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mazeModes.py
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mazeModes.py
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########################################
# Ho Ho Home: the Santa Maze Game
# (mazeModes.py)
# By: Sarah Chen (sarahc2)
########################################
# Maze Modes
########################################
#
# Citations:
# 1) incorporated subclassing ModalApp and Mode idea from
# https://www.cs.cmu.edu/~112/notes/notes-animations-part3.html
#
########################################
from mazeGenerationAndSolution import *
from cmu_112_graphics import *
import random
class Maze(Mode):
def appStarted(mode):
# maze display
mode.n = 10 # 38+ has MVC Violation
mode.mazeDict = generateMazeDict(mode.n)
mode.solution, mode.connDict = getMazeSolutionConnections(mode.n, mode.mazeDict, (0,0), (mode.n-1,mode.n-1))
mode.cellWidth = mode.width / mode.n
mode.cellHeight = mode.height / mode.n
mode.lineWidth = mode.height / (mode.n * 10)
mode.lineMargin = mode.lineWidth * 2 / 5
mode.showSolution = False
mode.visibilityR = 17
mode.mazeFontSize = int(min(mode.cellWidth, mode.cellHeight) / 3)
# presents and candycane
mode.presentsGathered = False
mode.presentsCellX = random.randrange(mode.n)
mode.presentsCellY = random.randrange(mode.n)
mode.presents = mode.loadImage('presents.png')
mode.presentsResized = mode.scaleImage(mode.presents, mode.cellWidth / 2000)
mode.candycaneCellX = random.randrange(mode.n)
mode.candycaneCellY = random.randrange(mode.n)
mode.candycane = mode.loadImage('candycane.png')
mode.candycaneResized = mode.scaleImage(mode.candycane, mode.cellWidth / 2000)
# sleigh
mode.dotX = mode.cellWidth + mode.cellWidth / 2
mode.dotY = mode.cellHeight / 2
mode.dotR = min(mode.cellWidth, mode.cellHeight) / 10
mode.dotStepSize = mode.dotR / 2
mode.sleigh1 = mode.loadImage('sleigh1.png')
mode.sleigh1Resized = mode.scaleImage(mode.sleigh1, mode.cellWidth / 2000)
mode.sleigh2 = mode.loadImage('sleigh2.png')
mode.sleigh2Resized = mode.scaleImage(mode.sleigh2, mode.cellWidth / 2000)
mode.sleigh3 = mode.loadImage('sleigh3.png')
mode.sleigh3Resized = mode.scaleImage(mode.sleigh3, mode.cellWidth / 2000)
# grinch
mode.grinchX = mode.width - mode.cellWidth / 2
mode.grinchY = mode.cellHeight / 2
mode.grinchR = min(mode.cellWidth, mode.cellHeight) / 10
mode.grinch = mode.loadImage('grinch.png')
mode.grinchResized = mode.scaleImage(mode.grinch, mode.cellWidth / 2000)
mode.canGrinchMove = True
# north pole and chimney
mode.northPole = mode.loadImage('northPole.png')
mode.northPoleResized = mode.scaleImage(mode.northPole, mode.cellWidth / 2500)
mode.chimney = mode.loadImage('chimney.png')
mode.chimneyResized = mode.scaleImage(mode.chimney, mode.cellWidth / 2000)
def restartMaze(mode):
# maze display
mode.mazeDict = generateMazeDict(mode.n)
mode.solution, mode.connDict = getMazeSolutionConnections(mode.n, mode.mazeDict, (0,0), (mode.n-1,mode.n-1))
mode.cellWidth = mode.width / mode.n
mode.cellHeight = mode.height / mode.n
mode.lineWidth = mode.height / (mode.n * 10)
mode.lineMargin = mode.lineWidth * 2 / 5
mode.showSolution = False
mode.visibilityR = 17
mode.mazeFontSize = int(min(mode.cellWidth, mode.cellHeight) / 3)
mode.app.timeMin = 0
