def draw(self):
if self.state == CUTTINGVERTICAL or self.state == CUTTINGHORIZONTAL:
cutButton = pg.Rect(self.myRect.topLeftX,
self.myRect.topLeftY - 100, 140, 80)
if cutButton.collidepoint(
(self.myRect.mouse.mx, self.myRect.mouse.my)):
if self.myRect.mouse.leftMouseReleasedThisFrame:
self.buttonPressed = True
# Drawing menu button
pg.draw.rect(self.screen, (8, 41, 255), cutButton)
if self.state == CUTTINGVERTICAL:
draw_text("Cut Horizontal", self.button_font, (0, 0, 0),
self.screen, self.myRect.topLeftX + 70,
self.myRect.topLeftY - 60)
elif self.state == CUTTINGHORIZONTAL:
draw_text("Finalize Cuts", self.button_font, (0, 0, 0),
self.screen, self.myRect.topLeftX + 70,
self.myRect.topLeftY - 60)
if self.state == CUTTINGVERTICAL and self.myRect.isCollidingWithPoint(
self.myRect.mouse.mx, self.myRect.mouse.my):
pg.draw.line(self.screen, colors.DARKBLUE,
[self.myRect.mouse.mx, self.myRect.topLeftY],
[self.myRect.mouse.mx, self.myRect.bottomRightY], 5)
elif self.state == CUTTINGHORIZONTAL and self.myRect.isCollidingWithPoint(
self.myRect.mouse.mx, self.myRect.mouse.my):
pg.draw.line(self.screen, colors.DARKBLUE,
[self.myRect.topLeftX, self.myRect.mouse.my],
[self.myRect.bottomRightX, self.myRect.mouse.my], 5)
def draw(self):
if self.currentState == self.CHECKCUTS:
pygame.draw.rect(self.screen, (8, 41, 255), self.proceed_button)
if self.lastCuts == 0:
draw_text('Proceed to shading vertically', self.button_font,
(0, 0, 0), self.screen, self.WIDTH / 2,
int((self.HEIGHT / 2 + 180) + 25))
elif self.lastCuts == 1:
draw_text('Proceed to marking', self.button_font, (0, 0, 0),
self.screen, self.WIDTH / 2,
int((self.HEIGHT / 2 + 180) + 25))
if self.currentState == self.SHADINGVERTICALLY:
pygame.draw.rect(self.screen, (8, 41, 255), self.proceed_button)
draw_text('Proceed to cutting horizontally', self.button_font,
(0, 0, 0), self.screen, self.WIDTH / 2,
int((self.HEIGHT / 2 + 180) + 25))
##if self.error_detect == True:
## while (self.timer <= 300):
## pygame.draw.rect(self.screen, (255, 255, 255), self.pop_up)
## draw_text('Shading Vert', self.message_font_s, (0,0,0), self.screen, (int)(self.WIDTH/2), (self.HEIGHT-560))
elif self.currentState == self.MARKING:
pygame.draw.rect(self.screen, (8, 41, 255), self.proceed_button)
draw_text('Proceed to answer submission', self.button_font,
(0, 0, 0), self.screen, self.WIDTH / 2,
int((self.HEIGHT / 2 + 180) + 25))
elif self.currentState == self.ANSWERSUBMISSION:
pygame.draw.rect(self.screen, (8, 41, 255),
self.submitAnswerButton)
draw_text('Submit Answer', self.button_font, (0, 0, 0),
self.screen, self.submitAnswerButtonX + 100,
self.submitAnswerButtonY + 25)
def draw(self):
if self.currentState == self.CHECKCUTS:
pygame.draw.rect(self.screen, (8, 41, 255), self.proceed_button)
if self.lastCuts == 0:
draw_text('Proceed to shading vertically', self.button_font,
(0, 0, 0), self.screen, self.WIDTH / 2,
int((self.HEIGHT / 2 + 180) + 25))
elif self.lastCuts == 1:
draw_text('Proceed to shading horizontally', self.button_font,
(0, 0, 0), self.screen, self.WIDTH / 2,
int((self.HEIGHT / 2 + 180) + 25))
if self.currentState == self.SHADINGVERTICALLY:
pygame.draw.rect(self.screen, (8, 41, 255), self.proceed_button)
draw_text('Proceed to cutting horizontally', self.button_font,
(0, 0, 0), self.screen, self.WIDTH / 2,
int((self.HEIGHT / 2 + 180) + 25))
elif self.currentState == self.SHADINGHORIZONTALLY:
pygame.draw.rect(self.screen, (8, 41, 255), self.proceed_button)
draw_text('Proceed to answer submission', self.button_font,
(0, 0, 0), self.screen, self.WIDTH / 2,
int((self.HEIGHT / 2 + 180) + 25))
elif self.currentState == self.ANSWERSUBMISSION:
pygame.draw.rect(self.screen, (8, 41, 255),
self.submitAnswerButton)
draw_text('Submit Answer', self.button_font, (0, 0, 0),
self.screen, self.submitAnswerButtonX + 100,
self.submitAnswerButtonY + 25)
def drawFraction(self, numerator, denominator, xPos):
draw_text(str(numerator), self.font, (0, 0, 0), self.screen, xPos,
self.numeratorY + self.yOffset)
pygame.draw.line(self.screen, colors.BLACK,
[xPos - 10, self.fractionDividerY + self.yOffset],
[xPos + 10, self.fractionDividerY + self.yOffset], 3)
draw_text(str(denominator), self.font, (0, 0, 0), self.screen, xPos,
self.denominatorY + self.yOffset)
def draw(self):
# DISPLAY TEMPORARY VERTICAL BLUE GUIDELINES IF MOUSE X CLOSE TO FRACTION CUT X AND Draw text
if self.isShowingVerticalGuidelines == True:
#draw_text("YOOO",self.message_font,colors.BLACK,self.myRect.screen,200,200)
xLength = self.myRect.width
xSpacing = xLength / self.verticalGuidelinesCount
for i in range(1, self.verticalGuidelinesCount):
xPosition = int(xSpacing * i + self.myRect.topLeftX)
pg.draw.line(self.myRect.screen, colors.DARKBLUE,
[xPosition, self.myRect.topLeftY],
[xPosition, self.myRect.bottomRightY], 5)
# draw fraction text
for i in range(0, self.verticalGuidelinesCount):
xPosition = int(xSpacing * i + self.myRect.topLeftX)
xOffset = int(10 + (self.myRect.width /
(self.verticalGuidelinesCount + 1) * .5))
yOffset = -20
# #draw_text("1/" + str(self.verticalGuidelinesCount),self.message_font,colors.BLACK,self.myRect.screen,xPosition + xOffset,self.myRect.topLeftY + yOffset)
draw_text("1", self.message_fontS, colors.BLACK,
self.myRect.screen, xPosition + xOffset,
self.myRect.topLeftY + yOffset - 20)
pg.draw.line(self.myRect.screen, colors.BLACK, [
xPosition + xOffset - 10,
self.myRect.topLeftY + yOffset - 10
], [
xPosition + xOffset + 10,
self.myRect.topLeftY + yOffset - 10
], 2)
draw_text(str(self.verticalGuidelinesCount),
self.message_fontS, colors.BLACK, self.myRect.screen,
xPosition + xOffset, self.myRect.topLeftY + yOffset)
# DISPLAY TEMPORARY HORIZONTAL BLUE GUIDELINES IF MOUSE Y CLOSE TO FRACTION CUT Y and draw txt
if self.isShowingHorizontalGuidelines == True:
yLength = self.myRect.height
ySpacing = yLength / self.horizontalGuidelinesCount
for i in range(1, self.horizontalGuidelinesCount):
yPosition = int(ySpacing * i + self.myRect.topLeftY)
pg.draw.line(self.myRect.screen, colors.DARKBLUE,
[self.myRect.topLeftX, yPosition],
[self.myRect.bottomRightX, yPosition], 5)
for i in range(0, self.horizontalGuidelinesCount):
yPosition = int(ySpacing * i + self.myRect.topLeftY)
yOffset = int(10 + (self.myRect.height /
(self.horizontalGuidelinesCount + 1) * .5))
xOffset = -25
# #draw_text("1/" + str(self.horizontalGuidelinesCount),self.message_font,colors.BLACK,self.myRect.screen,self.myRect.topLeftX + xOffset,yPosition + yOffset)
draw_text("1", self.message_fontS, colors.BLACK,
self.myRect.screen, self.myRect.topLeftX + xOffset,
yPosition + yOffset - 30)
pg.draw.line(self.myRect.screen, colors.BLACK, [
self.myRect.topLeftX + xOffset - 10,
yPosition + yOffset - 15
], [
self.myRect.topLeftX + xOffset + 10,
yPosition + yOffset - 15
], 2)
draw_text(str(self.horizontalGuidelinesCount),
self.message_fontS, colors.BLACK, self.myRect.screen,
self.myRect.topLeftX + xOffset, yPosition + yOffset)
def drawFractionMixed(self, leadco, numerator, denominator, xPos):
if (numerator != 0):
draw_text(str(leadco), self.font, (0, 0, 0), self.screen,
xPos - 20, self.fractionDividerY + self.yOffset)
