def __init__(self, parent=None):
super(Main, self).__init__(parent)
#initialize variables
self.valueOne = '0'
self.valueTwo = '0'
self.operaspeak = '+'
self.opera = '+'
self.level = 1
#gui setup
self.mathUi = Ui_Form()
self.mathUi.setupUi(self)
#connect widgets with functions
self.mathUi.operatorCombo.currentIndexChanged.connect(self.operatorSelect)
self.mathUi.vspinBox1.valueChanged.connect(self.value1Select)
self.mathUi.vspinBox2.valueChanged.connect(self.value2Select)
self.mathUi.showButton.clicked.connect(self.showButtonClick)
self.mathUi.nextlButton.clicked.connect(self.nextButtonClick)
self.mathUi.previouslButton.clicked.connect(self.previousButtonClick)
#timer to check response time
self.ctimer = QTimer()
QObject.connect(self.ctimer, SIGNAL("timeout()"), self.timeUp)
#groupboxes for levels in a list
self.gBtop = [self.mathUi.gBtop1,self.mathUi.gBtop2,self.mathUi.gBtop3,self.mathUi.gBbot,self.mathUi.toolsgB]
#labels for levels
self.tLabel1 = [self.mathUi.label11,self.mathUi.label12,self.mathUi.labela1]
self.tLabel2 = [self.mathUi.label21,self.mathUi.label22,self.mathUi.labela2]
self.tLabel3 = [self.mathUi.label31,self.mathUi.label32,self.mathUi.labela3]
#operator for levels
self.operator = [self.mathUi.operator1,self.mathUi.operator2,self.mathUi.operator3]
#toplabel & bottomlabel
self.tLabel = [self.tLabel1,self.tLabel2,self.tLabel3]
self.bLabel = [self.mathUi.blabel0,self.mathUi.blabel1,self.mathUi.blabel2,self.mathUi.blabel3,self.mathUi.blabel4,self.mathUi.blabel5,self.mathUi.blabel6,self.mathUi.blabel7,self.mathUi.blabel8,self.mathUi.blabel9]
#set hide top groupbox initially
for i in self.gBtop[:4]:
i.setHidden(True)
#get a random number
self.rand3num = randint(1,9)
self.rand = randint(0,2)
#some final beautificaion...;-D
palette = self.palette()
pixmap = QPixmap("images/back.jpg")
brush = QBrush()
brush.setTexture(pixmap)
palette.setBrush(QPalette.Background, brush)
self.setPalette(palette)
self.setWindowTitle('pyABAmath')
self.setGeometry(width/2-self.width()/2,height/2-self.height()/2,780,600)
self.setFixedSize(780,600)
class Main(QWidget):
def __init__(self, parent=None):
super(Main, self).__init__(parent)
#initialize variables
self.valueOne = '0'
self.valueTwo = '0'
self.operaspeak = '+'
self.opera = '+'
self.level = 1
#gui setup
self.mathUi = Ui_Form()
self.mathUi.setupUi(self)
#connect widgets with functions
self.mathUi.operatorCombo.currentIndexChanged.connect(self.operatorSelect)
self.mathUi.vspinBox1.valueChanged.connect(self.value1Select)
self.mathUi.vspinBox2.valueChanged.connect(self.value2Select)
self.mathUi.showButton.clicked.connect(self.showButtonClick)
self.mathUi.nextlButton.clicked.connect(self.nextButtonClick)
self.mathUi.previouslButton.clicked.connect(self.previousButtonClick)
#timer to check response time
self.ctimer = QTimer()
QObject.connect(self.ctimer, SIGNAL("timeout()"), self.timeUp)
#groupboxes for levels in a list
self.gBtop = [self.mathUi.gBtop1,self.mathUi.gBtop2,self.mathUi.gBtop3,self.mathUi.gBbot,self.mathUi.toolsgB]
#labels for levels
self.tLabel1 = [self.mathUi.label11,self.mathUi.label12,self.mathUi.labela1]
self.tLabel2 = [self.mathUi.label21,self.mathUi.label22,self.mathUi.labela2]
self.tLabel3 = [self.mathUi.label31,self.mathUi.label32,self.mathUi.labela3]
#operator for levels