mode.app.timeSec = 0
if (mode.app._activeMode == mode.app.maze):
mode.app.presents = 0
else:
mode.app.presents = 100
# presents and candycane
mode.presentsGathered = False
mode.presentsCellX = random.randrange(mode.n)
mode.presentsCellY = random.randrange(mode.n)
mode.presentsResized = mode.scaleImage(mode.presents, mode.cellWidth / 2000)
mode.candycaneCellX = random.randrange(mode.n)
mode.candycaneCellY = random.randrange(mode.n)
mode.candycaneResized = mode.scaleImage(mode.candycane, mode.cellWidth / 2000)
# sleigh
mode.dotX = mode.cellWidth + mode.cellWidth / 2
mode.dotY = mode.cellHeight / 2
mode.dotR = min(mode.cellWidth, mode.cellHeight) / 10
mode.dotStepSize = mode.dotR / 2
mode.sleigh1Resized = mode.scaleImage(mode.sleigh1, mode.cellWidth / 2000)
mode.sleigh2Resized = mode.scaleImage(mode.sleigh2, mode.cellWidth / 2000)
mode.sleigh3Resized = mode.scaleImage(mode.sleigh3, mode.cellWidth / 2000)
# grinch
mode.grinchX = mode.width - mode.cellWidth / 2
mode.grinchY = mode.cellHeight / 2
mode.grinchR = min(mode.cellWidth, mode.cellHeight) / 3
mode.grinchResized = mode.scaleImage(mode.grinch, mode.cellWidth / 2000)
mode.canGrinchMove = True
# north pole and chimney
mode.northPoleResized = mode.scaleImage(mode.northPole, mode.cellWidth / 2500)
mode.chimneyResized = mode.scaleImage(mode.chimney, mode.cellWidth / 2000)
def timerFired(mode):
GrinchMode.checkSleighGrinchIntersect(mode)
def keyPressed(mode, event):
if (event.key == 'Space'):
mode.showSolution = not mode.showSolution
elif (event.key == 'r'):
Maze.restartMaze(mode)
elif (event.key == 'Up'):
possibleMoves = Maze.getPossibleMoves(mode)
if (mode.dotY > mode.dotStepSize) and ('Up' in possibleMoves):
mode.dotY -= mode.dotStepSize
Maze.checkIfMazeSolved(mode)
elif (event.key == 'Down'):
possibleMoves = Maze.getPossibleMoves(mode)
if ((mode.dotY < mode.height - mode.dotStepSize)
and ('Down' in possibleMoves)):
mode.dotY += mode.dotStepSize
Maze.checkIfMazeSolved(mode)
elif (event.key == 'Left'):
possibleMoves = Maze.getPossibleMoves(mode)
if (mode.dotX > mode.dotStepSize) and ('Left' in possibleMoves):
mode.dotX -= mode.dotStepSize
Maze.checkIfMazeSolved(mode)
elif (event.key == 'Right'):
possibleMoves = Maze.getPossibleMoves(mode)
if ((mode.dotX < mode.width - mode.dotStepSize)
and ('Right' in possibleMoves)):
mode.dotX += mode.dotStepSize
Maze.checkIfMazeSolved(mode)
elif (event.key == 'b'):
mode.visibilityR += 3
elif (event.key == 's'):
if (mode.visibilityR > 0):
mode.visibilityR -= 3
elif (event.key == 'e'):
Maze.resetTimer(mode)
mode.app.finalPresents = mode.app.presents
Maze.restartMaze(mode)
mode.app.setActiveMode(mode.app.finalScreen)
elif (event.key == '1'):
mode.n = 5
Maze.restartMaze(mode)
elif (event.key == '2'):
mode.n = 10
Maze.restartMaze(mode)
elif (event.key == '3'):
mode.n = 15
Maze.restartMaze(mode)
elif (event.key == '4'):
mode.n = 20
Maze.restartMaze(mode)
elif (event.key == '5'):
mode.n = 25
Maze.restartMaze(mode)
elif (event.key == '6'):
mode.n = 30
Maze.restartMaze(mode)
elif (event.key == '7'):
mode.n = 35
Maze.restartMaze(mode)
elif (event.key == '8'):
Maze.restartMaze(mode)
mode.app.setActiveMode(mode.app.maze)
elif (event.key == '9'):
Maze.restartMaze(mode)
mode.app.timerMode = True
mode.app.setActiveMode(mode.app.radiusMode)