draw_text(str(numerator), self.font, (0, 0, 0), self.screen, xPos,
self.numeratorY + self.yOffset)
pygame.draw.line(self.screen, colors.BLACK,
[xPos - 10, self.fractionDividerY + self.yOffset],
[xPos + 10, self.fractionDividerY + self.yOffset],
3)
draw_text(str(denominator), self.font, (0, 0, 0), self.screen,
xPos, self.denominatorY + self.yOffset)
else:
draw_text(str(leadco), self.font, (0, 0, 0), self.screen,
xPos - 20, self.fractionDividerY + self.yOffset)
def drawError(self):
while (timer <= 300):
pygame.draw.rect(self.screen, (255, 255, 255), self.pop_up)
if self.currentState == self.SHADINGVERTICALLY:
draw_text('Shading Vert', self.message_font_s, (0, 0, 0),
self.screen, (int)(self.WIDTH / 2),
(self.HEIGHT - 560))
elif self.currentState == self.SHADINGHORIZONTALLY:
draw_text('Are you sure you would like to quit?',
self.message_font_s, (0, 0, 0), self.screen,
(int)(self.WIDTH / 2), (self.HEIGHT - 560))
elif self.currentState == self.MOVING:
draw_text('Are you sure you would like to quit?',
self.message_font_s, (0, 0, 0), self.screen,
(int)(self.WIDTH / 2), (self.HEIGHT - 560))
timer += 1
def quit_message():
click = False
m1x = 0 # Get error if you don't set value for mx and my here
m1y = 0 # Maybe pass as parameter for main_prog()
isProgramRunning = True
while isProgramRunning:
m1x, m1y = pygame.mouse.get_pos() # Get mouse position
# Create pop up window
pop_up = pygame.Rect(int(WIDTH/3), 120, 400, 350)
# Create yes and no buttons with rect
yes_button = pygame.Rect(int((WIDTH/2))-100, int(HEIGHT/3), 200, 50)
no_button = pygame.Rect(int((WIDTH/2))-100, int(HEIGHT/2), 200, 50)
# Check if mouse is on a button when clicked
if no_button.collidepoint((m1x, m1y)): # Calls main program if start is selected
if click:
main_menu()
if yes_button.collidepoint((m1x, m1y)): # Quits game on quit button click
if click:
pygame.quit()
# Drawing the buttons and text for pop-up
pygame.draw.rect(screen, (255, 255, 255), pop_up)
draw_text('Are you sure you would like to quit?', message_font_s, (0,0,0), screen, (int)(WIDTH/2), (HEIGHT-560))
pygame.draw.rect(screen, (8, 41, 255), yes_button)
draw_text('Yes', button_font, (0,0,0), screen, (int)(WIDTH/2), (HEIGHT-442))
pygame.draw.rect(screen, (8, 41, 255), no_button)
draw_text('No', button_font, (0,0,0), screen, (int)(WIDTH/2), (HEIGHT-325))
# Main event loop
for event in pygame.event.get():
if event.type == QUIT:
pygame.quit()
if event.type == KEYDOWN:
if event.key == K_ESCAPE:
pygame.quit()
if event.type == MOUSEBUTTONDOWN:
if event.button == 1:
click = True
pygame.display.update()
clock.tick(60)
def draw(self):
# draw fraction if state mgr in submitting answer or finished state AND its subtraction or multx
if (self.stateManager.getCurrentState() == "Submitting Answer"
or self.stateManager.getCurrentState() == "Finished"):
if self.stateManager.getCurrentState() == "Submitting Answer":
pg.draw.rect(self.screen, colors.WHITE,
self.numeratorRect) #draw numerator box
pg.draw.rect(self.screen, colors.WHITE,
self.denomRect) #draw denominator box
if self.numeratorValue != None:
draw_text(
str(self.numeratorValue), self.numberFont, colors.BLACK,
self.screen,
self.numeratorRectX + int(self.numberRectWidth / 2),
self.numeratorRectY +
int(self.numberRectHeight / 2)) #draw numerator value
if self.denominatorValue != None:
draw_text(
str(self.denominatorValue), self.numberFont, colors.BLACK,
self.screen,
self.denomRectX + int(self.numberRectWidth / 2),
self.denomRectY +
int(self.numberRectHeight / 2)) #draw denominator value
if self.numeratorValue == None and self.denominatorValue == None and self.stateManager.getCurrentState(
) == "Finished":
pass
else:
pg.draw.line(self.screen, (0, 0, 0),
[self.divideLineStartX, self.divideLineY],
[self.divideLineEndX, self.divideLineY],
5) # draw dividing line
# special cases for addition and div ---> draw whole rect
if self.operation_type == self.ADD or self.operation_type == self.DIV:
if self.stateManager.getCurrentState() == "Submitting Answer":
pg.draw.rect(self.screen, colors.WHITE, self.wholeRect)
if self.wholeValue != None:
draw_text(str(self.wholeValue), self.numberFont,
colors.BLACK, self.screen,
self.wholeRectX + int(self.numberRectWidth / 2),
self.wholeRectY +
int(self.numberRectHeight / 2)) #draw wole value
# only draw blinky blink if if answer is in process of submitting answer, not in finished state, no div
if (self.stateManager.getCurrentState() == "Submitting Answer"):
if self.operation_type == self.ADD or self.operation_type == self.DIV:
pass
else:
draw_text('Enter Answer Here:', self.enterAnswerHere_font,
(0, 0, 0), self.screen, self.startX, self.startY)
if self.selectionIndex == 0 and self.blinkClock >= 30: # numerator selected
pg.draw.line(self.screen, (0, 0, 0), [
self.numeratorRectX + self.blinkyXOffset1,
self.numeratorRectY + self.blinkyYoffset
], [
self.numeratorRectX + self.blinkyXOffset2,
self.numeratorRectY + self.blinkyYoffset
], 5)
elif self.selectionIndex == 1 and self.blinkClock >= 30: #denom selected
pg.draw.line(self.screen, (0, 0, 0), [
self.denomRectX + self.blinkyXOffset1,
self.denomRectY + self.blinkyYoffset
], [
self.denomRectX + self.blinkyXOffset2,
self.denomRectY + self.blinkyYoffset
], 5)
elif self.selectionIndex == 2 and self.blinkClock >= 30: #denom selected
pg.draw.line(self.screen, (0, 0, 0), [
self.wholeRectX + self.blinkyXOffset1,
self.wholeRectY + self.blinkyYoffset
], [
self.wholeRectX + self.blinkyXOffset2,
self.wholeRectY + self.blinkyYoffset
], 5)
# FOR MULTX AND SUBTRACTION:
# if (self.operation_type == self.MULT or self.operation_type == self.SUB):
if (self.stateManager.getCurrentState() == "Finished"):
if self.hasCorrectAnswer == True and self.hasReducedAnswer == True:
draw_text('Great Job!', self.enterAnswerHere_font, (0, 0, 0),
self.screen, self.feedbackTextX, self.feedbackTextY)
self.screen.blit(self.checkmark,
(self.numeratorRectX + self.spriteXOffset,
self.numeratorRectY + self.spriteYOffset))
elif self.hasCorrectAnswer == True:
draw_text('Correct, but can be simplified.',
self.enterAnswerHereSimp_font, (0, 0, 0),
self.screen, self.feedbackTextX, self.feedbackTextY)
self.screen.blit(self.checkmark,
(self.numeratorRectX + self.spriteXOffset,
self.numeratorRectY + self.spriteYOffset))
else:
draw_text('Press Restart to try again',
self.enterAnswerHere_font, (0, 0, 0), self.screen,
self.feedbackTextX, self.feedbackTextY)
self.screen.blit(self.x,
(self.numeratorRectX + self.spriteXOffset,
self.numeratorRectY + self.spriteYOffset))
if self.operation_type != self.ADD:
draw_text('Your Visual Answer:', self.enterAnswerHere_font,
(0, 0, 0), self.screen, int(self.WIDTH / 2), 35)
else:
draw_text('Your Visual Answer:', self.enterAnswerHere_font,
(0, 0, 0), self.screen,
int(self.WIDTH / 2) - 275, 50)
# drawing the addition and equals sign
if self.operation_type == self.ADD:
draw_text('+', self.operation_font, (0, 0, 0), self.screen, 200,
386)
if self.stateManager.getCurrentState(
) == "Submitting Answer" or self.stateManager.getCurrentState(
) == "Finished":
draw_text('=', self.operation_font, (0, 0, 0), self.screen,
545, 386)
else:
