def initScene1(self):
season = self.seasons[self.currSeason]
#reset everything before changing the season
Stone.backStones = []
Stone.middleStones = []
Stone.frontStones = []
Stone.dims = []
Stone.stoneSurface = dict()
Stone.backSurface = dict()
Stone.middleSurface = dict()
Stone.frontSurface = dict()
Tree.mediumTrees = []
Tree.bushes = []
Tree.largeTrees = []
Bridge.bridges = []
Waterfall.waterfalls = []
#generate stones
for corner in Stone.cornerData:
if corner[1] <= self.height / 3:
layer = 0
h = random.randint(500, 800)
w = random.randint(50, 100)
for dim in range(random.randint(0, 4)):
length = random.randint(5, w // 3)
dimx = random.randint(corner[0], corner[0] + w * 2 // 3)
dimy = 790 - h
Stone.dims.append((length, dimx, dimy))
Stone.backStones.append((corner[0], 800, w, h, layer))
#add to surface dictionary
for i in range(corner[0], corner[0] + w):
Stone.stoneSurface[i] = 789 - h
Stone.backSurface[i] = 789 - h
elif corner[1] <= self.height * 2 / 3:
layer = 1
h = random.randint(100, 500)
w = random.randint(100, 150)
for dim in range(random.randint(0, 4)):
length = random.randint(5, w // 3)
dimx = random.randint(corner[0], corner[0] + w * 2 // 3)
dimy = 790 - h
Stone.dims.append((length, dimx, dimy))
for i in range(corner[0], corner[0] + w):
Stone.stoneSurface[i] = 789 - h
Stone.middleSurface[i] = 789 - h
Stone.middleStones.append((corner[0], 800, w, h, layer))
else:
layer = 2
h = random.randint(20, 100)
w = random.randint(50, 150)
for dim in range(random.randint(0, 4)):
length = random.randint(5, w // 3)
dimx = random.randint(corner[0], corner[0] + w * 2 // 3)
dimy = 790 - h
Stone.dims.append((length, dimx, dimy))
for i in range(corner[0], corner[0] + w):
Stone.stoneSurface[i] = 789 - h
Stone.frontSurface[i] = 789 - h
Stone.frontStones.append((corner[0], 800, w, h, layer))
#trees
for tree in Tree.mediumTreeData:
a = tree[0] + 800
b = Stone.stoneSurface.get(a, 800)
if b != 800:
Tree.mediumTrees.append(MediumTree(a, b, season))
x = tree[0]
y = Stone.stoneSurface.get(x, 800)
Tree.mediumTrees.append(MediumTree(x, y, season))
c = tree[0] - 800
d = Stone.stoneSurface.get(c, 800)
if d != 800:
Tree.mediumTrees.append(MediumTree(c, d, season))
for bush in Tree.bushData:
a = bush[0] + 800
b = Stone.stoneSurface.get(a, 800)
if b != 800:
Tree.bushes.append(Bush(a, b, season))
x = bush[0]
y = Stone.stoneSurface.get(x, 800)
Tree.bushes.append(Bush(x, y, season))
c = bush[0] - 800
d = Stone.stoneSurface.get(c, 800)
if d != 800:
Tree.bushes.append(Bush(c, d, season))
for largeTree in Tree.largeTreeData:
x = largeTree[0]
y = 800
height = random.randint(300, 600)
Tree.largeTrees.append(LargeTree(x, y, height, season))
Tree.largeTrees.append(LargeTree(x + 800, y, height, season))
Tree.largeTrees.append(LargeTree(x - 800, y, height, season))
#identify biggest gap
gapOriginX,gapDestinationX,gapOriginY,gapDestinationY =\
Stone.findBiggestGap(Stone,Stone.stoneSurface)
#setup back stones for waterfall
self.backStoneX = gapOriginX + (gapOriginX - gapDestinationX) / 2
self.backStoneH = random.randint(500, 800)
self.backStoneW = random.randint(50, 100)
Stone.backStones.append(
(self.backStoneX, 800, self.backStoneW, self.backStoneH, 0))
