcomeTableData']:
for item in self.temp_data['outcomeTableData'][key]:
self._eventNames.append(item[0]['cell_0'])
self._eventNames = list(dict.fromkeys(self._eventNames))
# +++++++++++++++++++++++++ Calculations ++++++++++++++++++++++++++++++
def calculations(self):
######### To lend colector #########
OutcomeSumRubleLend = 0
OutcomeSumDollarLend = 0
OutcomeSumEuroLend = 0
OutcomeSumFrancLend = 0
OutcomeSumLariLend = 0
OutcomeSumYuanLend = 0
##### Outcome by card colector #####
OutcomeSumRubleCard = 0
OutcomeSumDollarCard = 0
OutcomeSumEuroCard = 0
OutcomeSumFrancCard = 0
OutcomeSumLariCard = 0
OutcomeSumYuanCard = 0
##### Outcome by cash colector #####
OutcomeSumRubleCash = 0
OutcomeSumDollarCash = 0
OutcomeSumEuroCash = 0
OutcomeSumFrancCash = 0
OutcomeSumLariCash = 0
OutcomeSumYuanCash = 0
outcomeTimestamps_RubleTemp = {}
outcomeTimestamps_DollarTemp = {}
outcomeTimestamps_EuroTemp = {}
outcomeTimestamps_FrancTemp = {}
outcomeTimestamps_LariTemp = {}
outcomeTimestamps_YuanTemp = {}
outcomeTimestamps_Ruble = []
outcomeDataDynamic_Ruble = []
outcomeTimestamps_Dollar = []
outcomeDataDynamic_Dollar = []
outcomeTimestamps_Euro = []
outcomeDataDynamic_Euro = []
outcomeTimestamps_Franc = []
outcomeDataDynamic_Franc = []
outcomeTimestamps_Lari = []
outcomeDataDynamic_Lari = []
outcomeTimestamps_Yuan = []
outcomeDataDynamic_Yuan = []
for key in self.temp_data['outcomeTableData']:
outcomeDynamic_Ruble = 0.
outcomeDynamic_Dollar = 0.
outcomeDynamic_Euro = 0.
outcomeDynamic_Franc = 0.
outcomeDynamic_Lari = 0.
outcomeDynamic_Yuan = 0.
for item in self.temp_data['outcomeTableData'][key]:
ByCard_Ruble = 0.
ByCash_Ruble = 0.
ByCard_Dollar = 0.
ByCash_Dollar = 0.
ByCard_Euro = 0.
ByCash_Euro = 0.
ByCard_Franc = 0.
ByCash_Franc = 0.
ByCard_Lari = 0.
ByCash_Lari = 0.
ByCard_Yuan = 0.
ByCash_Yuan = 0.
######### To lend calculator #########
if item[2]['cell_2.1'] == 25:
if item[3]['cell_3.2'] == 0:
OutcomeSumRubleLend += float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 1:
OutcomeSumDollarLend += float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 2:
OutcomeSumEuroLend += float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 3:
OutcomeSumFrancLend += float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 4:
OutcomeSumLariLend += float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 5:
OutcomeSumYuanLend += float(item[3]['cell_3.1'])
######## Outcome calculator ##########
if item[4]['cell_4'] == False:
if item[3]['cell_3.3'] != '--' and item[3]['cell_3.3'] != '':
if item[3]['cell_3.4'] == 0:
OutcomeSumRubleCard += float(item[3]['cell_3.3'])
ByCard_Ruble = float(item[3]['cell_3.3'])
elif item[3]['cell_3.4'] == 1:
OutcomeSumDollarCard += float(item[3]['cell_3.3'])
ByCard_Dollar = float(item[3]['cell_3.3'])
elif item[3]['cell_3.4'] == 2:
OutcomeSumEuroCard += float(item[3]['cell_3.3'])