draw_text('=', self.operation_font, (0, 0, 0), self.screen,
690, 386)
# draw mixed fraction input guide text
if self.operation_type == self.ADD:
if self.stateManager.getCurrentState() == "Submitting Answer":
draw_text('Enter Answer Here as Mixed Fraction',
self.guideFont, (0, 0, 0), self.screen, self.startX,
self.startY - 20)
draw_text('If answer < 1, leave leftmost box as blank or 0',
self.guideFontSmall, (0, 0, 0), self.screen,
self.startX, self.startY + 3)
if self.operation_type == self.DIV:
if self.stateManager.getCurrentState() == "Submitting Answer":
draw_text('Enter Answer Here as Mixed Fraction:',
self.guideFont, (0, 0, 0), self.screen,
self.startX - 35, self.startY - 20)
draw_text('If answer < 1, leave leftmost box as blank or 0',
self.guideFontSmall, (0, 0, 0), self.screen,
self.startX - 35, self.startY + 3)
def createUserProblem():
click = False
m1x = 0 # Get error if you don't set value for mx and my here
m1y = 0 # Maybe pass as parameter for main_prog()
isProgramRunning = True
global program_OperationType
# operationSymbol is for drawing purposes in main loop
operationSymbol = ""
if program_OperationType == MULTIPLICATION:
operationSymbol = "x"
elif program_OperationType == SUBTRACTION:
operationSymbol = "-"
elif program_OperationType == DIVISION:
operationSymbol = chr(247)
elif program_OperationType == ADDITION:
operationSymbol = "+"
problemFont = pygame.font.SysFont('Arial', 64)
errorFont = pygame.font.SysFont('Arial',20)
#to ensure only 1 rect can be selected at once, string var, n1 n2 d1 d2
selectedRect = ""
selectionClock = 0 #for blinking to highlight to user which number is selected
selectionIndex = -1
#init numerator and denominator values as a list
#n1, d1, n2, d2
fractionValues = [1,1,1,1]
validationResult = ""
while isProgramRunning:
m1x, m1y = pygame.mouse.get_pos() # Get mouse position
# Main event loop
for event in pygame.event.get():
if event.type == QUIT:
isProgramRunning = False
break
if event.type == KEYDOWN:
if event.key == K_ESCAPE:
pygame.quit()
if event.key == pygame.K_1 and selectionIndex != -1:
fractionValues[selectionIndex] = 1
elif event.key == pygame.K_2 and selectionIndex != -1:
fractionValues[selectionIndex] = 2
elif event.key == pygame.K_3 and selectionIndex != -1:
fractionValues[selectionIndex] = 3
elif event.key == pygame.K_4 and selectionIndex != -1:
fractionValues[selectionIndex] = 4
elif event.key == pygame.K_5 and selectionIndex != -1:
fractionValues[selectionIndex] = 5
elif event.key == pygame.K_6 and selectionIndex != -1:
fractionValues[selectionIndex] = 6
if event.type == MOUSEBUTTONDOWN:
if event.button == 1:
click = True
#-----------LOGIC-------------
# Create back and start button rects
backButtonX = 50
backButtonY = HEIGHT - 100
back_button = pygame.Rect(backButtonX, backButtonY, 200, 50)
startButtonX = WIDTH - 250
startButtonY = HEIGHT - 100
start_button = pygame.Rect(startButtonX, startButtonY, 200, 50)
# Create error msg rect
errorRectX = WIDTH / 2
errorRectY = HEIGHT - 100
errorRectWidth = 600
errorRectHeight = 50
errorRect = pygame.Rect(int(errorRectX - errorRectWidth/2),errorRectY,errorRectWidth,errorRectHeight)
#operation rect
operationRectWidth = 100
operationRectHeight = 100
operationRectX = int(WIDTH / 2) - int(operationRectWidth / 2)
operationRectY = int(HEIGHT / 2) - int(operationRectHeight / 2)
operationRect = pygame.Rect(operationRectX,operationRectY,operationRectWidth,operationRectHeight)
#create numerator and denmon rects
boxWidth = 100
boxHeight = 100
numer1RectX = operationRectX - 100
numer1RectY = operationRectY - 52
numer1Rect = pygame.Rect(numer1RectX,numer1RectY,boxWidth,boxHeight)
denom1RectX = numer1RectX
denom1RectY = operationRectY + 52
denom1Rect = pygame.Rect(denom1RectX,denom1RectY,boxWidth,boxHeight)
numer2RectX = operationRectX + 100
numer2RectY = numer1RectY
numer2Rect = pygame.Rect(numer2RectX,numer2RectY,boxWidth,boxHeight)
denom2RectX = numer2RectX
denom2RectY = denom1RectY
denom2Rect = pygame.Rect(numer2RectX,denom1RectY,boxWidth,boxHeight)
# Check if mouse is on a button when clicked
if back_button.collidepoint((m1x, m1y)): # go back to main menu
if click:
main_menu()
break
if start_button.collidepoint((m1x, m1y)): # begin main loop
if click:
validationResult = isValidProblem(fractionValues[0],fractionValues[1],fractionValues[2],fractionValues[3],program_OperationType)
if validationResult == True: #the problem is good so start main loop
problemGenerator.setProblemCreationType(USERPROBLEM)
problemGenerator.fractionValues = fractionValues
problemGenerator.getProblemUserGen()
main_prog()
isProgramRunning = False
break
# for selecting n1 n2 d1 d2
if numer1Rect.collidepoint((m1x,m1y)):
if click:
selectedRect = "n1"
selectionIndex = 0
selectionClock = 30
if numer2Rect.collidepoint((m1x,m1y)):
if click:
selectedRect = "n2"
selectionIndex = 2
selectionClock = 30
if denom1Rect.collidepoint((m1x,m1y)):
if click:
selectedRect = "d1"
selectionIndex = 1
selectionClock = 30
if denom2Rect.collidepoint((m1x,m1y)):
if click:
selectedRect = "d2"
selectionIndex = 3
selectionClock = 30
# check for collisions with operationRect and set operation type accordingly
if operationRect.collidepoint((m1x,m1y)):
if click:
if program_OperationType == MULTIPLICATION:
program_OperationType = SUBTRACTION
operationSymbol = "-"
elif program_OperationType == SUBTRACTION:
program_OperationType = DIVISION
operationSymbol = chr(247)
elif program_OperationType == DIVISION:
operationSymbol = "+"
program_OperationType = ADDITION
elif program_OperationType == ADDITION:
operationSymbol = "x"
program_OperationType = MULTIPLICATION
#----------- BEGIN DRAW, END LOGIC-------------------#
# draw back and start buttons and corresponding text
background_img = pygame.image.load(resource_path("assets/testBG1.png"))
screen.blit(background_img, (0, 0))
draw_text('Create Your Problem', title_font, (0,0,0), screen, int(WIDTH/2), int(HEIGHT/12))
pygame.draw.rect(screen, (8, 41, 255), back_button)
draw_text('Back', button_font, (0,0,0), screen, backButtonX + 100, backButtonY + 25)
pygame.draw.rect(screen, (8, 41, 255), start_button)
draw_text('Start', button_font, (0,0,0), screen, startButtonX + 100, startButtonY + 25)
#draw error rect and validation errors
pygame.draw.rect(screen,colors.TEXTBOX,errorRect)
draw_text(validationResult,errorFont,(255,0,0),screen,errorRectX,errorRectY + 25)
# draw operation rect
pygame.draw.rect(screen,colors.TEXTBOX,operationRect)
draw_text(operationSymbol, problemFont, (0,0,0), screen, operationRectX + 50, operationRectY + 50)
# draw numerator and denominator rects
pygame.draw.rect(screen,colors.TEXTBOX,numer1Rect)
pygame.draw.rect(screen,colors.TEXTBOX,denom1Rect)
pygame.draw.rect(screen,colors.TEXTBOX,numer2Rect)
pygame.draw.rect(screen,colors.TEXTBOX,denom2Rect)
# draw fraction divider to left and right of operationRect
pygame.draw.line(screen,(0,0,0), [operationRectX - 100, operationRectY + int(operationRectHeight/2)], [operationRectX,operationRectY + int(operationRectHeight/2)], 5)
pygame.draw.line(screen,(0,0,0), [operationRectX + 100, operationRectY + int(operationRectHeight/2)], [operationRectX + 200,operationRectY + int(operationRectHeight/2)], 5)