elif (event.key == '0'):
Maze.restartMaze(mode)
mode.app.timerMode = True
mode.app.setActiveMode(mode.app.grinchMode)
def checkIfMazeSolved(mode):
cellX, cellY = Maze.getCell(mode, mode.dotX, mode.dotY)
if ((cellX, cellY) == (mode.n - 1, mode.n - 1)):
Maze.resetTimer(mode)
mode.app.finalPresents = mode.app.presents
Maze.restartMaze(mode)
mode.app.setActiveMode(mode.app.finalScreen)
def resetTimer(mode):
mode.app.timerMode = False
mode.app.timeSec = 0
mode.app.timeMin = 0
def getPossibleMoves(mode):
# center and radius of dot
cx, cy, r = mode.dotX, mode.dotY, mode.dotR
# left, right, top, and bottom of dot
dotx0, dotx1, doty0, doty1 = cx-r, cx+r, cy-r, cy+r
midX = (dotx0 + dotx1) / 2
midY = (doty0 + doty1) / 2
# cell that center, top, bottom, left, and right of dot is in
centerX, centerY = Maze.getCell(mode, cx, cy)
cellOfCenter = (centerX, centerY)
aboveX, aboveY = Maze.getCell(mode, midX, doty0)
cellOfTop = (aboveX, aboveY)
belowX, belowY = Maze.getCell(mode, midX, doty1)
cellOfBottom = (belowX, belowY)
leftX, leftY = Maze.getCell(mode, dotx0, midY)
cellOfLeft = (leftX, leftY)
rightX, rightY = Maze.getCell(mode, dotx1, midY)
cellOfRight = (rightX, rightY)
# bounds of cell that center of dot is in
centerx0, centerx1, centery0, centery1 = Maze.getCellBounds(mode, centerX, centerY)
possibleMoves = set()
# check if dot can move within cell
if (doty0 - mode.dotStepSize > centery0 + (mode.lineWidth * 2 / 3)):
possibleMoves.add('Up')
if (doty1 + mode.dotStepSize < centery1 - (mode.lineWidth * 2 / 3)):
possibleMoves.add('Down')
if (dotx0 - mode.dotStepSize > centerx0 + (mode.lineWidth * 2 / 3)):
possibleMoves.add('Left')
if (dotx1 + mode.dotStepSize < centerx1 - (mode.lineWidth * 2 / 3)):
possibleMoves.add('Right')
# cells above, below, left, and right of center cell
cellAbove = (centerX, centerY-1)
cellBelow = (centerX, centerY+1)
cellLeft = (centerX-1, centerY)
cellRight = (centerX+1, centerY)
# check if dot can move to next cell
if ((cellAbove in mode.connDict[cellOfLeft])
and (cellAbove in mode.connDict[cellOfRight])):
possibleMoves.add('Up')
if ((cellBelow in mode.connDict[cellOfLeft])
and (cellBelow in mode.connDict[cellOfRight])):
possibleMoves.add('Down')
if ((cellLeft in mode.connDict[cellOfTop])
and (cellLeft in mode.connDict[cellOfBottom])):
possibleMoves.add('Left')
if ((cellRight in mode.connDict[cellOfTop])
and (cellRight in mode.connDict[cellOfBottom])):
possibleMoves.add('Right')
return possibleMoves
def getCell(mode, cx, cy):
cellX = cx // mode.cellWidth
cellY = cy // mode.cellHeight
return int(cellX), int(cellY)
def getCellBounds(mode, x, y):
x0 = x * mode.cellWidth
x1 = x * mode.cellWidth + mode.cellWidth
y0 = y * mode.cellHeight
y1 = y * mode.cellHeight + mode.cellHeight
return x0, x1, y0, y1
def drawAboveLine(mode, canvas, point):
x, y = point
x1 = x * mode.cellWidth - mode.lineMargin
x2 = x * mode.cellWidth + mode.cellWidth + mode.lineMargin
y1 = y * mode.cellHeight
canvas.create_line(x1, y1, x2, y1, width=mode.lineWidth)
def drawBelowLine(mode, canvas, point):
x, y = point
x1 = x * mode.cellWidth - mode.lineMargin
x2 = x * mode.cellWidth + mode.cellWidth + mode.lineMargin
y1 = y * mode.cellHeight + mode.cellHeight
canvas.create_line(x1, y1, x2, y1, width=mode.lineWidth)