ByCard_Euro = float(item[3]['cell_3.3'])
elif item[3]['cell_3.4'] == 3:
OutcomeSumFrancCard += float(item[3]['cell_3.3'])
ByCard_Franc = float(item[3]['cell_3.3'])
elif item[3]['cell_3.4'] == 4:
OutcomeSumLariCard += float(item[3]['cell_3.3'])
ByCard_Lari = float(item[3]['cell_3.3'])
elif item[3]['cell_3.4'] == 5:
OutcomeSumYuanCard += float(item[3]['cell_3.3'])
ByCard_Yuan = float(item[3]['cell_3.3'])
else:
if item[3]['cell_3.2'] == 0:
OutcomeSumRubleCard += float(item[3]['cell_3.1'])
ByCard_Ruble = float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 1:
OutcomeSumDollarCard += float(item[3]['cell_3.1'])
ByCard_Dollar = float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 2:
OutcomeSumEuroCard += float(item[3]['cell_3.1'])
ByCard_Euro = float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 3:
OutcomeSumFrancCard += float(item[3]['cell_3.1'])
ByCard_Franc = float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 4:
OutcomeSumLariCard += float(item[3]['cell_3.1'])
ByCard_Lari = float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 5:
OutcomeSumYuanCard += float(item[3]['cell_3.1'])
ByCard_Yuan = float(item[3]['cell_3.1'])
else:
if item[3]['cell_3.2'] == 0:
OutcomeSumRubleCash += float(item[3]['cell_3.1'])
ByCash_Ruble = float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 1:
OutcomeSumDollarCash += float(item[3]['cell_3.1'])
ByCash_Dollar = float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 2:
OutcomeSumEuroCash += float(item[3]['cell_3.1'])
ByCash_Euro = float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 3:
OutcomeSumFrancCash += float(item[3]['cell_3.1'])
ByCash_Franc = float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 4:
OutcomeSumLariCash += float(item[3]['cell_3.1'])
ByCash_Lari = float(item[3]['cell_3.1'])
elif item[3]['cell_3.2'] == 5:
OutcomeSumYuanCash += float(item[3]['cell_3.1'])
ByCash_Yuan = float(item[3]['cell_3.1'])
outcomeDynamic_Ruble += ByCard_Ruble + ByCash_Ruble
outcomeDynamic_Dollar += ByCard_Dollar + ByCash_Dollar
outcomeDynamic_Euro += ByCard_Euro + ByCash_Euro
outcomeDynamic_Franc += ByCard_Franc + ByCash_Franc
outcomeDynamic_Lari += ByCard_Lari + ByCash_Lari
outcomeDynamic_Yuan += ByCard_Yuan + ByCash_Yuan
if outcomeDynamic_Ruble != 0:
outcomeTimestamps_RubleTemp[key] = round(-1*outcomeDynamic_Ruble,2)
outcomeTimestamps_Ruble.append(datetime.strptime(key, "%d.%m.%Y"))
outcomeDataDynamic_Ruble.append(round(-1*outcomeDynamic_Ruble,2))
if outcomeDynamic_Dollar != 0:
outcomeTimestamps_DollarTemp[key] = round(-1*outcomeDynamic_Dollar,2)
outcomeTimestamps_Dollar.append(datetime.strptime(key, "%d.%m.%Y"))
outcomeDataDynamic_Dollar.append(round(-1*outcomeDynamic_Dollar,2))
if outcomeDynamic_Euro != 0:
outcomeTimestamps_EuroTemp[key] = round(-1*outcomeDynamic_Euro,2)
outcomeTimestamps_Euro.append(datetime.strptime(key, "%d.%m.%Y"))