self.middleStoneX = self.backStoneX + 30
self.middleStoneH = random.randint(100, 500)
self.middleStoneW = random.randint(100, 150)
Stone.middleStones.append(
(self.middleStoneX, 800, self.middleStoneW, self.middleStoneH, 1))
self.frontStoneX = self.middleStoneX + 30
self.frontStoneH = random.randint(20, 100)
self.frontStoneW = random.randint(50, 150)
Stone.frontStones.append(
(self.frontStoneX, 800, self.frontStoneW, self.frontStoneH, 2))
Waterfall.waterfalls.append(Waterfall(self.backStoneX,800-self.backStoneH,\
self.backStoneW,self.backStoneH,self.middleStoneX,800-self.middleStoneH,\
self.middleStoneW,self.middleStoneH,self.frontStoneX,800-self.frontStoneH,
self.frontStoneW,self.frontStoneH))
#identify bridge gaps
#back
if Stone.findBiggestGap(Stone, Stone.backSurface) != None:
backX1,backX2,backY1,backY2 =\
Stone.findBiggestGap(Stone,Stone.backSurface)
Bridge.bridges.append(\
Bridge(backX1,backX2,backY1,backY2))
#middle
if Stone.findBiggestGap(Stone, Stone.middleSurface) != None:
middleX1,middleX2,middleY1,middleY2 =\
Stone.findBiggestGap(Stone,Stone.middleSurface)
Bridge.bridges.append(\
Bridge(middleX1,middleX2,middleY1,middleY2))
#front
if Stone.findBiggestGap(Stone, Stone.frontSurface) != None:
frontX1,frontX2,frontY1,frontY2 =\
Stone.findBiggestGap(Stone,Stone.frontSurface)
Bridge.bridges.append(\
Bridge(frontX1,frontX2,frontY1,frontY2))
#instruction
self.showInstruction = False
self.showNavigation = True
self.timer = 0
self.leftArrow = pygame.image.load('menu/leftarrow.png')
self.rightArrow = pygame.image.load('menu/rightarrow.png')
self.leftArrowRect = self.leftArrow.get_rect()
self.rightArrowRect = self.rightArrow.get_rect()
self.leftArrowRect.center = (50, self.height / 2)
self.rightArrowRect.center = (1230, self.height / 2)
self.navigation = pygame.image.load('menu/lookaround.png')
self.navRect = self.navigation.get_rect()
self.navRect.center = (self.width / 2, 30)
#menubar
self.menuBar = pygame.image.load('menu/menu.png')
self.menuPos = (1150, 20)
self.menuExpanded = False
self.seasonBar = pygame.image.load('menu/seasons.png')
self.seaPos = (960, 20)
self.seasonExpanded = False
self.arrow = pygame.image.load('menu/downarrow.png')
self.arrowPos = (1055, 75)
self.arrowShow = False
self.spring = pygame.image.load('menu/spring.png')
self.spring1 = pygame.image.load('menu/spring1.png')
self.springPos = (960, 70)
self.summer = pygame.image.load('menu/summer.png')
self.summer1 = pygame.image.load('menu/summer1.png')
self.summerPos = (960, 120)
self.autumn = pygame.image.load('menu/autumn.png')
self.autumn1 = pygame.image.load('menu/autumn1.png')
self.autumnPos = (960, 170)
self.winter = pygame.image.load('menu/winter.png')
self.winter1 = pygame.image.load('menu/winter1.png')
self.winterPos = (960, 220)
self.makeitsnow = pygame.image.load('menu/makeitsnow.png')
self.makePos = (20, 20)
self.snowed = False
#snow
self.snowDensity = 30
self.snowSpeed = 10
self.snowflakes = []
self.snowflake = pygame.image.load('menu/snowflake.png')
for i in range(self.snowDensity):
snowX = random.randint(0, 1280)
snowY = random.randint(0, 800)
self.snowflakes.append((snowX, snowY))