def drawLeftLine(mode, canvas, point):
x, y = point
x1 = x * mode.cellWidth
y1 = y * mode.cellHeight - mode.lineMargin
y2 = y * mode.cellHeight + mode.cellHeight + mode.lineMargin
canvas.create_line(x1, y1, x1, y2, width=mode.lineWidth)
def drawRightLine(mode, canvas, point):
x, y = point
x1 = x * mode.cellWidth + mode.cellWidth
y1 = y * mode.cellHeight - mode.lineMargin
y2 = y * mode.cellHeight + mode.cellHeight + mode.lineMargin
canvas.create_line(x1, y1, x1, y2, width=mode.lineWidth)
def indicateSolution(mode, canvas, point):
x, y = point
cx = x * mode.cellWidth + mode.cellWidth / 2
cy = y * mode.cellHeight + mode.cellHeight / 2
r = min(mode.cellWidth, mode.cellHeight) / 10
canvas.create_oval(cx-r, cy-r, cx+r, cy+r, fill='black')
def highlight(mode, canvas, point):
x, y = point
x1 = x * mode.cellWidth
x2 = x * mode.cellWidth + mode.cellWidth
y1 = y * mode.cellHeight
y2 = y * mode.cellHeight + mode.cellHeight
canvas.create_rectangle(x1, y1, x2, y2, fill='yellow', outline='')
def redrawAll(mode, canvas):
canvas.create_rectangle(0, 0, mode.width, mode.height, fill='aliceblue')
if (mode.showSolution == True):
for point in mode.solution:
Maze.indicateSolution(mode, canvas, point)
for point in mode.connDict:
x, y = point
abovePoint = (x, y-1)
belowPoint = (x, y+1)
leftPoint = (x-1, y)
rightPoint = (x+1, y)
if (abovePoint not in mode.connDict[point]):
Maze.drawAboveLine(mode, canvas, point)
if (belowPoint not in mode.connDict[point]):
Maze.drawBelowLine(mode, canvas, point)
if (leftPoint not in mode.connDict[point]):
Maze.drawLeftLine(mode, canvas, point)
if (rightPoint not in mode.connDict[point]):
Maze.drawRightLine(mode, canvas, point)
# presents
if (mode.presentsGathered == False):
presentsX = mode.presentsCellX * mode.cellWidth + mode.cellWidth / 2
presentsY = mode.presentsCellY * mode.cellHeight + mode.cellHeight / 2
canvas.create_image(presentsX, presentsY,
image=ImageTk.PhotoImage(mode.presentsResized))
# sleigh
canvas.create_oval(mode.dotX - mode.dotR, mode.dotY - mode.dotR,
mode.dotX + mode.dotR, mode.dotY + mode.dotR,
fill='white', outline='')
canvas.create_image(mode.dotX, mode.dotY,
image=ImageTk.PhotoImage(mode.sleigh1Resized))
# north pole, chimney
canvas.create_image(mode.cellWidth / 2, mode.cellHeight / 2,
image=ImageTk.PhotoImage(mode.northPoleResized))
canvas.create_image(mode.width - mode.cellWidth / 2,
mode.height - mode.cellHeight / 2,
image=ImageTk.PhotoImage(mode.chimneyResized))
class RadiusMode(Maze):
def timerFired(mode):
mode.app.timeSec += 0.03
if (mode.app.timeSec >= 60):
mode.app.timeMin += 1
if (mode.app.presents >= 10):
mode.app.presents -= 10
mode.app.timeSec %= 60
def redrawAll(mode, canvas):
canvas.create_rectangle(0, 0, mode.width, mode.height, fill='black')
canvas.create_oval(mode.dotX - mode.dotR * mode.visibilityR,
mode.dotY - mode.dotR * mode.visibilityR,
mode.dotX + mode.dotR * mode.visibilityR,
mode.dotY + mode.dotR * mode.visibilityR,
fill='aliceblue')
if (mode.showSolution == True):
for point in mode.solution:
Maze.indicateSolution(mode, canvas, point)
for point in mode.connDict:
x, y = point
abovePoint = (x, y-1)
belowPoint = (x, y+1)
leftPoint = (x-1, y)
rightPoint = (x+1, y)
if abovePoint not in mode.connDict[point]:
Maze.drawAboveLine(mode, canvas, point)