if selectionClock > 30:
# draw line to show user which numer/denom they are currently selecting
if selectedRect == "n1":
pygame.draw.line(screen,(0,0,0),[numer1RectX + 20,numer2RectY+80],[numer1RectX+80,numer2RectY+80],4)
elif selectedRect == "n2":
pygame.draw.line(screen,(0,0,0),[numer2RectX + 20,numer2RectY+80],[numer2RectX+80,numer2RectY+80],4)
elif selectedRect == "d1":
pygame.draw.line(screen,(0,0,0),[denom1RectX + 20,denom1RectY+80],[denom1RectX+80,denom1RectY+80],4)
elif selectedRect == "d2":
pygame.draw.line(screen,(0,0,0),[denom2RectX + 20,denom2RectY+80],[denom2RectX+80,denom2RectY+80],4)
if selectionClock >= 60:
selectionClock = 0
# draw correct number text for each numerator and denominator
#n1
draw_text(str(fractionValues[0]), problemFont, (0,0,0), screen, numer1RectX+50, numer1RectY+50)
#d1
draw_text(str(fractionValues[1]), problemFont, (0,0,0), screen, denom1RectX+50, denom1RectY+50)
#n2
draw_text(str(fractionValues[2]), problemFont, (0,0,0), screen, numer2RectX+50, numer2RectY+50)
#d2
draw_text(str(fractionValues[3]), problemFont, (0,0,0), screen, denom2RectX+50, denom2RectY+50)
# finally update screen and tick clock, reset click
click = False
pygame.display.update()
selectionClock += 1
clock.tick(60)
pygame.quit()
def main_menu():
global program_CuttingType
global program_OperationType
global program_problemCreationType
click = False
m1x = 0 # Get error if you don't set value for mx and my here
m1y = 0 # Maybe pass as parameter for main_prog()
isProgramRunning = True
#for button states
isDivHover = isDivClicked = isMultHover = isMultClicked = isSubHover = isSubClicked = False
isAddHover = isAddClicked = False
if program_OperationType == MULTIPLICATION:
isMultClicked = True
elif program_OperationType == DIVISION:
isDivClicked = True
elif program_OperationType == SUBTRACTION:
isSubClicked = True
elif program_OperationType == ADDITION:
isAddClicked = True
isRandomHover = isRandomClicked = isUserHover = isUserClicked = False
if program_problemCreationType == RANDOMPROBLEM:
isRandomClicked = True
elif program_problemCreationType == USERPROBLEM:
isUserClicked = True
isHoverStart = False
isHoverQuit = False
while isProgramRunning:
# Main event loop
for event in pygame.event.get():
if event.type == QUIT:
isProgramRunning = False
break
if event.type == KEYDOWN:
if event.key == K_ESCAPE:
isProgramRunning = False
break
if event.type == MOUSEBUTTONDOWN:
if event.button == 1:
click = True
screen.fill((255, 245, 112)) # Fill background
# screen.blit(background_img, (int((WIDTH-864)/2), 0))
screen.blit(background_img,(0,0))
m1x, m1y = pygame.mouse.get_pos() # Get mouse position
title_bar = pygame.Rect(0, 0, 1200, 100)
startY = 164
operationButtonsY = startY + 40
operationButtonWidth = 200
operationButtonHeight = 50
operationButtonXBuffer = 10
multiplicationButtonX = int(WIDTH/2 - operationButtonWidth - operationButtonXBuffer)
multiplicationButton = pygame.Rect(multiplicationButtonX,operationButtonsY,operationButtonWidth,operationButtonHeight)
divisionButtonX = int(WIDTH/2 + operationButtonXBuffer)
divisionButton = pygame.Rect(divisionButtonX,operationButtonsY,operationButtonWidth,operationButtonHeight)
subtractionButtonX = multiplicationButtonX - operationButtonWidth - operationButtonXBuffer * 2
subtractionButton = pygame.Rect(subtractionButtonX,operationButtonsY,operationButtonWidth,operationButtonHeight)
additionButtonX = int(WIDTH/2 + operationButtonXBuffer) + operationButtonWidth + operationButtonXBuffer * 2
additionButton = pygame.Rect(additionButtonX,operationButtonsY,operationButtonWidth,operationButtonHeight)
problemTypeY = operationButtonsY + 100
problemButtonsY = problemTypeY + 40
problemButtonWidth = 200
problemButtonHeight = 50
problemButtonXBuffer = 10
randomProblemButtonX = int(WIDTH/2 - problemButtonWidth - problemButtonXBuffer)
randomProblemButton = pygame.Rect(randomProblemButtonX,problemButtonsY,problemButtonWidth,problemButtonHeight)
userProblemButtonX = int(WIDTH/2 + problemButtonXBuffer)
userProblemButton = pygame.Rect(userProblemButtonX,problemButtonsY,problemButtonWidth,problemButtonHeight)
startQuitButtonY = problemButtonsY + 140
startQuitButtonWidth = 250
startQuitButtonHeight = 80
startQuitButtonXBuffer = 40
startButtonX = int(WIDTH/2 + startQuitButtonXBuffer)
startButton = pygame.Rect(startButtonX,startQuitButtonY,startQuitButtonWidth,startQuitButtonHeight)
quitButtonX = int(WIDTH/2 - startQuitButtonWidth - startQuitButtonXBuffer)
quitButton = pygame.Rect(quitButtonX,startQuitButtonY,startQuitButtonWidth,startQuitButtonHeight)
if (multiplicationButton.collidepoint((m1x,m1y))):
isMultHover = True
if click:
isMultClicked = True
isDivClicked = False
isSubClicked = False
isAddClicked = False
program_OperationType = MULTIPLICATION
else:
isMultHover = False
if (divisionButton.collidepoint((m1x,m1y))):
isDivHover = True
if click:
isDivClicked = True
isMultClicked = False
isSubClicked = False
isAddClicked = False
program_OperationType = DIVISION
else:
isDivHover = False
if (subtractionButton.collidepoint((m1x,m1y))):
isSubHover = True
if click:
isSubClicked = True
isMultClicked = False
isDivClicked = False
isAddClicked = False
program_OperationType = SUBTRACTION
else:
isSubHover = False
if (additionButton.collidepoint((m1x,m1y))):
isAddHover = True
if click:
isAddClicked = True
isMultClicked = False
isSubClicked = False
isDivClicked = False
program_OperationType = ADDITION
else:
isAddHover = False
if (randomProblemButton.collidepoint((m1x,m1y))):
isRandomHover = True
if click:
isRandomClicked =True
isUserClicked = False
program_problemCreationType = RANDOMPROBLEM
else:
isRandomHover = False
if (userProblemButton.collidepoint((m1x,m1y))):
isUserHover = True
if click:
isUserClicked =True
isRandomClicked = False
program_problemCreationType = USERPROBLEM
else:
isUserHover = False
if (startButton.collidepoint((m1x,m1y))):
isStartHover = True
if click:
if program_problemCreationType == RANDOMPROBLEM:
problemGenerator.setProblemCreationType(RANDOMPROBLEM)
main_prog()
elif program_problemCreationType == USERPROBLEM:
createUserProblem()
else:
isStartHover = False
if (quitButton.collidepoint((m1x,m1y))):
isQuitHover = True
if click:
quit_message()
else:
isQuitHover = False
# Drawing the buttons and text for menu
pygame.draw.rect(screen, colors.TITLEBAR, title_bar)
pygame.draw.rect(screen, (0, 0, 0), title_bar, 7)
draw_text('Fraction Visualization', title_font, (0,0,0), screen, int(WIDTH/2), int(HEIGHT/12))
draw_text('Operation', pygame.font.SysFont('Arial', 48), (0,0,0), screen, WIDTH/2, startY)
#draw operation buttons and their tet
if (isMultClicked == False and isMultHover == False):
pygame.draw.rect(screen, colors.BUTTONSTANDARD, multiplicationButton)
elif (isMultClicked == True):
pygame.draw.rect(screen, colors.BUTTONCLICKED, multiplicationButton)
elif (isMultHover == True):
pygame.draw.rect(screen, colors.BUTTONHOVER, multiplicationButton)
draw_text("Multiplication",button_font,(0,0,0),screen, multiplicationButtonX + int(operationButtonWidth/2), operationButtonsY+int(operationButtonHeight/2))