outcomeDataDynamic_Euro.append(round(-1*outcomeDynamic_Euro,2))
if outcomeDynamic_Franc != 0:
outcomeTimestamps_FrancTemp[key] = round(-1*outcomeDynamic_Franc,2)
outcomeTimestamps_Franc.append(datetime.strptime(key, "%d.%m.%Y"))
outcomeDataDynamic_Franc.append(round(-1*outcomeDynamic_Franc,2))
if outcomeDynamic_Lari != 0:
outcomeTimestamps_LariTemp[key] = round(-1*outcomeDynamic_Lari,2)
outcomeTimestamps_Lari.append(datetime.strptime(key, "%d.%m.%Y"))
outcomeDataDynamic_Lari.append(round(-1*outcomeDynamic_Lari,2))
if outcomeDynamic_Yuan != 0:
outcomeTimestamps_YuanTemp[key] = round(-1*outcomeDynamic_Yuan,2)
outcomeTimestamps_Yuan.append(datetime.strptime(key, "%d.%m.%Y"))
outcomeDataDynamic_Yuan.append(round(-1*outcomeDynamic_Yuan,2))
######### To lend display #########
self.ToLend.updateDisplay([ OutcomeSumRubleLend,
OutcomeSumDollarLend,
OutcomeSumEuroLend,
OutcomeSumFrancLend,
OutcomeSumLariLend,
OutcomeSumYuanLend])
OutcomeRuble = round(OutcomeSumRubleCard + OutcomeSumRubleCash,2)
OutcomeDollar = round(OutcomeSumDollarCard + OutcomeSumDollarCash,2)
OutcomeEuro = round(OutcomeSumEuroCard + OutcomeSumEuroCash,2)
OutcomeFranc = round(OutcomeSumFrancCard + OutcomeSumFrancCash,2)
OutcomeLari = round(OutcomeSumLariCard + OutcomeSumLariCash,2)
OutcomeYuan = round(OutcomeSumYuanCard + OutcomeSumYuanCash,2)
######### Outcome display #########
self.FullOutcome.updateDisplay([OutcomeRuble,
OutcomeDollar,
OutcomeEuro,
OutcomeFranc,
OutcomeLari,
OutcomeYuan])
####################################
###### To borrow container #########
TakeCredit_Ruble = 0
TakeCredit_Dollar = 0
TakeCredit_Euro = 0
TakeCredit_Franc = 0
TakeCredit_Lari = 0
TakeCredit_Yuan = 0
######## income container ##########
IncomeSumRuble = 0
IncomeSumDollar = 0
IncomeSumEuro = 0
IncomeSumFranc = 0
IncomeSumLari = 0
IncomeSumYuan = 0
## To convert curency container ####
ToConvert_Ruble = 0
ToConvert_Dollar = 0
ToConvert_Euro = 0
ToConvert_Franc = 0
ToConvert_Lari = 0
ToConvert_Yuan = 0
### converted curency container ####
Converted_Ruble = 0
Converted_Dollar = 0
Converted_Euro = 0
Converted_Franc = 0
Converted_Lari = 0
Converted_Yuan = 0
incomeTimestamps_RubleTemp = {}
incomeTimestamps_DollarTemp = {}
incomeTimestamps_EuroTemp = {}
incomeTimestamps_FrancTemp = {}
incomeTimestamps_LariTemp = {}
incomeTimestamps_YuanTemp = {}
incomeTimestamps_Ruble = []
incomeDataDynamic_Ruble = []
incomeTimestamps_Dollar = []
incomeDataDynamic_Dollar = []
incomeTimestamps_Euro = []
incomeDataDynamic_Euro = []
incomeTimestamps_Franc = []
incomeDataDynamic_Franc = []
incomeTimestamps_Lari = []
incomeDataDynamic_Lari = []
incomeTimestamps_Yuan = []
incomeDataDynamic_Yuan = []
for key in self.temp_data['incomeTableData']:
incomeDynamic_Ruble = 0.
incomeDynamic_Dollar = 0.
incomeDynamic_Euro = 0.
incomeDynamic_Franc = 0.
incomeDynamic_Lari = 0.
incomeDynamic_Yuan = 0.