if belowPoint not in mode.connDict[point]:
Maze.drawBelowLine(mode, canvas, point)
if leftPoint not in mode.connDict[point]:
Maze.drawLeftLine(mode, canvas, point)
if rightPoint not in mode.connDict[point]:
Maze.drawRightLine(mode, canvas, point)
# sleigh
canvas.create_oval(mode.dotX - mode.dotR, mode.dotY - mode.dotR,
mode.dotX + mode.dotR, mode.dotY + mode.dotR,
fill='white', outline='')
canvas.create_image(mode.dotX, mode.dotY,
image=ImageTk.PhotoImage(mode.sleigh2Resized))
# time, presents label
canvas.create_text(mode.width - 20, 20, fill='green',
text=f'Time: {mode.app.timeMin}m {int(mode.app.timeSec)}s',
anchor='ne',
font='Baloo 40')
canvas.create_text(mode.width - 20, 60, fill='green',
text=f'Presents: {mode.app.presents}',
anchor='ne',
font='Baloo 40')
# north pole, chimney
canvas.create_image(mode.cellWidth / 2, mode.cellHeight / 2,
image=ImageTk.PhotoImage(mode.northPoleResized))
canvas.create_image(mode.width - mode.cellWidth / 2,
mode.height - mode.cellHeight / 2,
image=ImageTk.PhotoImage(mode.chimneyResized))
class GrinchMode(Maze):
def timerFired(mode):
mode.app.timeSec += 0.03
if (mode.app.timeSec >= 60):
mode.app.timeMin += 1
if (mode.app.presents >= 10):
mode.app.presents -= 10
mode.app.timeSec %= 60
GrinchMode.checkSleighGrinchIntersect(mode)
if (mode.canGrinchMove == True):
GrinchMode.moveGrinch(mode)
def checkSleighGrinchIntersect(mode):
sleighX, sleighY = Maze.getCell(mode, mode.dotX, mode.dotY)
grinchX, grinchY = Maze.getCell(mode, mode.grinchX, mode.grinchY)
# sleigh and grinch
if ((sleighX, sleighY) == (grinchX, grinchY)) and (mode.app.presents > 0):
mode.app.presents -= 0.1
# sleigh and presents
if ((sleighX, sleighY) == (mode.presentsCellX, mode.presentsCellY)
and (mode.presentsGathered == False)):
mode.app.presents += 10
mode.presentsGathered = True
# grinch and candycane
grinchCellX, grinchCellY = Maze.getCell(mode, mode.grinchX, mode.grinchY)
if ((grinchCellX, grinchCellY) == (mode.candycaneCellX, mode.candycaneCellY)):
mode.canGrinchMove = False
def moveGrinch(mode):
sleighX, sleighY = Maze.getCell(mode, mode.dotX, mode.dotY)
grinchCellX, grinchCellY = Maze.getCell(mode, mode.grinchX, mode.grinchY)
grinchR, grinchB = Maze.getCell(mode, mode.grinchX + mode.grinchR, mode.grinchY + mode.grinchR)
grinchL, grinchT = Maze.getCell(mode, mode.grinchX - mode.grinchR, mode.grinchY - mode.grinchR)
grinchSol, grinchConn = getMazeSolutionConnections(mode.n, mode.mazeDict, (grinchCellX, grinchCellY), (sleighX, sleighY))
try:
if (len(grinchSol) >= 5) and (grinchSol[0] == grinchSol[3]):
newCellX, newCellY = grinchSol[4]
else:
newCellX, newCellY = grinchSol[1]
except:
newCellX, newCellY = grinchSol[0]
# find coordinates of grinchCellX, grinchCellY, newCellX, newCellY
grinchCellXCoord = grinchCellX * mode.cellWidth + mode.cellWidth / 2
grinchCellYCoord = grinchCellY * mode.cellHeight + mode.cellHeight / 2
newCellXCoord = newCellX * mode.cellWidth + mode.cellWidth / 2
newCellYCoord = newCellY * mode.cellHeight + mode.cellHeight / 2
# move grinch to center of cell or to center of next cell
if (grinchCellX + 1 == newCellX):
if (grinchCellXCoord-1 < mode.grinchX <= newCellXCoord+1):
GrinchMode.moveGrinchTowardsPoint(mode, newCellXCoord, newCellYCoord)
else:
GrinchMode.moveGrinchTowardsPoint(mode, grinchCellXCoord, grinchCellYCoord)
elif (grinchCellX - 1 == newCellX):
if (newCellXCoord-1 <= mode.grinchX < grinchCellXCoord+1):
GrinchMode.moveGrinchTowardsPoint(mode, newCellXCoord, newCellYCoord)
else:
GrinchMode.moveGrinchTowardsPoint(mode, grinchCellXCoord, grinchCellYCoord)
elif (grinchCellY + 1 == newCellY):
if (grinchCellYCoord-1 < mode.grinchY <= newCellYCoord+1):
GrinchMode.moveGrinchTowardsPoint(mode, newCellXCoord, newCellYCoord)
else:
GrinchMode.moveGrinchTowardsPoint(mode, grinchCellXCoord, grinchCellYCoord)
elif (grinchCellY - 1 == newCellY):
if (newCellYCoord-1 <= mode.grinchY < grinchCellYCoord+1):
GrinchMode.moveGrinchTowardsPoint(mode, newCellXCoord, newCellYCoord)
else:
GrinchMode.moveGrinchTowardsPoint(mode, grinchCellXCoord, grinchCellYCoord)
def moveGrinchTowardsPoint(mode, x, y):
if (mode.grinchX > x):
mode.grinchX -= 1
elif (mode.grinchX < x):
mode.grinchX += 1
if (mode.grinchY > y):
mode.grinchY -= 1
elif (mode.grinchY < y):
mode.grinchY += 1
def redrawAll(mode, canvas):
canvas.create_rectangle(0, 0, mode.width, mode.height, fill='aliceblue')
if (mode.showSolution == True):
for point in mode.solution:
Maze.indicateSolution(mode, canvas, point)
for point in mode.connDict:
x, y = point
abovePoint = (x, y-1)
belowPoint = (x, y+1)
leftPoint = (x-1, y)
rightPoint = (x+1, y)
if abovePoint not in mode.connDict[point]:
Maze.drawAboveLine(mode, canvas, point)
if belowPoint not in mode.connDict[point]:
Maze.drawBelowLine(mode, canvas, point)
if leftPoint not in mode.connDict[point]:
Maze.drawLeftLine(mode, canvas, point)
if rightPoint not in mode.connDict[point]:
Maze.drawRightLine(mode, canvas, point)
# presents and candycane
if (mode.presentsGathered == False):
presentsX = mode.presentsCellX * mode.cellWidth + mode.cellWidth / 2
presentsY = mode.presentsCellY * mode.cellHeight + mode.cellHeight / 2
canvas.create_image(presentsX, presentsY,
image=ImageTk.PhotoImage(mode.presentsResized))
candycaneX = mode.candycaneCellX * mode.cellWidth + mode.cellWidth / 2
candycaneY = mode.candycaneCellY * mode.cellHeight + mode.cellHeight / 2
canvas.create_image(candycaneX, candycaneY,
image=ImageTk.PhotoImage(mode.candycaneResized))
# sleigh
canvas.create_oval(mode.dotX - mode.dotR, mode.dotY - mode.dotR,
mode.dotX + mode.dotR, mode.dotY + mode.dotR,
fill='white', outline='')
canvas.create_image(mode.dotX, mode.dotY,
image=ImageTk.PhotoImage(mode.sleigh3Resized))
# grinch
canvas.create_oval(mode.grinchX - mode.grinchR, mode.grinchY - mode.grinchR,
mode.grinchX + mode.grinchR, mode.grinchY + mode.grinchR,
fill='white', outline='')
canvas.create_image(mode.grinchX, mode.grinchY,
image=ImageTk.PhotoImage(mode.grinchResized))
# time, presents label
canvas.create_text(mode.width - 20, 20, fill='green',
text=f'Time: {mode.app.timeMin}m {int(mode.app.timeSec)}s',
anchor='ne',
font='Baloo 40')
canvas.create_text(mode.width - 20, 60, fill='green',
text=f'Presents: {int(mode.app.presents)}',
anchor='ne',
font='Baloo 40')
# north pole, chimney
canvas.create_image(mode.cellWidth / 2, mode.cellHeight / 2,
image=ImageTk.PhotoImage(mode.northPoleResized))
canvas.create_image(mode.width - mode.cellWidth / 2,
mode.height - mode.cellHeight / 2,
image=ImageTk.PhotoImage(mode.chimneyResized))