if (isDivClicked == False and isDivHover == False):
pygame.draw.rect(screen, colors.BUTTONSTANDARD, divisionButton)
elif (isDivClicked == True):
pygame.draw.rect(screen, colors.BUTTONCLICKED, divisionButton)
elif (isDivHover == True):
pygame.draw.rect(screen, colors.BUTTONHOVER, divisionButton)
draw_text("Division",button_font,(0,0,0),screen, divisionButtonX + int(operationButtonWidth/2), operationButtonsY+int(operationButtonHeight/2))
if (isSubClicked == False and isSubHover == False):
pygame.draw.rect(screen, colors.BUTTONSTANDARD, subtractionButton)
elif (isSubClicked == True):
pygame.draw.rect(screen, colors.BUTTONCLICKED, subtractionButton)
elif (isSubHover == True):
pygame.draw.rect(screen, colors.BUTTONHOVER, subtractionButton)
draw_text("Subtraction",button_font,(0,0,0),screen, subtractionButtonX + int(operationButtonWidth/2), operationButtonsY+int(operationButtonHeight/2))
if (isAddClicked == False and isAddHover == False):
pygame.draw.rect(screen, colors.BUTTONSTANDARD, additionButton)
elif (isAddClicked == True):
pygame.draw.rect(screen, colors.BUTTONCLICKED, additionButton)
elif (isAddHover == True):
pygame.draw.rect(screen, colors.BUTTONHOVER, additionButton)
draw_text("Addition",button_font,(0,0,0),screen, additionButtonX + int(operationButtonWidth/2), operationButtonsY+int(operationButtonHeight/2))
draw_text('Problem Type', pygame.font.SysFont('Arial', 48), (0,0,0), screen, WIDTH/2, problemTypeY)
if (isRandomClicked == False and isRandomHover == False):
pygame.draw.rect(screen, colors.BUTTONSTANDARD, randomProblemButton)
elif (isRandomClicked == True):
pygame.draw.rect(screen, colors.BUTTONCLICKED, randomProblemButton)
elif (isRandomHover == True):
pygame.draw.rect(screen, colors.BUTTONHOVER, randomProblemButton)
draw_text("Random",button_font,(0,0,0),screen, randomProblemButtonX + int(problemButtonWidth/2), problemButtonsY+int(problemButtonHeight/2))
if (isUserClicked == False and isUserHover == False):
pygame.draw.rect(screen, colors.BUTTONSTANDARD, userProblemButton)
elif (isUserClicked == True):
pygame.draw.rect(screen, colors.BUTTONCLICKED, userProblemButton)
elif (isUserHover == True):
pygame.draw.rect(screen, colors.BUTTONHOVER, userProblemButton)
draw_text("Create Your Own",button_font,(0,0,0),screen, userProblemButtonX + int(problemButtonWidth/2), problemButtonsY+int(problemButtonHeight/2))
if isStartHover == False:
pygame.draw.rect(screen, colors.BUTTONSTANDARD, startButton)
else:
pygame.draw.rect(screen, colors.BUTTONHOVER, startButton)
draw_text("Start",pygame.font.SysFont('Arial', 40),(0,0,0),screen, startButtonX + int(startQuitButtonWidth/2), startQuitButtonY+int(startQuitButtonHeight/2))
if isQuitHover == False:
pygame.draw.rect(screen, colors.BUTTONSTANDARD, quitButton)
else:
pygame.draw.rect(screen, colors.BUTTONHOVER, quitButton)
draw_text("Quit",pygame.font.SysFont('Arial', 40),(0,0,0),screen, quitButtonX + int(startQuitButtonWidth/2), startQuitButtonY+int(startQuitButtonHeight/2))
click = False
pygame.display.update()
clock.tick(60)
pygame.quit()
def main_prog():
# init objects every state will have
mouse = MouseHandler()
drawablesController = DrawablesController()
colorPicker = None
trashCan = None
# create state manager depending on operation type selected in menu:
if program_OperationType == MULTIPLICATION:
stateManager = StateManagerMult(program_CuttingType,screen)
stateManager.setMouse(mouse) # link state manager and mouse
stateManager.setDrawablesController(drawablesController) # link state manager and drawables controller
testRectangle = Rectangle(WIDTH/2,HEIGHT/2,350,350,screen,drawablesController,True,mouse,stateManager, 1)
cutter = testRectangle.getCutter() # need to get cutter here for draw call
colorPicker = ColorPicker(screen,WIDTH,HEIGHT,mouse,stateManager,drawablesController)
stateManager.setColorPicker(colorPicker)
elif program_OperationType == ADDITION:
stateManager = StateManagerAdd(program_CuttingType,screen)
stateManager.setMouse(mouse) # link state manager and mouse
stateManager.setDrawablesController(drawablesController) # link state manager and drawables controller
# Create rectangles and their respective cutters
testRectangle = Rectangle((int)(WIDTH/3),HEIGHT/3,270,270,screen,drawablesController,True,mouse,stateManager, 1)
cutter = testRectangle.getCutter() # need to get cutter here for draw call
testRectangle2 = Rectangle((int)(WIDTH/3),HEIGHT-(HEIGHT/4.5)+15,270,270,screen,drawablesController,True,mouse,stateManager, 2)
cutter2 = testRectangle2.getCutter()
testRectangle3 = Rectangle(WIDTH-(int)(WIDTH/5.7),HEIGHT/3,270,270,screen,drawablesController,True,mouse,stateManager, 3)
cutter3 = testRectangle3.getCutter()
testRectangle4 = Rectangle(WIDTH-(int)(WIDTH/5.7),HEIGHT-(HEIGHT/4.5)+15,270,270,screen,drawablesController,True,mouse,stateManager, 4)
cutter4 = testRectangle4.getCutter()
colorPicker = ColorPicker(screen,WIDTH,HEIGHT,mouse,stateManager,drawablesController)
stateManager.setColorPicker(colorPicker)
elif program_OperationType == SUBTRACTION:
stateManager = StateManagerSub(program_CuttingType,screen)
stateManager.setMouse(mouse) # link state manager and mouse
stateManager.setDrawablesController(drawablesController) # link state manager and drawables controller
testRectangle = Rectangle((int)((WIDTH/3)),HEIGHT/2-30,280, 280,screen,drawablesController,True,mouse,stateManager, 1)
cutter = testRectangle.getCutter() # need to get cutter here for draw call
testRectangle2 = Rectangle((int)((WIDTH/3)*2),HEIGHT/2-30,280,280,screen,drawablesController,True,mouse,stateManager, 2)
cutter2 = testRectangle2.getCutter() # need to get cutter here for draw call
colorPicker = ColorPicker(screen,WIDTH,HEIGHT,mouse,stateManager,drawablesController)
trashCan = TrashCan(screen,WIDTH,HEIGHT,mouse,stateManager,drawablesController)
stateManager.setColorPicker(colorPicker)
stateManager.setTrashCan(trashCan)
elif program_OperationType == DIVISION:
# For division, rectangles are created later because the number of rectangles depends on the fractions
stateManager = StateManagerDiv(program_CuttingType,screen)
stateManager.setMouse(mouse) # link state manager and mouse
stateManager.setDrawablesController(drawablesController) # link state manager and drawables controller
colorPicker = ColorPicker(screen,WIDTH,HEIGHT,mouse,stateManager,drawablesController)
stateManager.setColorPicker(colorPicker)
positionSet = 0
# init problemDisplay here, every operation will have
problemDisplay = ProblemDisplay(screen,WIDTH,HEIGHT,stateManager,program_OperationType)
# set up problemGenerator here because it needs to know problemDisplay
problemGenerator.setProblemDisplay(problemDisplay)
problemGenerator.setOperationType(program_OperationType)
# Checks whether a new problem needs to be created or just reset the current problem
if problemGenerator.needsNewProblem == True:
problemGenerator.getProblem()
problemGenerator.needsNewProblem = False
else:
problemGenerator.resetCurrentProblem()
# Creating division rectangles down here because we first need to know what the problem answer will be
stateManager.cpuDenomAns = problemGenerator.problemDisplay.denominatorAnswer