for item in self.temp_data['incomeTableData'][key]:
####### To borrow calculator #######
if item[0]['cell_0'] == 8:
if item[1]['cell_1.2'] == 0:
TakeCredit_Ruble += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 1:
TakeCredit_Dollar += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 2:
TakeCredit_Euro += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 3:
TakeCredit_Franc += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 4:
TakeCredit_Lari += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 5:
TakeCredit_Yuan += float(item[1]['cell_1.1'])
######## Income calculator #########
if len(item[1]) == 2:
if item[1]['cell_1.2'] == 0:
IncomeSumRuble += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 1:
IncomeSumDollar += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 2:
IncomeSumEuro += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 3:
IncomeSumFranc += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 4:
IncomeSumLari += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 5:
IncomeSumYuan += float(item[1]['cell_1.1'])
##### Own transfer calculator ######
if len(item[1]) == 4:
if item[1]['cell_1.2'] == 0:
ToConvert_Ruble += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 1:
ToConvert_Dollar += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 2:
ToConvert_Euro += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 3:
ToConvert_Franc += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 4:
ToConvert_Lari += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 5:
ToConvert_Yuan += float(item[1]['cell_1.1'])
if len(item[1]) == 4:
if item[1]['cell_1.4'] == 0:
Converted_Ruble += float(item[1]['cell_1.3'])
elif item[1]['cell_1.4'] == 1:
Converted_Dollar += float(item[1]['cell_1.3'])
elif item[1]['cell_1.4'] == 2:
Converted_Euro += float(item[1]['cell_1.3'])
elif item[1]['cell_1.4'] == 3:
Converted_Franc += float(item[1]['cell_1.3'])
elif item[1]['cell_1.4'] == 4:
Converted_Lari += float(item[1]['cell_1.3'])
elif item[1]['cell_1.4'] == 5:
Converted_Yuan += float(item[1]['cell_1.3'])
##### Own transfer calculator ######
if item[0]['cell_0'] != 7:
if item[1]['cell_1.2'] == 0:
incomeDynamic_Ruble += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 1:
incomeDynamic_Dollar += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 2:
incomeDynamic_Euro += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 3:
incomeDynamic_Franc += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 4:
incomeDynamic_Lari += float(item[1]['cell_1.1'])
elif item[1]['cell_1.2'] == 5:
incomeDynamic_Yuan += float(item[1]['cell_1.1'])
else:
if item[1]['cell_1.2'] == 0:
incomeDynamic_Ruble -= float(item[1]['cell_1.1'])
if item[1]['cell_1.4'] == 0:
incomeDynamic_Ruble += float(item[1]['cell_1.3'])
if item[1]['cell_1.2'] == 1:
incomeDynamic_Dollar -= float(item[1]['cell_1.1'])
if item[1]['cell_1.4'] == 1:
incomeDynamic_Dollar += float(item[1]['cell_1.3'])
if item[1]['cell_1.2'] == 2:
incomeDynamic_Euro -= float(item[1]['cell_1.1'])
if item[1]['cell_1.4'] == 2:
incomeDynamic_Euro += float(item[1]['cell_1.3'])
if item[1]['cell_1.2'] == 3:
incomeDynamic_Franc -= float(item[1]['cell_1.1'])
if item[1]['cell_1.4'] == 3:
incomeDynamic_Franc += float(item[1]['cell_1.3'])
if item[1]['cell_1.2'] == 4:
incomeDynamic_Lari -= float(item[1]['cell_1.1'])
if item[1]['cell_1.4'] == 4:
incomeDynamic_Lari += float(item[1]['cell_1.3'])
if item[1]['cell_1.2'] == 5:
incomeDynamic_Yuan -= float(item[1]['cell_1.1'])
if item[1]['cell_1.4'] == 5:
incomeDynamic_Yuan += float(item[1]['cell_1.3'])
if incomeDynamic_Ruble != 0:
incomeTimestamps_Ruble.append(datetime.strptime(key, "%d.%m.%Y"))
incomeDataDynamic_Ruble.append(round(incomeDynamic_Ruble,2))