self.operator = [self.mathUi.operator1,self.mathUi.operator2,self.mathUi.operator3]
#toplabel & bottomlabel
self.tLabel = [self.tLabel1,self.tLabel2,self.tLabel3]
self.bLabel = [self.mathUi.blabel0,self.mathUi.blabel1,self.mathUi.blabel2,self.mathUi.blabel3,self.mathUi.blabel4,self.mathUi.blabel5,self.mathUi.blabel6,self.mathUi.blabel7,self.mathUi.blabel8,self.mathUi.blabel9]
#set hide top groupbox initially
for i in self.gBtop[:4]:
i.setHidden(True)
#get a random number
self.rand3num = randint(1,9)
self.rand = randint(0,2)
#some final beautificaion...;-D
palette = self.palette()
pixmap = QPixmap("images/back.jpg")
brush = QBrush()
brush.setTexture(pixmap)
palette.setBrush(QPalette.Background, brush)
self.setPalette(palette)
self.setWindowTitle('pyABAmath')
self.setGeometry(width/2-self.width()/2,height/2-self.height()/2,780,600)
self.setFixedSize(780,600)
#self.resize(780, 600)
#function level 1
def level1(self,num,valueOne,valueTwo,operator):
self.tLabel[num][0].setText(valueOne)
self.tLabel[num][1].setText(valueTwo)
self.operator[num].setText(operator)
if str(self.opera) == '+':
self.ans = str(int(valueOne)+int(valueTwo))
else:
self.ans = str(int(valueOne)-int(valueTwo))
self.tLabel[num][2].setText(self.ans)
self.gBtop[num].setHidden(False)
self.children()[num].setStyleSheet("QGroupBox { border:2px solid rgb(255, 255, 255); }")
app.processEvents()
self.gBtop[num].mousePressEvent = self.gBtopMousefun#[num]
self.speakFun(self.valueOne,self.operaspeak,self.valueTwo,self.ans)
#function level 2
def level2(self,num,valueOne,valueTwo,operator):
if valueOne == 0 or valueTwo == 0:
initvalue = 0
num1,num2 = 0
else:
initvalue = -9
num1 = randint(initvalue,int(valueOne))
num2 = randint(initvalue,int(valueTwo))
self.tLabel[num][0].setText(str(num1))
self.tLabel[num][1].setText(str(num2))
self.operator[num].setText(operator)
if str(self.opera) == '+':
self.ans = str(num1+num2)
else:
self.ans = str(num1-num2)
self.tLabel[num][2].setText(self.ans)
self.gBtop[num].setHidden(False)
self.gBtop[num].mousePressEvent = self.gBtopMousefun2#[num]
self.children()[num].setStyleSheet("QGroupBox { border:2px solid rgb(255, 255, 255); }")
#function level 3
def level3(self,num,valueOne,valueTwo,operator):
self.tLabel[num][2].setText("")
self.tLabel[num][0].setText(valueOne)
self.tLabel[num][1].setText(valueTwo)
self.operator[num].setText(operator)
if str(self.opera) == '+':
self.ans = str(int(valueOne)+int(valueTwo))
else:
self.ans = str(int(valueOne)-int(valueTwo))
self.bLabel[self.rand3num].setText(self.ans)
self.bLabel[self.rand3num].setStyleSheet("QLabel { border:2px solid rgb(255, 255, 255); }")
self.mathUi.gBbot.setHidden(False)
self.gBtop[num].setHidden(False)
app.processEvents()
self.bLabel[self.rand3num].mousePressEvent = self.gBtopMousefun3#[num]
self.speakFun(self.valueOne,self.operaspeak,self.valueTwo,self.ans)
#function level 4
def level4(self,valueOne,valueTwo):
self.bLabel[self.rand3num].setStyleSheet("QLabel {border:0px solid rgb(255, 255,0);")
app.processEvents()
if valueOne == '0':
startnum = -9
stopnum = -1
for i in self.bLabel:
i.setText(str(randint(startnum,stopnum)))
i.setStyleSheet("QLabel { border:2px solid rgb(255, 255, 255); }")
i.mousePressEvent = self.gBtopMousefun4
self.rand3num = randint(1,9)
#this function makes the app talking..