stateManager.cpuNumerAns = problemGenerator.problemDisplay.numeratorAnswer
if program_OperationType == DIVISION:
extraRect = False
answerCeiling = math.ceil(problemGenerator.problemDisplay.numeratorAnswer/problemGenerator.problemDisplay.denominatorAnswer)
fractionReciprocal = problemGenerator.problemDisplay.denominator2/problemGenerator.problemDisplay.numerator2
if fractionReciprocal < answerCeiling:
extraRect = True
if extraRect is True:
testRectangle = Rectangle((int)((WIDTH/4))-50,HEIGHT/2-30,280, 280,screen,drawablesController,True,mouse,stateManager, 1)
cutter = testRectangle.getCutter() # need to get cutter here for draw call
testRectangle2 = Rectangle((int)((WIDTH/4)*2),HEIGHT/2-30,280,280,screen,drawablesController,True,mouse,stateManager, 2)
cutter2 = testRectangle2.getCutter() # need to get cutter here for draw call
stateManager.hasThreeSquares = True
# The third rectangle is created in stateManagerDiv when in moving state
else:
testRectangle = Rectangle((int)((WIDTH/3)),HEIGHT/2-30,280, 280,screen,drawablesController,True,mouse,stateManager, 1)
cutter = testRectangle.getCutter() # need to get cutter here for draw call
testRectangle2 = Rectangle((int)((WIDTH/3)*2),HEIGHT/2-30,280,280,screen,drawablesController,True,mouse,stateManager, 2)
cutter2 = testRectangle2.getCutter() # need to get cutter here for draw call
# bring in userAnswerSystem
userAnswerSystem = UserAnswerSystem(screen, stateManager, WIDTH, HEIGHT,problemDisplay)
isProgramRunning = True
check = False
click = False # To check if Main Menu button is clicked
keyDown = None # for passing information to userAnswerSystem
# main loop
while isProgramRunning:
# main event loop -- user keyboard/mouse input here
for event in pygame.event.get():
if event.type == QUIT:
isProgramRunning = False
break
if event.type == pygame.MOUSEBUTTONDOWN:
if event.button == 1:
check = True
click = True
if mouse.isHeld == False:
mouse.setHeld(True)
else:
mouse.setHeld(False)
if event.type == pygame.MOUSEBUTTONUP:
if event.button == 1:
mouse.leftMouseReleasedThisFrame = True
check = False
#setClick(check)
click = False
#hold = False
if event.type == KEYDOWN:
if event.key == pygame.K_1:
keyDown = "1"
elif event.key == pygame.K_2:
keyDown = "2"
elif event.key == pygame.K_3:
keyDown = "3"
elif event.key == pygame.K_4:
keyDown = "4"
elif event.key == pygame.K_5:
keyDown = "5"
elif event.key == pygame.K_6:
keyDown = "6"
elif event.key == pygame.K_7:
keyDown = "7"
elif event.key == pygame.K_8:
keyDown = "8"
elif event.key == pygame.K_9:
keyDown = "9"
elif event.key == pygame.K_0:
keyDown = "0"
elif event.key == pygame.K_BACKSPACE:
keyDown = "Backspace"
#---------UPDATE BEGIN-------UPDATE ALL OBJECTS
mouse.update(check)
if program_OperationType == MULTIPLICATION:
stateManager.update(testRectangle.myCutter)
elif program_OperationType == DIVISION:
if (stateManager.cpuNumerAns/stateManager.cpuDenomAns) > 2:
stateManager.update(testRectangle.myCutter, testRectangle2.myCutter)
else:
stateManager.update(testRectangle.myCutter, testRectangle2.myCutter)
elif program_OperationType == SUBTRACTION:
stateManager.update(testRectangle.myCutter, testRectangle2.myCutter)
if TrashCan != None:
trashCan.update()
elif program_OperationType == ADDITION:
stateManager.update(testRectangle.myCutter, testRectangle2.myCutter, testRectangle3.myCutter, testRectangle4.myCutter)
for rect in drawablesController.rectangles:
rect.update(mouse)
for cm in drawablesController.cutmarkers:
cm.update(mouse.isClick)
if colorPicker != None:
colorPicker.update()
userAnswerSystem.update(mouse.leftMouseReleasedThisFrame,keyDown)
if program_OperationType == DIVISION:
if stateManager.hasThreeSquares is True:
if positionSet == 0:
secondLeft, secondTop = stateManager.getSecondBorderPos()
positionSet = 1
borderTop, borderLeft, numBoundaries = stateManager.getBorderPos()
borderHeight = testRectangle2.height
borderWidth = (testRectangle2.width/problemGenerator.problemDisplay.denominator2)*problemGenerator.problemDisplay.numerator2
else:
numBoundaries = 0
borderTop, borderLeft, numBoundaries = stateManager.getBorderPos()
borderHeight = testRectangle2.height
borderWidth = (testRectangle2.width/problemGenerator.problemDisplay.denominator2)*problemGenerator.problemDisplay.numerator2
elif program_OperationType == ADDITION:
border1Top, border1Left = stateManager.border1Top, stateManager.border1Left
borderHeight, borderWidth = testRectangle3.height, testRectangle3.width
if stateManager.twoWholes is True:
border2Top, border2Left = stateManager.border2Top, stateManager.border2Left
elif program_OperationType == MULTIPLICATION:
borderTop, borderLeft = stateManager.borderTop, stateManager.borderLeft
borderHeight, borderWidth = testRectangle.height, testRectangle.width
elif program_OperationType == SUBTRACTION:
borderTop, borderLeft = stateManager.borderTop, stateManager.borderLeft
borderHeight, borderWidth = testRectangle.height, testRectangle.width
# ---------UPDATE END----------------------------------
# ---------DRAW BEGIN--------------------------------
# Menu button and logic to go back to main screen and get new problem
menu_button = pygame.Rect(WIDTH-100, 0, 100, 50)
if menu_button.collidepoint((mouse.mx, mouse.my)):
if click:
problemGenerator.needsNewProblem = True
main_menu()
isProgramRunning = False
break
restart_button = pygame.Rect(WIDTH-220, 0, 100, 50)
if restart_button.collidepoint((mouse.mx, mouse.my)):
if click:
main_prog()
isProgramRunning = False
break
newProblem_button = pygame.Rect(WIDTH - 370, 0 , 130, 50)
if newProblem_button.collidepoint((mouse.mx, mouse.my)):
if click:
if problemGenerator.program_problemCreationType == problemGenerator.USERPROBLEM:
createUserProblem()
problemGenerator.needsNewProblem = True
main_prog()
isProgramRunning = False
break
if program_OperationType == ADDITION:
if stateManager.currentState == stateManager.CHECKCUTS or stateManager.currentState == stateManager.CHECKCUTS2 or stateManager.currentState == stateManager.CHECKCUTS3:
undoCut_button = pygame.Rect(WIDTH/3-testRectangle.width+5, HEIGHT/3, 130, 50)
undoCut_button2 = pygame.Rect(WIDTH/3-testRectangle.width+5, HEIGHT/3*2+100, 130, 50)
undoCut_button3 = pygame.Rect(WIDTH/3*2-75, HEIGHT/3, 130, 50)
undoCut_button4 = pygame.Rect(WIDTH/3*2-75, HEIGHT/3*2+175, 130, 50)
if undoCut_button.collidepoint((mouse.mx, mouse.my)):
if click:
if stateManager.lastCuts == 0:
stateManager.undoCutsVert(1, cutter)
elif stateManager.lastCuts == 1:
stateManager.undoCutsHoriz(1, cutter)
if undoCut_button2.collidepoint((mouse.mx, mouse.my)):
if click:
if stateManager.lastCuts == 0:
stateManager.undoCutsVert(2, cutter2)
elif stateManager.lastCuts == 1:
stateManager.undoCutsHoriz(2, cutter2)
if undoCut_button3.collidepoint((mouse.mx, mouse.my)):
if click:
if stateManager.lastCuts == 2:
stateManager.undoCutsVert(3, cutter3)
elif stateManager.lastCuts == 3:
stateManager.undoCutsHoriz(3, cutter3)
if undoCut_button4.collidepoint((mouse.mx, mouse.my)):
if click:
if stateManager.lastCuts == 4:
stateManager.undoCutsVert(4, cutter4)