incomeTimestamps_RubleTemp[key] = round(incomeDynamic_Ruble,2)
if incomeDynamic_Dollar != 0:
incomeTimestamps_Dollar.append(datetime.strptime(key, "%d.%m.%Y"))
incomeDataDynamic_Dollar.append(round(incomeDynamic_Dollar,2))
incomeTimestamps_DollarTemp[key] = round(incomeDynamic_Dollar,2)
if incomeDynamic_Euro != 0:
incomeTimestamps_Euro.append(datetime.strptime(key, "%d.%m.%Y"))
incomeDataDynamic_Euro.append(round(incomeDynamic_Euro,2))
incomeTimestamps_EuroTemp[key] = round(incomeDynamic_Euro,2)
if incomeDynamic_Franc != 0:
incomeTimestamps_Franc.append(datetime.strptime(key, "%d.%m.%Y"))
incomeDataDynamic_Franc.append(round(incomeDynamic_Franc,2))
incomeTimestamps_FrancTemp[key] = round(incomeDynamic_Franc,2)
if incomeDynamic_Lari != 0:
incomeTimestamps_Lari.append(datetime.strptime(key, "%d.%m.%Y"))
incomeDataDynamic_Lari.append(round(incomeDynamic_Lari,2))
incomeTimestamps_LariTemp[key] = round(incomeDynamic_Lari,2)
if incomeDynamic_Yuan != 0:
incomeTimestamps_Yuan.append(datetime.strptime(key, "%d.%m.%Y"))
incomeDataDynamic_Yuan.append(round(incomeDynamic_Yuan,2))
incomeTimestamps_YuanTemp[key] = round(incomeDynamic_Yuan,2)
#######################################################################
DynamicGraphContainer_Ruble = self.eventMerging(incomeTimestamps_RubleTemp, outcomeTimestamps_RubleTemp)
## Income Dynamic ##
DynamicGraphContainer_Ruble.append(incomeTimestamps_Ruble)
DynamicGraphContainer_Ruble.append(incomeDataDynamic_Ruble)
## Outcome Dynamic ##
DynamicGraphContainer_Ruble.append(outcomeTimestamps_Ruble)
DynamicGraphContainer_Ruble.append(outcomeDataDynamic_Ruble)
###########################################################
DynamicGraphContainer_Dollar = self.eventMerging(incomeTimestamps_DollarTemp, outcomeTimestamps_DollarTemp)
## Income Dynamic ##
DynamicGraphContainer_Dollar.append(incomeTimestamps_Dollar)
DynamicGraphContainer_Dollar.append(incomeDataDynamic_Dollar)
## Outcome Dynamic ##
DynamicGraphContainer_Dollar.append(outcomeTimestamps_Dollar)
DynamicGraphContainer_Dollar.append(outcomeDataDynamic_Dollar)
###########################################################
DynamicGraphContainer_Euro = self.eventMerging(incomeTimestamps_EuroTemp, outcomeTimestamps_EuroTemp)
## Income Dynamic ##
DynamicGraphContainer_Euro.append(incomeTimestamps_Euro)
DynamicGraphContainer_Euro.append(incomeDataDynamic_Euro)
## Outcome Dynamic ##
DynamicGraphContainer_Euro.append(outcomeTimestamps_Euro)
DynamicGraphContainer_Euro.append(outcomeDataDynamic_Euro)
###########################################################
DynamicGraphContainer_Franc = self.eventMerging(incomeTimestamps_FrancTemp, outcomeTimestamps_FrancTemp)
## Income Dynamic ##
DynamicGraphContainer_Franc.append(incomeTimestamps_Franc)
DynamicGraphContainer_Franc.append(incomeDataDynamic_Franc)
## Outcome Dynamic ##
DynamicGraphContainer_Franc.append(outcomeTimestamps_Franc)
DynamicGraphContainer_Franc.append(outcomeDataDynamic_Franc)
###########################################################
DynamicGraphContainer_Lari = self.eventMerging(incomeTimestamps_LariTemp, outcomeTimestamps_LariTemp)
## Income Dynamic ##
DynamicGraphContainer_Lari.append(incomeTimestamps_Lari)
DynamicGraphContainer_Lari.append(incomeDataDynamic_Lari)
## Outcome Dynamic ##
DynamicGraphContainer_Lari.append(outcomeTimestamps_Lari)
DynamicGraphContainer_Lari.append(outcomeDataDynamic_Lari)
###########################################################
DynamicGraphContainer_Yuan = self.eventMerging(incomeTimestamps_YuanTemp, outcomeTimestamps_YuanTemp)
## Income Dynamic ##
DynamicGraphContainer_Yuan.append(incomeTimestamps_Yuan)
DynamicGraphContainer_Yuan.append(incomeDataDynamic_Yuan)
## Outcome Dynamic ##
DynamicGraphContainer_Yuan.append(outcomeTimestamps_Yuan)