def speakFun(self,valueOne,operaspeak,valueTwo,ans):
self.setCursor(QCursor(Qt.BlankCursor))
#os.system("espeak 'say'")
os.system("espeak 'say with me' -s 130 -p 100 -a 20")
os.system("espeak"+' '+ str(self.valueOne)+' -s 150 -p 100 -a 30')
os.system("espeak"+' '+ str(self.operaspeak)+' -s 120 -p 90 -a 30')
os.system("espeak"+' '+ str(self.valueTwo)+' -s 150 -p 90 -a 30')
os.system("espeak 'equals' -s 150 -p 90 -a 30")
if self.level =='3' or self.level == '4':
pass
else:
if self.ans[0] != '-':
os.system("espeak"+' '+ str(self.ans)+' -s 150 -p 100 -a 30')
else:
os.system("espeak"+' '+ 'minus'+str(self.ans[1])+' -s 150 -p 100 -a 30')
self.ctimer.start(9000)
self.unsetCursor()
app.processEvents()
#check mouse clicked answer in level 1
def gBtopMousefun(self,event):
self.splash()
app.processEvents()
self.children()[self.rand].setStyleSheet("QGroupBox { border:0px solid rgb(255, 255,0); }")
if event.button() != Qt.LeftButton:
event.ignore()
return
self.children()[self.rand].setHidden(True)
self.rand = randint(0,2)
if self.level == '1':
self.level1(self.rand,self.valueOne,self.valueTwo,self.opera)
elif self.level == '2':
for i in range(0,3):
if i == self.rand:
pass
else:
self.level2(i,self.valueOne,self.valueTwo,self.opera)
self.level1(self.rand,self.valueOne,self.valueTwo,self.opera)
#check mouse clicked wrong answer in level 2
def gBtopMousefun2(self,event):
self.ctimer.stop()
os.system("espeak 'wrong answer please try again!' -s 150 -p 90 -a 20")
self.ctimer.start(9000)
#check mouse clicked answer in level 3
def gBtopMousefun3(self,event):
self.bLabel[self.rand3num].setText("")
self.bLabel[self.rand3num].setStyleSheet("QLabel {border:0px solid rgb(255, 255,0);")
self.ctimer.stop()
if self.ans[0] != '-':
os.system("espeak"+' '+ str(self.ans)+' -s 150 -p 100 -a 20')
else:
os.system("espeak"+' '+ 'minus'+str(self.ans[1])+' -s 150 -p 100 -a 20')
self.tLabel[self.rand][2].setText(self.ans)
app.processEvents()
self.splash()
app.processEvents()
#sleep(2)
if self.level == '4':
self.level4(self.valueOne,self.valueTwo)
self.children()[self.rand].setHidden(True)
self.rand = randint(0,2)
self.rand3num = randint(1,9)
self.level3(self.rand,self.valueOne,self.valueTwo,self.opera)
self.ctimer.start(9000)
#check mouse clicked wrong answer in level 4
def gBtopMousefun4(self,event):
os.system("espeak 'wrong answer please try again' -s 150 -p 90 -a 20")
#blink after some time to point the answer
def timeUp(self):
if self.level == "3" or self.level == "4":
box = "QLabel"
nu = self.rand3num
child = self.bLabel
else:
nu = self.rand
box = "QGroupBox"
child = self.children()
child[nu].setStyleSheet(box+" { border:3px solid rgb(255, 255, 255); }")
app.processEvents()
sleep(0.5)
child[nu].setStyleSheet(box+" { border:3px solid rgb(255, 0, 255); }")
app.processEvents()
sleep(0.75)
child[nu].setStyleSheet(box+"{ border:3px solid rgb(0, 255, 255); }")
app.processEvents()
sleep(1)
child[nu].setStyleSheet(box+" { border:3px solid rgb(255, 255,0); }")
app.processEvents()
self.speakFun(self.valueOne,self.operaspeak,self.valueTwo,self.ans)
#fill operator combobox
def operatorSelect(self,i):
operators = ['plus','minus']
self.operaspeak = operators[i]
self.opera = str(self.mathUi.operatorCombo.currentText())
#value1 value
def value1Select(self,i):
self.valueOne = str(i)
#value2 value
def value2Select(self,i):
self.valueTwo = str(i)
#showButton clicked
def showButtonClick(self,checked):
if checked == False:
self.mathUi.toolsgB.setHidden(True)
self.level = self.mathUi.levelLabel.text()[-1]
if self.level == '1':
self.level1(self.rand,self.valueOne,self.valueTwo,self.opera)
elif self.level == '2':
for i in range(0,3):
if i == self.rand:
pass
else:
self.level2(i,self.valueOne,self.valueTwo,self.opera)
self.level1(self.rand,self.valueOne,self.valueTwo,self.opera)
elif self.level == '3':
self.level3(self.rand,self.valueOne,self.valueTwo,self.opera)
elif self.level == '4':
self.level4(self.valueOne,self.valueTwo)
self.level3(self.rand,self.valueOne,self.valueTwo,self.opera)
self.ctimer.start()
else:
self.mathUi.toolsgB.setHidden(False)
self.ctimer.stop()
self.children()[self.rand].setStyleSheet("QGroupBox { border:0px solid rgb(255, 255,0); }")
#click to go to previous level
def previousButtonClick(self):
self.level = int(self.level)
if self.level == 4 :
for i in self.bLabel:
i.setText(" ")
i.setStyleSheet("QLabel {border:0px solid rgb(255, 255,0);")
if self.level != 0:
self.level -=1
else:
self.level = 0
for i in self.gBtop[:4]:
i.setHidden(True)
self.mathUi.levelLabel.setText('Level'+' '+str(self.level))
self.update()
#click to go to next level
def nextButtonClick(self):
self.level = int(self.level)
if self.level != 4:
self.level +=1
else:
self.level = 4
for i in self.gBtop[:4]:
i.setHidden(True)
self.mathUi.levelLabel.setText('Level'+" "+str(self.level))
self.update()
#if correct answer show a shining/smiling star... :-P
def splash(self):
splashPix = QPixmap("images/splash.png")
splash = QSplashScreen(splashPix,Qt.WindowStaysOnTopHint)
splash.show()
app.processEvents()
os.system("espeak 'good job' -s 150 -p 90 -a 20")
sleep(1)
splash.close()