elif stateManager.lastCuts == 5:
stateManager.undoCutsHoriz(4, cutter4)
elif program_OperationType == DIVISION:
if stateManager.currentState == stateManager.CHECKCUTS:
if stateManager.hasThreeSquares:
undoCut_button = pygame.Rect(WIDTH/5 - 55, HEIGHT/2 + testRectangle.height/2 - 30 , 130, 50)
undoCut_button2 = pygame.Rect(WIDTH/2-65, HEIGHT/2 + testRectangle.height/2 - 30 , 130, 50)
else:
undoCut_button = pygame.Rect(WIDTH/3 - 60, HEIGHT/2 + testRectangle.height/2 - 30 , 130, 50)
undoCut_button2 = pygame.Rect(WIDTH/3*2 - 65, (HEIGHT/2 + testRectangle.height/2)-30, 130, 50)
if undoCut_button.collidepoint((mouse.mx, mouse.my)):
if click:
if stateManager.lastCuts == 0:
stateManager.undoCutsVert(1, cutter)
else:
stateManager.undoCutsHoriz(1, cutter)
if undoCut_button2.collidepoint((mouse.mx, mouse.my)):
if click:
if stateManager.lastCuts == 0:
stateManager.undoCutsVert(2, cutter2)
else:
stateManager.undoCutsHoriz(2, cutter2)
elif program_OperationType == SUBTRACTION:
if stateManager.currentState == stateManager.CHECKCUTS:
undoCut_button = pygame.Rect(WIDTH/3 - 65, (HEIGHT/2 + testRectangle.height/2)-30 , 130, 50)
undoCut_button2 = pygame.Rect(WIDTH/3*2 - 65, (HEIGHT/2 + testRectangle.height/2)-30, 130, 50)
if undoCut_button.collidepoint((mouse.mx, mouse.my)):
if click:
if stateManager.lastCuts == 0:
stateManager.undoCutsVert(1, cutter)
else:
stateManager.undoCutsHoriz(1, cutter)
if undoCut_button2.collidepoint((mouse.mx, mouse.my)):
if click:
if stateManager.lastCuts == 0:
stateManager.undoCutsVert(2, cutter2)
else:
stateManager.undoCutsHoriz(2, cutter2)
elif program_OperationType == MULTIPLICATION:
if stateManager.currentState == stateManager.CHECKCUTS:
undoCut_button = pygame.Rect(WIDTH/4, HEIGHT/2, 130, 50)
if undoCut_button.collidepoint((mouse.mx, mouse.my)):
if click:
if stateManager.lastCuts == 0:
stateManager.undoCutsVert(cutter)
else:
stateManager.undoCutsHoriz(cutter)
# drawing here
screen.fill(colors.BGCOLOR) #fill screen bg
# Drawing menu button
pygame.draw.rect(screen, (8, 41, 255), menu_button)
draw_text('Main Menu', button_font, (0,0,0), screen, WIDTH-50, 25)
pygame.draw.rect(screen, (8, 41, 255), restart_button)
draw_text('Restart', button_font, (0,0,0), screen, WIDTH-170, 25)
pygame.draw.rect(screen, (8, 41, 255), newProblem_button) # for new prob button
draw_text('New Problem', button_font, (0,0,0), screen, WIDTH-305, 25) # for new prob button
# ALL LOGIC FOR DRAWING UNDO BUTTONS HERE
if program_OperationType == ADDITION:
if stateManager.currentState == stateManager.CHECKCUTS:
pygame.draw.rect(screen, (8, 41, 255), undoCut_button)
pygame.draw.rect(screen, (8, 41, 255), undoCut_button2)
draw_text('Undo Cut', button_font, (0,0,0), screen, WIDTH/3 - testRectangle.width/1.5-20, (HEIGHT/3)+25)
draw_text('Undo Cut', button_font, (0,0,0), screen, WIDTH/3 - testRectangle.width/1.5-20, (HEIGHT/3)*2+125)
elif stateManager.currentState == stateManager.CHECKCUTS2:
pygame.draw.rect(screen, (8, 41, 255), undoCut_button3)
draw_text('Undo Cut', button_font, (0,0,0), screen, WIDTH/3*2-10, (HEIGHT/3)+25)
elif stateManager.currentState == stateManager.CHECKCUTS3:
pygame.draw.rect(screen, (8, 41, 255), undoCut_button4)
draw_text('Undo Cut', button_font, (0,0,0), screen, WIDTH/3*2-10, (HEIGHT/3)*2+200)
elif program_OperationType == DIVISION:
if stateManager.currentState == stateManager.CHECKCUTS:
pygame.draw.rect(screen, (8, 41, 255), undoCut_button)
pygame.draw.rect(screen, (8, 41, 255), undoCut_button2)
if stateManager.hasThreeSquares is True:
draw_text('Undo Cut', button_font, (0,0,0), screen, WIDTH/4-55, (HEIGHT/2)+(testRectangle.height/2))
draw_text('Undo Cut', button_font, (0,0,0), screen, WIDTH/4*2, (HEIGHT/2)+(testRectangle.height/2))
else:
draw_text('Undo Cut', button_font, (0,0,0), screen, WIDTH/3, (HEIGHT/2)+(testRectangle.height/2))
draw_text('Undo Cut', button_font, (0,0,0), screen, WIDTH/3*2, (HEIGHT/2)+(testRectangle.height/2))
elif program_OperationType == SUBTRACTION:
if stateManager.currentState == stateManager.CHECKCUTS:
pygame.draw.rect(screen, (8, 41, 255), undoCut_button)
draw_text('Undo Cut', button_font, (0,0,0), screen, WIDTH/3, (HEIGHT/2)+(testRectangle.height/2)-5)
pygame.draw.rect(screen, (8, 41, 255), undoCut_button2)
draw_text('Undo Cut', button_font, (0,0,0), screen, WIDTH/3*2, (HEIGHT/2)+(testRectangle.height/2)-5)
else:
if stateManager.currentState == stateManager.CHECKCUTS:
pygame.draw.rect(screen, (8, 41, 255), undoCut_button)
draw_text('Undo Cut', button_font, (0,0,0), screen, WIDTH/4 + 65, (HEIGHT/2)+25)
if stateManager.getCurrentState() != "Finished":
state_message = "Current state: " + stateManager.getCurrentState()
else:
state_message = ""
draw_textLeftToRight(state_message, button_font, (0,0,0), screen, 15, 15)
tempRectList = list()
for bgS in drawablesController.bgSquares:
bgS.draw()
if program_OperationType == MULTIPLICATION:
for rect in drawablesController.rectangles:
rect.draw()
if program_OperationType == SUBTRACTION:
for rect in drawablesController.rectangles:
rect.draw()
if rect.isMarked == True:
rect.drawMark()
if program_OperationType != MULTIPLICATION and program_OperationType != SUBTRACTION:
for rect in drawablesController.rectangles:
#move to rectangle class
if rect.ownerID == 2:
rect.draw()
if rect.isShadedB:
rect.drawBLines(rect.colorHatch)
else:
tempRectList.append(rect)
for trect in tempRectList:
trect.draw()
if trect.isShadedV == True and trect.isShadedH != True:
trect.drawVLines(trect.colorHatch)
if trect.isShadedH == True and trect.isShadedV != True:
trect.drawHLines(trect.colorHatch)
if trect.isShadedB:
trect.drawBLines(trect.colorHatch)
for gl in drawablesController.guidelines:
gl.draw()
for cm in drawablesController.cutmarkers:
cm.draw()
cutter.draw()
if program_OperationType == DIVISION or program_OperationType == SUBTRACTION:
cutter2.draw()
if stateManager.cpuNumerAns > stateManager.cpuDenomAns:
pass
if program_OperationType == ADDITION:
cutter2.draw()
cutter3.draw()
cutter4.draw()
stateManager.draw()
if colorPicker != None:
colorPicker.draw()
problemDisplay.draw()
userAnswerSystem.draw()
# DRAW BORDER HERE TO HIGHLIGHT CURRENT SECTION
if program_OperationType == DIVISION:
if stateManager.hasThreeSquares is True:
if stateManager.currentState == stateManager.MOVING or stateManager.currentState == stateManager.ANSWERSUBMISSION or stateManager.currentState == stateManager.DONE:
pygame.draw.rect(screen, colors.GOLD, (borderLeft, borderTop, borderWidth, borderHeight), 4) # width = 4
pygame.draw.rect(screen, colors.GOLD, (secondLeft, secondTop, borderWidth, borderHeight), 4) # width = 4
else:
if stateManager.currentState == stateManager.MOVING or stateManager.currentState == stateManager.ANSWERSUBMISSION or stateManager.currentState == stateManager.DONE:
numBoundaries += 1
for i in range(numBoundaries):
if i < stateManager.answerCeiling:
pygame.draw.rect(screen, colors.GOLD, (borderLeft-((i)*borderWidth), borderTop, borderWidth, borderHeight), 4) # width = 4
elif program_OperationType == ADDITION:
if stateManager.currentState == stateManager.MOVING or stateManager.currentState == stateManager.ANSWERSUBMISSION or stateManager.currentState == stateManager.DONE or stateManager.currentState == stateManager.CUTTINGHORIZONTALLY3 or stateManager.currentState == stateManager.CUTTINGVERTICALLY3 or stateManager.currentState == stateManager.CHECKCUTS3:
pygame.draw.rect(screen, colors.GOLD, (border1Left, border1Top, borderWidth, borderHeight), 4)
if stateManager.twoWholes is True:
pygame.draw.rect(screen, colors.GOLD, (border2Left, border2Top, borderWidth, borderHeight), 4)
elif program_OperationType == MULTIPLICATION:
if stateManager.currentState == stateManager.ANSWERSUBMISSION or stateManager.currentState == stateManager.DONE:
pygame.draw.rect(screen, colors.GOLD, (borderLeft, borderTop, borderWidth, borderHeight), 4)
elif program_OperationType == SUBTRACTION:
if stateManager.currentState == stateManager.ANSWERSUBMISSION or stateManager.currentState == stateManager.DONE:
pygame.draw.rect(screen, colors.GOLD, (borderLeft, borderTop, borderWidth, borderHeight), 4)
if mouse.whoisHeld != None:
mouse.whoisHeld.draw()
#-----------------------------DRAW END---------------------------------------
mouse.leftMouseReleasedThisFrame = False
keyDown = None
#update screen and set framerate
pygame.display.flip()
clock.tick(fps)
#end of main loop
pygame.quit()
def draw(self):
if (self.stateManager.getCurrentState() !=
"Finished"): # only draw two problem fractions and x symbol
draw_text(self.operationSymbol, self.font, (0, 0, 0), self.screen,
self.xMid, self.yDraw + self.yOffset)
self.drawFraction(self.numerator1, self.denominator1,
self.xMid - self.xOffset)
self.drawFraction(self.numerator2, self.denominator2,
self.xMid + self.xOffset)
if (self.stateManager.getCurrentState() == "Shading Horizontally"):
self.userdenominator = self.stateManager.get_answerDenom()
elif (self.stateManager.getCurrentState() == "Finished"):
if self.stateManager.operation_type == 2 or self.stateManager.operation_type == 4 or self.stateManager.operation_type == 3: # division or addition
self.userdenominator = self.stateManager.get_answerDenom()
self.usernumerator = self.stateManager.get_answerNumer()
userAnswer = Fraction(self.usernumerator, self.userdenominator)
cpuAnswer = Fraction(self.numeratorAnswer, self.denominatorAnswer)
canreduce = False
cpucanreduce = False
ismixed = False
cpuismixed = False
if userAnswer.isImproper() == True and cpuAnswer.isImproper(
) == True:
ismixed = True
cpuismixed = True
userAnswer.makeMixed()
cpuAnswer.makeMixed()
self.leadcoAnswer = cpuAnswer.getLeadC()
# userAnswer.denominator = cpuAnswer.denominator
elif userAnswer.canReduce() == True:
canreduce = True
# cpucanreduce = True
elif cpuAnswer.canReduce():
cpucanreduce = True
else:
pass
# userAnswer.denominator = cpuAnswer.denominator
if canreduce == True: # user answer can be reduced so theres 7 total symbols
userAnswerReduced = Fraction(userAnswer.getNum(),
userAnswer.getDenom())
userAnswerReduced.finalReduce()
cpuAnswerReduced = Fraction(cpuAnswer.getNum(),
cpuAnswer.getDenom())
if cpuAnswerReduced.canReduce():
cpuAnswerReduced.finalReduce()
# if user num and denom match known problem num and denom they got it right -> set isEqualSymbol to =
if userAnswerReduced.getNum(
) == cpuAnswerReduced.getNum() and userAnswerReduced.getDenom(
) == cpuAnswerReduced.getDenom():
isEqualSymbol = '='
self.hasRightAnswer = True
else:
isEqualSymbol = '=/='
self.hasRightAnswer = False
draw_text(isEqualSymbol, self.font, (0, 0, 0), self.screen,
self.xMid, self.yDraw + self.yOffset)
#draw stuff from left of equal sign moving left
self.drawFraction(self.numerator2, self.denominator2,
self.xMid - self.xOffset)
draw_text(self.operationSymbol, self.font, (0, 0, 0),
self.screen, self.xMid - self.xOffset * 2,
self.yDraw + self.yOffset)
self.drawFraction(self.numerator1, self.denominator1,
self.xMid - self.xOffset * 3)
#draw stuff from right of equal sign moving right
self.drawFraction(userAnswer.getNum(), userAnswer.getDenom(),
self.xMid + self.xOffset)
draw_text('=', self.font, (0, 0, 0), self.screen,
self.xMid + self.xOffset * 2,
self.yDraw + self.yOffset)
userAnswerReduced.finalReduce()
self.drawFraction(userAnswerReduced.getNum(),
userAnswerReduced.getDenom(),
self.xMid + self.xOffset * 3)
if self.hasRightAnswer: # draw checkmark
self.drawSprite(self.checkmark, True, 0)
else:
self.drawSprite(self.x, True, 0) # draw x b/c user wrong
elif ismixed == True or cpuismixed == True: # user answer is a mixed fraction so there will be 6 symbols
tempUserAnswer = Fraction(self.usernumerator,
self.userdenominator)
tempCpuAnswer = Fraction(self.numeratorAnswer,
self.denominatorAnswer)
if tempUserAnswer.canReduce():
tempUserAnswer.finalReduce()
if tempCpuAnswer.canReduce():
tempCpuAnswer.finalReduce()
if userAnswer.getNum() == cpuAnswer.getNum(
) and userAnswer.getDenom() == cpuAnswer.getDenom(
) and userAnswer.getLeadC() == cpuAnswer.getLeadC() or (
self.usernumerator / self.userdenominator == 1 and
self.numeratorAnswer / self.denominatorAnswer == 1 or
(tempCpuAnswer.numerator == tempUserAnswer.numerator and
tempCpuAnswer.denominator == tempUserAnswer.denominator)):
isEqualSymbol = '='
self.hasRightAnswer = True
else:
isEqualSymbol = '=/='
self.hasRightAnswer = False
#left side
self.drawFraction(self.numerator2, self.denominator2,
self.xMid - self.xOffset)
draw_text(self.operationSymbol, self.font, (0, 0, 0),
self.screen, self.xMid - self.xOffset * 2,
self.yDraw + self.yOffset)
self.drawFraction(self.numerator1, self.denominator1,
self.xMid - self.xOffset * 3)
#right side
draw_text(isEqualSymbol, self.font, (0, 0, 0), self.screen,
self.xMid, self.yDraw + self.yOffset)
self.drawFractionMixed(userAnswer.getLeadC(),
userAnswer.getNum(),
userAnswer.getDenom(),
self.xMid + self.xOffset)
if self.hasRightAnswer: # draw checkmark
self.drawSprite(self.checkmark, False, -50)
else:
self.drawSprite(self.x, False,
-50) # draw x because user wrng
else: #canreduce = False so there will be 5 symbols
tempUserAnswer = Fraction(self.usernumerator,
self.userdenominator)
if tempUserAnswer.canReduce():
tempUserAnswer.finalReduce()
if userAnswer.getNum(
) == self.numeratorAnswer and userAnswer.getDenom(
) == self.denominatorAnswer or (
self.usernumerator == 0 and self.numeratorAnswer == 0
or
(tempUserAnswer.numerator == self.numeratorAnswer and
tempUserAnswer.denominator == self.denominatorAnswer)):
isEqualSymbol = '='
self.hasRightAnswer = True
else:
isEqualSymbol = '=/='
self.hasRightAnswer = False
self.drawFraction(
self.numerator2, self.denominator2, self.xMid
) # draw problem fraction 2 1st because itll be in middle
draw_text(self.operationSymbol, self.font, (0, 0, 0),
self.screen, self.xMid - self.xOffset,
self.yDraw + self.yOffset)
self.drawFraction(self.numerator1, self.denominator1,
self.xMid - self.xOffset * 2)
draw_text(isEqualSymbol, self.font, (0, 0, 0), self.screen,
self.xMid + self.xOffset, self.yDraw + self.yOffset)
self.drawFraction(userAnswer.getNum(), userAnswer.getDenom(),
self.xMid + self.xOffset * 2)
if self.hasRightAnswer: # draw checkmark
self.drawSprite(self.checkmark, False, 0)
else:
self.drawSprite(self.x, False,
0) # draw x because user wrng